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{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"type": "text/vnd.tiddlywiki",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2015\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
},
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},
"$:/core/images/theme-button": {
"title": "$:/core/images/theme-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-theme-button tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M55.854113,66.9453198 C54.3299482,65.1432292 53.0133883,63.518995 51.9542746,62.1263761 C40.8899947,47.578055 35.3091807,55.2383404 28.9941893,62.1263758 C22.6791979,69.0144112 30.6577916,74.5954741 24.6646171,79.4611023 C18.6714426,84.3267304 19.0414417,86.0133155 8.92654943,77.1119468 C-1.18834284,68.2105781 -1.88793412,65.7597832 2.7553553,60.6807286 C7.39864472,55.601674 11.2794845,63.5989423 20.7646627,54.5728325 C30.2498409,45.5467226 22.2819131,37.5470737 22.2819131,37.5470737 C22.2819131,37.5470737 42.0310399,-2.82433362 68.4206088,0.157393922 C94.8101776,3.13912147 58.4373806,-3.70356506 49.3898693,27.958066 C45.5161782,41.5139906 50.1107906,38.3197672 57.4560458,44.0453955 C59.1625767,45.3756367 63.8839488,48.777453 70.127165,53.3625321 C63.9980513,59.2416709 58.9704753,64.0315459 55.854113,66.9453198 Z M67.4952439,79.8919946 C83.5082212,96.9282402 105.237121,117.617674 112.611591,120.312493 C123.044132,124.12481 128.000001,117.170903 128,105.522947 C127.999999,98.3705516 104.170675,78.980486 84.0760493,63.7529565 C76.6683337,70.9090328 70.7000957,76.7055226 67.4952439,79.8919946 Z\"></path>\n <path d=\"M58.2852966,138.232794 L58.2852966,88.3943645 C56.318874,88.3923153 54.7254089,86.7952906 54.7254089,84.8344788 C54.7254089,82.8684071 56.3175932,81.2745911 58.2890859,81.2745911 L79.6408336,81.2745911 C81.608998,81.2745911 83.2045105,82.8724076 83.2045105,84.8344788 C83.2045105,86.7992907 81.614366,88.3923238 79.6446228,88.3943645 L79.6446228,88.3943646 L79.6446228,138.232794 C79.6446228,144.131009 74.8631748,148.912457 68.9649597,148.912457 C63.0667446,148.912457 58.2852966,144.131009 58.2852966,138.232794 Z M65.405072,-14.8423767 L72.5248474,-14.8423767 L76.0847351,-0.690681892 L72.5248474,6.51694947 L72.5248474,81.2745911 L65.405072,81.2745911 L65.405072,6.51694947 L61.8451843,-0.690681892 L65.405072,-14.8423767 Z\" transform=\"translate(68.964960, 67.035040) rotate(45.000000) translate(-68.964960, -67.035040) \"></path>\n </g>\n</svg>"
},
"$:/core/images/tip": {
"title": "$:/core/images/tip",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-tip tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,128.241818 C99.346224,128.241818 128,99.5880417 128,64.2418177 C128,28.8955937 99.346224,0.241817675 64,0.241817675 C28.653776,0.241817675 0,28.8955937 0,64.2418177 C0,99.5880417 28.653776,128.241818 64,128.241818 Z M75.9358659,91.4531941 C75.3115438,95.581915 70.2059206,98.8016748 64,98.8016748 C57.7940794,98.8016748 52.6884562,95.581915 52.0641341,91.4531941 C54.3299053,94.0502127 58.8248941,95.8192805 64,95.8192805 C69.1751059,95.8192805 73.6700947,94.0502127 75.9358659,91.4531941 L75.9358659,91.4531941 Z M75.9358659,95.9453413 C75.3115438,100.074062 70.2059206,103.293822 64,103.293822 C57.7940794,103.293822 52.6884562,100.074062 52.0641341,95.9453413 C54.3299053,98.5423599 58.8248941,100.311428 64,100.311428 C69.1751059,100.311428 73.6700947,98.5423599 75.9358659,95.9453413 L75.9358659,95.9453413 Z M75.9358659,100.40119 C75.3115438,104.529911 70.2059206,107.74967 64,107.74967 C57.7940794,107.74967 52.6884562,104.529911 52.0641341,100.40119 C54.3299053,102.998208 58.8248941,104.767276 64,104.767276 C69.1751059,104.767276 73.6700947,102.998208 75.9358659,100.40119 L75.9358659,100.40119 Z M75.9358659,104.893337 C75.3115438,109.022058 70.2059206,112.241818 64,112.241818 C57.7940794,112.241818 52.6884562,109.022058 52.0641341,104.893337 C54.3299053,107.490356 58.8248941,109.259423 64,109.259423 C69.1751059,109.259423 73.6700947,107.490356 75.9358659,104.893337 L75.9358659,104.893337 Z M64.3010456,24.2418177 C75.9193117,24.2418188 88.0000013,32.0619847 88,48.4419659 C87.9999987,64.8219472 75.9193018,71.7540963 75.9193021,83.5755932 C75.9193022,89.4486648 70.0521957,92.8368862 63.9999994,92.8368862 C57.947803,92.8368862 51.9731007,89.8295115 51.9731007,83.5755932 C51.9731007,71.1469799 39.9999998,65.4700602 40,48.4419647 C40.0000002,31.4138691 52.6827796,24.2418166 64.3010456,24.2418177 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/twitter": {
"title": "$:/core/images/twitter",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-twitter tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M41.6263422,115.803477 C27.0279663,115.803477 13.4398394,111.540813 1.99987456,104.234833 C4.02221627,104.472643 6.08004574,104.594302 8.16644978,104.594302 C20.277456,104.594302 31.4238403,100.47763 40.270894,93.5715185 C28.9590538,93.3635501 19.4123842,85.9189246 16.1230832,75.6885328 C17.7011365,75.9892376 19.320669,76.1503787 20.9862896,76.1503787 C23.344152,76.1503787 25.6278127,75.8359011 27.7971751,75.247346 C15.9709927,72.8821073 7.06079851,62.4745062 7.06079851,49.9982394 C7.06079851,49.8898938 7.06079851,49.7820074 7.06264203,49.67458 C10.5482779,51.6032228 14.5339687,52.7615103 18.7717609,52.8951059 C11.8355159,48.277565 7.2714207,40.3958845 7.2714207,31.4624258 C7.2714207,26.7434257 8.54621495,22.3200804 10.7713439,18.5169676 C23.5211299,34.0957738 42.568842,44.3472839 64.0532269,45.4210985 C63.6126256,43.5365285 63.3835682,41.5711584 63.3835682,39.5529928 C63.3835682,25.3326379 74.95811,13.8034766 89.2347917,13.8034766 C96.6697089,13.8034766 103.387958,16.930807 108.103682,21.9353619 C113.991886,20.780288 119.52429,18.6372496 124.518847,15.6866694 C122.588682,21.6993889 118.490075,26.7457211 113.152623,29.9327334 C118.381769,29.3102055 123.363882,27.926045 127.999875,25.8780385 C124.534056,31.0418981 120.151087,35.5772616 115.100763,39.2077561 C115.150538,40.3118708 115.175426,41.4224128 115.175426,42.538923 C115.175426,76.5663154 89.1744164,115.803477 41.6263422,115.803477\"></path>\n </g>\n</svg>\n"
},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/up-arrow": {
"created": "20150316000544368",
"modified": "20150316000831867",
"tags": "$:/tags/Image",
"title": "$:/core/images/up-arrow",
"text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import files"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Automatically save changes during editing"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar "
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Hint": {
"title": "$:/language/EditTemplate/Body/Hint",
"text": "Use [[wiki text|http://tiddlywiki.com/static/WikiText.html]] to add formatting, images, and dynamic features"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Button/Hide": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Hide",
"text": "hide preview"
},
"$:/language/EditTemplate/Body/Preview/Button/Show": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Show",
"text": "show preview"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes will override the default version"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files \n\n```\n--load <filepath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "Render an individual tiddler as a specified ContentType, defaults to `text/html` and save it to the specified filename:\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "Render a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the \"noclean\" parameter is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "Saves an individual tiddler in its raw text or binary format to the specified filename. \n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "Saves a group of tiddlers in their raw text or binary format to the specified directory. \n\n```\n--savetiddlers <filter> <pathname>\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\") \n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''type'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging \n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin "
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See http://tiddlywiki.com/static/Upgrading.html for more details. "
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/build.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/clearpassword.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/editions.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/help.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/init.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]);\n\tfs.readFile(this.params[0],$tw.utils.getTypeEncoding(ext),function(err,data) {\n\t\tif (err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/makelibrary.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/output.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\";\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\") != \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerData(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title),\n\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif(!$tw.browser) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Set the encoding for the incoming request\n\t\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\t\trequest.setEncoding(\"utf8\");\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title}));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\t// Warn if required plugins are missing\n\tif($tw.boot.wikiInfo.plugins.indexOf(\"tiddlywiki/tiddlyweb\") === -1 || $tw.boot.wikiInfo.plugins.indexOf(\"tiddlywiki/filesystem\") === -1) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/setfield.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerData(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/unpackplugin.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming = JSON.parse(text),\n\t\tresults = [];\n\tif($tw.utils.isArray(incoming)) {\n\t\tfor(var t=0; t<incoming.length; t++) {\n\t\t\tvar incomingFields = incoming[t],\n\t\t\t\tfields = {};\n\t\t\tfor(var f in incomingFields) {\n\t\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t\t}\n\t\t\t}\n\t\t\tresults.push(fields);\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/filters/addprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addsuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/after.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/current.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/missing.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/orphans.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/shadows.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tiddlers.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/all.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/before.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/commands.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = {};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value;\n\t\t\tif((operator.operand === \"\") || (operator.operand === \"title\")) {\n\t\t\t\tvalue = title;\n\t\t\t} else {\n\t\t\t\tvalue = tiddler.getFieldString(operator.operand);\n\t\t\t}\n\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\tvalues[value] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editiondescription.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editions.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/get.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/getindex.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand) || tiddler.fields[operator.operand] === \"\"))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && tiddler.fields[operator.operand] !== \"\") {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/haschanged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerData(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/indexes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/image.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tag.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [\"Filter Error: Unknown operand for the 'is' filter operator\"];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerData(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/plugintiddlers.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/regexp.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removeprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removesuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tvar isSameDay = function(dateField) {\n\t\t\treturn (new Date(dateField)).setHours(0,0,0,0) === targetDate;\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tif(isSameDay($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/shadowsource.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/splitbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/storyviews.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/suffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\t$tw.utils.pushTop(results,tiddler.fields.tags);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar operator, operand, bracketPos, curlyBracketPos;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tvar nextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t\t\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\t\t\t\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow \"Syntax error in filter expression\";\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [\"Filter error: \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"title": "$:/core/modules/info/platform.js",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/language.js": {
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a single translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\nexports.Language = Language;\n\n})();\n",
"title": "$:/core/modules/language.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"title": "$:/core/modules/macros/contrastcolour.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"title": "$:/core/modules/macros/csvtiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/dumpvariables.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert the content of a tiddler to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/now.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"title": "$:/core/modules/macros/resolvepath.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/audioparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/csvparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"sandbox\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.tag = \"embed\";\n\t\t}\n\t} else if(text) {\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t\t\telement.tag = \"embed\";\n\t\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar node = {\n\t\ttype: \"whitespace\",\n\t\tstart: pos\n\t};\n\tvar re = /(\\s)+/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t}\n\treturn null;\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar whitespace = $tw.utils.parseWhiteSpace(source,pos);\n\tif(whitespace) {\n\t\treturn whitespace.end;\n\t}\n\treturn pos;\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for an indirect value\n\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parseutils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/textparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: http://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /(\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"macrodef\",\n\t\tname: this.match[1],\n\t\tparams: params,\n\t\ttext: text\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?\\$:\\/[a-zA-Z/.-]+/mg;\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\tthis.tree.push.apply(this.tree,this.parseInlineRun());\n\t} else {\n\t\tthis.tree.push.apply(this.tree,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar tree = [];\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t}\n\treturn tree;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,nextMatch.matchIndex)});\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,terminatorMatch.index)});\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,inlineRuleMatch.matchIndex)});\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"title": "$:/core/modules/pluginswitcher.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(callback) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\tcallback(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert(\"Error while saving:\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"title": "$:/core/modules/saver-handler.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback(\"Error saving to TWEdit: \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; ;charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback(\"Error:\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/browser-messaging.js": {
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\"),\n\t\t\tiframeInfo = {\n\t\t\t\turl: url,\n\t\t\t\tstatus: \"loading\",\n\t\t\t\tdomNode: iframe\n\t\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert(\"Error loading plugin library: \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert(\"Error loading plugin library: \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"title": "$:/core/modules/browser-messaging.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"title": "$:/core/modules/startup/commands.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/favicon.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"title": "$:/core/modules/startup/info.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"title": "$:/core/modules/startup/load-modules.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/startup/password.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"title": "$:/core/modules/startup/render.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param);\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup/rootwidget.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION = false;\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t}\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance(PERFORMANCE_INSTRUMENTATION);\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t]\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t//invoke any hooks that might change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/story.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\";\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{document: $tw.fakeDocument}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: {currentTiddler: title}});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"title": "$:/core/modules/startup/windows.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/storyviews/classic.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t};\n\t});\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title)\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(\"Error retrieving skinny tiddler list:\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Queue up a sync task to load this tiddler\n\tthis.enqueueSyncTask({\n\t\ttype: \"load\",\n\t\ttitle: title\n\t});\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Login to TiddlySpace\",\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tif(!$tw.utils.hop(this.tiddlerInfo,task.title)) {\n\t\tthis.tiddlerInfo[task.title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1\n\t\t};\n\t}\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/plugins.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/system.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerData(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/themetweaks.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif(document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback(\"XMLHttpRequest error code: \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\trequest.send(data);\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"enter\": 13,\n\t\"escape\": 27\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nexports.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(\"+\"),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase();\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(namedKeys[s]) {\n\t\t\tinfo.keyCode = namedKeys[s];\n\t\t}\n\t}\n\treturn info;\n};\n\nexports.checkKeyDescriptor = function(event,keyInfo) {\n\tvar metaKeyStatus = !!keyInfo.metaKey; // Using a temporary variable to keep JSHint happy\n\treturn event.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === metaKeyStatus;\t\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/keyboard.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: \"Close\"\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{parentWidget: $tw.rootWidget, document: document, variables: variables});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === options.title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details\n\tthis.popups.push({\n\t\ttitle: options.title,\n\t\twiki: options.wiki,\n\t\tdomNode: options.domNode\n\t});\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"title": "$:/core/modules/utils/edition-info.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n})();\n",
"title": "$:/core/modules/utils/filesystem.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Create alert tiddlers in the browser\n\tif($tw.browser) {\n\t\t// Check if there is an existing alert with the same text and the same component\n\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\talertFields,\n\t\t\texistingCount,\n\t\t\tself = this;\n\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t}\n\t\t});\n\t\tif(alertFields) {\n\t\t\texistingCount = alertFields.count || 1;\n\t\t} else {\n\t\t\talertFields = {\n\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\ttext: text,\n\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\tcomponent: this.componentName\n\t\t\t};\n\t\t\texistingCount = 0;\n\t\t}\n\t\talertFields.modified = new Date();\n\t\tif(++existingCount > 1) {\n\t\t\talertFields.count = existingCount;\n\t\t} else {\n\t\t\talertFields.count = undefined;\n\t\t}\n\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t// Log the alert as well\n\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t} else {\n\t\t// Print an orange message to the console if not in the browser\n\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m] + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"title": "$:/core/modules/utils/performance.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\nError: \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"title": "$:/core/modules/utils/pluginmaker.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\n}\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\tvar s = 0;\n\t$tw.utils.each(object,function() {s++;});\n\treturn s;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1) + 3600000) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar e = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn String.fromCharCode(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n})();",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-deletefield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {};\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t}\n\t\t});\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,removeFields));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletefield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-navigate.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\")\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-sendmessage.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this;\n\tif(typeof this.actionValue === \"string\") {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue);\t\t\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-setfield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value = tiddler.fields[this.checkboxField] || this.checkboxDefault || \"\";\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag);\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tvar value = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.enterDrag = function() {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.leaveDrag = function() {\n\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag();\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag();\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tthis.leaveDrag();\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-binary.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 300,\n\tDEFAULT_IMAGE_HEIGHT = 185;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\tthis.widthDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-width\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleWidthChangeEvent\"\n\t\t}]\n\t});\n\tthis.heightDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-height\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleHeightChangeEvent\"\n\t\t}]\n\t});\n\t// Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tparent.insertBefore(this.widthDomNode,nextSibling);\n\tparent.insertBefore(this.heightDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode,this.widthDomNode,this.heightDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n};\n\n/*\nNote that the bitmap editor intentionally doesn't try to refresh itself because it would be confusing to have the image changing spontaneously while editting it\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Update the input boxes with the actual size of the canvas\n*/\nEditBitmapWidget.prototype.updateSize = function() {\n\tthis.widthDomNode.value = this.currCanvas.width;\n\tthis.heightDomNode.value = this.currCanvas.height;\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleWidthChangeEvent = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(this.widthDomNode.value,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newWidth !== this.currCanvas.width) {\n\t\tthis.changeCanvasSize(newWidth,this.currCanvas.height);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleHeightChangeEvent = function(event) {\n\t// Get the new width\n\tvar newHeight = parseInt(this.heightDomNode.value,10);\n\t// Update if necessary\n\tif(newHeight > 0 && newHeight !== this.currCanvas.height) {\n\t\tthis.changeCanvasSize(this.currCanvas.width,newHeight);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseInt(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"),10);\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type,1.0),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,update));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditTextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditTextWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tvar editInfo = this.getEditInfo(),\n\t\ttag = this.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tif(this.editType) {\n\t\tdomNode.setAttribute(\"type\",this.editType);\n\t}\n\tif(editInfo.value === \"\" && this.editPlaceholder) {\n\t\tdomNode.setAttribute(\"placeholder\",this.editPlaceholder);\n\t}\n\tif(this.editSize) {\n\t\tdomNode.setAttribute(\"size\",this.editSize);\n\t}\n\t// Assign classes\n\tif(this.editClass) {\n\t\tdomNode.className = this.editClass;\n\t}\n\t// Set the text\n\tif(this.editTag === \"textarea\") {\n\t\tdomNode.appendChild(this.document.createTextNode(editInfo.value));\n\t} else {\n\t\tdomNode.value = editInfo.value;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n\t// Fix height\n\tthis.fixHeight();\n\t// Focus field\n\tif(this.editFocus === \"true\") {\n\t\tif(domNode.focus && domNode.select) {\n\t\t\tdomNode.focus();\n\t\t\tdomNode.select();\t\t\t\n\t\t}\n\t}\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditTextWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\treturn {value: value, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditTextWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editSize = this.getAttribute(\"size\");\n\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",\"yes\") === \"yes\";\n\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\tthis.editFocus = this.getAttribute(\"focus\");\n\t// Get the editor element tag and type\n\tvar tag,type;\n\tif(this.editField === \"text\") {\n\t\ttag = \"textarea\";\n\t} else {\n\t\ttag = \"input\";\n\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\ttag = fieldModule.editTag;\n\t\t}\n\t\tif(fieldModule && fieldModule.editType) {\n\t\t\ttype = fieldModule.editType;\n\t\t}\n\t\ttype = type || \"text\";\n\t}\n\t// Get the rest of our parameters\n\tthis.editTag = this.getAttribute(\"tag\",tag);\n\tthis.editType = this.getAttribute(\"type\",type);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tthis.updateEditor(this.getEditInfo().value);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditTextWidget.prototype.updateEditor = function(text) {\n\tthis.updateEditorDomNode(text);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditTextWidget.prototype.updateEditorDomNode = function(text) {\n\t// Replace the edit value if the tiddler we're editing has changed\n\tvar domNode = this.domNodes[0];\n\tif(!domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.document.activeElement !== domNode) {\n\t\t\tdomNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nFix the height of textareas to fit their content\n*/\nEditTextWidget.prototype.fixHeight = function() {\n\tvar self = this,\n\t\tdomNode = this.domNodes[0];\n\tif(this.editAutoHeight && domNode && !domNode.isTiddlyWikiFakeDom && this.editTag === \"textarea\") {\n\t\t// Resize the textarea to fit its content, preserving scroll position\n\t\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t\tscrollTop = scrollPosition.y;\n\t\t// Measure the specified minimum height\n\t\tdomNode.style.height = self.editMinHeight;\n\t\tvar minHeight = domNode.offsetHeight;\n\t\t// Set its height to auto so that it snaps to the correct height\n\t\tdomNode.style.height = \"auto\";\n\t\t// Calculate the revised height\n\t\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,minHeight);\n\t\t// Only try to change the height if it has changed\n\t\tif(newHeight !== domNode.offsetHeight) {\n\t\t\tdomNode.style.height = newHeight + \"px\";\n\t\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t\t$tw.utils.forceLayout(domNode);\n\t\t\t// Check that the scroll position is still visible before trying to scroll back to it\n\t\t\tscrollTop = Math.min(scrollTop,self.document.body.scrollHeight - window.innerHeight);\n\t\t\twindow.scrollTo(scrollPosition.x,scrollTop);\n\t\t}\n\t}\n};\n\n/*\nHandle a dom \"input\" event\n*/\nEditTextWidget.prototype.handleInputEvent = function(event) {\n\tthis.saveChanges(this.domNodes[0].value);\n\tthis.fixHeight();\n\treturn true;\n};\n\nEditTextWidget.prototype.handleFocusEvent = function(event) {\n\tif(this.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.editFocusPopup,\n\t\t\twiki: this.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\nEditTextWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-text\"] = EditTextWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t}\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar textNode = this.document.createTextNode($tw.utils.entityDecode(this.parseTreeNode.entity));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/image.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/importvariables.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.utils.checkKeyDescriptor(event,self.keyInfo)) {\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.keyInfo = $tw.utils.parseKeyDescriptor(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/keyboard.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true;\n\t// Render the link if required\n\tif(useWikiLinks) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.addEventListeners(domNode,[\n\t\t\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t\t]);\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\tif(this.to) {\n\t\t\t$tw.dragInProgress = true;\n\t\t\t// Set the dragging class on the element being dragged\n\t\t\t$tw.utils.addClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t\t// Create the drag image elements\n\t\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\t\tthis.dragImage.className = \"tc-tiddler-dragger\";\n\t\t\tvar inner = this.document.createElement(\"div\");\n\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\t\tthis.dragImage.appendChild(inner);\n\t\t\tthis.document.body.appendChild(this.dragImage);\n\t\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\t\tvar cover = this.document.createElement(\"div\");\n\t\t\tcover.className = \"tc-tiddler-dragger-cover\";\n\t\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\t\tthis.dragImage.appendChild(cover);\n\t\t\t// Set the data transfer properties\n\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t// First the image\n\t\t\tdataTransfer.effectAllowed = \"copy\";\n\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t\t}\n\t\t\t// Then the data\n\t\t\tdataTransfer.clearData();\n\t\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\"),\n\t\t\t\ttitle = (new RegExp(\"^\" + $tw.config.textPrimitives.wikiLink + \"$\",\"mg\")).exec(this.to) ? this.to : \"[[\" + this.to + \"]]\";\n\t\t\t// IE doesn't like these content types\n\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\tdataTransfer.setData(\"text/plain\",title);\n\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t}\n\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\tdataTransfer.setData(\"Text\",title);\n\t\t\tevent.stopPropagation();\n\t\t} else {\n\t\t\tevent.preventDefault();\n\t\t}\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\t$tw.dragInProgress = false;\n\t\t// Remove the dragging class on the element being dragged\n\t\t$tw.utils.removeClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t// Delete the drag image element\n\t\tif(this.dragImage) {\n\t\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title),\n\t\tdraftTitle = draftTiddler.fields.title,\n\t\tstoryList = this.getStoryList();\n\tthis.removeTitleFromStory(storyList,draftTitle);\n\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this tiddler\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Save the draft tiddler as the real tiddler\n\t\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields()));\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(originalTiddler) {\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t} else {\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t}\n\t\t\tthis.saveStoryList(storyList);\t\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags)\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\tvar self = this;\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\t\t\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerData(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push(\"The following tiddlers were imported:\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(tiddlerFields));\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: IMPORT_TITLE,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([IMPORT_TITLE]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/scrollable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\tvar value = this.getSelectDomNode().value;\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tvar domNode = this.getSelectDomNode();\n\tif(domNode.value !== value) {\n\t\tdomNode.value = value;\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/select.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvalue = $tw.utils.stringifyList(results);\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t}\n\tthis.setVariable(this.setName,value,this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.value || changedAttributes.emptyValue) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: \"Recursive transclusion error in transclude widget\"}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/vars.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tname = name || \"transclusion\";\n\tvar output = [],\n\t\tnode = this;\n\twhile(node && node.parentWidget) {\n\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\toutput.push(node.getVariable(name));\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn $tw.utils.hashString(output.join(\"\"));\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction && child.invokeAction(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value) {\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tdata[index] = value;\n\t\tthis.setTiddlerData(title,data,this.getModificationFields());\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = Object.create(null),\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t (isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerData(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerData(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\n// Temporarily disable caching so that tweakParseTreeNode() works\nreturn initializer();\n\n//\tthis.caches = this.caches || Object.create(null);\n//\tvar caches = this.caches[title];\n//\tif(caches && caches[cacheName]) {\n//\t\treturn caches[cacheName];\n//\t} else {\n//\t\tif(!caches) {\n//\t\t\tcaches = Object.create(null);\n//\t\t\tthis.caches[title] = caches;\n//\t\t}\n//\t\tcaches[cacheName] = initializer();\n//\t\treturn caches[cacheName];\n//\t}\n};\n\n// Clear all caches associated with a particular tiddler\nexports.clearCache = function(title) {\n\tthis.caches = this.caches || Object.create(null);\n\tif($tw.utils.hop(this.caches,title)) {\n\t\tdelete this.caches[title];\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.old_parseText = function(type,text,options) {\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.old_parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"newInlineParseTree\" : \"newBlockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.old_parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nvar tweakMacroDefinition = function(nodeList) {\n\tif(nodeList && nodeList[0] && nodeList[0].type === \"macrodef\") {\n\t\tnodeList[0].type = \"set\";\n\t\tnodeList[0].attributes = {\n\t\t\tname: {type: \"string\", value: nodeList[0].name},\n\t\t\tvalue: {type: \"string\", value: nodeList[0].text}\n\t\t};\n\t\tnodeList[0].children = nodeList.slice(1);\n\t\tnodeList.splice(1,nodeList.length-1);\n\t\ttweakMacroDefinition(nodeList[0].children);\n\t}\n};\n\nvar tweakParser = function(parser) {\n\t// Move any macro definitions to contain the body tree\n\ttweakMacroDefinition(parser.tree);\n};\n\nexports.parseText = function(type,text,options) {\n\tvar parser = this.old_parseText(type,text,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTiddler = function(title,options) {\n\tvar parser = this.old_parseTiddler(title,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTree = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"transclude\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttiddler: {\n\t\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: title}},\n\t\t\t\tisBlock: !options.parseAsInline}]}\n\t]};\n\tif(options.field) {\n\t\tparseTree.tree[0].children[0].attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTree.tree[0].children[0].attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTree.tree[0].children[0].children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTree,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t});\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,callback) {\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]);\n\tif(!origTiddler) {\n\t\treturn tiddler.fields.text !== \"\";\n\t}\n\treturn tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"] || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\thistoryTitle = historyTitle || \"$:/HistoryList\";\n\tvar titles = $tw.utils.isArray(title) ? title : [title];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.getTiddlerData(historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: fromPageRect});\n\t});\n\tthis.setTiddlerData(historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"title": "$:/palettes/DarkPhotos",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button message=\"tm-delete-tiddler\" class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">(count: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"install\"\"\">\nreinstall\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"This plugin is not currently installed\"\"\">\n<em>\nThis plugin is already installed at version <$text text=<<installedVersion>>/>\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} open plugin library\n</$button>\n\\end\n\n\\define display-server-assets(type)\nSearch: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-table(type)\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">>>\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList={{!!list}} default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\nNo information provided\n</$reveal>\n</div>\n</div>\n</$reveal>\n</$set>\n</$list>\n</$set>\n\\end\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n! <<lingo TiddlySpot/Heading>>\n\n<<lingo TiddlySpot/Description>>\n\n|<<lingo TiddlySpot/UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Password>> |<$password name=\"upload\"/> |\n|<<lingo TiddlySpot/Backups>> |<<backupLink>> |\n\n''<<lingo TiddlySpot/Advanced/Heading>>''\n\n|<<lingo TiddlySpot/ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo TiddlySpot/UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo TiddlySpot/BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Settings/AutoSave": {
"title": "$:/core/ui/ControlPanel/Settings/AutoSave",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/AutoSave/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/AutoSave/\n\n<$link to=\"$:/config/AutoSave\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo Disabled/Description>> </$radio>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n\n{{$:/language/Search/Matches}}\n\n</$set>\n\n//<small>Title matches:</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>All matches:</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"no\"><<lingo Preview/Button/Hide>></$button>\n\n<div class=\"tc-tiddler-preview\">\n<div class=\"tc-tiddler-preview-preview\">\n<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n</div>\n\n<div class=\"tc-tiddler-preview-edit\">\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"yes\"><<lingo Preview/Button/Show>></$button>\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$list>\n"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\"><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button></span>\n</$set>\n</$list>\n\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$button message=\"tm-add-tag\" param={{$:/temp/NewTagName}} set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<lingo Tags/Add/Button>>\n</$button>\n</span>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$linkcatcher set=\"$:/temp/NewTagName\" setTo=\"\" message=\"tm-add-tag\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"escape\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"ctrl+enter\" message=\"tm-save-tiddler\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$button message=\"tm-save-tiddler\" tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n<table>\n<tbody>\n<tr>\n<th>\n<<lingo Listing/Select/Caption>>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<<journalButton>>\n</$set></$set>"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\nNo ''\"<$text text=<<currentTab>>/>\"'' found\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n\n</$list>\n\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tc-sidebar-lists\">\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n{{$:/core/ui/SearchResults}}\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</$reveal>\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$transclude tiddler=\"$:/core/ui/TagTemplate\"/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$set name=\"foregroundColor\" value=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">>>\n<$set name=\"backgroundColor\" value=\"\"\"$colour$\"\"\">\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-tag-label\" style=<<tag-styles>>>\n<$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tc-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</$set>\n</$set>\n\\end\n\n\\define tag-body(colour,palette)\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n</span>\n\\end\n\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tiddler-body\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n\n{{||$:/core/ui/TiddlerInfo/Advanced/PluginInfo}}\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"relativedate\"/>\n</div>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Clone/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Close/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Edit/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/OpenWindow/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#ff0"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "http://tiddlywiki.com/library/v5.1.9/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team.\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n<$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\">\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set>\n</$button>\n</$list>\n</div><div class=\"tc-tab-divider $class$\"/><div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbails": {
"title": "$:/core/macros/thumbails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div></div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"title": "$:/core/macros/timeline",
"type": "text/vnd.tiddlywiki",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$set>\n\\end\n\n\\define toc-body(rootTag,tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc\">\n<$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\"\"\">\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n<<toc-caption>>\n</$list>\n<$list filter=\"\"\"[all[current]] -[[$rootTag$]]\"\"\">\n<$macrocall $name=\"toc-body\" rootTag=\"\"\"$rootTag$\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$list>\n</li>\n</$set>\n</$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter)\n<<toc-body rootTag:\"\"\"$tag$\"\"\" tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<<toc-linked-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</$list>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n</$list>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-selective-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=\"<<toc-linked-selective-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-selective-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n<div class=\"tc-tabbed-table-of-contents\">\n<$linkcatcher to=\"$selectedTiddler$\">\n<div class=\"tc-table-of-contents\">\n<$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n</div>\n</$linkcatcher>\n<div class=\"tc-tabbed-table-of-contents-content\">\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n<$transclude mode=\"block\" tiddler=\"$template$\">\n<h1><<toc-caption>></h1>\n<$transclude mode=\"block\">$missingText$</$transclude>\n</$transclude>\n</$reveal>\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n$unselectedText$\n</$reveal>\n</div>\n</div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n<$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
玩家手冊 常用表格
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
UA-61272067-2
coctrpg.tiddlyspot.com
The following tiddlers were imported: # [[Untitled]] # [[elder_sign_icon_request_by_azadeth.png]]
no
$:/languages/zh-Hant
{
"tiddlers": {
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "進階搜尋"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "進階搜尋"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "取消"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "放棄對此條目的更改"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "複製"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "複製此條目"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "關閉"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "關閉此條目"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "全部關閉"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "關閉所有條目"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "關閉其他"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "關閉其他條目"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "控制台"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "開啟控制台"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "刪除"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "刪除此條目"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "編輯"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "編輯此條目"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "加密"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "設定或清除儲存此維基的密碼"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "清除密碼"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "清除密碼且不加密儲存此維基"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "設定密碼"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "設定加密儲存此維基的密碼"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "導出所有條目"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "導出所有條目"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "導出此條目"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "導出此條目"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "導出條目"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "導出條目"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "全螢幕"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "進入或離開全螢幕模式"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "說明"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "顯示說明中心"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "首頁"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "開啟首頁條目"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "導入"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "導入檔案"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "資訊"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "顯示此條目的資訊"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "語言"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "選擇使用者介面語言"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "更多"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "更多動作"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "新增子條目"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "建立一個標籤為此條目名稱的新條目"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "新增日誌"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "建立一個新的日誌條目"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "新增子日誌"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "建立一個標籤含此條目名稱的新日誌條目"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "新增條目"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "建立一個新的條目"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "開啟於新視窗"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "在新視窗中開啟條目"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "調色盤"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "選擇調色盤"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "引用連結"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "設定瀏覽器網址列為直接連結到此條目"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "固定連結"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "設定瀏覽器網址列為直接連結到當前所有已開啟條目"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "重新整理"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "執行維基的完全刷新"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "確定"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "確定對此條目的更改"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "儲存變更"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "儲存變更"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "檢視模式"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "選擇檢視條目的視覺效果"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "隱藏側邊欄"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "隱藏側邊欄"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "顯示側邊欄"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "顯示側邊欄"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "標籤管理"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "標籤管理"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "佈景主題"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "選擇佈景主題"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "進階"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "關於此 TiddlyWiki 的內部資訊"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "視覺外觀"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "自訂您的 TiddlyWiki 外觀。"
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "動畫持續時間："
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "基本"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "標題含空白時請使用 [[雙中括弧]]，或者您可用 <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">保留開啟中的條目順序</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "首頁："
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "預設開啟的條目："
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "您好！當前的語言："
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "新日誌條目的名稱"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "新日誌條目的標籤"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "被覆寫的預設條目數量："
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "預設條目數量："
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "副標題："
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "系統條目數量："
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "標籤數量："
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "一般條目數量："
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "標題："
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "編輯者署名："
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki 版本："
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "編輯器類型"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "編輯器"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "這些條目決定使用哪個編輯器來編輯特定條目類型。"
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "類型"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "資訊"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "有關此 TiddlyWiki 的資訊"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "已載入的模組"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "這些是當前已載入的模組之源碼條目。斜體的模組則無源碼條目，通常是因為它們是在引導過程中設置。"
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "調色盤"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "複製"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "建議您修改前先複製此預設調色盤"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "此預設調色盤已被修改過"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "編輯"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "重置"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "隱藏編輯器"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "當前的調色盤："
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "顯示編輯器"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "從官方插件庫安裝插件"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "獲取更多插件"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "插件"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "停用"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "重新載入頁面時停用此插件"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(已停用)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "無"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "啟用"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "重新載入頁面時啟用此插件"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "當前已安裝的插件："
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "語言"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "語言包插件"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "插件"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "插件"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "佈景主題"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "佈景主題插件"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "儲存"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "儲存"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "進階設定"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "備份資料夾"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "備份"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "這些設定只適用於儲存到 http://tiddlyspot.com 或相容的遠端伺服器時。"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "上傳檔名"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//預設之伺服器網址 `http://<wikiname>.tiddlyspot.com/store.cgi`，可改為自訂之伺服器網址，例如 `http://example.com/store.php`。//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "密碼"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "伺服器網址"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "上傳資料夾"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "帳號"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "自動儲存"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "不要自動儲存變更"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "自動儲存變更"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "在編輯過程中自動儲存變更"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "設定"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "預設側邊欄頁籤"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "指定預設顯示的側邊欄頁籤"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "這些進階設定讓您自訂 TiddlyWiki 的行為。"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "條目開啟行為"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "從故事河//中//導航"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "從故事河//外//導航"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "開啟於當前條目之上"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "開啟於當前條目之下"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "開啟於故事河的頂端"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "開啟於故事河的底部"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "網址列導覽"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "在瀏覽器網址列導覽到條目時的行為："
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "不更新網址列"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "包含目標條目"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "包括目標條目和當前已開啟的條目序列"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "歷史記錄導覽"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "當導覽到條目時，更新瀏覽器歷史記錄："
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "不更新歷史記錄"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "更新歷史記錄"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "工具列按鈕樣式"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "選擇工具列按鈕的樣式:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "無邊框"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "方框"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "圓形"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "工具列按鈕"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "預設的工具列按鈕外觀："
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "包含圖示"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "包含文字"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "條目標題"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "可選地顯示條目標題為鏈接"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "不顯示條目標題為鏈接"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "顯示條目標題為鏈接"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "檢視模式"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "當前的檢視模式："
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "佈景主題"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "當前的佈景主題："
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "條目欄位"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "這是本維基使用中的所有條目欄位（含系統條目的欄位，但預設條目的欄位除外）。"
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "工具列"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "編輯工具列"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "選擇將顯示哪些按鈕於條目的編輯模式工具列"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "選擇將顯示哪些工具列按鈕"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "頁面工具列"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "選擇將顯示哪些按鈕於主頁面的工具列"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "檢視工具列"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "選擇將顯示哪些按鈕於條目的檢視模式工具列"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "下載完整副本"
},
"$:/core/zh-Hant/readme": {
"title": "$:/core/zh-Hant/readme",
"text": "此插件包含 TiddlyWiki 的核心元件，包括：\n\n* JavaScript 程式碼模組\n* 圖示\n* 建立 TiddlyWiki 的使用者介面所需的範本\n* 核心所使用的可當地語系化字串的英國英語 (''en-GB'') 翻譯\n"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "星期日"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "星期一"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "星期二"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "星期三"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "星期四"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "星期五"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "星期六"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "一月"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "二月"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "三月"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "四月"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "五月"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "六月"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "七月"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "八月"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "九月"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "十月"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "十一月"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "十二月"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "上午"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "下午"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "日"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "一"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "二"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "三"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "四"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "五"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "六"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "01月"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "02月"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "03月"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "04月"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "05月"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "06月"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "07月"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "08月"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "09月"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "10月"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "11月"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "12月"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> 天後"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> 小時後"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> 分鐘後"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> 個月後"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 秒後"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> 秒後"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> 年後"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> 天前"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> 小時前"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> 分鐘前"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> 個月前"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 秒前"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> 秒前"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> 年前"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "動畫模組包含可用於 RevealWidget 的動畫。"
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "可於 Node.js 執行的指令。"
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "加入 `$tw.config` 的資料。"
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "個別篩選器運算元方法。"
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "加入 `$tw` 的全域資料。"
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "''is'' 篩選器運算元的運算子。"
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript ''巨集''定義。"
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "不同內容類型的解析器。"
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "於瀏覽器儲存檔案的不同的儲存處理方法。"
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "啟動時期的功能函數。"
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "檢視模式用以自訂 list 小工具的動畫與行為。"
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "轉換不同內容類型至條目。"
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "定義個別條目欄位的行為。"
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "新增方法至 `$tw.Tiddler` 原型。"
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "於升級/導入過程中，套用升級處理至條目。"
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "新增方法至 `$tw.utils`。"
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "將特定於 Node.js 的方法新增到 '$tw.utils'。."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "封裝 DOM 渲染和刷新的小工具。"
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "新增方法至 `$tw.Wiki`。"
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "WikiText 解析器的個別的語法規則。"
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "警示背景"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "警示邊框"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "警示高亮度"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "警示的低調前景"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "一般背景"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "引言條"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "預設按鈕背景"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "預設按鈕邊框"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "預設按鈕前景"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "程式碼背景"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "程式碼邊框"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "程式碼前景"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "未儲存變更指示器"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "下載按鈕背景"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "下載按鈕前景"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "拖動區背景"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "拖動區前景"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "下拉背景"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "下拉邊框"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "選定的下拉頁籤背景"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "下拉頁籤背景"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "拖放區背景"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "懸停外部鏈結背景"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "已造訪過的外部鏈結背景"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "外部鏈結背景"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "懸停外部鏈結前景"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "已造訪過的外部鏈結前景"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "外部鏈結前景"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "一般前景"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "訊息框背景"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "訊息邊框"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "訊息框前景"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "模組背景幕"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "模組背景"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "模組邊框"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "模組頁腳背景"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "模組頁腳邊框"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "模組標題邊框"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "一般低調前景"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "通知背景"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "通知邊框"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "頁面背景"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "pre 背景"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "pre 邊框"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "主顏色"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "側邊欄按鈕前景"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "懸停側邊欄控制項前景"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "側邊欄控制項前景"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "側邊欄前景陰影"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "側邊欄前景"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "懸停側邊欄低調前景"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "側邊欄低調前景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "側邊欄選定的頁籤背景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "側邊欄頁籤背景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "側邊欄選定的頁籤邊框"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "側邊欄頁籤邊框"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "側邊欄頁籤分隔線"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "側邊欄選定頁籤前景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "側邊欄頁籤前景"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "側邊欄懸停條目鏈結前景"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "側邊欄條目鏈結前景"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "網站標題前景"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "靜態警示前景"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "選定的頁籤背景"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "頁籤背景"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "選定的頁籤邊框"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "頁籤邊框"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "頁籤分隔線"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "選定的頁籤前景"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "頁籤前景"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "表格邊框"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "表格頁腳背景"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "表格標題背景"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "標籤背景"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "標籤前景"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "條目背景"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "條目邊框"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "懸停的條目控制項前景"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "選定的條目控制項前景"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "條目控制項前景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "條目編輯器背景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "條目編輯器邊框圖片"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "條目編輯器邊框"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "條目編輯器中偶數欄位背景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "條目編輯器中奇數欄位背景"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "條目資訊面板背景"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "條目資訊面板邊框"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "條目資訊面板頁籤背景"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "條目鏈結背景"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "條目鏈結前景"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "條目副標題前景"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "條目標題前景"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "工具列 '新增條目' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "工具列 '選項' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "工具列 '儲存' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "工具列 '資訊' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "工具列 '編輯' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "工具列 '關閉' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "工具列 '刪除' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "工具列 '取消' 按鈕前景"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "工具列 '完成 按鈕前景"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "未設標籤的背景"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "非常低調前景"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "這是儲存於主要的 TiddlyWiki 檔之外的外部條目。你可以編輯其標籤和欄位，但不能直接編輯內容本身"
},
"$:/language/EditTemplate/Body/Hint": {
"title": "$:/language/EditTemplate/Body/Hint",
"text": "使用 WikiText 來新增格式、圖片及動態功能"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "輸入此條目的內容"
},
"$:/language/EditTemplate/Body/Preview/Button/Hide": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Hide",
"text": "隱藏預覽"
},
"$:/language/EditTemplate/Body/Preview/Button/Show": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Show",
"text": "顯示預覽"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "刪除欄位"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "刪除欄位"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "新增"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "系統欄位"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "使用者欄位"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "欄位名稱"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "新增欄位："
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "欄位內容"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "這是預設條目，任何更改將會覆蓋預設的版本。"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "這是修改過的預設條目，刪除此條目可以還原為預設的版本。"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "新增"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "標籤名稱"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "標籤清單"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "顯示標籤清單"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "內容類型清單"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "顯示內容類型清單"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "刪除內容類型"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "刪除內容類型"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "內容類型"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "類型："
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "靜態 HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON 檔案"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV 檔案"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" 檔案"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "外部圖片條目的完整的 URI"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "條目的來源集的名稱"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "顯示於頁籤或按鈕上的標題文字"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "條目的 CSS 顏色值"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "負責[[警示條目|AlertMechanism]]的元件名稱"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "條目的建立日期"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "條目的建立者"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "用於快取[[瀏覽歷史列表|HistoryMechanism]]的最上層條目"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "插件的相依插件列表"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "插件的說明、描述"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "草稿條目，包含條目的標題、標籤、欄位 ..."
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "草稿條目的標題"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "wizard 的註腳"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "於 [[$:/core/templates/static.content]] 使用的臨時儲存欄位"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "條目的標題含有與條目關聯的圖示"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "若設為 “yes”，表示條目應該被儲存為一個 JavaScript 程式庫"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "條目的列表，指定一些條目的標題清單"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "當前條目名稱將被新增到條目排序清單中的設定條目名稱之前，或若此欄位存在但是空的，則在清單的起始位置"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "當前條目名稱將被新增到條目排序清單中的設定條目名稱之後"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "條目的最近修改日期與時間"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "條目的最近修改者"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "具可讀性的套件條目的名稱"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "套件條目的優先級數值"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "套件條目的類型"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "TiddlyWiki 的釋出日期"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "條目存放於伺服器中的修訂版本"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "條目的網址"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "一個 wizard 的副標題"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "條目的標籤清單"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "條目的內文"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "條目的唯一名稱"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "條目的內容類型"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "插件的版本資訊"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "所有條目，不含系統條目"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "最近修改的條目，包含系統條目"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "最近修改的條目"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "所有標籤，不含系統標籤"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "佚失條目"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "草稿條目"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "孤立條目"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "系統條目"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "預設條目"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "被覆寫的預設條目"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "系統標籤"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "非維基文字條目"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n歡迎使用 TiddlyWiki 及參與 ~TiddlyWiki 社群\n\n開始將重要資訊存放於 ~TiddlyWiki 之前，確認您可以可靠地儲存變更是很重要的。詳細資訊請參閱 http://tiddlywiki.com/#GettingStarted\n\n!! 設定此 ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\n請參閱[[控制台|$:/ControlPanel]]查看更多選項。"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "自動執行已組態的命令",
"text": "產生指定的建置目標為當前 wiki。若未指定任何建置目標，則產生所有可用的目標。\n\n```\n--build <target> [<target> ...]\n```\n\n建置目標在 wiki 資料夾的 `tiddlywiki.info` 檔案中定義。\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "清除用於後續加密的密碼",
"text": "清除用於後續加密的密碼\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\n用法: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\n可用的命令：\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\n取得關於某個命令的詳細説明：\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "列出可用的 TiddlyWiki 版本",
"text": "列出可用版本的名稱和描述。您可以用 `--init` 命令建立一個指定版本的新維基。\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "顯示 TiddlyWiki 命令的説明",
"text": "顯示命令的説明文字:\n\n```\n--help [<command>]\n```\n\n若省略命令名稱，則顯示可用命令的清單。\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "初始化一個新的 wiki 資料夾",
"text": "初始化一個空的 [[WikiFolder|WikiFolders]] 的指定版本的副本。\n\n```\n--init <edition> [<edition> ...]\n```\n\n例如：\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\n注意：\n\n* 若有需要，將建立 wiki 資料夾目錄\n* 其中 \"edition\" 預設為 ''empty''\n* 若 wiki 資料夾不是空的，則初始化命令將失敗\n* 初始化命令會刪除 'tiddlywiki.info' 檔內所有 'includeWikis' 的定義。\n* 當指定多個版本時，這些版本於初始化後，將覆寫早期版本共用的所有檔案 (故此最終的 `tiddlywiki.info` 檔案將是從最近的版本複製而得)\n* `--editions` 傳回所有可用版本的清單。\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "從檔案中載入條目",
"text": "從 2.x.x TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` 或其他檔案載入條目\n\n```\n--load <filepath>\n```\n\n從已加密的 TiddlyWiki 檔案中載入條目，須使用 PasswordCommand 指定密碼，例如：\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\n請注意 TiddlyWiki 將不載入舊版本的已掛載的插件。\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "構建升級處理所需的程式庫插件",
"text": "為升級處理構建 `$:/UpgradeLibrary` 條目。\n\n升級程式庫被格式化為一個插件類型為 `library` 的一般插件條目。它包含 TiddlyWiki5 存儲庫中所有可用的插件、佈景主題和語言包的副本。\n\n此命令僅供內部使用；它只是與使用者構建一個自訂的升級程式相關。\n\n```\n--makelibrary <title>\n```\n\n標題參數預設為 `$:/UpgradeLibrary`。\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "無此項目說明"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "設定後續命令的基準輸出資料夾",
"text": "設定後續命令的基準輸出資料夾，預設為該版本資料夾的 `output` 子資料夾。\n\n```\n--output <pathname>\n```\n\n若指定的路徑是相對路徑，則它是被解析相對於當前的工作資料夾。例如：`--output .` 將輸出資料夾設定為當前工作資料夾。"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "設定用以加密的密碼",
"text": "設定用以加密的密碼\n\n```\n--password <password>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "呈現個別條目為指定的內容類型",
"text": "呈現個別條目為指定的[[內容類型|ContentType]]，預設為 `text/html` 且儲存為指定的檔名：\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n\n預設情況下，檔名被解析為相對於版本資料夾的 `output` 子資料夾。 `--output` 命令可以用於將輸出指定到一個不同的資料夾。\n\n自動建立在檔案名稱的路徑中任何缺少的資料夾。"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "呈現符合篩選條件的條目為指定的內容類型",
"text": "呈現符合篩選條的條目為指定的[[內容類型|ContentType]] (預設為 `text/html`) 與副檔名 (預設為 `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\n例如：\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\n預設情況下，路徑名被解析為相對於版本資料夾的 `output` 子資料夾。 `--output` 命令可以用於將輸出指定到一個不同的資料夾。\n\n在目標資料夾中的任何檔案都會被刪除，除非指定 \"noclean\" 參數。若缺少目標資料夾，則以遞迴方式建立。"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "將條目的原始內容儲存到一個檔案",
"text": "儲存個別條目的原始文字或二進位格式到指定的檔名。\n\n```\n--savetiddler <title> <filename>\n```\n\n預設情況下，檔名被解析為相對於版本資料夾的 `output` 子資料夾。 `--output` 命令可以用於將輸出指定到一個不同的資料夾。\n\n自動建立在檔案名稱的路徑中任何缺少的資料夾。"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "將一群條目的原始內容儲存到一個資料夾",
"text": "儲存一群條目的原始文字或二進位格式到指定的資料夾。\n\n```\n--savetiddlers <filter> <pathname>\n```\n\n預設情況下，路徑名被解析為相對於版本資料夾的 `output` 子資料夾。 `--output` 命令可以用於將輸出指定到一個不同的資料夾。\n\n自動建立在路徑中任何缺少的資料夾。\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "提供一個 HTTP 伺服器介面到 TiddlyWiki",
"text": "在伺服器中內建 TiddlyWiki5 是非常簡單。雖與 TiddlyWeb 相容，但不支援許多健全網際網路面向的使用方式所需的功能。\n\n提供呈現一個指定條目，也可將個別條目編碼成 JSON，且支援基本的 HTTP 操作 `GET`、`PUT` 及 `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\n參數說明：\n\n* ''port'' - 服務的埠號 (預設為 \"8080\")\n* ''roottiddler'' - 服務的基本條目 (預設為 \"$:/core/save/all\") \n* ''rendertype'' - 呈現的基本條目內容類型 (預設為 \"text/plain\")\n* ''servetype'' - 服務的基本條目內容類型(預設為 \"text/html\")\n* ''username'' - 預設的編輯者署名\n* ''password'' - 選擇性的基本驗證密碼\n* ''host'' - 選擇性的主機名稱， (預設為 \"127.0.0.1\" 或名為 \"localhost\")\n* ''pathprefix'' - 選擇性的路徑前綴\n\n若指定密碼參數，瀏覽器將提示使用者輸入帳號與密碼。注意，密碼係以明碼方式傳遞，因此並不適合一般正式用途。\n\n例如：\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\n若您需要設定主機名稱或路徑前綴而不要求輸入密碼，則可以指定空字串的使用者名和密碼：\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\n同時執行多個 TiddlyWiki 伺服器，須分別指定不同的埠號。\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "準備用於外部條目",
"text": "//請注意此命令是試驗性的，且可能會更改或在最終定稿前被替換//\n\n設定一群條目的指定欄位到 wikifying 範本條目的結果，其中的 `currentTiddler` 變數設定為各該條目。\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\n參數說明：\n\n* ''filter'' - 受影響的辨識條目的篩選條件\n* ''fieldname'' - 要修改的欄位（預設為 \"text\"）\n* ''templatetitle'' - 該條目 wikify 到指定欄位。若為空白或丟失，則刪除指定的欄位\n* ''type'' - 要呈現的文本類型（預設為 \"text/plain\"; \"text/html\" 可以用於包含 HTML 標記)）\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "從插件解開附屬的條目",
"text": "提取插件的附屬條目，將其建立為一般條目：\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "觸發詳細的輸出模式",
"text": "觸發顯示詳細的命令執行過程，可用於偵錯 \n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "顯示 TiddlyWiki 的版本編號",
"text": "顯示 TiddlyWiki 的版本編號。\n\n```\n--version\n```\n"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "取消"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "這些條目已備妥導入："
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "導入"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "選擇"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "狀態"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "條目"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "封鎖的不相容或過時插件"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "封鎖的插件 (由於傳入的 <<incoming>> 較現有版本 <<existing>> 舊)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "升級插件，從 <<incoming>> 到 <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "封鎖的暫存狀態條目"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "封鎖的系統條目"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "從 <$text text=<<from>>/> 遷移佈景主題"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "此條目包含二進位資料"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "此條目以經典版 TiddlyWiki 標記格式撰寫，不完全相容新版 TiddlyWiki 的格式，詳細資訊請參閱：http://tiddlywiki.com/static/Upgrading。"
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "升級"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "全部關閉"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "您確定要放棄對條目 \"<$text text=<<title>>/>\" 的更改？"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "您確定要刪除條目 \"<$text text=<<title>>/>\"？"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "您確定要覆寫條目 \"<$text text=<<title>>/>\"？"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "您即將要編輯預設條目，任何更改將會覆蓋預設的系統，使未來的升級不尋常。您確定要編輯 \"<$text text=<<title>>/>\"?"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "新條目"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "拖放到此處 （或按 ESC 鍵取消）"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "取消"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "您要清除密碼嗎？當儲存此維基時，這將刪除已套用的加密"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "使用者名稱"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "密碼"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "為此 TiddlyWiki 設定一個新密碼"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "重複輸入密碼"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "密碼不匹配"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "設定密碼"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "欄位名稱 \"<$text text=<<fieldName>>/>\" 包含無效字元，欄位名稱只能包含小寫字母、數字、底線 (`_`)、 連接號 (`-`) 和小數點 (`.`)"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "佚失條目 \"<$text text=<<currentTiddler>>/>\" - 點擊 {{$:/core/images/edit-button}} 可建立此條目"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "官方 ~TiddlyWiki 插件程式庫"
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "請儲存 {{$:/core/ui/Buttons/save-wiki}} 並刷新頁面 {{$:/core/ui/Buttons/refresh}} 允許更改插件才能生效"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "YYYY年0MM月0DD日"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "此為系統條目"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "顏色"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "計數"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "圖示"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "資訊"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "標籤"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "在此 TiddlyWiki 您有尚未儲存的變更"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">關閉</$button>",
"help": "http://tiddlywiki.com/",
"text": "您的瀏覽器只支援手動儲存。\n\n要儲存更動的維基，右鍵點擊下方的下載鏈結，選擇\"下載檔案\"或\"儲存檔案\"，然後選擇資料夾和檔名。\n\n//您可以藉由按一下 Ctrl 鍵（Windows）或 options/ alt 鍵（Mac OS X）中的鏈接，稍微加速操作。您不會被提示資料夾或檔名，您的瀏覽器可能無法辨認它的檔名 -- 在做其他任何事之前，您可能需要重新命名副檔名為 `.html` 的檔案。//\n\n在智慧型手機上，不允許下載檔案，但您可以標記鏈結，然後從一台可以正常保存維基的桌上型電腦的維基同步你的書籤。"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">關閉</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "您對此 wiki 的變更需被儲存為 ~TiddlyWiki HTML 檔案。\n\n!!! 桌面版瀏覽器\n\n# 從''檔案''選單點選 ''另存新檔''\n# 選定檔名及儲存位置\n#* 某些瀏覽器依然需要明確指定檔案格式為 ''Webpage, HTML only'' 或類似的。\n# 關閉此頁籤\n\n!!! 智慧手機版瀏覽器\n\n# 為此頁建立書籤\n#* 若您已設定 iCloud 或 Google 同步，該書籤將自動與之前開啟及儲存於您電腦的書籤同步。\n# 關閉此頁籤\n\n//若您再次於 Mobile Safari 開啟該書籤，將會再看到此訊息。若要繼續使用該檔案，只需點擊下列 ''關閉'' 按鈕//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "YYYY年0MM月0DD日"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "日誌"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "已儲存 wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "開始儲存 wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "列表"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "篩選"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "以[[篩選表達式|http://tiddlywiki.com/static/Filters.html]]搜尋"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> 個條目符合條件</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> 個條目符合條件</small>//"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "預設"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "尋找預設條目"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> 個條目符合條件</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "標準"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "尋找一般條目"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> 個條目符合條件</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "系統"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "尋找系統條目"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> 個條目符合條件</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "全部"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "目錄"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "草稿"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "佚失"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "更多"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "開啟"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "孤立"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "最近"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "預設"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "系統"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "標籤"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "未設標籤"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "工具"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "類型"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "一個非線性的網頁式筆記"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "我的 ~TiddlyWiki"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "進階"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "無資訊"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "插件明細"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "此插件包含以下預設條目："
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "預設條目狀態"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "<$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> 不是一個預設條目"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "<$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> 是一個預設條目"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "此條目定義於插件 <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "已被一般條目覆寫"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "欄位"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "列表"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "此條目無指定列表"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "被列於"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "此條目未出現於其他條目的列表中"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "參照"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "無條目連結至此"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "子條目"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "無任何條目以此條目之標題為標籤"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "工具"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript 程式碼",
"name": "application/javascript",
"group": "開發者"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON 資料",
"name": "application/json",
"group": "開發者"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "資料字典",
"name": "application/x-tiddler-dictionary",
"group": "開發者"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF 圖片",
"name": "image/gif",
"group": "圖片"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG 圖片",
"name": "image/jpeg",
"group": "圖片"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG 圖片",
"name": "image/png",
"group": "圖片"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "結構式向量圖",
"name": "image/svg+xml",
"group": "圖片"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "圖示",
"name": "image/x-icon",
"group": "圖片"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "靜態樣式",
"name": "text/css",
"group": "開發者"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML 標記",
"name": "text/html",
"group": "文字"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "純文字",
"name": "text/plain",
"group": "文字"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "文字"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki 2",
"name": "text/x-tiddlywiki",
"group": "文字"
},
"$:/languages/zh-Hant/icon": {
"title": "$:/languages/zh-Hant/icon",
"type": "image/svg+xml",
"text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<!DOCTYPE svg>\n<svg width=\"900\" height=\"600\" viewBox=\"-60 -40 240 160\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <rect x=\"-60\" y=\"-40\" width=\"100%\" height=\"100%\" fill=\"#fe0000\"/>\n <rect x=\"-60\" y=\"-40\" width=\"50%\" height=\"50%\" fill=\"#000095\"/>\n <path id=\"four_rays\" d=\"M 8,0 L 0,30 L -8,0 L 0,-30 M 0,8 L 30,0 L 0,-8 L -30,0\" fill=\"#fff\"/>\n <use xlink:href=\"#four_rays\" transform=\"rotate(30)\"/>\n <use xlink:href=\"#four_rays\" transform=\"rotate(60)\"/>\n <circle r=\"17\" fill=\"#000095\"/>\n <circle r=\"15\" fill=\"#fff\"/>\n</svg>"
}
}
}
$:/palettes/DarkPhotos
{
"tiddlers": {
"$:/plugins/tiddlywiki/cecily/cecily.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/cecily/cecily.js\ntype: application/javascript\nmodule-type: storyview\n\nPositions tiddlers on a 2D map\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CecilyStoryView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Load the map\n\tthis.loadMap();\n\t// Position the existing tiddlers\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\tdomNode.style.position = \"absolute\";\n\t\tvar title = itemWidget.parseTreeNode.itemTitle;\n\t\tself.positionTiddler(title,domNode);\n\t});\n};\n\nCecilyStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nCecilyStoryView.prototype.insert = function(widget) {\n\tvar domNode = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Make the newly inserted node position absolute\n\t$tw.utils.setStyle(domNode,[\n\t\t{position: \"absolute\"},\n\t\t{transition: \"\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Position it\n\tvar title = widget.parseTreeNode.itemTitle;\n\tthis.positionTiddler(title,domNode);\n\t$tw.utils.forceLayout(domNode);\n\t// Animate it in\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nCecilyStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Remove the widget at the end of the transition\n\tsetTimeout(function() {\n\t\twidget.removeChildDomNodes();\n\t},duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.01)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\n/*\nLoad the current map\n*/\nCecilyStoryView.prototype.loadMap = function() {\n\tthis.map = this.listWidget.wiki.getTiddlerData(this.getMapTiddlerTitle(),{\n\t\tpositions: {},\n\t\tnewTiddlerPosition: {x: 0, y: 0},\n\t\twidth: parseInt(this.listWidget.getAttribute(\"cecily-width\",\"600\"),10)\n\t});\n};\n\nCecilyStoryView.prototype.getMapTiddlerTitle = function() {\n\treturn this.listWidget.getAttribute(\"cecily-map\",\"$:/TiddlerMap\");\n};\n\n/*\nPosition a tiddler according to the map\n*/\nCecilyStoryView.prototype.positionTiddler = function(title,domNode) {\n\tvar pos = this.lookupTiddlerInMap(title,domNode),\n\t\tscale = pos.w/domNode.offsetWidth;\n\t$tw.utils.setStyle(domNode,[\n\t\t{width: this.map.width + \"px\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateX(\" + pos.x + \"px) translateY(\" + pos.y + \"px) scale(\" + scale + \") translateX(-50%) rotate(\" + (pos.r || 0) + \"deg) translateX(50%)\"}\n\t]);\n};\n\n// Get the position of a particular tiddler\nCecilyStoryView.prototype.lookupTiddlerInMap = function(title,domNode) {\n\t// If this is a draft tiddler then look for the position of the original tiddler\n\tvar tiddler = this.listWidget.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar draftOf = tiddler.fields[\"draft.of\"];\n\t\tif(draftOf && this.map.positions[draftOf]) {\n\t\t\treturn this.map.positions[draftOf];\n\t\t}\n\t}\n\t// Try looking the target tiddler up in the map\n\tif(this.map.positions[title]) {\n\t\treturn this.map.positions[title];\n\t}\n\t// If the tiddler wasn't in the map we'll have to compute it\n\tvar newPosition;\n\tswitch(this.map.positionNew) {\n\t\tdefault: // \"right\"\n\t\t\tnewPosition = {\n\t\t\t\tx: this.map.newTiddlerPosition.x,\n\t\t\t\ty: this.map.newTiddlerPosition.y,\n\t\t\t\tw: 200,\n\t\t\t\th: 200\n\t\t\t};\n\t\t\tthis.map.newTiddlerPosition.x += newPosition.w * 1.1;\n\t\t\tbreak;\n\t}\n\t// A default position\n\tnewPosition = newPosition || {x: 0,y: 0,w: 100,h: 100};\n\t// Save the position back to the map\n\tthis.map.positions[title] = newPosition;\n\treturn newPosition;\n};\n\nexports.cecily = CecilyStoryView;\n\n})();\n",
"title": "$:/plugins/tiddlywiki/cecily/cecily.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/plugins/tiddlywiki/cecily/readme": {
"title": "$:/plugins/tiddlywiki/cecily/readme",
"text": "This experimental plugin provides a new story visualisation that displays individual tiddlers as resizable tiles on an infinite canvas.\n\nCecily is based on an earlier plugin for TiddlyWiki Classic: http://jermolene.com/cecily\n\nCecily is currently in the early stages of development with little functionality yet implemented.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/cecily]]\n"
},
"$:/core/images/storyview-cecily": {
"title": "$:/core/images/storyview-cecily",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-storyview-cecily tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M8.00697327,0 C3.58484404,0 0,3.59075293 0,8.00697327 L0,119.993027 C0,124.415156 3.59075293,128 8.00697327,128 L119.993027,128 C124.415156,128 128,124.409247 128,119.993027 L128,8.00697327 C128,3.58484404 124.409247,0 119.993027,0 L8.00697327,0 L8.00697327,0 Z M23.9949725,16 C19.5794711,16 16,19.5776607 16,23.9924054 L16,40.0075946 C16,44.4216782 19.5905136,48 23.9949725,48 L71.0050275,48 C75.4205289,48 79,44.4223393 79,40.0075946 L79,23.9924054 C79,19.5783218 75.4094864,16 71.0050275,16 L23.9949725,16 L23.9949725,16 Z M72.0070969,64 C67.5848994,64 64,67.5881712 64,72.0070969 L64,103.992903 C64,108.415101 67.5881712,112 72.0070969,112 L103.992903,112 C108.415101,112 112,108.411829 112,103.992903 L112,72.0070969 C112,67.5848994 108.411829,64 103.992903,64 L72.0070969,64 L72.0070969,64 Z M24.0034204,80 C19.5832534,80 16,83.5776607 16,87.9924054 L16,104.007595 C16,108.421678 19.5863782,112 24.0034204,112 L38.9965796,112 C43.4167466,112 47,108.422339 47,104.007595 L47,87.9924054 C47,83.5783218 43.4136218,80 38.9965796,80 L24.0034204,80 L24.0034204,80 Z M104,16 C99.581722,16 96,19.5776607 96,23.9924054 L96,40.0075946 C96,44.4216782 99.5907123,48 104,48 C108.418278,48 112,44.4223393 112,40.0075946 L112,23.9924054 C112,19.5783218 108.409288,16 104,16 L104,16 Z\"></path>\n </g>\n</svg>"
}
}
}
{
"tiddlers": {
"$:/config/EditorTypeMappings/application/javascript": {
"title": "$:/config/EditorTypeMappings/application/javascript",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/json": {
"title": "$:/config/EditorTypeMappings/application/json",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
"title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/css": {
"title": "$:/config/EditorTypeMappings/text/css",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/html": {
"title": "$:/config/EditorTypeMappings/text/html",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/plain": {
"title": "$:/config/EditorTypeMappings/text/plain",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
"text": "codemirror"
},
"$:/core/modules/widgets/edit-codemirror.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nCodemirror-based text editor widget\n\nConfig options \"$:/config/CodeMirror\" e.g. to allow vim key bindings\n {\n\t\"require\": [\n\t\t\"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n\t\t\"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n\t\t\"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\"\n\t],\n\t\"configuration\": {\n\t\t\t\"keyMap\": \"vim\",\n\t\t\t\"showCursorWhenSelecting\": true\n\t}\n}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\";\n\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tvar configOptions = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}),\n\t\treq = configOptions.require;\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nvar MIN_TEXT_AREA_HEIGHT = 100; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditCodeMirrorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditCodeMirrorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditCodeMirrorWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the configuration options for the CodeMirror object\n\tvar config = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}).configuration || {},\n\t\teditInfo = this.getEditInfo();\n\tif(!(\"lineWrapping\" in config)) {\n\t\tconfig.lineWrapping = true;\n\t}\n\tif(!(\"lineNumbers\" in config)) {\n\t\tconfig.lineNumbers = true;\n\t}\n\tconfig.mode = editInfo.type;\n\tconfig.value = editInfo.value;\n\t// Create the CodeMirror instance\n\tvar cm = window.CodeMirror(function(domNode) {\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tself.domNodes.push(domNode);\n\t},config);\n\t// Set up a change event handler\n\tcm.on(\"change\",function() {\n\t\tself.saveChanges(cm.getValue());\n\t});\n\tthis.codeMirrorInstance = cm;\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditCodeMirrorWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\ttype = \"text/plain\",\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\tif(this.editField === \"text\") {\n\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t}\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\tif(this.editType) {\n\t\ttype = this.editType;\n\t}\n\treturn {value: value || \"\", type: type, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditCodeMirrorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editType = this.getAttribute(\"type\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditCodeMirrorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text and type. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditCodeMirrorWidget.prototype.updateEditor = function(text,type) {\n\tthis.updateEditorDomNode(text);\n\tthis.codeMirrorInstance.setOption(\"mode\",type);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditCodeMirrorWidget.prototype.updateEditorDomNode = function(text) {\n\tif(this.codeMirrorInstance) {\n\t\tif(!this.codeMirrorInstance.hasFocus()) {\n\t\t\tthis.codeMirrorInstance.setValue(text);\n\t\t}\n\t}\n};\n\nEditCodeMirrorWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-codemirror\"] = EditCodeMirrorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-codemirror.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
"text": "// This is CodeMirror (http://codemirror.net), a code editor\n// implemented in JavaScript on top of the browser's DOM.\n//\n// You can find some technical background for some of the code below\n// at http://marijnhaverbeke.nl/blog/#cm-internals .\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n module.exports = mod();\n else if (typeof define == \"function\" && define.amd) // AMD\n return define([], mod);\n else // Plain browser env\n this.CodeMirror = mod();\n})(function() {\n \"use strict\";\n\n // BROWSER SNIFFING\n\n // Kludges for bugs and behavior differences that can't be feature\n // detected are enabled based on userAgent etc sniffing.\n\n var gecko = /gecko\\/\\d/i.test(navigator.userAgent);\n // ie_uptoN means Internet Explorer version N or lower\n var ie_upto10 = /MSIE \\d/.test(navigator.userAgent);\n var ie_upto7 = ie_upto10 && (document.documentMode == null || document.documentMode < 8);\n var ie_upto8 = ie_upto10 && (document.documentMode == null || document.documentMode < 9);\n var ie_upto9 = ie_upto10 && (document.documentMode == null || document.documentMode < 10);\n var ie_11up = /Trident\\/([7-9]|\\d{2,})\\./.test(navigator.userAgent);\n var ie = ie_upto10 || ie_11up;\n var webkit = /WebKit\\//.test(navigator.userAgent);\n var qtwebkit = webkit && /Qt\\/\\d+\\.\\d+/.test(navigator.userAgent);\n var chrome = /Chrome\\//.test(navigator.userAgent);\n var presto = /Opera\\//.test(navigator.userAgent);\n var safari = /Apple Computer/.test(navigator.vendor);\n var khtml = /KHTML\\//.test(navigator.userAgent);\n var mac_geMountainLion = /Mac OS X 1\\d\\D([8-9]|\\d\\d)\\D/.test(navigator.userAgent);\n var phantom = /PhantomJS/.test(navigator.userAgent);\n\n var ios = /AppleWebKit/.test(navigator.userAgent) && /Mobile\\/\\w+/.test(navigator.userAgent);\n // This is woefully incomplete. Suggestions for alternative methods welcome.\n var mobile = ios || /Android|webOS|BlackBerry|Opera Mini|Opera Mobi|IEMobile/i.test(navigator.userAgent);\n var mac = ios || /Mac/.test(navigator.platform);\n var windows = /win/i.test(navigator.platform);\n\n var presto_version = presto && navigator.userAgent.match(/Version\\/(\\d*\\.\\d*)/);\n if (presto_version) presto_version = Number(presto_version[1]);\n if (presto_version && presto_version >= 15) { presto = false; webkit = true; }\n // Some browsers use the wrong event properties to signal cmd/ctrl on OS X\n var flipCtrlCmd = mac && (qtwebkit || presto && (presto_version == null || presto_version < 12.11));\n var captureRightClick = gecko || (ie && !ie_upto8);\n\n // Optimize some code when these features are not used.\n var sawReadOnlySpans = false, sawCollapsedSpans = false;\n\n // EDITOR CONSTRUCTOR\n\n // A CodeMirror instance represents an editor. This is the object\n // that user code is usually dealing with.\n\n function CodeMirror(place, options) {\n if (!(this instanceof CodeMirror)) return new CodeMirror(place, options);\n\n this.options = options = options || {};\n // Determine effective options based on given values and defaults.\n copyObj(defaults, options, false);\n setGuttersForLineNumbers(options);\n\n var doc = options.value;\n if (typeof doc == \"string\") doc = new Doc(doc, options.mode);\n this.doc = doc;\n\n var display = this.display = new Display(place, doc);\n display.wrapper.CodeMirror = this;\n updateGutters(this);\n themeChanged(this);\n if (options.lineWrapping)\n this.display.wrapper.className += \" CodeMirror-wrap\";\n if (options.autofocus && !mobile) focusInput(this);\n\n this.state = {\n keyMaps: [], // stores maps added by addKeyMap\n overlays: [], // highlighting overlays, as added by addOverlay\n modeGen: 0, // bumped when mode/overlay changes, used to invalidate highlighting info\n overwrite: false, focused: false,\n suppressEdits: false, // used to disable editing during key handlers when in readOnly mode\n pasteIncoming: false, cutIncoming: false, // help recognize paste/cut edits in readInput\n draggingText: false,\n highlight: new Delayed() // stores highlight worker timeout\n };\n\n // Override magic textarea content restore that IE sometimes does\n // on our hidden textarea on reload\n if (ie_upto10) setTimeout(bind(resetInput, this, true), 20);\n\n registerEventHandlers(this);\n ensureGlobalHandlers();\n\n var cm = this;\n runInOp(this, function() {\n cm.curOp.forceUpdate = true;\n attachDoc(cm, doc);\n\n if ((options.autofocus && !mobile) || activeElt() == display.input)\n setTimeout(bind(onFocus, cm), 20);\n else\n onBlur(cm);\n\n for (var opt in optionHandlers) if (optionHandlers.hasOwnProperty(opt))\n optionHandlers[opt](cm, options[opt], Init);\n for (var i = 0; i < initHooks.length; ++i) initHooks[i](cm);\n });\n }\n\n // DISPLAY CONSTRUCTOR\n\n // The display handles the DOM integration, both for input reading\n // and content drawing. It holds references to DOM nodes and\n // display-related state.\n\n function Display(place, doc) {\n var d = this;\n\n // The semihidden textarea that is focused when the editor is\n // focused, and receives input.\n var input = d.input = elt(\"textarea\", null, null, \"position: absolute; padding: 0; width: 1px; height: 1em; outline: none\");\n // The textarea is kept positioned near the cursor to prevent the\n // fact that it'll be scrolled into view on input from scrolling\n // our fake cursor out of view. On webkit, when wrap=off, paste is\n // very slow. So make the area wide instead.\n if (webkit) input.style.width = \"1000px\";\n else input.setAttribute(\"wrap\", \"off\");\n // If border: 0; -- iOS fails to open keyboard (issue #1287)\n if (ios) input.style.border = \"1px solid black\";\n input.setAttribute(\"autocorrect\", \"off\"); input.setAttribute(\"autocapitalize\", \"off\"); input.setAttribute(\"spellcheck\", \"false\");\n\n // Wraps and hides input textarea\n d.inputDiv = elt(\"div\", [input], null, \"overflow: hidden; position: relative; width: 3px; height: 0px;\");\n // The fake scrollbar elements.\n d.scrollbarH = elt(\"div\", [elt(\"div\", null, null, \"height: 100%; min-height: 1px\")], \"CodeMirror-hscrollbar\");\n d.scrollbarV = elt(\"div\", [elt(\"div\", null, null, \"min-width: 1px\")], \"CodeMirror-vscrollbar\");\n // Covers bottom-right square when both scrollbars are present.\n d.scrollbarFiller = elt(\"div\", null, \"CodeMirror-scrollbar-filler\");\n // Covers bottom of gutter when coverGutterNextToScrollbar is on\n // and h scrollbar is present.\n d.gutterFiller = elt(\"div\", null, \"CodeMirror-gutter-filler\");\n // Will contain the actual code, positioned to cover the viewport.\n d.lineDiv = elt(\"div\", null, \"CodeMirror-code\");\n // Elements are added to these to represent selection and cursors.\n d.selectionDiv = elt(\"div\", null, null, \"position: relative; z-index: 1\");\n d.cursorDiv = elt(\"div\", null, \"CodeMirror-cursors\");\n // A visibility: hidden element used to find the size of things.\n d.measure = elt(\"div\", null, \"CodeMirror-measure\");\n // When lines outside of the viewport are measured, they are drawn in this.\n d.lineMeasure = elt(\"div\", null, \"CodeMirror-measure\");\n // Wraps everything that needs to exist inside the vertically-padded coordinate system\n d.lineSpace = elt(\"div\", [d.measure, d.lineMeasure, d.selectionDiv, d.cursorDiv, d.lineDiv],\n null, \"position: relative; outline: none\");\n // Moved around its parent to cover visible view.\n d.mover = elt(\"div\", [elt(\"div\", [d.lineSpace], \"CodeMirror-lines\")], null, \"position: relative\");\n // Set to the height of the document, allowing scrolling.\n d.sizer = elt(\"div\", [d.mover], \"CodeMirror-sizer\");\n // Behavior of elts with overflow: auto and padding is\n // inconsistent across browsers. This is used to ensure the\n // scrollable area is big enough.\n d.heightForcer = elt(\"div\", null, null, \"position: absolute; height: \" + scrollerCutOff + \"px; width: 1px;\");\n // Will contain the gutters, if any.\n d.gutters = elt(\"div\", null, \"CodeMirror-gutters\");\n d.lineGutter = null;\n // Actual scrollable element.\n d.scroller = elt(\"div\", [d.sizer, d.heightForcer, d.gutters], \"CodeMirror-scroll\");\n d.scroller.setAttribute(\"tabIndex\", \"-1\");\n // The element in which the editor lives.\n d.wrapper = elt(\"div\", [d.inputDiv, d.scrollbarH, d.scrollbarV,\n d.scrollbarFiller, d.gutterFiller, d.scroller], \"CodeMirror\");\n\n // Work around IE7 z-index bug (not perfect, hence IE7 not really being supported)\n if (ie_upto7) { d.gutters.style.zIndex = -1; d.scroller.style.paddingRight = 0; }\n // Needed to hide big blue blinking cursor on Mobile Safari\n if (ios) input.style.width = \"0px\";\n if (!webkit) d.scroller.draggable = true;\n // Needed to handle Tab key in KHTML\n if (khtml) { d.inputDiv.style.height = \"1px\"; d.inputDiv.style.position = \"absolute\"; }\n // Need to set a minimum width to see the scrollbar on IE7 (but must not set it on IE8).\n if (ie_upto7) d.scrollbarH.style.minHeight = d.scrollbarV.style.minWidth = \"18px\";\n\n if (place.appendChild) place.appendChild(d.wrapper);\n else place(d.wrapper);\n\n // Current rendered range (may be bigger than the view window).\n d.viewFrom = d.viewTo = doc.first;\n // Information about the rendered lines.\n d.view = [];\n // Holds info about a single rendered line when it was rendered\n // for measurement, while not in view.\n d.externalMeasured = null;\n // Empty space (in pixels) above the view\n d.viewOffset = 0;\n d.lastSizeC = 0;\n d.updateLineNumbers = null;\n\n // Used to only resize the line number gutter when necessary (when\n // the amount of lines crosses a boundary that makes its width change)\n d.lineNumWidth = d.lineNumInnerWidth = d.lineNumChars = null;\n // See readInput and resetInput\n d.prevInput = \"\";\n // Set to true when a non-horizontal-scrolling line widget is\n // added. As an optimization, line widget aligning is skipped when\n // this is false.\n d.alignWidgets = false;\n // Flag that indicates whether we expect input to appear real soon\n // now (after some event like 'keypress' or 'input') and are\n // polling intensively.\n d.pollingFast = false;\n // Self-resetting timeout for the poller\n d.poll = new Delayed();\n\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n\n // Tracks when resetInput has punted to just putting a short\n // string into the textarea instead of the full selection.\n d.inaccurateSelection = false;\n\n // Tracks the maximum line length so that the horizontal scrollbar\n // can be kept static when scrolling.\n d.maxLine = null;\n d.maxLineLength = 0;\n d.maxLineChanged = false;\n\n // Used for measuring wheel scrolling granularity\n d.wheelDX = d.wheelDY = d.wheelStartX = d.wheelStartY = null;\n\n // True when shift is held down.\n d.shift = false;\n\n // Used to track whether anything happened since the context menu\n // was opened.\n d.selForContextMenu = null;\n }\n\n // STATE UPDATES\n\n // Used to get the editor into a consistent state again when options change.\n\n function loadMode(cm) {\n cm.doc.mode = CodeMirror.getMode(cm.options, cm.doc.modeOption);\n resetModeState(cm);\n }\n\n function resetModeState(cm) {\n cm.doc.iter(function(line) {\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n });\n cm.doc.frontier = cm.doc.first;\n startWorker(cm, 100);\n cm.state.modeGen++;\n if (cm.curOp) regChange(cm);\n }\n\n function wrappingChanged(cm) {\n if (cm.options.lineWrapping) {\n addClass(cm.display.wrapper, \"CodeMirror-wrap\");\n cm.display.sizer.style.minWidth = \"\";\n } else {\n rmClass(cm.display.wrapper, \"CodeMirror-wrap\");\n findMaxLine(cm);\n }\n estimateLineHeights(cm);\n regChange(cm);\n clearCaches(cm);\n setTimeout(function(){updateScrollbars(cm);}, 100);\n }\n\n // Returns a function that estimates the height of a line, to use as\n // first approximation until the line becomes visible (and is thus\n // properly measurable).\n function estimateHeight(cm) {\n var th = textHeight(cm.display), wrapping = cm.options.lineWrapping;\n var perLine = wrapping && Math.max(5, cm.display.scroller.clientWidth / charWidth(cm.display) - 3);\n return function(line) {\n if (lineIsHidden(cm.doc, line)) return 0;\n\n var widgetsHeight = 0;\n if (line.widgets) for (var i = 0; i < line.widgets.length; i++) {\n if (line.widgets[i].height) widgetsHeight += line.widgets[i].height;\n }\n\n if (wrapping)\n return widgetsHeight + (Math.ceil(line.text.length / perLine) || 1) * th;\n else\n return widgetsHeight + th;\n };\n }\n\n function estimateLineHeights(cm) {\n var doc = cm.doc, est = estimateHeight(cm);\n doc.iter(function(line) {\n var estHeight = est(line);\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n });\n }\n\n function keyMapChanged(cm) {\n var map = keyMap[cm.options.keyMap], style = map.style;\n cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-keymap-\\S+/g, \"\") +\n (style ? \" cm-keymap-\" + style : \"\");\n }\n\n function themeChanged(cm) {\n cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-s-\\S+/g, \"\") +\n cm.options.theme.replace(/(^|\\s)\\s*/g, \" cm-s-\");\n clearCaches(cm);\n }\n\n function guttersChanged(cm) {\n updateGutters(cm);\n regChange(cm);\n setTimeout(function(){alignHorizontally(cm);}, 20);\n }\n\n // Rebuild the gutter elements, ensure the margin to the left of the\n // code matches their width.\n function updateGutters(cm) {\n var gutters = cm.display.gutters, specs = cm.options.gutters;\n removeChildren(gutters);\n for (var i = 0; i < specs.length; ++i) {\n var gutterClass = specs[i];\n var gElt = gutters.appendChild(elt(\"div\", null, \"CodeMirror-gutter \" + gutterClass));\n if (gutterClass == \"CodeMirror-linenumbers\") {\n cm.display.lineGutter = gElt;\n gElt.style.width = (cm.display.lineNumWidth || 1) + \"px\";\n }\n }\n gutters.style.display = i ? \"\" : \"none\";\n updateGutterSpace(cm);\n }\n\n function updateGutterSpace(cm) {\n var width = cm.display.gutters.offsetWidth;\n cm.display.sizer.style.marginLeft = width + \"px\";\n cm.display.scrollbarH.style.left = cm.options.fixedGutter ? width + \"px\" : 0;\n }\n\n // Compute the character length of a line, taking into account\n // collapsed ranges (see markText) that might hide parts, and join\n // other lines onto it.\n function lineLength(line) {\n if (line.height == 0) return 0;\n var len = line.text.length, merged, cur = line;\n while (merged = collapsedSpanAtStart(cur)) {\n var found = merged.find(0, true);\n cur = found.from.line;\n len += found.from.ch - found.to.ch;\n }\n cur = line;\n while (merged = collapsedSpanAtEnd(cur)) {\n var found = merged.find(0, true);\n len -= cur.text.length - found.from.ch;\n cur = found.to.line;\n len += cur.text.length - found.to.ch;\n }\n return len;\n }\n\n // Find the longest line in the document.\n function findMaxLine(cm) {\n var d = cm.display, doc = cm.doc;\n d.maxLine = getLine(doc, doc.first);\n d.maxLineLength = lineLength(d.maxLine);\n d.maxLineChanged = true;\n doc.iter(function(line) {\n var len = lineLength(line);\n if (len > d.maxLineLength) {\n d.maxLineLength = len;\n d.maxLine = line;\n }\n });\n }\n\n // Make sure the gutters options contains the element\n // \"CodeMirror-linenumbers\" when the lineNumbers option is true.\n function setGuttersForLineNumbers(options) {\n var found = indexOf(options.gutters, \"CodeMirror-linenumbers\");\n if (found == -1 && options.lineNumbers) {\n options.gutters = options.gutters.concat([\"CodeMirror-linenumbers\"]);\n } else if (found > -1 && !options.lineNumbers) {\n options.gutters = options.gutters.slice(0);\n options.gutters.splice(found, 1);\n }\n }\n\n // SCROLLBARS\n\n // Prepare DOM reads needed to update the scrollbars. Done in one\n // shot to minimize update/measure roundtrips.\n function measureForScrollbars(cm) {\n var scroll = cm.display.scroller;\n return {\n clientHeight: scroll.clientHeight,\n barHeight: cm.display.scrollbarV.clientHeight,\n scrollWidth: scroll.scrollWidth, clientWidth: scroll.clientWidth,\n barWidth: cm.display.scrollbarH.clientWidth,\n docHeight: Math.round(cm.doc.height + paddingVert(cm.display))\n };\n }\n\n // Re-synchronize the fake scrollbars with the actual size of the\n // content.\n function updateScrollbars(cm, measure) {\n if (!measure) measure = measureForScrollbars(cm);\n var d = cm.display;\n var scrollHeight = measure.docHeight + scrollerCutOff;\n var needsH = measure.scrollWidth > measure.clientWidth;\n var needsV = scrollHeight > measure.clientHeight;\n if (needsV) {\n d.scrollbarV.style.display = \"block\";\n d.scrollbarV.style.bottom = needsH ? scrollbarWidth(d.measure) + \"px\" : \"0\";\n // A bug in IE8 can cause this value to be negative, so guard it.\n d.scrollbarV.firstChild.style.height =\n Math.max(0, scrollHeight - measure.clientHeight + (measure.barHeight || d.scrollbarV.clientHeight)) + \"px\";\n } else {\n d.scrollbarV.style.display = \"\";\n d.scrollbarV.firstChild.style.height = \"0\";\n }\n if (needsH) {\n d.scrollbarH.style.display = \"block\";\n d.scrollbarH.style.right = needsV ? scrollbarWidth(d.measure) + \"px\" : \"0\";\n d.scrollbarH.firstChild.style.width =\n (measure.scrollWidth - measure.clientWidth + (measure.barWidth || d.scrollbarH.clientWidth)) + \"px\";\n } else {\n d.scrollbarH.style.display = \"\";\n d.scrollbarH.firstChild.style.width = \"0\";\n }\n if (needsH && needsV) {\n d.scrollbarFiller.style.display = \"block\";\n d.scrollbarFiller.style.height = d.scrollbarFiller.style.width = scrollbarWidth(d.measure) + \"px\";\n } else d.scrollbarFiller.style.display = \"\";\n if (needsH && cm.options.coverGutterNextToScrollbar && cm.options.fixedGutter) {\n d.gutterFiller.style.display = \"block\";\n d.gutterFiller.style.height = scrollbarWidth(d.measure) + \"px\";\n d.gutterFiller.style.width = d.gutters.offsetWidth + \"px\";\n } else d.gutterFiller.style.display = \"\";\n\n if (!cm.state.checkedOverlayScrollbar && measure.clientHeight > 0) {\n if (scrollbarWidth(d.measure) === 0) {\n var w = mac && !mac_geMountainLion ? \"12px\" : \"18px\";\n d.scrollbarV.style.minWidth = d.scrollbarH.style.minHeight = w;\n var barMouseDown = function(e) {\n if (e_target(e) != d.scrollbarV && e_target(e) != d.scrollbarH)\n operation(cm, onMouseDown)(e);\n };\n on(d.scrollbarV, \"mousedown\", barMouseDown);\n on(d.scrollbarH, \"mousedown\", barMouseDown);\n }\n cm.state.checkedOverlayScrollbar = true;\n }\n }\n\n // Compute the lines that are visible in a given viewport (defaults\n // the the current scroll position). viewPort may contain top,\n // height, and ensure (see op.scrollToPos) properties.\n function visibleLines(display, doc, viewPort) {\n var top = viewPort && viewPort.top != null ? viewPort.top : display.scroller.scrollTop;\n top = Math.floor(top - paddingTop(display));\n var bottom = viewPort && viewPort.bottom != null ? viewPort.bottom : top + display.wrapper.clientHeight;\n\n var from = lineAtHeight(doc, top), to = lineAtHeight(doc, bottom);\n // Ensure is a {from: {line, ch}, to: {line, ch}} object, and\n // forces those lines into the viewport (if possible).\n if (viewPort && viewPort.ensure) {\n var ensureFrom = viewPort.ensure.from.line, ensureTo = viewPort.ensure.to.line;\n if (ensureFrom < from)\n return {from: ensureFrom,\n to: lineAtHeight(doc, heightAtLine(getLine(doc, ensureFrom)) + display.wrapper.clientHeight)};\n if (Math.min(ensureTo, doc.lastLine()) >= to)\n return {from: lineAtHeight(doc, heightAtLine(getLine(doc, ensureTo)) - display.wrapper.clientHeight),\n to: ensureTo};\n }\n return {from: from, to: to};\n }\n\n // LINE NUMBERS\n\n // Re-align line numbers and gutter marks to compensate for\n // horizontal scrolling.\n function alignHorizontally(cm) {\n var display = cm.display, view = display.view;\n if (!display.alignWidgets && (!display.gutters.firstChild || !cm.options.fixedGutter)) return;\n var comp = compensateForHScroll(display) - display.scroller.scrollLeft + cm.doc.scrollLeft;\n var gutterW = display.gutters.offsetWidth, left = comp + \"px\";\n for (var i = 0; i < view.length; i++) if (!view[i].hidden) {\n if (cm.options.fixedGutter && view[i].gutter)\n view[i].gutter.style.left = left;\n var align = view[i].alignable;\n if (align) for (var j = 0; j < align.length; j++)\n align[j].style.left = left;\n }\n if (cm.options.fixedGutter)\n display.gutters.style.left = (comp + gutterW) + \"px\";\n }\n\n // Used to ensure that the line number gutter is still the right\n // size for the current document size. Returns true when an update\n // is needed.\n function maybeUpdateLineNumberWidth(cm) {\n if (!cm.options.lineNumbers) return false;\n var doc = cm.doc, last = lineNumberFor(cm.options, doc.first + doc.size - 1), display = cm.display;\n if (last.length != display.lineNumChars) {\n var test = display.measure.appendChild(elt(\"div\", [elt(\"div\", last)],\n \"CodeMirror-linenumber CodeMirror-gutter-elt\"));\n var innerW = test.firstChild.offsetWidth, padding = test.offsetWidth - innerW;\n display.lineGutter.style.width = \"\";\n display.lineNumInnerWidth = Math.max(innerW, display.lineGutter.offsetWidth - padding);\n display.lineNumWidth = display.lineNumInnerWidth + padding;\n display.lineNumChars = display.lineNumInnerWidth ? last.length : -1;\n display.lineGutter.style.width = display.lineNumWidth + \"px\";\n updateGutterSpace(cm);\n return true;\n }\n return false;\n }\n\n function lineNumberFor(options, i) {\n return String(options.lineNumberFormatter(i + options.firstLineNumber));\n }\n\n // Computes display.scroller.scrollLeft + display.gutters.offsetWidth,\n // but using getBoundingClientRect to get a sub-pixel-accurate\n // result.\n function compensateForHScroll(display) {\n return display.scroller.getBoundingClientRect().left - display.sizer.getBoundingClientRect().left;\n }\n\n // DISPLAY DRAWING\n\n // Updates the display, selection, and scrollbars, using the\n // information in display.view to find out which nodes are no longer\n // up-to-date. Tries to bail out early when no changes are needed,\n // unless forced is true.\n // Returns true if an actual update happened, false otherwise.\n function updateDisplay(cm, viewPort, forced) {\n var oldFrom = cm.display.viewFrom, oldTo = cm.display.viewTo, updated;\n var visible = visibleLines(cm.display, cm.doc, viewPort);\n for (var first = true;; first = false) {\n var oldWidth = cm.display.scroller.clientWidth;\n if (!updateDisplayInner(cm, visible, forced)) break;\n updated = true;\n\n // If the max line changed since it was last measured, measure it,\n // and ensure the document's width matches it.\n if (cm.display.maxLineChanged && !cm.options.lineWrapping)\n adjustContentWidth(cm);\n\n var barMeasure = measureForScrollbars(cm);\n updateSelection(cm);\n setDocumentHeight(cm, barMeasure);\n updateScrollbars(cm, barMeasure);\n if (webkit && cm.options.lineWrapping)\n checkForWebkitWidthBug(cm, barMeasure); // (Issue #2420)\n if (first && cm.options.lineWrapping && oldWidth != cm.display.scroller.clientWidth) {\n forced = true;\n continue;\n }\n forced = false;\n\n // Clip forced viewport to actual scrollable area.\n if (viewPort && viewPort.top != null)\n viewPort = {top: Math.min(barMeasure.docHeight - scrollerCutOff - barMeasure.clientHeight, viewPort.top)};\n // Updated line heights might result in the drawn area not\n // actually covering the viewport. Keep looping until it does.\n visible = visibleLines(cm.display, cm.doc, viewPort);\n if (visible.from >= cm.display.viewFrom && visible.to <= cm.display.viewTo)\n break;\n }\n\n cm.display.updateLineNumbers = null;\n if (updated) {\n signalLater(cm, \"update\", cm);\n if (cm.display.viewFrom != oldFrom || cm.display.viewTo != oldTo)\n signalLater(cm, \"viewportChange\", cm, cm.display.viewFrom, cm.display.viewTo);\n }\n return updated;\n }\n\n // Does the actual updating of the line display. Bails out\n // (returning false) when there is nothing to be done and forced is\n // false.\n function updateDisplayInner(cm, visible, forced) {\n var display = cm.display, doc = cm.doc;\n if (!display.wrapper.offsetWidth) {\n resetView(cm);\n return;\n }\n\n // Bail out if the visible area is already rendered and nothing changed.\n if (!forced && visible.from >= display.viewFrom && visible.to <= display.viewTo &&\n countDirtyView(cm) == 0)\n return;\n\n if (maybeUpdateLineNumberWidth(cm))\n resetView(cm);\n var dims = getDimensions(cm);\n\n // Compute a suitable new viewport (from & to)\n var end = doc.first + doc.size;\n var from = Math.max(visible.from - cm.options.viewportMargin, doc.first);\n var to = Math.min(end, visible.to + cm.options.viewportMargin);\n if (display.viewFrom < from && from - display.viewFrom < 20) from = Math.max(doc.first, display.viewFrom);\n if (display.viewTo > to && display.viewTo - to < 20) to = Math.min(end, display.viewTo);\n if (sawCollapsedSpans) {\n from = visualLineNo(cm.doc, from);\n to = visualLineEndNo(cm.doc, to);\n }\n\n var different = from != display.viewFrom || to != display.viewTo ||\n display.lastSizeC != display.wrapper.clientHeight;\n adjustView(cm, from, to);\n\n display.viewOffset = heightAtLine(getLine(cm.doc, display.viewFrom));\n // Position the mover div to align with the current scroll position\n cm.display.mover.style.top = display.viewOffset + \"px\";\n\n var toUpdate = countDirtyView(cm);\n if (!different && toUpdate == 0 && !forced) return;\n\n // For big changes, we hide the enclosing element during the\n // update, since that speeds up the operations on most browsers.\n var focused = activeElt();\n if (toUpdate > 4) display.lineDiv.style.display = \"none\";\n patchDisplay(cm, display.updateLineNumbers, dims);\n if (toUpdate > 4) display.lineDiv.style.display = \"\";\n // There might have been a widget with a focused element that got\n // hidden or updated, if so re-focus it.\n if (focused && activeElt() != focused && focused.offsetHeight) focused.focus();\n\n // Prevent selection and cursors from interfering with the scroll\n // width.\n removeChildren(display.cursorDiv);\n removeChildren(display.selectionDiv);\n\n if (different) {\n display.lastSizeC = display.wrapper.clientHeight;\n startWorker(cm, 400);\n }\n\n updateHeightsInViewport(cm);\n\n return true;\n }\n\n function adjustContentWidth(cm) {\n var display = cm.display;\n var width = measureChar(cm, display.maxLine, display.maxLine.text.length).left;\n display.maxLineChanged = false;\n var minWidth = Math.max(0, width + 3);\n var maxScrollLeft = Math.max(0, display.sizer.offsetLeft + minWidth + scrollerCutOff - display.scroller.clientWidth);\n display.sizer.style.minWidth = minWidth + \"px\";\n if (maxScrollLeft < cm.doc.scrollLeft)\n setScrollLeft(cm, Math.min(display.scroller.scrollLeft, maxScrollLeft), true);\n }\n\n function setDocumentHeight(cm, measure) {\n cm.display.sizer.style.minHeight = cm.display.heightForcer.style.top = measure.docHeight + \"px\";\n cm.display.gutters.style.height = Math.max(measure.docHeight, measure.clientHeight - scrollerCutOff) + \"px\";\n }\n\n\n function checkForWebkitWidthBug(cm, measure) {\n // Work around Webkit bug where it sometimes reserves space for a\n // non-existing phantom scrollbar in the scroller (Issue #2420)\n if (cm.display.sizer.offsetWidth + cm.display.gutters.offsetWidth < cm.display.scroller.clientWidth - 1) {\n cm.display.sizer.style.minHeight = cm.display.heightForcer.style.top = \"0px\";\n cm.display.gutters.style.height = measure.docHeight + \"px\";\n }\n }\n\n // Read the actual heights of the rendered lines, and update their\n // stored heights to match.\n function updateHeightsInViewport(cm) {\n var display = cm.display;\n var prevBottom = display.lineDiv.offsetTop;\n for (var i = 0; i < display.view.length; i++) {\n var cur = display.view[i], height;\n if (cur.hidden) continue;\n if (ie_upto7) {\n var bot = cur.node.offsetTop + cur.node.offsetHeight;\n height = bot - prevBottom;\n prevBottom = bot;\n } else {\n var box = cur.node.getBoundingClientRect();\n height = box.bottom - box.top;\n }\n var diff = cur.line.height - height;\n if (height < 2) height = textHeight(display);\n if (diff > .001 || diff < -.001) {\n updateLineHeight(cur.line, height);\n updateWidgetHeight(cur.line);\n if (cur.rest) for (var j = 0; j < cur.rest.length; j++)\n updateWidgetHeight(cur.rest[j]);\n }\n }\n }\n\n // Read and store the height of line widgets associated with the\n // given line.\n function updateWidgetHeight(line) {\n if (line.widgets) for (var i = 0; i < line.widgets.length; ++i)\n line.widgets[i].height = line.widgets[i].node.offsetHeight;\n }\n\n // Do a bulk-read of the DOM positions and sizes needed to draw the\n // view, so that we don't interleave reading and writing to the DOM.\n function getDimensions(cm) {\n var d = cm.display, left = {}, width = {};\n for (var n = d.gutters.firstChild, i = 0; n; n = n.nextSibling, ++i) {\n left[cm.options.gutters[i]] = n.offsetLeft;\n width[cm.options.gutters[i]] = n.offsetWidth;\n }\n return {fixedPos: compensateForHScroll(d),\n gutterTotalWidth: d.gutters.offsetWidth,\n gutterLeft: left,\n gutterWidth: width,\n wrapperWidth: d.wrapper.clientWidth};\n }\n\n // Sync the actual display DOM structure with display.view, removing\n // nodes for lines that are no longer in view, and creating the ones\n // that are not there yet, and updating the ones that are out of\n // date.\n function patchDisplay(cm, updateNumbersFrom, dims) {\n var display = cm.display, lineNumbers = cm.options.lineNumbers;\n var container = display.lineDiv, cur = container.firstChild;\n\n function rm(node) {\n var next = node.nextSibling;\n // Works around a throw-scroll bug in OS X Webkit\n if (webkit && mac && cm.display.currentWheelTarget == node)\n node.style.display = \"none\";\n else\n node.parentNode.removeChild(node);\n return next;\n }\n\n var view = display.view, lineN = display.viewFrom;\n // Loop over the elements in the view, syncing cur (the DOM nodes\n // in display.lineDiv) with the view as we go.\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (lineView.hidden) {\n } else if (!lineView.node) { // Not drawn yet\n var node = buildLineElement(cm, lineView, lineN, dims);\n container.insertBefore(node, cur);\n } else { // Already drawn\n while (cur != lineView.node) cur = rm(cur);\n var updateNumber = lineNumbers && updateNumbersFrom != null &&\n updateNumbersFrom <= lineN && lineView.lineNumber;\n if (lineView.changes) {\n if (indexOf(lineView.changes, \"gutter\") > -1) updateNumber = false;\n updateLineForChanges(cm, lineView, lineN, dims);\n }\n if (updateNumber) {\n removeChildren(lineView.lineNumber);\n lineView.lineNumber.appendChild(document.createTextNode(lineNumberFor(cm.options, lineN)));\n }\n cur = lineView.node.nextSibling;\n }\n lineN += lineView.size;\n }\n while (cur) cur = rm(cur);\n }\n\n // When an aspect of a line changes, a string is added to\n // lineView.changes. This updates the relevant part of the line's\n // DOM structure.\n function updateLineForChanges(cm, lineView, lineN, dims) {\n for (var j = 0; j < lineView.changes.length; j++) {\n var type = lineView.changes[j];\n if (type == \"text\") updateLineText(cm, lineView);\n else if (type == \"gutter\") updateLineGutter(cm, lineView, lineN, dims);\n else if (type == \"class\") updateLineClasses(lineView);\n else if (type == \"widget\") updateLineWidgets(lineView, dims);\n }\n lineView.changes = null;\n }\n\n // Lines with gutter elements, widgets or a background class need to\n // be wrapped, and have the extra elements added to the wrapper div\n function ensureLineWrapped(lineView) {\n if (lineView.node == lineView.text) {\n lineView.node = elt(\"div\", null, null, \"position: relative\");\n if (lineView.text.parentNode)\n lineView.text.parentNode.replaceChild(lineView.node, lineView.text);\n lineView.node.appendChild(lineView.text);\n if (ie_upto7) lineView.node.style.zIndex = 2;\n }\n return lineView.node;\n }\n\n function updateLineBackground(lineView) {\n var cls = lineView.bgClass ? lineView.bgClass + \" \" + (lineView.line.bgClass || \"\") : lineView.line.bgClass;\n if (cls) cls += \" CodeMirror-linebackground\";\n if (lineView.background) {\n if (cls) lineView.background.className = cls;\n else { lineView.background.parentNode.removeChild(lineView.background); lineView.background = null; }\n } else if (cls) {\n var wrap = ensureLineWrapped(lineView);\n lineView.background = wrap.insertBefore(elt(\"div\", null, cls), wrap.firstChild);\n }\n }\n\n // Wrapper around buildLineContent which will reuse the structure\n // in display.externalMeasured when possible.\n function getLineContent(cm, lineView) {\n var ext = cm.display.externalMeasured;\n if (ext && ext.line == lineView.line) {\n cm.display.externalMeasured = null;\n lineView.measure = ext.measure;\n return ext.built;\n }\n return buildLineContent(cm, lineView);\n }\n\n // Redraw the line's text. Interacts with the background and text\n // classes because the mode may output tokens that influence these\n // classes.\n function updateLineText(cm, lineView) {\n var cls = lineView.text.className;\n var built = getLineContent(cm, lineView);\n if (lineView.text == lineView.node) lineView.node = built.pre;\n lineView.text.parentNode.replaceChild(built.pre, lineView.text);\n lineView.text = built.pre;\n if (built.bgClass != lineView.bgClass || built.textClass != lineView.textClass) {\n lineView.bgClass = built.bgClass;\n lineView.textClass = built.textClass;\n updateLineClasses(lineView);\n } else if (cls) {\n lineView.text.className = cls;\n }\n }\n\n function updateLineClasses(lineView) {\n updateLineBackground(lineView);\n if (lineView.line.wrapClass)\n ensureLineWrapped(lineView).className = lineView.line.wrapClass;\n else if (lineView.node != lineView.text)\n lineView.node.className = \"\";\n var textClass = lineView.textClass ? lineView.textClass + \" \" + (lineView.line.textClass || \"\") : lineView.line.textClass;\n lineView.text.className = textClass || \"\";\n }\n\n function updateLineGutter(cm, lineView, lineN, dims) {\n if (lineView.gutter) {\n lineView.node.removeChild(lineView.gutter);\n lineView.gutter = null;\n }\n var markers = lineView.line.gutterMarkers;\n if (cm.options.lineNumbers || markers) {\n var wrap = ensureLineWrapped(lineView);\n var gutterWrap = lineView.gutter =\n wrap.insertBefore(elt(\"div\", null, \"CodeMirror-gutter-wrapper\", \"position: absolute; left: \" +\n (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) + \"px\"),\n lineView.text);\n if (cm.options.lineNumbers && (!markers || !markers[\"CodeMirror-linenumbers\"]))\n lineView.lineNumber = gutterWrap.appendChild(\n elt(\"div\", lineNumberFor(cm.options, lineN),\n \"CodeMirror-linenumber CodeMirror-gutter-elt\",\n \"left: \" + dims.gutterLeft[\"CodeMirror-linenumbers\"] + \"px; width: \"\n + cm.display.lineNumInnerWidth + \"px\"));\n if (markers) for (var k = 0; k < cm.options.gutters.length; ++k) {\n var id = cm.options.gutters[k], found = markers.hasOwnProperty(id) && markers[id];\n if (found)\n gutterWrap.appendChild(elt(\"div\", [found], \"CodeMirror-gutter-elt\", \"left: \" +\n dims.gutterLeft[id] + \"px; width: \" + dims.gutterWidth[id] + \"px\"));\n }\n }\n }\n\n function updateLineWidgets(lineView, dims) {\n if (lineView.alignable) lineView.alignable = null;\n for (var node = lineView.node.firstChild, next; node; node = next) {\n var next = node.nextSibling;\n if (node.className == \"CodeMirror-linewidget\")\n lineView.node.removeChild(node);\n }\n insertLineWidgets(lineView, dims);\n }\n\n // Build a line's DOM representation from scratch\n function buildLineElement(cm, lineView, lineN, dims) {\n var built = getLineContent(cm, lineView);\n lineView.text = lineView.node = built.pre;\n if (built.bgClass) lineView.bgClass = built.bgClass;\n if (built.textClass) lineView.textClass = built.textClass;\n\n updateLineClasses(lineView);\n updateLineGutter(cm, lineView, lineN, dims);\n insertLineWidgets(lineView, dims);\n return lineView.node;\n }\n\n // A lineView may contain multiple logical lines (when merged by\n // collapsed spans). The widgets for all of them need to be drawn.\n function insertLineWidgets(lineView, dims) {\n insertLineWidgetsFor(lineView.line, lineView, dims, true);\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n insertLineWidgetsFor(lineView.rest[i], lineView, dims, false);\n }\n\n function insertLineWidgetsFor(line, lineView, dims, allowAbove) {\n if (!line.widgets) return;\n var wrap = ensureLineWrapped(lineView);\n for (var i = 0, ws = line.widgets; i < ws.length; ++i) {\n var widget = ws[i], node = elt(\"div\", [widget.node], \"CodeMirror-linewidget\");\n if (!widget.handleMouseEvents) node.ignoreEvents = true;\n positionLineWidget(widget, node, lineView, dims);\n if (allowAbove && widget.above)\n wrap.insertBefore(node, lineView.gutter || lineView.text);\n else\n wrap.appendChild(node);\n signalLater(widget, \"redraw\");\n }\n }\n\n function positionLineWidget(widget, node, lineView, dims) {\n if (widget.noHScroll) {\n (lineView.alignable || (lineView.alignable = [])).push(node);\n var width = dims.wrapperWidth;\n node.style.left = dims.fixedPos + \"px\";\n if (!widget.coverGutter) {\n width -= dims.gutterTotalWidth;\n node.style.paddingLeft = dims.gutterTotalWidth + \"px\";\n }\n node.style.width = width + \"px\";\n }\n if (widget.coverGutter) {\n node.style.zIndex = 5;\n node.style.position = \"relative\";\n if (!widget.noHScroll) node.style.marginLeft = -dims.gutterTotalWidth + \"px\";\n }\n }\n\n // POSITION OBJECT\n\n // A Pos instance represents a position within the text.\n var Pos = CodeMirror.Pos = function(line, ch) {\n if (!(this instanceof Pos)) return new Pos(line, ch);\n this.line = line; this.ch = ch;\n };\n\n // Compare two positions, return 0 if they are the same, a negative\n // number when a is less, and a positive number otherwise.\n var cmp = CodeMirror.cmpPos = function(a, b) { return a.line - b.line || a.ch - b.ch; };\n\n function copyPos(x) {return Pos(x.line, x.ch);}\n function maxPos(a, b) { return cmp(a, b) < 0 ? b : a; }\n function minPos(a, b) { return cmp(a, b) < 0 ? a : b; }\n\n // SELECTION / CURSOR\n\n // Selection objects are immutable. A new one is created every time\n // the selection changes. A selection is one or more non-overlapping\n // (and non-touching) ranges, sorted, and an integer that indicates\n // which one is the primary selection (the one that's scrolled into\n // view, that getCursor returns, etc).\n function Selection(ranges, primIndex) {\n this.ranges = ranges;\n this.primIndex = primIndex;\n }\n\n Selection.prototype = {\n primary: function() { return this.ranges[this.primIndex]; },\n equals: function(other) {\n if (other == this) return true;\n if (other.primIndex != this.primIndex || other.ranges.length != this.ranges.length) return false;\n for (var i = 0; i < this.ranges.length; i++) {\n var here = this.ranges[i], there = other.ranges[i];\n if (cmp(here.anchor, there.anchor) != 0 || cmp(here.head, there.head) != 0) return false;\n }\n return true;\n },\n deepCopy: function() {\n for (var out = [], i = 0; i < this.ranges.length; i++)\n out[i] = new Range(copyPos(this.ranges[i].anchor), copyPos(this.ranges[i].head));\n return new Selection(out, this.primIndex);\n },\n somethingSelected: function() {\n for (var i = 0; i < this.ranges.length; i++)\n if (!this.ranges[i].empty()) return true;\n return false;\n },\n contains: function(pos, end) {\n if (!end) end = pos;\n for (var i = 0; i < this.ranges.length; i++) {\n var range = this.ranges[i];\n if (cmp(end, range.from()) >= 0 && cmp(pos, range.to()) <= 0)\n return i;\n }\n return -1;\n }\n };\n\n function Range(anchor, head) {\n this.anchor = anchor; this.head = head;\n }\n\n Range.prototype = {\n from: function() { return minPos(this.anchor, this.head); },\n to: function() { return maxPos(this.anchor, this.head); },\n empty: function() {\n return this.head.line == this.anchor.line && this.head.ch == this.anchor.ch;\n }\n };\n\n // Take an unsorted, potentially overlapping set of ranges, and\n // build a selection out of it. 'Consumes' ranges array (modifying\n // it).\n function normalizeSelection(ranges, primIndex) {\n var prim = ranges[primIndex];\n ranges.sort(function(a, b) { return cmp(a.from(), b.from()); });\n primIndex = indexOf(ranges, prim);\n for (var i = 1; i < ranges.length; i++) {\n var cur = ranges[i], prev = ranges[i - 1];\n if (cmp(prev.to(), cur.from()) >= 0) {\n var from = minPos(prev.from(), cur.from()), to = maxPos(prev.to(), cur.to());\n var inv = prev.empty() ? cur.from() == cur.head : prev.from() == prev.head;\n if (i <= primIndex) --primIndex;\n ranges.splice(--i, 2, new Range(inv ? to : from, inv ? from : to));\n }\n }\n return new Selection(ranges, primIndex);\n }\n\n function simpleSelection(anchor, head) {\n return new Selection([new Range(anchor, head || anchor)], 0);\n }\n\n // Most of the external API clips given positions to make sure they\n // actually exist within the document.\n function clipLine(doc, n) {return Math.max(doc.first, Math.min(n, doc.first + doc.size - 1));}\n function clipPos(doc, pos) {\n if (pos.line < doc.first) return Pos(doc.first, 0);\n var last = doc.first + doc.size - 1;\n if (pos.line > last) return Pos(last, getLine(doc, last).text.length);\n return clipToLen(pos, getLine(doc, pos.line).text.length);\n }\n function clipToLen(pos, linelen) {\n var ch = pos.ch;\n if (ch == null || ch > linelen) return Pos(pos.line, linelen);\n else if (ch < 0) return Pos(pos.line, 0);\n else return pos;\n }\n function isLine(doc, l) {return l >= doc.first && l < doc.first + doc.size;}\n function clipPosArray(doc, array) {\n for (var out = [], i = 0; i < array.length; i++) out[i] = clipPos(doc, array[i]);\n return out;\n }\n\n // SELECTION UPDATES\n\n // The 'scroll' parameter given to many of these indicated whether\n // the new cursor position should be scrolled into view after\n // modifying the selection.\n\n // If shift is held or the extend flag is set, extends a range to\n // include a given position (and optionally a second position).\n // Otherwise, simply returns the range between the given positions.\n // Used for cursor motion and such.\n function extendRange(doc, range, head, other) {\n if (doc.cm && doc.cm.display.shift || doc.extend) {\n var anchor = range.anchor;\n if (other) {\n var posBefore = cmp(head, anchor) < 0;\n if (posBefore != (cmp(other, anchor) < 0)) {\n anchor = head;\n head = other;\n } else if (posBefore != (cmp(head, other) < 0)) {\n head = other;\n }\n }\n return new Range(anchor, head);\n } else {\n return new Range(other || head, head);\n }\n }\n\n // Extend the primary selection range, discard the rest.\n function extendSelection(doc, head, other, options) {\n setSelection(doc, new Selection([extendRange(doc, doc.sel.primary(), head, other)], 0), options);\n }\n\n // Extend all selections (pos is an array of selections with length\n // equal the number of selections)\n function extendSelections(doc, heads, options) {\n for (var out = [], i = 0; i < doc.sel.ranges.length; i++)\n out[i] = extendRange(doc, doc.sel.ranges[i], heads[i], null);\n var newSel = normalizeSelection(out, doc.sel.primIndex);\n setSelection(doc, newSel, options);\n }\n\n // Updates a single range in the selection.\n function replaceOneSelection(doc, i, range, options) {\n var ranges = doc.sel.ranges.slice(0);\n ranges[i] = range;\n setSelection(doc, normalizeSelection(ranges, doc.sel.primIndex), options);\n }\n\n // Reset the selection to a single range.\n function setSimpleSelection(doc, anchor, head, options) {\n setSelection(doc, simpleSelection(anchor, head), options);\n }\n\n // Give beforeSelectionChange handlers a change to influence a\n // selection update.\n function filterSelectionChange(doc, sel) {\n var obj = {\n ranges: sel.ranges,\n update: function(ranges) {\n this.ranges = [];\n for (var i = 0; i < ranges.length; i++)\n this.ranges[i] = new Range(clipPos(doc, ranges[i].anchor),\n clipPos(doc, ranges[i].head));\n }\n };\n signal(doc, \"beforeSelectionChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeSelectionChange\", doc.cm, obj);\n if (obj.ranges != sel.ranges) return normalizeSelection(obj.ranges, obj.ranges.length - 1);\n else return sel;\n }\n\n function setSelectionReplaceHistory(doc, sel, options) {\n var done = doc.history.done, last = lst(done);\n if (last && last.ranges) {\n done[done.length - 1] = sel;\n setSelectionNoUndo(doc, sel, options);\n } else {\n setSelection(doc, sel, options);\n }\n }\n\n // Set a new selection.\n function setSelection(doc, sel, options) {\n setSelectionNoUndo(doc, sel, options);\n addSelectionToHistory(doc, doc.sel, doc.cm ? doc.cm.curOp.id : NaN, options);\n }\n\n function setSelectionNoUndo(doc, sel, options) {\n if (hasHandler(doc, \"beforeSelectionChange\") || doc.cm && hasHandler(doc.cm, \"beforeSelectionChange\"))\n sel = filterSelectionChange(doc, sel);\n\n var bias = cmp(sel.primary().head, doc.sel.primary().head) < 0 ? -1 : 1;\n setSelectionInner(doc, skipAtomicInSelection(doc, sel, bias, true));\n\n if (!(options && options.scroll === false) && doc.cm)\n ensureCursorVisible(doc.cm);\n }\n\n function setSelectionInner(doc, sel) {\n if (sel.equals(doc.sel)) return;\n\n doc.sel = sel;\n\n if (doc.cm) {\n doc.cm.curOp.updateInput = doc.cm.curOp.selectionChanged = true;\n signalCursorActivity(doc.cm);\n }\n signalLater(doc, \"cursorActivity\", doc);\n }\n\n // Verify that the selection does not partially select any atomic\n // marked ranges.\n function reCheckSelection(doc) {\n setSelectionInner(doc, skipAtomicInSelection(doc, doc.sel, null, false), sel_dontScroll);\n }\n\n // Return a selection that does not partially select any atomic\n // ranges.\n function skipAtomicInSelection(doc, sel, bias, mayClear) {\n var out;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n var newAnchor = skipAtomic(doc, range.anchor, bias, mayClear);\n var newHead = skipAtomic(doc, range.head, bias, mayClear);\n if (out || newAnchor != range.anchor || newHead != range.head) {\n if (!out) out = sel.ranges.slice(0, i);\n out[i] = new Range(newAnchor, newHead);\n }\n }\n return out ? normalizeSelection(out, sel.primIndex) : sel;\n }\n\n // Ensure a given position is not inside an atomic range.\n function skipAtomic(doc, pos, bias, mayClear) {\n var flipped = false, curPos = pos;\n var dir = bias || 1;\n doc.cantEdit = false;\n search: for (;;) {\n var line = getLine(doc, curPos.line);\n if (line.markedSpans) {\n for (var i = 0; i < line.markedSpans.length; ++i) {\n var sp = line.markedSpans[i], m = sp.marker;\n if ((sp.from == null || (m.inclusiveLeft ? sp.from <= curPos.ch : sp.from < curPos.ch)) &&\n (sp.to == null || (m.inclusiveRight ? sp.to >= curPos.ch : sp.to > curPos.ch))) {\n if (mayClear) {\n signal(m, \"beforeCursorEnter\");\n if (m.explicitlyCleared) {\n if (!line.markedSpans) break;\n else {--i; continue;}\n }\n }\n if (!m.atomic) continue;\n var newPos = m.find(dir < 0 ? -1 : 1);\n if (cmp(newPos, curPos) == 0) {\n newPos.ch += dir;\n if (newPos.ch < 0) {\n if (newPos.line > doc.first) newPos = clipPos(doc, Pos(newPos.line - 1));\n else newPos = null;\n } else if (newPos.ch > line.text.length) {\n if (newPos.line < doc.first + doc.size - 1) newPos = Pos(newPos.line + 1, 0);\n else newPos = null;\n }\n if (!newPos) {\n if (flipped) {\n // Driven in a corner -- no valid cursor position found at all\n // -- try again *with* clearing, if we didn't already\n if (!mayClear) return skipAtomic(doc, pos, bias, true);\n // Otherwise, turn off editing until further notice, and return the start of the doc\n doc.cantEdit = true;\n return Pos(doc.first, 0);\n }\n flipped = true; newPos = pos; dir = -dir;\n }\n }\n curPos = newPos;\n continue search;\n }\n }\n }\n return curPos;\n }\n }\n\n // SELECTION DRAWING\n\n // Redraw the selection and/or cursor\n function updateSelection(cm) {\n var display = cm.display, doc = cm.doc;\n var curFragment = document.createDocumentFragment();\n var selFragment = document.createDocumentFragment();\n\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n var collapsed = range.empty();\n if (collapsed || cm.options.showCursorWhenSelecting)\n drawSelectionCursor(cm, range, curFragment);\n if (!collapsed)\n drawSelectionRange(cm, range, selFragment);\n }\n\n // Move the hidden textarea near the cursor to prevent scrolling artifacts\n if (cm.options.moveInputWithCursor) {\n var headPos = cursorCoords(cm, doc.sel.primary().head, \"div\");\n var wrapOff = display.wrapper.getBoundingClientRect(), lineOff = display.lineDiv.getBoundingClientRect();\n var top = Math.max(0, Math.min(display.wrapper.clientHeight - 10,\n headPos.top + lineOff.top - wrapOff.top));\n var left = Math.max(0, Math.min(display.wrapper.clientWidth - 10,\n headPos.left + lineOff.left - wrapOff.left));\n display.inputDiv.style.top = top + \"px\";\n display.inputDiv.style.left = left + \"px\";\n }\n\n removeChildrenAndAdd(display.cursorDiv, curFragment);\n removeChildrenAndAdd(display.selectionDiv, selFragment);\n }\n\n // Draws a cursor for the given range\n function drawSelectionCursor(cm, range, output) {\n var pos = cursorCoords(cm, range.head, \"div\");\n\n var cursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor\"));\n cursor.style.left = pos.left + \"px\";\n cursor.style.top = pos.top + \"px\";\n cursor.style.height = Math.max(0, pos.bottom - pos.top) * cm.options.cursorHeight + \"px\";\n\n if (pos.other) {\n // Secondary cursor, shown when on a 'jump' in bi-directional text\n var otherCursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor CodeMirror-secondarycursor\"));\n otherCursor.style.display = \"\";\n otherCursor.style.left = pos.other.left + \"px\";\n otherCursor.style.top = pos.other.top + \"px\";\n otherCursor.style.height = (pos.other.bottom - pos.other.top) * .85 + \"px\";\n }\n }\n\n // Draws the given range as a highlighted selection\n function drawSelectionRange(cm, range, output) {\n var display = cm.display, doc = cm.doc;\n var fragment = document.createDocumentFragment();\n var padding = paddingH(cm.display), leftSide = padding.left, rightSide = display.lineSpace.offsetWidth - padding.right;\n\n function add(left, top, width, bottom) {\n if (top < 0) top = 0;\n top = Math.round(top);\n bottom = Math.round(bottom);\n fragment.appendChild(elt(\"div\", null, \"CodeMirror-selected\", \"position: absolute; left: \" + left +\n \"px; top: \" + top + \"px; width: \" + (width == null ? rightSide - left : width) +\n \"px; height: \" + (bottom - top) + \"px\"));\n }\n\n function drawForLine(line, fromArg, toArg) {\n var lineObj = getLine(doc, line);\n var lineLen = lineObj.text.length;\n var start, end;\n function coords(ch, bias) {\n return charCoords(cm, Pos(line, ch), \"div\", lineObj, bias);\n }\n\n iterateBidiSections(getOrder(lineObj), fromArg || 0, toArg == null ? lineLen : toArg, function(from, to, dir) {\n var leftPos = coords(from, \"left\"), rightPos, left, right;\n if (from == to) {\n rightPos = leftPos;\n left = right = leftPos.left;\n } else {\n rightPos = coords(to - 1, \"right\");\n if (dir == \"rtl\") { var tmp = leftPos; leftPos = rightPos; rightPos = tmp; }\n left = leftPos.left;\n right = rightPos.right;\n }\n if (fromArg == null && from == 0) left = leftSide;\n if (rightPos.top - leftPos.top > 3) { // Different lines, draw top part\n add(left, leftPos.top, null, leftPos.bottom);\n left = leftSide;\n if (leftPos.bottom < rightPos.top) add(left, leftPos.bottom, null, rightPos.top);\n }\n if (toArg == null && to == lineLen) right = rightSide;\n if (!start || leftPos.top < start.top || leftPos.top == start.top && leftPos.left < start.left)\n start = leftPos;\n if (!end || rightPos.bottom > end.bottom || rightPos.bottom == end.bottom && rightPos.right > end.right)\n end = rightPos;\n if (left < leftSide + 1) left = leftSide;\n add(left, rightPos.top, right - left, rightPos.bottom);\n });\n return {start: start, end: end};\n }\n\n var sFrom = range.from(), sTo = range.to();\n if (sFrom.line == sTo.line) {\n drawForLine(sFrom.line, sFrom.ch, sTo.ch);\n } else {\n var fromLine = getLine(doc, sFrom.line), toLine = getLine(doc, sTo.line);\n var singleVLine = visualLine(fromLine) == visualLine(toLine);\n var leftEnd = drawForLine(sFrom.line, sFrom.ch, singleVLine ? fromLine.text.length + 1 : null).end;\n var rightStart = drawForLine(sTo.line, singleVLine ? 0 : null, sTo.ch).start;\n if (singleVLine) {\n if (leftEnd.top < rightStart.top - 2) {\n add(leftEnd.right, leftEnd.top, null, leftEnd.bottom);\n add(leftSide, rightStart.top, rightStart.left, rightStart.bottom);\n } else {\n add(leftEnd.right, leftEnd.top, rightStart.left - leftEnd.right, leftEnd.bottom);\n }\n }\n if (leftEnd.bottom < rightStart.top)\n add(leftSide, leftEnd.bottom, null, rightStart.top);\n }\n\n output.appendChild(fragment);\n }\n\n // Cursor-blinking\n function restartBlink(cm) {\n if (!cm.state.focused) return;\n var display = cm.display;\n clearInterval(display.blinker);\n var on = true;\n display.cursorDiv.style.visibility = \"\";\n if (cm.options.cursorBlinkRate > 0)\n display.blinker = setInterval(function() {\n display.cursorDiv.style.visibility = (on = !on) ? \"\" : \"hidden\";\n }, cm.options.cursorBlinkRate);\n }\n\n // HIGHLIGHT WORKER\n\n function startWorker(cm, time) {\n if (cm.doc.mode.startState && cm.doc.frontier < cm.display.viewTo)\n cm.state.highlight.set(time, bind(highlightWorker, cm));\n }\n\n function highlightWorker(cm) {\n var doc = cm.doc;\n if (doc.frontier < doc.first) doc.frontier = doc.first;\n if (doc.frontier >= cm.display.viewTo) return;\n var end = +new Date + cm.options.workTime;\n var state = copyState(doc.mode, getStateBefore(cm, doc.frontier));\n\n runInOp(cm, function() {\n doc.iter(doc.frontier, Math.min(doc.first + doc.size, cm.display.viewTo + 500), function(line) {\n if (doc.frontier >= cm.display.viewFrom) { // Visible\n var oldStyles = line.styles;\n var highlighted = highlightLine(cm, line, state, true);\n line.styles = highlighted.styles;\n if (highlighted.classes) line.styleClasses = highlighted.classes;\n else if (line.styleClasses) line.styleClasses = null;\n var ischange = !oldStyles || oldStyles.length != line.styles.length;\n for (var i = 0; !ischange && i < oldStyles.length; ++i) ischange = oldStyles[i] != line.styles[i];\n if (ischange) regLineChange(cm, doc.frontier, \"text\");\n line.stateAfter = copyState(doc.mode, state);\n } else {\n processLine(cm, line.text, state);\n line.stateAfter = doc.frontier % 5 == 0 ? copyState(doc.mode, state) : null;\n }\n ++doc.frontier;\n if (+new Date > end) {\n startWorker(cm, cm.options.workDelay);\n return true;\n }\n });\n });\n }\n\n // Finds the line to start with when starting a parse. Tries to\n // find a line with a stateAfter, so that it can start with a\n // valid state. If that fails, it returns the line with the\n // smallest indentation, which tends to need the least context to\n // parse correctly.\n function findStartLine(cm, n, precise) {\n var minindent, minline, doc = cm.doc;\n var lim = precise ? -1 : n - (cm.doc.mode.innerMode ? 1000 : 100);\n for (var search = n; search > lim; --search) {\n if (search <= doc.first) return doc.first;\n var line = getLine(doc, search - 1);\n if (line.stateAfter && (!precise || search <= doc.frontier)) return search;\n var indented = countColumn(line.text, null, cm.options.tabSize);\n if (minline == null || minindent > indented) {\n minline = search - 1;\n minindent = indented;\n }\n }\n return minline;\n }\n\n function getStateBefore(cm, n, precise) {\n var doc = cm.doc, display = cm.display;\n if (!doc.mode.startState) return true;\n var pos = findStartLine(cm, n, precise), state = pos > doc.first && getLine(doc, pos-1).stateAfter;\n if (!state) state = startState(doc.mode);\n else state = copyState(doc.mode, state);\n doc.iter(pos, n, function(line) {\n processLine(cm, line.text, state);\n var save = pos == n - 1 || pos % 5 == 0 || pos >= display.viewFrom && pos < display.viewTo;\n line.stateAfter = save ? copyState(doc.mode, state) : null;\n ++pos;\n });\n if (precise) doc.frontier = pos;\n return state;\n }\n\n // POSITION MEASUREMENT\n\n function paddingTop(display) {return display.lineSpace.offsetTop;}\n function paddingVert(display) {return display.mover.offsetHeight - display.lineSpace.offsetHeight;}\n function paddingH(display) {\n if (display.cachedPaddingH) return display.cachedPaddingH;\n var e = removeChildrenAndAdd(display.measure, elt(\"pre\", \"x\"));\n var style = window.getComputedStyle ? window.getComputedStyle(e) : e.currentStyle;\n var data = {left: parseInt(style.paddingLeft), right: parseInt(style.paddingRight)};\n if (!isNaN(data.left) && !isNaN(data.right)) display.cachedPaddingH = data;\n return data;\n }\n\n // Ensure the lineView.wrapping.heights array is populated. This is\n // an array of bottom offsets for the lines that make up a drawn\n // line. When lineWrapping is on, there might be more than one\n // height.\n function ensureLineHeights(cm, lineView, rect) {\n var wrapping = cm.options.lineWrapping;\n var curWidth = wrapping && cm.display.scroller.clientWidth;\n if (!lineView.measure.heights || wrapping && lineView.measure.width != curWidth) {\n var heights = lineView.measure.heights = [];\n if (wrapping) {\n lineView.measure.width = curWidth;\n var rects = lineView.text.firstChild.getClientRects();\n for (var i = 0; i < rects.length - 1; i++) {\n var cur = rects[i], next = rects[i + 1];\n if (Math.abs(cur.bottom - next.bottom) > 2)\n heights.push((cur.bottom + next.top) / 2 - rect.top);\n }\n }\n heights.push(rect.bottom - rect.top);\n }\n }\n\n // Find a line map (mapping character offsets to text nodes) and a\n // measurement cache for the given line number. (A line view might\n // contain multiple lines when collapsed ranges are present.)\n function mapFromLineView(lineView, line, lineN) {\n if (lineView.line == line)\n return {map: lineView.measure.map, cache: lineView.measure.cache};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineView.rest[i] == line)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i]};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineNo(lineView.rest[i]) > lineN)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i], before: true};\n }\n\n // Render a line into the hidden node display.externalMeasured. Used\n // when measurement is needed for a line that's not in the viewport.\n function updateExternalMeasurement(cm, line) {\n line = visualLine(line);\n var lineN = lineNo(line);\n var view = cm.display.externalMeasured = new LineView(cm.doc, line, lineN);\n view.lineN = lineN;\n var built = view.built = buildLineContent(cm, view);\n view.text = built.pre;\n removeChildrenAndAdd(cm.display.lineMeasure, built.pre);\n return view;\n }\n\n // Get a {top, bottom, left, right} box (in line-local coordinates)\n // for a given character.\n function measureChar(cm, line, ch, bias) {\n return measureCharPrepared(cm, prepareMeasureForLine(cm, line), ch, bias);\n }\n\n // Find a line view that corresponds to the given line number.\n function findViewForLine(cm, lineN) {\n if (lineN >= cm.display.viewFrom && lineN < cm.display.viewTo)\n return cm.display.view[findViewIndex(cm, lineN)];\n var ext = cm.display.externalMeasured;\n if (ext && lineN >= ext.lineN && lineN < ext.lineN + ext.size)\n return ext;\n }\n\n // Measurement can be split in two steps, the set-up work that\n // applies to the whole line, and the measurement of the actual\n // character. Functions like coordsChar, that need to do a lot of\n // measurements in a row, can thus ensure that the set-up work is\n // only done once.\n function prepareMeasureForLine(cm, line) {\n var lineN = lineNo(line);\n var view = findViewForLine(cm, lineN);\n if (view && !view.text)\n view = null;\n else if (view && view.changes)\n updateLineForChanges(cm, view, lineN, getDimensions(cm));\n if (!view)\n view = updateExternalMeasurement(cm, line);\n\n var info = mapFromLineView(view, line, lineN);\n return {\n line: line, view: view, rect: null,\n map: info.map, cache: info.cache, before: info.before,\n hasHeights: false\n };\n }\n\n // Given a prepared measurement object, measures the position of an\n // actual character (or fetches it from the cache).\n function measureCharPrepared(cm, prepared, ch, bias) {\n if (prepared.before) ch = -1;\n var key = ch + (bias || \"\"), found;\n if (prepared.cache.hasOwnProperty(key)) {\n found = prepared.cache[key];\n } else {\n if (!prepared.rect)\n prepared.rect = prepared.view.text.getBoundingClientRect();\n if (!prepared.hasHeights) {\n ensureLineHeights(cm, prepared.view, prepared.rect);\n prepared.hasHeights = true;\n }\n found = measureCharInner(cm, prepared, ch, bias);\n if (!found.bogus) prepared.cache[key] = found;\n }\n return {left: found.left, right: found.right, top: found.top, bottom: found.bottom};\n }\n\n var nullRect = {left: 0, right: 0, top: 0, bottom: 0};\n\n function measureCharInner(cm, prepared, ch, bias) {\n var map = prepared.map;\n\n var node, start, end, collapse;\n // First, search the line map for the text node corresponding to,\n // or closest to, the target character.\n for (var i = 0; i < map.length; i += 3) {\n var mStart = map[i], mEnd = map[i + 1];\n if (ch < mStart) {\n start = 0; end = 1;\n collapse = \"left\";\n } else if (ch < mEnd) {\n start = ch - mStart;\n end = start + 1;\n } else if (i == map.length - 3 || ch == mEnd && map[i + 3] > ch) {\n end = mEnd - mStart;\n start = end - 1;\n if (ch >= mEnd) collapse = \"right\";\n }\n if (start != null) {\n node = map[i + 2];\n if (mStart == mEnd && bias == (node.insertLeft ? \"left\" : \"right\"))\n collapse = bias;\n if (bias == \"left\" && start == 0)\n while (i && map[i - 2] == map[i - 3] && map[i - 1].insertLeft) {\n node = map[(i -= 3) + 2];\n collapse = \"left\";\n }\n if (bias == \"right\" && start == mEnd - mStart)\n while (i < map.length - 3 && map[i + 3] == map[i + 4] && !map[i + 5].insertLeft) {\n node = map[(i += 3) + 2];\n collapse = \"right\";\n }\n break;\n }\n }\n\n var rect;\n if (node.nodeType == 3) { // If it is a text node, use a range to retrieve the coordinates.\n while (start && isExtendingChar(prepared.line.text.charAt(mStart + start))) --start;\n while (mStart + end < mEnd && isExtendingChar(prepared.line.text.charAt(mStart + end))) ++end;\n if (ie_upto8 && start == 0 && end == mEnd - mStart) {\n rect = node.parentNode.getBoundingClientRect();\n } else if (ie && cm.options.lineWrapping) {\n var rects = range(node, start, end).getClientRects();\n if (rects.length)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = nullRect;\n } else {\n rect = range(node, start, end).getBoundingClientRect() || nullRect;\n }\n } else { // If it is a widget, simply get the box for the whole widget.\n if (start > 0) collapse = bias = \"right\";\n var rects;\n if (cm.options.lineWrapping && (rects = node.getClientRects()).length > 1)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = node.getBoundingClientRect();\n }\n if (ie_upto8 && !start && (!rect || !rect.left && !rect.right)) {\n var rSpan = node.parentNode.getClientRects()[0];\n if (rSpan)\n rect = {left: rSpan.left, right: rSpan.left + charWidth(cm.display), top: rSpan.top, bottom: rSpan.bottom};\n else\n rect = nullRect;\n }\n\n var top, bot = (rect.bottom + rect.top) / 2 - prepared.rect.top;\n var heights = prepared.view.measure.heights;\n for (var i = 0; i < heights.length - 1; i++)\n if (bot < heights[i]) break;\n top = i ? heights[i - 1] : 0; bot = heights[i];\n var result = {left: (collapse == \"right\" ? rect.right : rect.left) - prepared.rect.left,\n right: (collapse == \"left\" ? rect.left : rect.right) - prepared.rect.left,\n top: top, bottom: bot};\n if (!rect.left && !rect.right) result.bogus = true;\n return result;\n }\n\n function clearLineMeasurementCacheFor(lineView) {\n if (lineView.measure) {\n lineView.measure.cache = {};\n lineView.measure.heights = null;\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n lineView.measure.caches[i] = {};\n }\n }\n\n function clearLineMeasurementCache(cm) {\n cm.display.externalMeasure = null;\n removeChildren(cm.display.lineMeasure);\n for (var i = 0; i < cm.display.view.length; i++)\n clearLineMeasurementCacheFor(cm.display.view[i]);\n }\n\n function clearCaches(cm) {\n clearLineMeasurementCache(cm);\n cm.display.cachedCharWidth = cm.display.cachedTextHeight = cm.display.cachedPaddingH = null;\n if (!cm.options.lineWrapping) cm.display.maxLineChanged = true;\n cm.display.lineNumChars = null;\n }\n\n function pageScrollX() { return window.pageXOffset || (document.documentElement || document.body).scrollLeft; }\n function pageScrollY() { return window.pageYOffset || (document.documentElement || document.body).scrollTop; }\n\n // Converts a {top, bottom, left, right} box from line-local\n // coordinates into another coordinate system. Context may be one of\n // \"line\", \"div\" (display.lineDiv), \"local\"/null (editor), or \"page\".\n function intoCoordSystem(cm, lineObj, rect, context) {\n if (lineObj.widgets) for (var i = 0; i < lineObj.widgets.length; ++i) if (lineObj.widgets[i].above) {\n var size = widgetHeight(lineObj.widgets[i]);\n rect.top += size; rect.bottom += size;\n }\n if (context == \"line\") return rect;\n if (!context) context = \"local\";\n var yOff = heightAtLine(lineObj);\n if (context == \"local\") yOff += paddingTop(cm.display);\n else yOff -= cm.display.viewOffset;\n if (context == \"page\" || context == \"window\") {\n var lOff = cm.display.lineSpace.getBoundingClientRect();\n yOff += lOff.top + (context == \"window\" ? 0 : pageScrollY());\n var xOff = lOff.left + (context == \"window\" ? 0 : pageScrollX());\n rect.left += xOff; rect.right += xOff;\n }\n rect.top += yOff; rect.bottom += yOff;\n return rect;\n }\n\n // Coverts a box from \"div\" coords to another coordinate system.\n // Context may be \"window\", \"page\", \"div\", or \"local\"/null.\n function fromCoordSystem(cm, coords, context) {\n if (context == \"div\") return coords;\n var left = coords.left, top = coords.top;\n // First move into \"page\" coordinate system\n if (context == \"page\") {\n left -= pageScrollX();\n top -= pageScrollY();\n } else if (context == \"local\" || !context) {\n var localBox = cm.display.sizer.getBoundingClientRect();\n left += localBox.left;\n top += localBox.top;\n }\n\n var lineSpaceBox = cm.display.lineSpace.getBoundingClientRect();\n return {left: left - lineSpaceBox.left, top: top - lineSpaceBox.top};\n }\n\n function charCoords(cm, pos, context, lineObj, bias) {\n if (!lineObj) lineObj = getLine(cm.doc, pos.line);\n return intoCoordSystem(cm, lineObj, measureChar(cm, lineObj, pos.ch, bias), context);\n }\n\n // Returns a box for a given cursor position, which may have an\n // 'other' property containing the position of the secondary cursor\n // on a bidi boundary.\n function cursorCoords(cm, pos, context, lineObj, preparedMeasure) {\n lineObj = lineObj || getLine(cm.doc, pos.line);\n if (!preparedMeasure) preparedMeasure = prepareMeasureForLine(cm, lineObj);\n function get(ch, right) {\n var m = measureCharPrepared(cm, preparedMeasure, ch, right ? \"right\" : \"left\");\n if (right) m.left = m.right; else m.right = m.left;\n return intoCoordSystem(cm, lineObj, m, context);\n }\n function getBidi(ch, partPos) {\n var part = order[partPos], right = part.level % 2;\n if (ch == bidiLeft(part) && partPos && part.level < order[partPos - 1].level) {\n part = order[--partPos];\n ch = bidiRight(part) - (part.level % 2 ? 0 : 1);\n right = true;\n } else if (ch == bidiRight(part) && partPos < order.length - 1 && part.level < order[partPos + 1].level) {\n part = order[++partPos];\n ch = bidiLeft(part) - part.level % 2;\n right = false;\n }\n if (right && ch == part.to && ch > part.from) return get(ch - 1);\n return get(ch, right);\n }\n var order = getOrder(lineObj), ch = pos.ch;\n if (!order) return get(ch);\n var partPos = getBidiPartAt(order, ch);\n var val = getBidi(ch, partPos);\n if (bidiOther != null) val.other = getBidi(ch, bidiOther);\n return val;\n }\n\n // Used to cheaply estimate the coordinates for a position. Used for\n // intermediate scroll updates.\n function estimateCoords(cm, pos) {\n var left = 0, pos = clipPos(cm.doc, pos);\n if (!cm.options.lineWrapping) left = charWidth(cm.display) * pos.ch;\n var lineObj = getLine(cm.doc, pos.line);\n var top = heightAtLine(lineObj) + paddingTop(cm.display);\n return {left: left, right: left, top: top, bottom: top + lineObj.height};\n }\n\n // Positions returned by coordsChar contain some extra information.\n // xRel is the relative x position of the input coordinates compared\n // to the found position (so xRel > 0 means the coordinates are to\n // the right of the character position, for example). When outside\n // is true, that means the coordinates lie outside the line's\n // vertical range.\n function PosWithInfo(line, ch, outside, xRel) {\n var pos = Pos(line, ch);\n pos.xRel = xRel;\n if (outside) pos.outside = true;\n return pos;\n }\n\n // Compute the character position closest to the given coordinates.\n // Input must be lineSpace-local (\"div\" coordinate system).\n function coordsChar(cm, x, y) {\n var doc = cm.doc;\n y += cm.display.viewOffset;\n if (y < 0) return PosWithInfo(doc.first, 0, true, -1);\n var lineN = lineAtHeight(doc, y), last = doc.first + doc.size - 1;\n if (lineN > last)\n return PosWithInfo(doc.first + doc.size - 1, getLine(doc, last).text.length, true, 1);\n if (x < 0) x = 0;\n\n var lineObj = getLine(doc, lineN);\n for (;;) {\n var found = coordsCharInner(cm, lineObj, lineN, x, y);\n var merged = collapsedSpanAtEnd(lineObj);\n var mergedPos = merged && merged.find(0, true);\n if (merged && (found.ch > mergedPos.from.ch || found.ch == mergedPos.from.ch && found.xRel > 0))\n lineN = lineNo(lineObj = mergedPos.to.line);\n else\n return found;\n }\n }\n\n function coordsCharInner(cm, lineObj, lineNo, x, y) {\n var innerOff = y - heightAtLine(lineObj);\n var wrongLine = false, adjust = 2 * cm.display.wrapper.clientWidth;\n var preparedMeasure = prepareMeasureForLine(cm, lineObj);\n\n function getX(ch) {\n var sp = cursorCoords(cm, Pos(lineNo, ch), \"line\", lineObj, preparedMeasure);\n wrongLine = true;\n if (innerOff > sp.bottom) return sp.left - adjust;\n else if (innerOff < sp.top) return sp.left + adjust;\n else wrongLine = false;\n return sp.left;\n }\n\n var bidi = getOrder(lineObj), dist = lineObj.text.length;\n var from = lineLeft(lineObj), to = lineRight(lineObj);\n var fromX = getX(from), fromOutside = wrongLine, toX = getX(to), toOutside = wrongLine;\n\n if (x > toX) return PosWithInfo(lineNo, to, toOutside, 1);\n // Do a binary search between these bounds.\n for (;;) {\n if (bidi ? to == from || to == moveVisually(lineObj, from, 1) : to - from <= 1) {\n var ch = x < fromX || x - fromX <= toX - x ? from : to;\n var xDiff = x - (ch == from ? fromX : toX);\n while (isExtendingChar(lineObj.text.charAt(ch))) ++ch;\n var pos = PosWithInfo(lineNo, ch, ch == from ? fromOutside : toOutside,\n xDiff < -1 ? -1 : xDiff > 1 ? 1 : 0);\n return pos;\n }\n var step = Math.ceil(dist / 2), middle = from + step;\n if (bidi) {\n middle = from;\n for (var i = 0; i < step; ++i) middle = moveVisually(lineObj, middle, 1);\n }\n var middleX = getX(middle);\n if (middleX > x) {to = middle; toX = middleX; if (toOutside = wrongLine) toX += 1000; dist = step;}\n else {from = middle; fromX = middleX; fromOutside = wrongLine; dist -= step;}\n }\n }\n\n var measureText;\n // Compute the default text height.\n function textHeight(display) {\n if (display.cachedTextHeight != null) return display.cachedTextHeight;\n if (measureText == null) {\n measureText = elt(\"pre\");\n // Measure a bunch of lines, for browsers that compute\n // fractional heights.\n for (var i = 0; i < 49; ++i) {\n measureText.appendChild(document.createTextNode(\"x\"));\n measureText.appendChild(elt(\"br\"));\n }\n measureText.appendChild(document.createTextNode(\"x\"));\n }\n removeChildrenAndAdd(display.measure, measureText);\n var height = measureText.offsetHeight / 50;\n if (height > 3) display.cachedTextHeight = height;\n removeChildren(display.measure);\n return height || 1;\n }\n\n // Compute the default character width.\n function charWidth(display) {\n if (display.cachedCharWidth != null) return display.cachedCharWidth;\n var anchor = elt(\"span\", \"xxxxxxxxxx\");\n var pre = elt(\"pre\", [anchor]);\n removeChildrenAndAdd(display.measure, pre);\n var rect = anchor.getBoundingClientRect(), width = (rect.right - rect.left) / 10;\n if (width > 2) display.cachedCharWidth = width;\n return width || 10;\n }\n\n // OPERATIONS\n\n // Operations are used to wrap a series of changes to the editor\n // state in such a way that each change won't have to update the\n // cursor and display (which would be awkward, slow, and\n // error-prone). Instead, display updates are batched and then all\n // combined and executed at once.\n\n var nextOpId = 0;\n // Start a new operation.\n function startOperation(cm) {\n cm.curOp = {\n viewChanged: false, // Flag that indicates that lines might need to be redrawn\n startHeight: cm.doc.height, // Used to detect need to update scrollbar\n forceUpdate: false, // Used to force a redraw\n updateInput: null, // Whether to reset the input textarea\n typing: false, // Whether this reset should be careful to leave existing text (for compositing)\n changeObjs: null, // Accumulated changes, for firing change events\n cursorActivityHandlers: null, // Set of handlers to fire cursorActivity on\n selectionChanged: false, // Whether the selection needs to be redrawn\n updateMaxLine: false, // Set when the widest line needs to be determined anew\n scrollLeft: null, scrollTop: null, // Intermediate scroll position, not pushed to DOM yet\n scrollToPos: null, // Used to scroll to a specific position\n id: ++nextOpId // Unique ID\n };\n if (!delayedCallbackDepth++) delayedCallbacks = [];\n }\n\n // Finish an operation, updating the display and signalling delayed events\n function endOperation(cm) {\n var op = cm.curOp, doc = cm.doc, display = cm.display;\n cm.curOp = null;\n\n if (op.updateMaxLine) findMaxLine(cm);\n\n // If it looks like an update might be needed, call updateDisplay\n if (op.viewChanged || op.forceUpdate || op.scrollTop != null ||\n op.scrollToPos && (op.scrollToPos.from.line < display.viewFrom ||\n op.scrollToPos.to.line >= display.viewTo) ||\n display.maxLineChanged && cm.options.lineWrapping) {\n var updated = updateDisplay(cm, {top: op.scrollTop, ensure: op.scrollToPos}, op.forceUpdate);\n if (cm.display.scroller.offsetHeight) cm.doc.scrollTop = cm.display.scroller.scrollTop;\n }\n // If no update was run, but the selection changed, redraw that.\n if (!updated && op.selectionChanged) updateSelection(cm);\n if (!updated && op.startHeight != cm.doc.height) updateScrollbars(cm);\n\n // Propagate the scroll position to the actual DOM scroller\n if (op.scrollTop != null && display.scroller.scrollTop != op.scrollTop) {\n var top = Math.max(0, Math.min(display.scroller.scrollHeight - display.scroller.clientHeight, op.scrollTop));\n display.scroller.scrollTop = display.scrollbarV.scrollTop = doc.scrollTop = top;\n }\n if (op.scrollLeft != null && display.scroller.scrollLeft != op.scrollLeft) {\n var left = Math.max(0, Math.min(display.scroller.scrollWidth - display.scroller.clientWidth, op.scrollLeft));\n display.scroller.scrollLeft = display.scrollbarH.scrollLeft = doc.scrollLeft = left;\n alignHorizontally(cm);\n }\n // If we need to scroll a specific position into view, do so.\n if (op.scrollToPos) {\n var coords = scrollPosIntoView(cm, clipPos(cm.doc, op.scrollToPos.from),\n clipPos(cm.doc, op.scrollToPos.to), op.scrollToPos.margin);\n if (op.scrollToPos.isCursor && cm.state.focused) maybeScrollWindow(cm, coords);\n }\n\n if (op.selectionChanged) restartBlink(cm);\n\n if (cm.state.focused && op.updateInput)\n resetInput(cm, op.typing);\n\n // Fire events for markers that are hidden/unidden by editing or\n // undoing\n var hidden = op.maybeHiddenMarkers, unhidden = op.maybeUnhiddenMarkers;\n if (hidden) for (var i = 0; i < hidden.length; ++i)\n if (!hidden[i].lines.length) signal(hidden[i], \"hide\");\n if (unhidden) for (var i = 0; i < unhidden.length; ++i)\n if (unhidden[i].lines.length) signal(unhidden[i], \"unhide\");\n\n var delayed;\n if (!--delayedCallbackDepth) {\n delayed = delayedCallbacks;\n delayedCallbacks = null;\n }\n // Fire change events, and delayed event handlers\n if (op.changeObjs)\n signal(cm, \"changes\", cm, op.changeObjs);\n if (delayed) for (var i = 0; i < delayed.length; ++i) delayed[i]();\n if (op.cursorActivityHandlers)\n for (var i = 0; i < op.cursorActivityHandlers.length; i++)\n op.cursorActivityHandlers[i](cm);\n }\n\n // Run the given function in an operation\n function runInOp(cm, f) {\n if (cm.curOp) return f();\n startOperation(cm);\n try { return f(); }\n finally { endOperation(cm); }\n }\n // Wraps a function in an operation. Returns the wrapped function.\n function operation(cm, f) {\n return function() {\n if (cm.curOp) return f.apply(cm, arguments);\n startOperation(cm);\n try { return f.apply(cm, arguments); }\n finally { endOperation(cm); }\n };\n }\n // Used to add methods to editor and doc instances, wrapping them in\n // operations.\n function methodOp(f) {\n return function() {\n if (this.curOp) return f.apply(this, arguments);\n startOperation(this);\n try { return f.apply(this, arguments); }\n finally { endOperation(this); }\n };\n }\n function docMethodOp(f) {\n return function() {\n var cm = this.cm;\n if (!cm || cm.curOp) return f.apply(this, arguments);\n startOperation(cm);\n try { return f.apply(this, arguments); }\n finally { endOperation(cm); }\n };\n }\n\n // VIEW TRACKING\n\n // These objects are used to represent the visible (currently drawn)\n // part of the document. A LineView may correspond to multiple\n // logical lines, if those are connected by collapsed ranges.\n function LineView(doc, line, lineN) {\n // The starting line\n this.line = line;\n // Continuing lines, if any\n this.rest = visualLineContinued(line);\n // Number of logical lines in this visual line\n this.size = this.rest ? lineNo(lst(this.rest)) - lineN + 1 : 1;\n this.node = this.text = null;\n this.hidden = lineIsHidden(doc, line);\n }\n\n // Create a range of LineView objects for the given lines.\n function buildViewArray(cm, from, to) {\n var array = [], nextPos;\n for (var pos = from; pos < to; pos = nextPos) {\n var view = new LineView(cm.doc, getLine(cm.doc, pos), pos);\n nextPos = pos + view.size;\n array.push(view);\n }\n return array;\n }\n\n // Updates the display.view data structure for a given change to the\n // document. From and to are in pre-change coordinates. Lendiff is\n // the amount of lines added or subtracted by the change. This is\n // used for changes that span multiple lines, or change the way\n // lines are divided into visual lines. regLineChange (below)\n // registers single-line changes.\n function regChange(cm, from, to, lendiff) {\n if (from == null) from = cm.doc.first;\n if (to == null) to = cm.doc.first + cm.doc.size;\n if (!lendiff) lendiff = 0;\n\n var display = cm.display;\n if (lendiff && to < display.viewTo &&\n (display.updateLineNumbers == null || display.updateLineNumbers > from))\n display.updateLineNumbers = from;\n\n cm.curOp.viewChanged = true;\n\n if (from >= display.viewTo) { // Change after\n if (sawCollapsedSpans && visualLineNo(cm.doc, from) < display.viewTo)\n resetView(cm);\n } else if (to <= display.viewFrom) { // Change before\n if (sawCollapsedSpans && visualLineEndNo(cm.doc, to + lendiff) > display.viewFrom) {\n resetView(cm);\n } else {\n display.viewFrom += lendiff;\n display.viewTo += lendiff;\n }\n } else if (from <= display.viewFrom && to >= display.viewTo) { // Full overlap\n resetView(cm);\n } else if (from <= display.viewFrom) { // Top overlap\n var cut = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cut) {\n display.view = display.view.slice(cut.index);\n display.viewFrom = cut.lineN;\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n } else if (to >= display.viewTo) { // Bottom overlap\n var cut = viewCuttingPoint(cm, from, from, -1);\n if (cut) {\n display.view = display.view.slice(0, cut.index);\n display.viewTo = cut.lineN;\n } else {\n resetView(cm);\n }\n } else { // Gap in the middle\n var cutTop = viewCuttingPoint(cm, from, from, -1);\n var cutBot = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cutTop && cutBot) {\n display.view = display.view.slice(0, cutTop.index)\n .concat(buildViewArray(cm, cutTop.lineN, cutBot.lineN))\n .concat(display.view.slice(cutBot.index));\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n }\n\n var ext = display.externalMeasured;\n if (ext) {\n if (to < ext.lineN)\n ext.lineN += lendiff;\n else if (from < ext.lineN + ext.size)\n display.externalMeasured = null;\n }\n }\n\n // Register a change to a single line. Type must be one of \"text\",\n // \"gutter\", \"class\", \"widget\"\n function regLineChange(cm, line, type) {\n cm.curOp.viewChanged = true;\n var display = cm.display, ext = cm.display.externalMeasured;\n if (ext && line >= ext.lineN && line < ext.lineN + ext.size)\n display.externalMeasured = null;\n\n if (line < display.viewFrom || line >= display.viewTo) return;\n var lineView = display.view[findViewIndex(cm, line)];\n if (lineView.node == null) return;\n var arr = lineView.changes || (lineView.changes = []);\n if (indexOf(arr, type) == -1) arr.push(type);\n }\n\n // Clear the view.\n function resetView(cm) {\n cm.display.viewFrom = cm.display.viewTo = cm.doc.first;\n cm.display.view = [];\n cm.display.viewOffset = 0;\n }\n\n // Find the view element corresponding to a given line. Return null\n // when the line isn't visible.\n function findViewIndex(cm, n) {\n if (n >= cm.display.viewTo) return null;\n n -= cm.display.viewFrom;\n if (n < 0) return null;\n var view = cm.display.view;\n for (var i = 0; i < view.length; i++) {\n n -= view[i].size;\n if (n < 0) return i;\n }\n }\n\n function viewCuttingPoint(cm, oldN, newN, dir) {\n var index = findViewIndex(cm, oldN), diff, view = cm.display.view;\n if (!sawCollapsedSpans || newN == cm.doc.first + cm.doc.size)\n return {index: index, lineN: newN};\n for (var i = 0, n = cm.display.viewFrom; i < index; i++)\n n += view[i].size;\n if (n != oldN) {\n if (dir > 0) {\n if (index == view.length - 1) return null;\n diff = (n + view[index].size) - oldN;\n index++;\n } else {\n diff = n - oldN;\n }\n oldN += diff; newN += diff;\n }\n while (visualLineNo(cm.doc, newN) != newN) {\n if (index == (dir < 0 ? 0 : view.length - 1)) return null;\n newN += dir * view[index - (dir < 0 ? 1 : 0)].size;\n index += dir;\n }\n return {index: index, lineN: newN};\n }\n\n // Force the view to cover a given range, adding empty view element\n // or clipping off existing ones as needed.\n function adjustView(cm, from, to) {\n var display = cm.display, view = display.view;\n if (view.length == 0 || from >= display.viewTo || to <= display.viewFrom) {\n display.view = buildViewArray(cm, from, to);\n display.viewFrom = from;\n } else {\n if (display.viewFrom > from)\n display.view = buildViewArray(cm, from, display.viewFrom).concat(display.view);\n else if (display.viewFrom < from)\n display.view = display.view.slice(findViewIndex(cm, from));\n display.viewFrom = from;\n if (display.viewTo < to)\n display.view = display.view.concat(buildViewArray(cm, display.viewTo, to));\n else if (display.viewTo > to)\n display.view = display.view.slice(0, findViewIndex(cm, to));\n }\n display.viewTo = to;\n }\n\n // Count the number of lines in the view whose DOM representation is\n // out of date (or nonexistent).\n function countDirtyView(cm) {\n var view = cm.display.view, dirty = 0;\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (!lineView.hidden && (!lineView.node || lineView.changes)) ++dirty;\n }\n return dirty;\n }\n\n // INPUT HANDLING\n\n // Poll for input changes, using the normal rate of polling. This\n // runs as long as the editor is focused.\n function slowPoll(cm) {\n if (cm.display.pollingFast) return;\n cm.display.poll.set(cm.options.pollInterval, function() {\n readInput(cm);\n if (cm.state.focused) slowPoll(cm);\n });\n }\n\n // When an event has just come in that is likely to add or change\n // something in the input textarea, we poll faster, to ensure that\n // the change appears on the screen quickly.\n function fastPoll(cm) {\n var missed = false;\n cm.display.pollingFast = true;\n function p() {\n var changed = readInput(cm);\n if (!changed && !missed) {missed = true; cm.display.poll.set(60, p);}\n else {cm.display.pollingFast = false; slowPoll(cm);}\n }\n cm.display.poll.set(20, p);\n }\n\n // Read input from the textarea, and update the document to match.\n // When something is selected, it is present in the textarea, and\n // selected (unless it is huge, in which case a placeholder is\n // used). When nothing is selected, the cursor sits after previously\n // seen text (can be empty), which is stored in prevInput (we must\n // not reset the textarea when typing, because that breaks IME).\n function readInput(cm) {\n var input = cm.display.input, prevInput = cm.display.prevInput, doc = cm.doc;\n // Since this is called a *lot*, try to bail out as cheaply as\n // possible when it is clear that nothing happened. hasSelection\n // will be the case when there is a lot of text in the textarea,\n // in which case reading its value would be expensive.\n if (!cm.state.focused || (hasSelection(input) && !prevInput) || isReadOnly(cm) || cm.options.disableInput)\n return false;\n // See paste handler for more on the fakedLastChar kludge\n if (cm.state.pasteIncoming && cm.state.fakedLastChar) {\n input.value = input.value.substring(0, input.value.length - 1);\n cm.state.fakedLastChar = false;\n }\n var text = input.value;\n // If nothing changed, bail.\n if (text == prevInput && !cm.somethingSelected()) return false;\n // Work around nonsensical selection resetting in IE9/10\n if (ie && !ie_upto8 && cm.display.inputHasSelection === text) {\n resetInput(cm);\n return false;\n }\n\n var withOp = !cm.curOp;\n if (withOp) startOperation(cm);\n cm.display.shift = false;\n\n if (text.charCodeAt(0) == 0x200b && doc.sel == cm.display.selForContextMenu && !prevInput)\n prevInput = \"\\u200b\";\n // Find the part of the input that is actually new\n var same = 0, l = Math.min(prevInput.length, text.length);\n while (same < l && prevInput.charCodeAt(same) == text.charCodeAt(same)) ++same;\n var inserted = text.slice(same), textLines = splitLines(inserted);\n\n // When pasing N lines into N selections, insert one line per selection\n var multiPaste = cm.state.pasteIncoming && textLines.length > 1 && doc.sel.ranges.length == textLines.length;\n\n // Normal behavior is to insert the new text into every selection\n for (var i = doc.sel.ranges.length - 1; i >= 0; i--) {\n var range = doc.sel.ranges[i];\n var from = range.from(), to = range.to();\n // Handle deletion\n if (same < prevInput.length)\n from = Pos(from.line, from.ch - (prevInput.length - same));\n // Handle overwrite\n else if (cm.state.overwrite && range.empty() && !cm.state.pasteIncoming)\n to = Pos(to.line, Math.min(getLine(doc, to.line).text.length, to.ch + lst(textLines).length));\n var updateInput = cm.curOp.updateInput;\n var changeEvent = {from: from, to: to, text: multiPaste ? [textLines[i]] : textLines,\n origin: cm.state.pasteIncoming ? \"paste\" : cm.state.cutIncoming ? \"cut\" : \"+input\"};\n makeChange(cm.doc, changeEvent);\n signalLater(cm, \"inputRead\", cm, changeEvent);\n // When an 'electric' character is inserted, immediately trigger a reindent\n if (inserted && !cm.state.pasteIncoming && cm.options.electricChars &&\n cm.options.smartIndent && range.head.ch < 100 &&\n (!i || doc.sel.ranges[i - 1].head.line != range.head.line)) {\n var mode = cm.getModeAt(range.head);\n if (mode.electricChars) {\n for (var j = 0; j < mode.electricChars.length; j++)\n if (inserted.indexOf(mode.electricChars.charAt(j)) > -1) {\n indentLine(cm, range.head.line, \"smart\");\n break;\n }\n } else if (mode.electricInput) {\n var end = changeEnd(changeEvent);\n if (mode.electricInput.test(getLine(doc, end.line).text.slice(0, end.ch)))\n indentLine(cm, range.head.line, \"smart\");\n }\n }\n }\n ensureCursorVisible(cm);\n cm.curOp.updateInput = updateInput;\n cm.curOp.typing = true;\n\n // Don't leave long text in the textarea, since it makes further polling slow\n if (text.length > 1000 || text.indexOf(\"\\n\") > -1) input.value = cm.display.prevInput = \"\";\n else cm.display.prevInput = text;\n if (withOp) endOperation(cm);\n cm.state.pasteIncoming = cm.state.cutIncoming = false;\n return true;\n }\n\n // Reset the input to correspond to the selection (or to be empty,\n // when not typing and nothing is selected)\n function resetInput(cm, typing) {\n var minimal, selected, doc = cm.doc;\n if (cm.somethingSelected()) {\n cm.display.prevInput = \"\";\n var range = doc.sel.primary();\n minimal = hasCopyEvent &&\n (range.to().line - range.from().line > 100 || (selected = cm.getSelection()).length > 1000);\n var content = minimal ? \"-\" : selected || cm.getSelection();\n cm.display.input.value = content;\n if (cm.state.focused) selectInput(cm.display.input);\n if (ie && !ie_upto8) cm.display.inputHasSelection = content;\n } else if (!typing) {\n cm.display.prevInput = cm.display.input.value = \"\";\n if (ie && !ie_upto8) cm.display.inputHasSelection = null;\n }\n cm.display.inaccurateSelection = minimal;\n }\n\n function focusInput(cm) {\n if (cm.options.readOnly != \"nocursor\" && (!mobile || activeElt() != cm.display.input))\n cm.display.input.focus();\n }\n\n function ensureFocus(cm) {\n if (!cm.state.focused) { focusInput(cm); onFocus(cm); }\n }\n\n function isReadOnly(cm) {\n return cm.options.readOnly || cm.doc.cantEdit;\n }\n\n // EVENT HANDLERS\n\n // Attach the necessary event handlers when initializing the editor\n function registerEventHandlers(cm) {\n var d = cm.display;\n on(d.scroller, \"mousedown\", operation(cm, onMouseDown));\n // Older IE's will not fire a second mousedown for a double click\n if (ie_upto10)\n on(d.scroller, \"dblclick\", operation(cm, function(e) {\n if (signalDOMEvent(cm, e)) return;\n var pos = posFromMouse(cm, e);\n if (!pos || clickInGutter(cm, e) || eventInWidget(cm.display, e)) return;\n e_preventDefault(e);\n var word = findWordAt(cm, pos);\n extendSelection(cm.doc, word.anchor, word.head);\n }));\n else\n on(d.scroller, \"dblclick\", function(e) { signalDOMEvent(cm, e) || e_preventDefault(e); });\n // Prevent normal selection in the editor (we handle our own)\n on(d.lineSpace, \"selectstart\", function(e) {\n if (!eventInWidget(d, e)) e_preventDefault(e);\n });\n // Some browsers fire contextmenu *after* opening the menu, at\n // which point we can't mess with it anymore. Context menu is\n // handled in onMouseDown for these browsers.\n if (!captureRightClick) on(d.scroller, \"contextmenu\", function(e) {onContextMenu(cm, e);});\n\n // Sync scrolling between fake scrollbars and real scrollable\n // area, ensure viewport is updated when scrolling.\n on(d.scroller, \"scroll\", function() {\n if (d.scroller.clientHeight) {\n setScrollTop(cm, d.scroller.scrollTop);\n setScrollLeft(cm, d.scroller.scrollLeft, true);\n signal(cm, \"scroll\", cm);\n }\n });\n on(d.scrollbarV, \"scroll\", function() {\n if (d.scroller.clientHeight) setScrollTop(cm, d.scrollbarV.scrollTop);\n });\n on(d.scrollbarH, \"scroll\", function() {\n if (d.scroller.clientHeight) setScrollLeft(cm, d.scrollbarH.scrollLeft);\n });\n\n // Listen to wheel events in order to try and update the viewport on time.\n on(d.scroller, \"mousewheel\", function(e){onScrollWheel(cm, e);});\n on(d.scroller, \"DOMMouseScroll\", function(e){onScrollWheel(cm, e);});\n\n // Prevent clicks in the scrollbars from killing focus\n function reFocus() { if (cm.state.focused) setTimeout(bind(focusInput, cm), 0); }\n on(d.scrollbarH, \"mousedown\", reFocus);\n on(d.scrollbarV, \"mousedown\", reFocus);\n // Prevent wrapper from ever scrolling\n on(d.wrapper, \"scroll\", function() { d.wrapper.scrollTop = d.wrapper.scrollLeft = 0; });\n\n on(d.input, \"keyup\", operation(cm, onKeyUp));\n on(d.input, \"input\", function() {\n if (ie && !ie_upto8 && cm.display.inputHasSelection) cm.display.inputHasSelection = null;\n fastPoll(cm);\n });\n on(d.input, \"keydown\", operation(cm, onKeyDown));\n on(d.input, \"keypress\", operation(cm, onKeyPress));\n on(d.input, \"focus\", bind(onFocus, cm));\n on(d.input, \"blur\", bind(onBlur, cm));\n\n function drag_(e) {\n if (!signalDOMEvent(cm, e)) e_stop(e);\n }\n if (cm.options.dragDrop) {\n on(d.scroller, \"dragstart\", function(e){onDragStart(cm, e);});\n on(d.scroller, \"dragenter\", drag_);\n on(d.scroller, \"dragover\", drag_);\n on(d.scroller, \"drop\", operation(cm, onDrop));\n }\n on(d.scroller, \"paste\", function(e) {\n if (eventInWidget(d, e)) return;\n cm.state.pasteIncoming = true;\n focusInput(cm);\n fastPoll(cm);\n });\n on(d.input, \"paste\", function() {\n // Workaround for webkit bug https://bugs.webkit.org/show_bug.cgi?id=90206\n // Add a char to the end of textarea before paste occur so that\n // selection doesn't span to the end of textarea.\n if (webkit && !cm.state.fakedLastChar && !(new Date - cm.state.lastMiddleDown < 200)) {\n var start = d.input.selectionStart, end = d.input.selectionEnd;\n d.input.value += \"$\";\n d.input.selectionStart = start;\n d.input.selectionEnd = end;\n cm.state.fakedLastChar = true;\n }\n cm.state.pasteIncoming = true;\n fastPoll(cm);\n });\n\n function prepareCopyCut(e) {\n if (cm.somethingSelected()) {\n if (d.inaccurateSelection) {\n d.prevInput = \"\";\n d.inaccurateSelection = false;\n d.input.value = cm.getSelection();\n selectInput(d.input);\n }\n } else {\n var text = \"\", ranges = [];\n for (var i = 0; i < cm.doc.sel.ranges.length; i++) {\n var line = cm.doc.sel.ranges[i].head.line;\n var lineRange = {anchor: Pos(line, 0), head: Pos(line + 1, 0)};\n ranges.push(lineRange);\n text += cm.getRange(lineRange.anchor, lineRange.head);\n }\n if (e.type == \"cut\") {\n cm.setSelections(ranges, null, sel_dontScroll);\n } else {\n d.prevInput = \"\";\n d.input.value = text;\n selectInput(d.input);\n }\n }\n if (e.type == \"cut\") cm.state.cutIncoming = true;\n }\n on(d.input, \"cut\", prepareCopyCut);\n on(d.input, \"copy\", prepareCopyCut);\n\n // Needed to handle Tab key in KHTML\n if (khtml) on(d.sizer, \"mouseup\", function() {\n if (activeElt() == d.input) d.input.blur();\n focusInput(cm);\n });\n }\n\n // Called when the window resizes\n function onResize(cm) {\n // Might be a text scaling operation, clear size caches.\n var d = cm.display;\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n cm.setSize();\n }\n\n // MOUSE EVENTS\n\n // Return true when the given mouse event happened in a widget\n function eventInWidget(display, e) {\n for (var n = e_target(e); n != display.wrapper; n = n.parentNode) {\n if (!n || n.ignoreEvents || n.parentNode == display.sizer && n != display.mover) return true;\n }\n }\n\n // Given a mouse event, find the corresponding position. If liberal\n // is false, it checks whether a gutter or scrollbar was clicked,\n // and returns null if it was. forRect is used by rectangular\n // selections, and tries to estimate a character position even for\n // coordinates beyond the right of the text.\n function posFromMouse(cm, e, liberal, forRect) {\n var display = cm.display;\n if (!liberal) {\n var target = e_target(e);\n if (target == display.scrollbarH || target == display.scrollbarV ||\n target == display.scrollbarFiller || target == display.gutterFiller) return null;\n }\n var x, y, space = display.lineSpace.getBoundingClientRect();\n // Fails unpredictably on IE[67] when mouse is dragged around quickly.\n try { x = e.clientX - space.left; y = e.clientY - space.top; }\n catch (e) { return null; }\n var coords = coordsChar(cm, x, y), line;\n if (forRect && coords.xRel == 1 && (line = getLine(cm.doc, coords.line).text).length == coords.ch) {\n var colDiff = countColumn(line, line.length, cm.options.tabSize) - line.length;\n coords = Pos(coords.line, Math.max(0, Math.round((x - paddingH(cm.display).left) / charWidth(cm.display)) - colDiff));\n }\n return coords;\n }\n\n // A mouse down can be a single click, double click, triple click,\n // start of selection drag, start of text drag, new cursor\n // (ctrl-click), rectangle drag (alt-drag), or xwin\n // middle-click-paste. Or it might be a click on something we should\n // not interfere with, such as a scrollbar or widget.\n function onMouseDown(e) {\n if (signalDOMEvent(this, e)) return;\n var cm = this, display = cm.display;\n display.shift = e.shiftKey;\n\n if (eventInWidget(display, e)) {\n if (!webkit) {\n // Briefly turn off draggability, to allow widgets to do\n // normal dragging things.\n display.scroller.draggable = false;\n setTimeout(function(){display.scroller.draggable = true;}, 100);\n }\n return;\n }\n if (clickInGutter(cm, e)) return;\n var start = posFromMouse(cm, e);\n window.focus();\n\n switch (e_button(e)) {\n case 1:\n if (start)\n leftButtonDown(cm, e, start);\n else if (e_target(e) == display.scroller)\n e_preventDefault(e);\n break;\n case 2:\n if (webkit) cm.state.lastMiddleDown = +new Date;\n if (start) extendSelection(cm.doc, start);\n setTimeout(bind(focusInput, cm), 20);\n e_preventDefault(e);\n break;\n case 3:\n if (captureRightClick) onContextMenu(cm, e);\n break;\n }\n }\n\n var lastClick, lastDoubleClick;\n function leftButtonDown(cm, e, start) {\n setTimeout(bind(ensureFocus, cm), 0);\n\n var now = +new Date, type;\n if (lastDoubleClick && lastDoubleClick.time > now - 400 && cmp(lastDoubleClick.pos, start) == 0) {\n type = \"triple\";\n } else if (lastClick && lastClick.time > now - 400 && cmp(lastClick.pos, start) == 0) {\n type = \"double\";\n lastDoubleClick = {time: now, pos: start};\n } else {\n type = \"single\";\n lastClick = {time: now, pos: start};\n }\n\n var sel = cm.doc.sel, addNew = mac ? e.metaKey : e.ctrlKey;\n if (cm.options.dragDrop && dragAndDrop && !addNew && !isReadOnly(cm) &&\n type == \"single\" && sel.contains(start) > -1 && sel.somethingSelected())\n leftButtonStartDrag(cm, e, start);\n else\n leftButtonSelect(cm, e, start, type, addNew);\n }\n\n // Start a text drag. When it ends, see if any dragging actually\n // happen, and treat as a click if it didn't.\n function leftButtonStartDrag(cm, e, start) {\n var display = cm.display;\n var dragEnd = operation(cm, function(e2) {\n if (webkit) display.scroller.draggable = false;\n cm.state.draggingText = false;\n off(document, \"mouseup\", dragEnd);\n off(display.scroller, \"drop\", dragEnd);\n if (Math.abs(e.clientX - e2.clientX) + Math.abs(e.clientY - e2.clientY) < 10) {\n e_preventDefault(e2);\n extendSelection(cm.doc, start);\n focusInput(cm);\n // Work around unexplainable focus problem in IE9 (#2127)\n if (ie_upto10 && !ie_upto8)\n setTimeout(function() {document.body.focus(); focusInput(cm);}, 20);\n }\n });\n // Let the drag handler handle this.\n if (webkit) display.scroller.draggable = true;\n cm.state.draggingText = dragEnd;\n // IE's approach to draggable\n if (display.scroller.dragDrop) display.scroller.dragDrop();\n on(document, \"mouseup\", dragEnd);\n on(display.scroller, \"drop\", dragEnd);\n }\n\n // Normal selection, as opposed to text dragging.\n function leftButtonSelect(cm, e, start, type, addNew) {\n var display = cm.display, doc = cm.doc;\n e_preventDefault(e);\n\n var ourRange, ourIndex, startSel = doc.sel;\n if (addNew && !e.shiftKey) {\n ourIndex = doc.sel.contains(start);\n if (ourIndex > -1)\n ourRange = doc.sel.ranges[ourIndex];\n else\n ourRange = new Range(start, start);\n } else {\n ourRange = doc.sel.primary();\n }\n\n if (e.altKey) {\n type = \"rect\";\n if (!addNew) ourRange = new Range(start, start);\n start = posFromMouse(cm, e, true, true);\n ourIndex = -1;\n } else if (type == \"double\") {\n var word = findWordAt(cm, start);\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, word.anchor, word.head);\n else\n ourRange = word;\n } else if (type == \"triple\") {\n var line = new Range(Pos(start.line, 0), clipPos(doc, Pos(start.line + 1, 0)));\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, line.anchor, line.head);\n else\n ourRange = line;\n } else {\n ourRange = extendRange(doc, ourRange, start);\n }\n\n if (!addNew) {\n ourIndex = 0;\n setSelection(doc, new Selection([ourRange], 0), sel_mouse);\n startSel = doc.sel;\n } else if (ourIndex > -1) {\n replaceOneSelection(doc, ourIndex, ourRange, sel_mouse);\n } else {\n ourIndex = doc.sel.ranges.length;\n setSelection(doc, normalizeSelection(doc.sel.ranges.concat([ourRange]), ourIndex),\n {scroll: false, origin: \"*mouse\"});\n }\n\n var lastPos = start;\n function extendTo(pos) {\n if (cmp(lastPos, pos) == 0) return;\n lastPos = pos;\n\n if (type == \"rect\") {\n var ranges = [], tabSize = cm.options.tabSize;\n var startCol = countColumn(getLine(doc, start.line).text, start.ch, tabSize);\n var posCol = countColumn(getLine(doc, pos.line).text, pos.ch, tabSize);\n var left = Math.min(startCol, posCol), right = Math.max(startCol, posCol);\n for (var line = Math.min(start.line, pos.line), end = Math.min(cm.lastLine(), Math.max(start.line, pos.line));\n line <= end; line++) {\n var text = getLine(doc, line).text, leftPos = findColumn(text, left, tabSize);\n if (left == right)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, leftPos)));\n else if (text.length > leftPos)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, findColumn(text, right, tabSize))));\n }\n if (!ranges.length) ranges.push(new Range(start, start));\n setSelection(doc, normalizeSelection(startSel.ranges.slice(0, ourIndex).concat(ranges), ourIndex),\n {origin: \"*mouse\", scroll: false});\n cm.scrollIntoView(pos);\n } else {\n var oldRange = ourRange;\n var anchor = oldRange.anchor, head = pos;\n if (type != \"single\") {\n if (type == \"double\")\n var range = findWordAt(cm, pos);\n else\n var range = new Range(Pos(pos.line, 0), clipPos(doc, Pos(pos.line + 1, 0)));\n if (cmp(range.anchor, anchor) > 0) {\n head = range.head;\n anchor = minPos(oldRange.from(), range.anchor);\n } else {\n head = range.anchor;\n anchor = maxPos(oldRange.to(), range.head);\n }\n }\n var ranges = startSel.ranges.slice(0);\n ranges[ourIndex] = new Range(clipPos(doc, anchor), head);\n setSelection(doc, normalizeSelection(ranges, ourIndex), sel_mouse);\n }\n }\n\n var editorSize = display.wrapper.getBoundingClientRect();\n // Used to ensure timeout re-tries don't fire when another extend\n // happened in the meantime (clearTimeout isn't reliable -- at\n // least on Chrome, the timeouts still happen even when cleared,\n // if the clear happens after their scheduled firing time).\n var counter = 0;\n\n function extend(e) {\n var curCount = ++counter;\n var cur = posFromMouse(cm, e, true, type == \"rect\");\n if (!cur) return;\n if (cmp(cur, lastPos) != 0) {\n ensureFocus(cm);\n extendTo(cur);\n var visible = visibleLines(display, doc);\n if (cur.line >= visible.to || cur.line < visible.from)\n setTimeout(operation(cm, function(){if (counter == curCount) extend(e);}), 150);\n } else {\n var outside = e.clientY < editorSize.top ? -20 : e.clientY > editorSize.bottom ? 20 : 0;\n if (outside) setTimeout(operation(cm, function() {\n if (counter != curCount) return;\n display.scroller.scrollTop += outside;\n extend(e);\n }), 50);\n }\n }\n\n function done(e) {\n counter = Infinity;\n e_preventDefault(e);\n focusInput(cm);\n off(document, \"mousemove\", move);\n off(document, \"mouseup\", up);\n doc.history.lastSelOrigin = null;\n }\n\n var move = operation(cm, function(e) {\n if ((ie && !ie_upto9) ? !e.buttons : !e_button(e)) done(e);\n else extend(e);\n });\n var up = operation(cm, done);\n on(document, \"mousemove\", move);\n on(document, \"mouseup\", up);\n }\n\n // Determines whether an event happened in the gutter, and fires the\n // handlers for the corresponding event.\n function gutterEvent(cm, e, type, prevent, signalfn) {\n try { var mX = e.clientX, mY = e.clientY; }\n catch(e) { return false; }\n if (mX >= Math.floor(cm.display.gutters.getBoundingClientRect().right)) return false;\n if (prevent) e_preventDefault(e);\n\n var display = cm.display;\n var lineBox = display.lineDiv.getBoundingClientRect();\n\n if (mY > lineBox.bottom || !hasHandler(cm, type)) return e_defaultPrevented(e);\n mY -= lineBox.top - display.viewOffset;\n\n for (var i = 0; i < cm.options.gutters.length; ++i) {\n var g = display.gutters.childNodes[i];\n if (g && g.getBoundingClientRect().right >= mX) {\n var line = lineAtHeight(cm.doc, mY);\n var gutter = cm.options.gutters[i];\n signalfn(cm, type, cm, line, gutter, e);\n return e_defaultPrevented(e);\n }\n }\n }\n\n function clickInGutter(cm, e) {\n return gutterEvent(cm, e, \"gutterClick\", true, signalLater);\n }\n\n // Kludge to work around strange IE behavior where it'll sometimes\n // re-fire a series of drag-related events right after the drop (#1551)\n var lastDrop = 0;\n\n function onDrop(e) {\n var cm = this;\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e))\n return;\n e_preventDefault(e);\n if (ie) lastDrop = +new Date;\n var pos = posFromMouse(cm, e, true), files = e.dataTransfer.files;\n if (!pos || isReadOnly(cm)) return;\n // Might be a file drop, in which case we simply extract the text\n // and insert it.\n if (files && files.length && window.FileReader && window.File) {\n var n = files.length, text = Array(n), read = 0;\n var loadFile = function(file, i) {\n var reader = new FileReader;\n reader.onload = operation(cm, function() {\n text[i] = reader.result;\n if (++read == n) {\n pos = clipPos(cm.doc, pos);\n var change = {from: pos, to: pos, text: splitLines(text.join(\"\\n\")), origin: \"paste\"};\n makeChange(cm.doc, change);\n setSelectionReplaceHistory(cm.doc, simpleSelection(pos, changeEnd(change)));\n }\n });\n reader.readAsText(file);\n };\n for (var i = 0; i < n; ++i) loadFile(files[i], i);\n } else { // Normal drop\n // Don't do a replace if the drop happened inside of the selected text.\n if (cm.state.draggingText && cm.doc.sel.contains(pos) > -1) {\n cm.state.draggingText(e);\n // Ensure the editor is re-focused\n setTimeout(bind(focusInput, cm), 20);\n return;\n }\n try {\n var text = e.dataTransfer.getData(\"Text\");\n if (text) {\n var selected = cm.state.draggingText && cm.listSelections();\n setSelectionNoUndo(cm.doc, simpleSelection(pos, pos));\n if (selected) for (var i = 0; i < selected.length; ++i)\n replaceRange(cm.doc, \"\", selected[i].anchor, selected[i].head, \"drag\");\n cm.replaceSelection(text, \"around\", \"paste\");\n focusInput(cm);\n }\n }\n catch(e){}\n }\n }\n\n function onDragStart(cm, e) {\n if (ie && (!cm.state.draggingText || +new Date - lastDrop < 100)) { e_stop(e); return; }\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e)) return;\n\n e.dataTransfer.setData(\"Text\", cm.getSelection());\n\n // Use dummy image instead of default browsers image.\n // Recent Safari (~6.0.2) have a tendency to segfault when this happens, so we don't do it there.\n if (e.dataTransfer.setDragImage && !safari) {\n var img = elt(\"img\", null, null, \"position: fixed; left: 0; top: 0;\");\n img.src = \"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\";\n if (presto) {\n img.width = img.height = 1;\n cm.display.wrapper.appendChild(img);\n // Force a relayout, or Opera won't use our image for some obscure reason\n img._top = img.offsetTop;\n }\n e.dataTransfer.setDragImage(img, 0, 0);\n if (presto) img.parentNode.removeChild(img);\n }\n }\n\n // SCROLL EVENTS\n\n // Sync the scrollable area and scrollbars, ensure the viewport\n // covers the visible area.\n function setScrollTop(cm, val) {\n if (Math.abs(cm.doc.scrollTop - val) < 2) return;\n cm.doc.scrollTop = val;\n if (!gecko) updateDisplay(cm, {top: val});\n if (cm.display.scroller.scrollTop != val) cm.display.scroller.scrollTop = val;\n if (cm.display.scrollbarV.scrollTop != val) cm.display.scrollbarV.scrollTop = val;\n if (gecko) updateDisplay(cm);\n startWorker(cm, 100);\n }\n // Sync scroller and scrollbar, ensure the gutter elements are\n // aligned.\n function setScrollLeft(cm, val, isScroller) {\n if (isScroller ? val == cm.doc.scrollLeft : Math.abs(cm.doc.scrollLeft - val) < 2) return;\n val = Math.min(val, cm.display.scroller.scrollWidth - cm.display.scroller.clientWidth);\n cm.doc.scrollLeft = val;\n alignHorizontally(cm);\n if (cm.display.scroller.scrollLeft != val) cm.display.scroller.scrollLeft = val;\n if (cm.display.scrollbarH.scrollLeft != val) cm.display.scrollbarH.scrollLeft = val;\n }\n\n // Since the delta values reported on mouse wheel events are\n // unstandardized between browsers and even browser versions, and\n // generally horribly unpredictable, this code starts by measuring\n // the scroll effect that the first few mouse wheel events have,\n // and, from that, detects the way it can convert deltas to pixel\n // offsets afterwards.\n //\n // The reason we want to know the amount a wheel event will scroll\n // is that it gives us a chance to update the display before the\n // actual scrolling happens, reducing flickering.\n\n var wheelSamples = 0, wheelPixelsPerUnit = null;\n // Fill in a browser-detected starting value on browsers where we\n // know one. These don't have to be accurate -- the result of them\n // being wrong would just be a slight flicker on the first wheel\n // scroll (if it is large enough).\n if (ie) wheelPixelsPerUnit = -.53;\n else if (gecko) wheelPixelsPerUnit = 15;\n else if (chrome) wheelPixelsPerUnit = -.7;\n else if (safari) wheelPixelsPerUnit = -1/3;\n\n function onScrollWheel(cm, e) {\n var dx = e.wheelDeltaX, dy = e.wheelDeltaY;\n if (dx == null && e.detail && e.axis == e.HORIZONTAL_AXIS) dx = e.detail;\n if (dy == null && e.detail && e.axis == e.VERTICAL_AXIS) dy = e.detail;\n else if (dy == null) dy = e.wheelDelta;\n\n var display = cm.display, scroll = display.scroller;\n // Quit if there's nothing to scroll here\n if (!(dx && scroll.scrollWidth > scroll.clientWidth ||\n dy && scroll.scrollHeight > scroll.clientHeight)) return;\n\n // Webkit browsers on OS X abort momentum scrolls when the target\n // of the scroll event is removed from the scrollable element.\n // This hack (see related code in patchDisplay) makes sure the\n // element is kept around.\n if (dy && mac && webkit) {\n outer: for (var cur = e.target, view = display.view; cur != scroll; cur = cur.parentNode) {\n for (var i = 0; i < view.length; i++) {\n if (view[i].node == cur) {\n cm.display.currentWheelTarget = cur;\n break outer;\n }\n }\n }\n }\n\n // On some browsers, horizontal scrolling will cause redraws to\n // happen before the gutter has been realigned, causing it to\n // wriggle around in a most unseemly way. When we have an\n // estimated pixels/delta value, we just handle horizontal\n // scrolling entirely here. It'll be slightly off from native, but\n // better than glitching out.\n if (dx && !gecko && !presto && wheelPixelsPerUnit != null) {\n if (dy)\n setScrollTop(cm, Math.max(0, Math.min(scroll.scrollTop + dy * wheelPixelsPerUnit, scroll.scrollHeight - scroll.clientHeight)));\n setScrollLeft(cm, Math.max(0, Math.min(scroll.scrollLeft + dx * wheelPixelsPerUnit, scroll.scrollWidth - scroll.clientWidth)));\n e_preventDefault(e);\n display.wheelStartX = null; // Abort measurement, if in progress\n return;\n }\n\n // 'Project' the visible viewport to cover the area that is being\n // scrolled into view (if we know enough to estimate it).\n if (dy && wheelPixelsPerUnit != null) {\n var pixels = dy * wheelPixelsPerUnit;\n var top = cm.doc.scrollTop, bot = top + display.wrapper.clientHeight;\n if (pixels < 0) top = Math.max(0, top + pixels - 50);\n else bot = Math.min(cm.doc.height, bot + pixels + 50);\n updateDisplay(cm, {top: top, bottom: bot});\n }\n\n if (wheelSamples < 20) {\n if (display.wheelStartX == null) {\n display.wheelStartX = scroll.scrollLeft; display.wheelStartY = scroll.scrollTop;\n display.wheelDX = dx; display.wheelDY = dy;\n setTimeout(function() {\n if (display.wheelStartX == null) return;\n var movedX = scroll.scrollLeft - display.wheelStartX;\n var movedY = scroll.scrollTop - display.wheelStartY;\n var sample = (movedY && display.wheelDY && movedY / display.wheelDY) ||\n (movedX && display.wheelDX && movedX / display.wheelDX);\n display.wheelStartX = display.wheelStartY = null;\n if (!sample) return;\n wheelPixelsPerUnit = (wheelPixelsPerUnit * wheelSamples + sample) / (wheelSamples + 1);\n ++wheelSamples;\n }, 200);\n } else {\n display.wheelDX += dx; display.wheelDY += dy;\n }\n }\n }\n\n // KEY EVENTS\n\n // Run a handler that was bound to a key.\n function doHandleBinding(cm, bound, dropShift) {\n if (typeof bound == \"string\") {\n bound = commands[bound];\n if (!bound) return false;\n }\n // Ensure previous input has been read, so that the handler sees a\n // consistent view of the document\n if (cm.display.pollingFast && readInput(cm)) cm.display.pollingFast = false;\n var prevShift = cm.display.shift, done = false;\n try {\n if (isReadOnly(cm)) cm.state.suppressEdits = true;\n if (dropShift) cm.display.shift = false;\n done = bound(cm) != Pass;\n } finally {\n cm.display.shift = prevShift;\n cm.state.suppressEdits = false;\n }\n return done;\n }\n\n // Collect the currently active keymaps.\n function allKeyMaps(cm) {\n var maps = cm.state.keyMaps.slice(0);\n if (cm.options.extraKeys) maps.push(cm.options.extraKeys);\n maps.push(cm.options.keyMap);\n return maps;\n }\n\n var maybeTransition;\n // Handle a key from the keydown event.\n function handleKeyBinding(cm, e) {\n // Handle automatic keymap transitions\n var startMap = getKeyMap(cm.options.keyMap), next = startMap.auto;\n clearTimeout(maybeTransition);\n if (next && !isModifierKey(e)) maybeTransition = setTimeout(function() {\n if (getKeyMap(cm.options.keyMap) == startMap) {\n cm.options.keyMap = (next.call ? next.call(null, cm) : next);\n keyMapChanged(cm);\n }\n }, 50);\n\n var name = keyName(e, true), handled = false;\n if (!name) return false;\n var keymaps = allKeyMaps(cm);\n\n if (e.shiftKey) {\n // First try to resolve full name (including 'Shift-'). Failing\n // that, see if there is a cursor-motion command (starting with\n // 'go') bound to the keyname without 'Shift-'.\n handled = lookupKey(\"Shift-\" + name, keymaps, function(b) {return doHandleBinding(cm, b, true);})\n || lookupKey(name, keymaps, function(b) {\n if (typeof b == \"string\" ? /^go[A-Z]/.test(b) : b.motion)\n return doHandleBinding(cm, b);\n });\n } else {\n handled = lookupKey(name, keymaps, function(b) { return doHandleBinding(cm, b); });\n }\n\n if (handled) {\n e_preventDefault(e);\n restartBlink(cm);\n signalLater(cm, \"keyHandled\", cm, name, e);\n }\n return handled;\n }\n\n // Handle a key from the keypress event\n function handleCharBinding(cm, e, ch) {\n var handled = lookupKey(\"'\" + ch + \"'\", allKeyMaps(cm),\n function(b) { return doHandleBinding(cm, b, true); });\n if (handled) {\n e_preventDefault(e);\n restartBlink(cm);\n signalLater(cm, \"keyHandled\", cm, \"'\" + ch + \"'\", e);\n }\n return handled;\n }\n\n var lastStoppedKey = null;\n function onKeyDown(e) {\n var cm = this;\n ensureFocus(cm);\n if (signalDOMEvent(cm, e)) return;\n // IE does strange things with escape.\n if (ie_upto10 && e.keyCode == 27) e.returnValue = false;\n var code = e.keyCode;\n cm.display.shift = code == 16 || e.shiftKey;\n var handled = handleKeyBinding(cm, e);\n if (presto) {\n lastStoppedKey = handled ? code : null;\n // Opera has no cut event... we try to at least catch the key combo\n if (!handled && code == 88 && !hasCopyEvent && (mac ? e.metaKey : e.ctrlKey))\n cm.replaceSelection(\"\", null, \"cut\");\n }\n\n // Turn mouse into crosshair when Alt is held on Mac.\n if (code == 18 && !/\\bCodeMirror-crosshair\\b/.test(cm.display.lineDiv.className))\n showCrossHair(cm);\n }\n\n function showCrossHair(cm) {\n var lineDiv = cm.display.lineDiv;\n addClass(lineDiv, \"CodeMirror-crosshair\");\n\n function up(e) {\n if (e.keyCode == 18 || !e.altKey) {\n rmClass(lineDiv, \"CodeMirror-crosshair\");\n off(document, \"keyup\", up);\n off(document, \"mouseover\", up);\n }\n }\n on(document, \"keyup\", up);\n on(document, \"mouseover\", up);\n }\n\n function onKeyUp(e) {\n if (signalDOMEvent(this, e)) return;\n if (e.keyCode == 16) this.doc.sel.shift = false;\n }\n\n function onKeyPress(e) {\n var cm = this;\n if (signalDOMEvent(cm, e)) return;\n var keyCode = e.keyCode, charCode = e.charCode;\n if (presto && keyCode == lastStoppedKey) {lastStoppedKey = null; e_preventDefault(e); return;}\n if (((presto && (!e.which || e.which < 10)) || khtml) && handleKeyBinding(cm, e)) return;\n var ch = String.fromCharCode(charCode == null ? keyCode : charCode);\n if (handleCharBinding(cm, e, ch)) return;\n if (ie && !ie_upto8) cm.display.inputHasSelection = null;\n fastPoll(cm);\n }\n\n // FOCUS/BLUR EVENTS\n\n function onFocus(cm) {\n if (cm.options.readOnly == \"nocursor\") return;\n if (!cm.state.focused) {\n signal(cm, \"focus\", cm);\n cm.state.focused = true;\n addClass(cm.display.wrapper, \"CodeMirror-focused\");\n // The prevInput test prevents this from firing when a context\n // menu is closed (since the resetInput would kill the\n // select-all detection hack)\n if (!cm.curOp && cm.display.selForContextMenu != cm.doc.sel) {\n resetInput(cm);\n if (webkit) setTimeout(bind(resetInput, cm, true), 0); // Issue #1730\n }\n }\n slowPoll(cm);\n restartBlink(cm);\n }\n function onBlur(cm) {\n if (cm.state.focused) {\n signal(cm, \"blur\", cm);\n cm.state.focused = false;\n rmClass(cm.display.wrapper, \"CodeMirror-focused\");\n }\n clearInterval(cm.display.blinker);\n setTimeout(function() {if (!cm.state.focused) cm.display.shift = false;}, 150);\n }\n\n // CONTEXT MENU HANDLING\n\n // To make the context menu work, we need to briefly unhide the\n // textarea (making it as unobtrusive as possible) to let the\n // right-click take effect on it.\n function onContextMenu(cm, e) {\n if (signalDOMEvent(cm, e, \"contextmenu\")) return;\n var display = cm.display;\n if (eventInWidget(display, e) || contextMenuInGutter(cm, e)) return;\n\n var pos = posFromMouse(cm, e), scrollPos = display.scroller.scrollTop;\n if (!pos || presto) return; // Opera is difficult.\n\n // Reset the current text selection only if the click is done outside of the selection\n // and 'resetSelectionOnContextMenu' option is true.\n var reset = cm.options.resetSelectionOnContextMenu;\n if (reset && cm.doc.sel.contains(pos) == -1)\n operation(cm, setSelection)(cm.doc, simpleSelection(pos), sel_dontScroll);\n\n var oldCSS = display.input.style.cssText;\n display.inputDiv.style.position = \"absolute\";\n display.input.style.cssText = \"position: fixed; width: 30px; height: 30px; top: \" + (e.clientY - 5) +\n \"px; left: \" + (e.clientX - 5) + \"px; z-index: 1000; background: \" +\n (ie ? \"rgba(255, 255, 255, .05)\" : \"transparent\") +\n \"; outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\";\n focusInput(cm);\n resetInput(cm);\n // Adds \"Select all\" to context menu in FF\n if (!cm.somethingSelected()) display.input.value = display.prevInput = \" \";\n display.selForContextMenu = cm.doc.sel;\n clearTimeout(display.detectingSelectAll);\n\n // Select-all will be greyed out if there's nothing to select, so\n // this adds a zero-width space so that we can later check whether\n // it got selected.\n function prepareSelectAllHack() {\n if (display.input.selectionStart != null) {\n var selected = cm.somethingSelected();\n var extval = display.input.value = \"\\u200b\" + (selected ? display.input.value : \"\");\n display.prevInput = selected ? \"\" : \"\\u200b\";\n display.input.selectionStart = 1; display.input.selectionEnd = extval.length;\n }\n }\n function rehide() {\n display.inputDiv.style.position = \"relative\";\n display.input.style.cssText = oldCSS;\n if (ie_upto8) display.scrollbarV.scrollTop = display.scroller.scrollTop = scrollPos;\n slowPoll(cm);\n\n // Try to detect the user choosing select-all\n if (display.input.selectionStart != null) {\n if (!ie || ie_upto8) prepareSelectAllHack();\n var i = 0, poll = function() {\n if (display.selForContextMenu == cm.doc.sel && display.input.selectionStart == 0)\n operation(cm, commands.selectAll)(cm);\n else if (i++ < 10) display.detectingSelectAll = setTimeout(poll, 500);\n else resetInput(cm);\n };\n display.detectingSelectAll = setTimeout(poll, 200);\n }\n }\n\n if (ie && !ie_upto8) prepareSelectAllHack();\n if (captureRightClick) {\n e_stop(e);\n var mouseup = function() {\n off(window, \"mouseup\", mouseup);\n setTimeout(rehide, 20);\n };\n on(window, \"mouseup\", mouseup);\n } else {\n setTimeout(rehide, 50);\n }\n }\n\n function contextMenuInGutter(cm, e) {\n if (!hasHandler(cm, \"gutterContextMenu\")) return false;\n return gutterEvent(cm, e, \"gutterContextMenu\", false, signal);\n }\n\n // UPDATING\n\n // Compute the position of the end of a change (its 'to' property\n // refers to the pre-change end).\n var changeEnd = CodeMirror.changeEnd = function(change) {\n if (!change.text) return change.to;\n return Pos(change.from.line + change.text.length - 1,\n lst(change.text).length + (change.text.length == 1 ? change.from.ch : 0));\n };\n\n // Adjust a position to refer to the post-change position of the\n // same text, or the end of the change if the change covers it.\n function adjustForChange(pos, change) {\n if (cmp(pos, change.from) < 0) return pos;\n if (cmp(pos, change.to) <= 0) return changeEnd(change);\n\n var line = pos.line + change.text.length - (change.to.line - change.from.line) - 1, ch = pos.ch;\n if (pos.line == change.to.line) ch += changeEnd(change).ch - change.to.ch;\n return Pos(line, ch);\n }\n\n function computeSelAfterChange(doc, change) {\n var out = [];\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n out.push(new Range(adjustForChange(range.anchor, change),\n adjustForChange(range.head, change)));\n }\n return normalizeSelection(out, doc.sel.primIndex);\n }\n\n function offsetPos(pos, old, nw) {\n if (pos.line == old.line)\n return Pos(nw.line, pos.ch - old.ch + nw.ch);\n else\n return Pos(nw.line + (pos.line - old.line), pos.ch);\n }\n\n // Used by replaceSelections to allow moving the selection to the\n // start or around the replaced test. Hint may be \"start\" or \"around\".\n function computeReplacedSel(doc, changes, hint) {\n var out = [];\n var oldPrev = Pos(doc.first, 0), newPrev = oldPrev;\n for (var i = 0; i < changes.length; i++) {\n var change = changes[i];\n var from = offsetPos(change.from, oldPrev, newPrev);\n var to = offsetPos(changeEnd(change), oldPrev, newPrev);\n oldPrev = change.to;\n newPrev = to;\n if (hint == \"around\") {\n var range = doc.sel.ranges[i], inv = cmp(range.head, range.anchor) < 0;\n out[i] = new Range(inv ? to : from, inv ? from : to);\n } else {\n out[i] = new Range(from, from);\n }\n }\n return new Selection(out, doc.sel.primIndex);\n }\n\n // Allow \"beforeChange\" event handlers to influence a change\n function filterChange(doc, change, update) {\n var obj = {\n canceled: false,\n from: change.from,\n to: change.to,\n text: change.text,\n origin: change.origin,\n cancel: function() { this.canceled = true; }\n };\n if (update) obj.update = function(from, to, text, origin) {\n if (from) this.from = clipPos(doc, from);\n if (to) this.to = clipPos(doc, to);\n if (text) this.text = text;\n if (origin !== undefined) this.origin = origin;\n };\n signal(doc, \"beforeChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeChange\", doc.cm, obj);\n\n if (obj.canceled) return null;\n return {from: obj.from, to: obj.to, text: obj.text, origin: obj.origin};\n }\n\n // Apply a change to a document, and add it to the document's\n // history, and propagating it to all linked documents.\n function makeChange(doc, change, ignoreReadOnly) {\n if (doc.cm) {\n if (!doc.cm.curOp) return operation(doc.cm, makeChange)(doc, change, ignoreReadOnly);\n if (doc.cm.state.suppressEdits) return;\n }\n\n if (hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\")) {\n change = filterChange(doc, change, true);\n if (!change) return;\n }\n\n // Possibly split or suppress the update based on the presence\n // of read-only spans in its range.\n var split = sawReadOnlySpans && !ignoreReadOnly && removeReadOnlyRanges(doc, change.from, change.to);\n if (split) {\n for (var i = split.length - 1; i >= 0; --i)\n makeChangeInner(doc, {from: split[i].from, to: split[i].to, text: i ? [\"\"] : change.text});\n } else {\n makeChangeInner(doc, change);\n }\n }\n\n function makeChangeInner(doc, change) {\n if (change.text.length == 1 && change.text[0] == \"\" && cmp(change.from, change.to) == 0) return;\n var selAfter = computeSelAfterChange(doc, change);\n addChangeToHistory(doc, change, selAfter, doc.cm ? doc.cm.curOp.id : NaN);\n\n makeChangeSingleDoc(doc, change, selAfter, stretchSpansOverChange(doc, change));\n var rebased = [];\n\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, stretchSpansOverChange(doc, change));\n });\n }\n\n // Revert a change stored in a document's history.\n function makeChangeFromHistory(doc, type, allowSelectionOnly) {\n if (doc.cm && doc.cm.state.suppressEdits) return;\n\n var hist = doc.history, event, selAfter = doc.sel;\n var source = type == \"undo\" ? hist.done : hist.undone, dest = type == \"undo\" ? hist.undone : hist.done;\n\n // Verify that there is a useable event (so that ctrl-z won't\n // needlessly clear selection events)\n for (var i = 0; i < source.length; i++) {\n event = source[i];\n if (allowSelectionOnly ? event.ranges && !event.equals(doc.sel) : !event.ranges)\n break;\n }\n if (i == source.length) return;\n hist.lastOrigin = hist.lastSelOrigin = null;\n\n for (;;) {\n event = source.pop();\n if (event.ranges) {\n pushSelectionToHistory(event, dest);\n if (allowSelectionOnly && !event.equals(doc.sel)) {\n setSelection(doc, event, {clearRedo: false});\n return;\n }\n selAfter = event;\n }\n else break;\n }\n\n // Build up a reverse change object to add to the opposite history\n // stack (redo when undoing, and vice versa).\n var antiChanges = [];\n pushSelectionToHistory(selAfter, dest);\n dest.push({changes: antiChanges, generation: hist.generation});\n hist.generation = event.generation || ++hist.maxGeneration;\n\n var filter = hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\");\n\n for (var i = event.changes.length - 1; i >= 0; --i) {\n var change = event.changes[i];\n change.origin = type;\n if (filter && !filterChange(doc, change, false)) {\n source.length = 0;\n return;\n }\n\n antiChanges.push(historyChangeFromChange(doc, change));\n\n var after = i ? computeSelAfterChange(doc, change, null) : lst(source);\n makeChangeSingleDoc(doc, change, after, mergeOldSpans(doc, change));\n if (!i && doc.cm) doc.cm.scrollIntoView(change);\n var rebased = [];\n\n // Propagate to the linked documents\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, mergeOldSpans(doc, change));\n });\n }\n }\n\n // Sub-views need their line numbers shifted when text is added\n // above or below them in the parent document.\n function shiftDoc(doc, distance) {\n if (distance == 0) return;\n doc.first += distance;\n doc.sel = new Selection(map(doc.sel.ranges, function(range) {\n return new Range(Pos(range.anchor.line + distance, range.anchor.ch),\n Pos(range.head.line + distance, range.head.ch));\n }), doc.sel.primIndex);\n if (doc.cm) {\n regChange(doc.cm, doc.first, doc.first - distance, distance);\n for (var d = doc.cm.display, l = d.viewFrom; l < d.viewTo; l++)\n regLineChange(doc.cm, l, \"gutter\");\n }\n }\n\n // More lower-level change function, handling only a single document\n // (not linked ones).\n function makeChangeSingleDoc(doc, change, selAfter, spans) {\n if (doc.cm && !doc.cm.curOp)\n return operation(doc.cm, makeChangeSingleDoc)(doc, change, selAfter, spans);\n\n if (change.to.line < doc.first) {\n shiftDoc(doc, change.text.length - 1 - (change.to.line - change.from.line));\n return;\n }\n if (change.from.line > doc.lastLine()) return;\n\n // Clip the change to the size of this doc\n if (change.from.line < doc.first) {\n var shift = change.text.length - 1 - (doc.first - change.from.line);\n shiftDoc(doc, shift);\n change = {from: Pos(doc.first, 0), to: Pos(change.to.line + shift, change.to.ch),\n text: [lst(change.text)], origin: change.origin};\n }\n var last = doc.lastLine();\n if (change.to.line > last) {\n change = {from: change.from, to: Pos(last, getLine(doc, last).text.length),\n text: [change.text[0]], origin: change.origin};\n }\n\n change.removed = getBetween(doc, change.from, change.to);\n\n if (!selAfter) selAfter = computeSelAfterChange(doc, change, null);\n if (doc.cm) makeChangeSingleDocInEditor(doc.cm, change, spans);\n else updateDoc(doc, change, spans);\n setSelectionNoUndo(doc, selAfter, sel_dontScroll);\n }\n\n // Handle the interaction of a change to a document with the editor\n // that this document is part of.\n function makeChangeSingleDocInEditor(cm, change, spans) {\n var doc = cm.doc, display = cm.display, from = change.from, to = change.to;\n\n var recomputeMaxLength = false, checkWidthStart = from.line;\n if (!cm.options.lineWrapping) {\n checkWidthStart = lineNo(visualLine(getLine(doc, from.line)));\n doc.iter(checkWidthStart, to.line + 1, function(line) {\n if (line == display.maxLine) {\n recomputeMaxLength = true;\n return true;\n }\n });\n }\n\n if (doc.sel.contains(change.from, change.to) > -1)\n signalCursorActivity(cm);\n\n updateDoc(doc, change, spans, estimateHeight(cm));\n\n if (!cm.options.lineWrapping) {\n doc.iter(checkWidthStart, from.line + change.text.length, function(line) {\n var len = lineLength(line);\n if (len > display.maxLineLength) {\n display.maxLine = line;\n display.maxLineLength = len;\n display.maxLineChanged = true;\n recomputeMaxLength = false;\n }\n });\n if (recomputeMaxLength) cm.curOp.updateMaxLine = true;\n }\n\n // Adjust frontier, schedule worker\n doc.frontier = Math.min(doc.frontier, from.line);\n startWorker(cm, 400);\n\n var lendiff = change.text.length - (to.line - from.line) - 1;\n // Remember that these lines changed, for updating the display\n if (from.line == to.line && change.text.length == 1 && !isWholeLineUpdate(cm.doc, change))\n regLineChange(cm, from.line, \"text\");\n else\n regChange(cm, from.line, to.line + 1, lendiff);\n\n var changesHandler = hasHandler(cm, \"changes\"), changeHandler = hasHandler(cm, \"change\");\n if (changeHandler || changesHandler) {\n var obj = {\n from: from, to: to,\n text: change.text,\n removed: change.removed,\n origin: change.origin\n };\n if (changeHandler) signalLater(cm, \"change\", cm, obj);\n if (changesHandler) (cm.curOp.changeObjs || (cm.curOp.changeObjs = [])).push(obj);\n }\n cm.display.selForContextMenu = null;\n }\n\n function replaceRange(doc, code, from, to, origin) {\n if (!to) to = from;\n if (cmp(to, from) < 0) { var tmp = to; to = from; from = tmp; }\n if (typeof code == \"string\") code = splitLines(code);\n makeChange(doc, {from: from, to: to, text: code, origin: origin});\n }\n\n // SCROLLING THINGS INTO VIEW\n\n // If an editor sits on the top or bottom of the window, partially\n // scrolled out of view, this ensures that the cursor is visible.\n function maybeScrollWindow(cm, coords) {\n var display = cm.display, box = display.sizer.getBoundingClientRect(), doScroll = null;\n if (coords.top + box.top < 0) doScroll = true;\n else if (coords.bottom + box.top > (window.innerHeight || document.documentElement.clientHeight)) doScroll = false;\n if (doScroll != null && !phantom) {\n var scrollNode = elt(\"div\", \"\\u200b\", null, \"position: absolute; top: \" +\n (coords.top - display.viewOffset - paddingTop(cm.display)) + \"px; height: \" +\n (coords.bottom - coords.top + scrollerCutOff) + \"px; left: \" +\n coords.left + \"px; width: 2px;\");\n cm.display.lineSpace.appendChild(scrollNode);\n scrollNode.scrollIntoView(doScroll);\n cm.display.lineSpace.removeChild(scrollNode);\n }\n }\n\n // Scroll a given position into view (immediately), verifying that\n // it actually became visible (as line heights are accurately\n // measured, the position of something may 'drift' during drawing).\n function scrollPosIntoView(cm, pos, end, margin) {\n if (margin == null) margin = 0;\n for (;;) {\n var changed = false, coords = cursorCoords(cm, pos);\n var endCoords = !end || end == pos ? coords : cursorCoords(cm, end);\n var scrollPos = calculateScrollPos(cm, Math.min(coords.left, endCoords.left),\n Math.min(coords.top, endCoords.top) - margin,\n Math.max(coords.left, endCoords.left),\n Math.max(coords.bottom, endCoords.bottom) + margin);\n var startTop = cm.doc.scrollTop, startLeft = cm.doc.scrollLeft;\n if (scrollPos.scrollTop != null) {\n setScrollTop(cm, scrollPos.scrollTop);\n if (Math.abs(cm.doc.scrollTop - startTop) > 1) changed = true;\n }\n if (scrollPos.scrollLeft != null) {\n setScrollLeft(cm, scrollPos.scrollLeft);\n if (Math.abs(cm.doc.scrollLeft - startLeft) > 1) changed = true;\n }\n if (!changed) return coords;\n }\n }\n\n // Scroll a given set of coordinates into view (immediately).\n function scrollIntoView(cm, x1, y1, x2, y2) {\n var scrollPos = calculateScrollPos(cm, x1, y1, x2, y2);\n if (scrollPos.scrollTop != null) setScrollTop(cm, scrollPos.scrollTop);\n if (scrollPos.scrollLeft != null) setScrollLeft(cm, scrollPos.scrollLeft);\n }\n\n // Calculate a new scroll position needed to scroll the given\n // rectangle into view. Returns an object with scrollTop and\n // scrollLeft properties. When these are undefined, the\n // vertical/horizontal position does not need to be adjusted.\n function calculateScrollPos(cm, x1, y1, x2, y2) {\n var display = cm.display, snapMargin = textHeight(cm.display);\n if (y1 < 0) y1 = 0;\n var screentop = cm.curOp && cm.curOp.scrollTop != null ? cm.curOp.scrollTop : display.scroller.scrollTop;\n var screen = display.scroller.clientHeight - scrollerCutOff, result = {};\n var docBottom = cm.doc.height + paddingVert(display);\n var atTop = y1 < snapMargin, atBottom = y2 > docBottom - snapMargin;\n if (y1 < screentop) {\n result.scrollTop = atTop ? 0 : y1;\n } else if (y2 > screentop + screen) {\n var newTop = Math.min(y1, (atBottom ? docBottom : y2) - screen);\n if (newTop != screentop) result.scrollTop = newTop;\n }\n\n var screenleft = cm.curOp && cm.curOp.scrollLeft != null ? cm.curOp.scrollLeft : display.scroller.scrollLeft;\n var screenw = display.scroller.clientWidth - scrollerCutOff;\n x1 += display.gutters.offsetWidth; x2 += display.gutters.offsetWidth;\n var gutterw = display.gutters.offsetWidth;\n var atLeft = x1 < gutterw + 10;\n if (x1 < screenleft + gutterw || atLeft) {\n if (atLeft) x1 = 0;\n result.scrollLeft = Math.max(0, x1 - 10 - gutterw);\n } else if (x2 > screenw + screenleft - 3) {\n result.scrollLeft = x2 + 10 - screenw;\n }\n return result;\n }\n\n // Store a relative adjustment to the scroll position in the current\n // operation (to be applied when the operation finishes).\n function addToScrollPos(cm, left, top) {\n if (left != null || top != null) resolveScrollToPos(cm);\n if (left != null)\n cm.curOp.scrollLeft = (cm.curOp.scrollLeft == null ? cm.doc.scrollLeft : cm.curOp.scrollLeft) + left;\n if (top != null)\n cm.curOp.scrollTop = (cm.curOp.scrollTop == null ? cm.doc.scrollTop : cm.curOp.scrollTop) + top;\n }\n\n // Make sure that at the end of the operation the current cursor is\n // shown.\n function ensureCursorVisible(cm) {\n resolveScrollToPos(cm);\n var cur = cm.getCursor(), from = cur, to = cur;\n if (!cm.options.lineWrapping) {\n from = cur.ch ? Pos(cur.line, cur.ch - 1) : cur;\n to = Pos(cur.line, cur.ch + 1);\n }\n cm.curOp.scrollToPos = {from: from, to: to, margin: cm.options.cursorScrollMargin, isCursor: true};\n }\n\n // When an operation has its scrollToPos property set, and another\n // scroll action is applied before the end of the operation, this\n // 'simulates' scrolling that position into view in a cheap way, so\n // that the effect of intermediate scroll commands is not ignored.\n function resolveScrollToPos(cm) {\n var range = cm.curOp.scrollToPos;\n if (range) {\n cm.curOp.scrollToPos = null;\n var from = estimateCoords(cm, range.from), to = estimateCoords(cm, range.to);\n var sPos = calculateScrollPos(cm, Math.min(from.left, to.left),\n Math.min(from.top, to.top) - range.margin,\n Math.max(from.right, to.right),\n Math.max(from.bottom, to.bottom) + range.margin);\n cm.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }\n\n // API UTILITIES\n\n // Indent the given line. The how parameter can be \"smart\",\n // \"add\"/null, \"subtract\", or \"prev\". When aggressive is false\n // (typically set to true for forced single-line indents), empty\n // lines are not indented, and places where the mode returns Pass\n // are left alone.\n function indentLine(cm, n, how, aggressive) {\n var doc = cm.doc, state;\n if (how == null) how = \"add\";\n if (how == \"smart\") {\n // Fall back to \"prev\" when the mode doesn't have an indentation\n // method.\n if (!cm.doc.mode.indent) how = \"prev\";\n else state = getStateBefore(cm, n);\n }\n\n var tabSize = cm.options.tabSize;\n var line = getLine(doc, n), curSpace = countColumn(line.text, null, tabSize);\n if (line.stateAfter) line.stateAfter = null;\n var curSpaceString = line.text.match(/^\\s*/)[0], indentation;\n if (!aggressive && !/\\S/.test(line.text)) {\n indentation = 0;\n how = \"not\";\n } else if (how == \"smart\") {\n indentation = cm.doc.mode.indent(state, line.text.slice(curSpaceString.length), line.text);\n if (indentation == Pass) {\n if (!aggressive) return;\n how = \"prev\";\n }\n }\n if (how == \"prev\") {\n if (n > doc.first) indentation = countColumn(getLine(doc, n-1).text, null, tabSize);\n else indentation = 0;\n } else if (how == \"add\") {\n indentation = curSpace + cm.options.indentUnit;\n } else if (how == \"subtract\") {\n indentation = curSpace - cm.options.indentUnit;\n } else if (typeof how == \"number\") {\n indentation = curSpace + how;\n }\n indentation = Math.max(0, indentation);\n\n var indentString = \"\", pos = 0;\n if (cm.options.indentWithTabs)\n for (var i = Math.floor(indentation / tabSize); i; --i) {pos += tabSize; indentString += \"\\t\";}\n if (pos < indentation) indentString += spaceStr(indentation - pos);\n\n if (indentString != curSpaceString) {\n replaceRange(cm.doc, indentString, Pos(n, 0), Pos(n, curSpaceString.length), \"+input\");\n } else {\n // Ensure that, if the cursor was in the whitespace at the start\n // of the line, it is moved to the end of that space.\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n if (range.head.line == n && range.head.ch < curSpaceString.length) {\n var pos = Pos(n, curSpaceString.length);\n replaceOneSelection(doc, i, new Range(pos, pos));\n break;\n }\n }\n }\n line.stateAfter = null;\n }\n\n // Utility for applying a change to a line by handle or number,\n // returning the number and optionally registering the line as\n // changed.\n function changeLine(cm, handle, changeType, op) {\n var no = handle, line = handle, doc = cm.doc;\n if (typeof handle == \"number\") line = getLine(doc, clipLine(doc, handle));\n else no = lineNo(handle);\n if (no == null) return null;\n if (op(line, no)) regLineChange(cm, no, changeType);\n return line;\n }\n\n // Helper for deleting text near the selection(s), used to implement\n // backspace, delete, and similar functionality.\n function deleteNearSelection(cm, compute) {\n var ranges = cm.doc.sel.ranges, kill = [];\n // Build up a set of ranges to kill first, merging overlapping\n // ranges.\n for (var i = 0; i < ranges.length; i++) {\n var toKill = compute(ranges[i]);\n while (kill.length && cmp(toKill.from, lst(kill).to) <= 0) {\n var replaced = kill.pop();\n if (cmp(replaced.from, toKill.from) < 0) {\n toKill.from = replaced.from;\n break;\n }\n }\n kill.push(toKill);\n }\n // Next, remove those actual ranges.\n runInOp(cm, function() {\n for (var i = kill.length - 1; i >= 0; i--)\n replaceRange(cm.doc, \"\", kill[i].from, kill[i].to, \"+delete\");\n ensureCursorVisible(cm);\n });\n }\n\n // Used for horizontal relative motion. Dir is -1 or 1 (left or\n // right), unit can be \"char\", \"column\" (like char, but doesn't\n // cross line boundaries), \"word\" (across next word), or \"group\" (to\n // the start of next group of word or non-word-non-whitespace\n // chars). The visually param controls whether, in right-to-left\n // text, direction 1 means to move towards the next index in the\n // string, or towards the character to the right of the current\n // position. The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosH(doc, pos, dir, unit, visually) {\n var line = pos.line, ch = pos.ch, origDir = dir;\n var lineObj = getLine(doc, line);\n var possible = true;\n function findNextLine() {\n var l = line + dir;\n if (l < doc.first || l >= doc.first + doc.size) return (possible = false);\n line = l;\n return lineObj = getLine(doc, l);\n }\n function moveOnce(boundToLine) {\n var next = (visually ? moveVisually : moveLogically)(lineObj, ch, dir, true);\n if (next == null) {\n if (!boundToLine && findNextLine()) {\n if (visually) ch = (dir < 0 ? lineRight : lineLeft)(lineObj);\n else ch = dir < 0 ? lineObj.text.length : 0;\n } else return (possible = false);\n } else ch = next;\n return true;\n }\n\n if (unit == \"char\") moveOnce();\n else if (unit == \"column\") moveOnce(true);\n else if (unit == \"word\" || unit == \"group\") {\n var sawType = null, group = unit == \"group\";\n var helper = doc.cm && doc.cm.getHelper(pos, \"wordChars\");\n for (var first = true;; first = false) {\n if (dir < 0 && !moveOnce(!first)) break;\n var cur = lineObj.text.charAt(ch) || \"\\n\";\n var type = isWordChar(cur, helper) ? \"w\"\n : group && cur == \"\\n\" ? \"n\"\n : !group || /\\s/.test(cur) ? null\n : \"p\";\n if (group && !first && !type) type = \"s\";\n if (sawType && sawType != type) {\n if (dir < 0) {dir = 1; moveOnce();}\n break;\n }\n\n if (type) sawType = type;\n if (dir > 0 && !moveOnce(!first)) break;\n }\n }\n var result = skipAtomic(doc, Pos(line, ch), origDir, true);\n if (!possible) result.hitSide = true;\n return result;\n }\n\n // For relative vertical movement. Dir may be -1 or 1. Unit can be\n // \"page\" or \"line\". The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosV(cm, pos, dir, unit) {\n var doc = cm.doc, x = pos.left, y;\n if (unit == \"page\") {\n var pageSize = Math.min(cm.display.wrapper.clientHeight, window.innerHeight || document.documentElement.clientHeight);\n y = pos.top + dir * (pageSize - (dir < 0 ? 1.5 : .5) * textHeight(cm.display));\n } else if (unit == \"line\") {\n y = dir > 0 ? pos.bottom + 3 : pos.top - 3;\n }\n for (;;) {\n var target = coordsChar(cm, x, y);\n if (!target.outside) break;\n if (dir < 0 ? y <= 0 : y >= doc.height) { target.hitSide = true; break; }\n y += dir * 5;\n }\n return target;\n }\n\n // Find the word at the given position (as returned by coordsChar).\n function findWordAt(cm, pos) {\n var doc = cm.doc, line = getLine(doc, pos.line).text;\n var start = pos.ch, end = pos.ch;\n if (line) {\n var helper = cm.getHelper(pos, \"wordChars\");\n if ((pos.xRel < 0 || end == line.length) && start) --start; else ++end;\n var startChar = line.charAt(start);\n var check = isWordChar(startChar, helper)\n ? function(ch) { return isWordChar(ch, helper); }\n : /\\s/.test(startChar) ? function(ch) {return /\\s/.test(ch);}\n : function(ch) {return !/\\s/.test(ch) && !isWordChar(ch);};\n while (start > 0 && check(line.charAt(start - 1))) --start;\n while (end < line.length && check(line.charAt(end))) ++end;\n }\n return new Range(Pos(pos.line, start), Pos(pos.line, end));\n }\n\n // EDITOR METHODS\n\n // The publicly visible API. Note that methodOp(f) means\n // 'wrap f in an operation, performed on its `this` parameter'.\n\n // This is not the complete set of editor methods. Most of the\n // methods defined on the Doc type are also injected into\n // CodeMirror.prototype, for backwards compatibility and\n // convenience.\n\n CodeMirror.prototype = {\n constructor: CodeMirror,\n focus: function(){window.focus(); focusInput(this); fastPoll(this);},\n\n setOption: function(option, value) {\n var options = this.options, old = options[option];\n if (options[option] == value && option != \"mode\") return;\n options[option] = value;\n if (optionHandlers.hasOwnProperty(option))\n operation(this, optionHandlers[option])(this, value, old);\n },\n\n getOption: function(option) {return this.options[option];},\n getDoc: function() {return this.doc;},\n\n addKeyMap: function(map, bottom) {\n this.state.keyMaps[bottom ? \"push\" : \"unshift\"](map);\n },\n removeKeyMap: function(map) {\n var maps = this.state.keyMaps;\n for (var i = 0; i < maps.length; ++i)\n if (maps[i] == map || (typeof maps[i] != \"string\" && maps[i].name == map)) {\n maps.splice(i, 1);\n return true;\n }\n },\n\n addOverlay: methodOp(function(spec, options) {\n var mode = spec.token ? spec : CodeMirror.getMode(this.options, spec);\n if (mode.startState) throw new Error(\"Overlays may not be stateful.\");\n this.state.overlays.push({mode: mode, modeSpec: spec, opaque: options && options.opaque});\n this.state.modeGen++;\n regChange(this);\n }),\n removeOverlay: methodOp(function(spec) {\n var overlays = this.state.overlays;\n for (var i = 0; i < overlays.length; ++i) {\n var cur = overlays[i].modeSpec;\n if (cur == spec || typeof spec == \"string\" && cur.name == spec) {\n overlays.splice(i, 1);\n this.state.modeGen++;\n regChange(this);\n return;\n }\n }\n }),\n\n indentLine: methodOp(function(n, dir, aggressive) {\n if (typeof dir != \"string\" && typeof dir != \"number\") {\n if (dir == null) dir = this.options.smartIndent ? \"smart\" : \"prev\";\n else dir = dir ? \"add\" : \"subtract\";\n }\n if (isLine(this.doc, n)) indentLine(this, n, dir, aggressive);\n }),\n indentSelection: methodOp(function(how) {\n var ranges = this.doc.sel.ranges, end = -1;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (!range.empty()) {\n var start = Math.max(end, range.from().line);\n var to = range.to();\n end = Math.min(this.lastLine(), to.line - (to.ch ? 0 : 1)) + 1;\n for (var j = start; j < end; ++j)\n indentLine(this, j, how);\n } else if (range.head.line > end) {\n indentLine(this, range.head.line, how, true);\n end = range.head.line;\n if (i == this.doc.sel.primIndex) ensureCursorVisible(this);\n }\n }\n }),\n\n // Fetch the parser token for a given character. Useful for hacks\n // that want to inspect the mode state (say, for completion).\n getTokenAt: function(pos, precise) {\n var doc = this.doc;\n pos = clipPos(doc, pos);\n var state = getStateBefore(this, pos.line, precise), mode = this.doc.mode;\n var line = getLine(doc, pos.line);\n var stream = new StringStream(line.text, this.options.tabSize);\n while (stream.pos < pos.ch && !stream.eol()) {\n stream.start = stream.pos;\n var style = readToken(mode, stream, state);\n }\n return {start: stream.start,\n end: stream.pos,\n string: stream.current(),\n type: style || null,\n state: state};\n },\n\n getTokenTypeAt: function(pos) {\n pos = clipPos(this.doc, pos);\n var styles = getLineStyles(this, getLine(this.doc, pos.line));\n var before = 0, after = (styles.length - 1) / 2, ch = pos.ch;\n var type;\n if (ch == 0) type = styles[2];\n else for (;;) {\n var mid = (before + after) >> 1;\n if ((mid ? styles[mid * 2 - 1] : 0) >= ch) after = mid;\n else if (styles[mid * 2 + 1] < ch) before = mid + 1;\n else { type = styles[mid * 2 + 2]; break; }\n }\n var cut = type ? type.indexOf(\"cm-overlay \") : -1;\n return cut < 0 ? type : cut == 0 ? null : type.slice(0, cut - 1);\n },\n\n getModeAt: function(pos) {\n var mode = this.doc.mode;\n if (!mode.innerMode) return mode;\n return CodeMirror.innerMode(mode, this.getTokenAt(pos).state).mode;\n },\n\n getHelper: function(pos, type) {\n return this.getHelpers(pos, type)[0];\n },\n\n getHelpers: function(pos, type) {\n var found = [];\n if (!helpers.hasOwnProperty(type)) return helpers;\n var help = helpers[type], mode = this.getModeAt(pos);\n if (typeof mode[type] == \"string\") {\n if (help[mode[type]]) found.push(help[mode[type]]);\n } else if (mode[type]) {\n for (var i = 0; i < mode[type].length; i++) {\n var val = help[mode[type][i]];\n if (val) found.push(val);\n }\n } else if (mode.helperType && help[mode.helperType]) {\n found.push(help[mode.helperType]);\n } else if (help[mode.name]) {\n found.push(help[mode.name]);\n }\n for (var i = 0; i < help._global.length; i++) {\n var cur = help._global[i];\n if (cur.pred(mode, this) && indexOf(found, cur.val) == -1)\n found.push(cur.val);\n }\n return found;\n },\n\n getStateAfter: function(line, precise) {\n var doc = this.doc;\n line = clipLine(doc, line == null ? doc.first + doc.size - 1: line);\n return getStateBefore(this, line + 1, precise);\n },\n\n cursorCoords: function(start, mode) {\n var pos, range = this.doc.sel.primary();\n if (start == null) pos = range.head;\n else if (typeof start == \"object\") pos = clipPos(this.doc, start);\n else pos = start ? range.from() : range.to();\n return cursorCoords(this, pos, mode || \"page\");\n },\n\n charCoords: function(pos, mode) {\n return charCoords(this, clipPos(this.doc, pos), mode || \"page\");\n },\n\n coordsChar: function(coords, mode) {\n coords = fromCoordSystem(this, coords, mode || \"page\");\n return coordsChar(this, coords.left, coords.top);\n },\n\n lineAtHeight: function(height, mode) {\n height = fromCoordSystem(this, {top: height, left: 0}, mode || \"page\").top;\n return lineAtHeight(this.doc, height + this.display.viewOffset);\n },\n heightAtLine: function(line, mode) {\n var end = false, last = this.doc.first + this.doc.size - 1;\n if (line < this.doc.first) line = this.doc.first;\n else if (line > last) { line = last; end = true; }\n var lineObj = getLine(this.doc, line);\n return intoCoordSystem(this, lineObj, {top: 0, left: 0}, mode || \"page\").top +\n (end ? this.doc.height - heightAtLine(lineObj) : 0);\n },\n\n defaultTextHeight: function() { return textHeight(this.display); },\n defaultCharWidth: function() { return charWidth(this.display); },\n\n setGutterMarker: methodOp(function(line, gutterID, value) {\n return changeLine(this, line, \"gutter\", function(line) {\n var markers = line.gutterMarkers || (line.gutterMarkers = {});\n markers[gutterID] = value;\n if (!value && isEmpty(markers)) line.gutterMarkers = null;\n return true;\n });\n }),\n\n clearGutter: methodOp(function(gutterID) {\n var cm = this, doc = cm.doc, i = doc.first;\n doc.iter(function(line) {\n if (line.gutterMarkers && line.gutterMarkers[gutterID]) {\n line.gutterMarkers[gutterID] = null;\n regLineChange(cm, i, \"gutter\");\n if (isEmpty(line.gutterMarkers)) line.gutterMarkers = null;\n }\n ++i;\n });\n }),\n\n addLineClass: methodOp(function(handle, where, cls) {\n return changeLine(this, handle, \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\" : where == \"background\" ? \"bgClass\" : \"wrapClass\";\n if (!line[prop]) line[prop] = cls;\n else if (new RegExp(\"(?:^|\\\\s)\" + cls + \"(?:$|\\\\s)\").test(line[prop])) return false;\n else line[prop] += \" \" + cls;\n return true;\n });\n }),\n\n removeLineClass: methodOp(function(handle, where, cls) {\n return changeLine(this, handle, \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\" : where == \"background\" ? \"bgClass\" : \"wrapClass\";\n var cur = line[prop];\n if (!cur) return false;\n else if (cls == null) line[prop] = null;\n else {\n var found = cur.match(new RegExp(\"(?:^|\\\\s+)\" + cls + \"(?:$|\\\\s+)\"));\n if (!found) return false;\n var end = found.index + found[0].length;\n line[prop] = cur.slice(0, found.index) + (!found.index || end == cur.length ? \"\" : \" \") + cur.slice(end) || null;\n }\n return true;\n });\n }),\n\n addLineWidget: methodOp(function(handle, node, options) {\n return addLineWidget(this, handle, node, options);\n }),\n\n removeLineWidget: function(widget) { widget.clear(); },\n\n lineInfo: function(line) {\n if (typeof line == \"number\") {\n if (!isLine(this.doc, line)) return null;\n var n = line;\n line = getLine(this.doc, line);\n if (!line) return null;\n } else {\n var n = lineNo(line);\n if (n == null) return null;\n }\n return {line: n, handle: line, text: line.text, gutterMarkers: line.gutterMarkers,\n textClass: line.textClass, bgClass: line.bgClass, wrapClass: line.wrapClass,\n widgets: line.widgets};\n },\n\n getViewport: function() { return {from: this.display.viewFrom, to: this.display.viewTo};},\n\n addWidget: function(pos, node, scroll, vert, horiz) {\n var display = this.display;\n pos = cursorCoords(this, clipPos(this.doc, pos));\n var top = pos.bottom, left = pos.left;\n node.style.position = \"absolute\";\n display.sizer.appendChild(node);\n if (vert == \"over\") {\n top = pos.top;\n } else if (vert == \"above\" || vert == \"near\") {\n var vspace = Math.max(display.wrapper.clientHeight, this.doc.height),\n hspace = Math.max(display.sizer.clientWidth, display.lineSpace.clientWidth);\n // Default to positioning above (if specified and possible); otherwise default to positioning below\n if ((vert == 'above' || pos.bottom + node.offsetHeight > vspace) && pos.top > node.offsetHeight)\n top = pos.top - node.offsetHeight;\n else if (pos.bottom + node.offsetHeight <= vspace)\n top = pos.bottom;\n if (left + node.offsetWidth > hspace)\n left = hspace - node.offsetWidth;\n }\n node.style.top = top + \"px\";\n node.style.left = node.style.right = \"\";\n if (horiz == \"right\") {\n left = display.sizer.clientWidth - node.offsetWidth;\n node.style.right = \"0px\";\n } else {\n if (horiz == \"left\") left = 0;\n else if (horiz == \"middle\") left = (display.sizer.clientWidth - node.offsetWidth) / 2;\n node.style.left = left + \"px\";\n }\n if (scroll)\n scrollIntoView(this, left, top, left + node.offsetWidth, top + node.offsetHeight);\n },\n\n triggerOnKeyDown: methodOp(onKeyDown),\n triggerOnKeyPress: methodOp(onKeyPress),\n triggerOnKeyUp: methodOp(onKeyUp),\n\n execCommand: function(cmd) {\n if (commands.hasOwnProperty(cmd))\n return commands[cmd](this);\n },\n\n findPosH: function(from, amount, unit, visually) {\n var dir = 1;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n cur = findPosH(this.doc, cur, dir, unit, visually);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveH: methodOp(function(dir, unit) {\n var cm = this;\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosH(cm.doc, range.head, dir, unit, cm.options.rtlMoveVisually);\n else\n return dir < 0 ? range.from() : range.to();\n }, sel_move);\n }),\n\n deleteH: methodOp(function(dir, unit) {\n var sel = this.doc.sel, doc = this.doc;\n if (sel.somethingSelected())\n doc.replaceSelection(\"\", null, \"+delete\");\n else\n deleteNearSelection(this, function(range) {\n var other = findPosH(doc, range.head, dir, unit, false);\n return dir < 0 ? {from: other, to: range.head} : {from: range.head, to: other};\n });\n }),\n\n findPosV: function(from, amount, unit, goalColumn) {\n var dir = 1, x = goalColumn;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n var coords = cursorCoords(this, cur, \"div\");\n if (x == null) x = coords.left;\n else coords.left = x;\n cur = findPosV(this, coords, dir, unit);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveV: methodOp(function(dir, unit) {\n var cm = this, doc = this.doc, goals = [];\n var collapse = !cm.display.shift && !doc.extend && doc.sel.somethingSelected();\n doc.extendSelectionsBy(function(range) {\n if (collapse)\n return dir < 0 ? range.from() : range.to();\n var headPos = cursorCoords(cm, range.head, \"div\");\n if (range.goalColumn != null) headPos.left = range.goalColumn;\n goals.push(headPos.left);\n var pos = findPosV(cm, headPos, dir, unit);\n if (unit == \"page\" && range == doc.sel.primary())\n addToScrollPos(cm, null, charCoords(cm, pos, \"div\").top - headPos.top);\n return pos;\n }, sel_move);\n if (goals.length) for (var i = 0; i < doc.sel.ranges.length; i++)\n doc.sel.ranges[i].goalColumn = goals[i];\n }),\n\n toggleOverwrite: function(value) {\n if (value != null && value == this.state.overwrite) return;\n if (this.state.overwrite = !this.state.overwrite)\n addClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n else\n rmClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n\n signal(this, \"overwriteToggle\", this, this.state.overwrite);\n },\n hasFocus: function() { return activeElt() == this.display.input; },\n\n scrollTo: methodOp(function(x, y) {\n if (x != null || y != null) resolveScrollToPos(this);\n if (x != null) this.curOp.scrollLeft = x;\n if (y != null) this.curOp.scrollTop = y;\n }),\n getScrollInfo: function() {\n var scroller = this.display.scroller, co = scrollerCutOff;\n return {left: scroller.scrollLeft, top: scroller.scrollTop,\n height: scroller.scrollHeight - co, width: scroller.scrollWidth - co,\n clientHeight: scroller.clientHeight - co, clientWidth: scroller.clientWidth - co};\n },\n\n scrollIntoView: methodOp(function(range, margin) {\n if (range == null) {\n range = {from: this.doc.sel.primary().head, to: null};\n if (margin == null) margin = this.options.cursorScrollMargin;\n } else if (typeof range == \"number\") {\n range = {from: Pos(range, 0), to: null};\n } else if (range.from == null) {\n range = {from: range, to: null};\n }\n if (!range.to) range.to = range.from;\n range.margin = margin || 0;\n\n if (range.from.line != null) {\n resolveScrollToPos(this);\n this.curOp.scrollToPos = range;\n } else {\n var sPos = calculateScrollPos(this, Math.min(range.from.left, range.to.left),\n Math.min(range.from.top, range.to.top) - range.margin,\n Math.max(range.from.right, range.to.right),\n Math.max(range.from.bottom, range.to.bottom) + range.margin);\n this.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }),\n\n setSize: methodOp(function(width, height) {\n function interpret(val) {\n return typeof val == \"number\" || /^\\d+$/.test(String(val)) ? val + \"px\" : val;\n }\n if (width != null) this.display.wrapper.style.width = interpret(width);\n if (height != null) this.display.wrapper.style.height = interpret(height);\n if (this.options.lineWrapping) clearLineMeasurementCache(this);\n this.curOp.forceUpdate = true;\n signal(this, \"refresh\", this);\n }),\n\n operation: function(f){return runInOp(this, f);},\n\n refresh: methodOp(function() {\n var oldHeight = this.display.cachedTextHeight;\n regChange(this);\n this.curOp.forceUpdate = true;\n clearCaches(this);\n this.scrollTo(this.doc.scrollLeft, this.doc.scrollTop);\n updateGutterSpace(this);\n if (oldHeight == null || Math.abs(oldHeight - textHeight(this.display)) > .5)\n estimateLineHeights(this);\n signal(this, \"refresh\", this);\n }),\n\n swapDoc: methodOp(function(doc) {\n var old = this.doc;\n old.cm = null;\n attachDoc(this, doc);\n clearCaches(this);\n resetInput(this);\n this.scrollTo(doc.scrollLeft, doc.scrollTop);\n signalLater(this, \"swapDoc\", this, old);\n return old;\n }),\n\n getInputField: function(){return this.display.input;},\n getWrapperElement: function(){return this.display.wrapper;},\n getScrollerElement: function(){return this.display.scroller;},\n getGutterElement: function(){return this.display.gutters;}\n };\n eventMixin(CodeMirror);\n\n // OPTION DEFAULTS\n\n // The default configuration options.\n var defaults = CodeMirror.defaults = {};\n // Functions to run when options are changed.\n var optionHandlers = CodeMirror.optionHandlers = {};\n\n function option(name, deflt, handle, notOnInit) {\n CodeMirror.defaults[name] = deflt;\n if (handle) optionHandlers[name] =\n notOnInit ? function(cm, val, old) {if (old != Init) handle(cm, val, old);} : handle;\n }\n\n // Passed to option handlers when there is no old value.\n var Init = CodeMirror.Init = {toString: function(){return \"CodeMirror.Init\";}};\n\n // These two are, on init, called from the constructor because they\n // have to be initialized before the editor can start at all.\n option(\"value\", \"\", function(cm, val) {\n cm.setValue(val);\n }, true);\n option(\"mode\", null, function(cm, val) {\n cm.doc.modeOption = val;\n loadMode(cm);\n }, true);\n\n option(\"indentUnit\", 2, loadMode, true);\n option(\"indentWithTabs\", false);\n option(\"smartIndent\", true);\n option(\"tabSize\", 4, function(cm) {\n resetModeState(cm);\n clearCaches(cm);\n regChange(cm);\n }, true);\n option(\"specialChars\", /[\\t\\u0000-\\u0019\\u00ad\\u200b\\u2028\\u2029\\ufeff]/g, function(cm, val) {\n cm.options.specialChars = new RegExp(val.source + (val.test(\"\\t\") ? \"\" : \"|\\t\"), \"g\");\n cm.refresh();\n }, true);\n option(\"specialCharPlaceholder\", defaultSpecialCharPlaceholder, function(cm) {cm.refresh();}, true);\n option(\"electricChars\", true);\n option(\"rtlMoveVisually\", !windows);\n option(\"wholeLineUpdateBefore\", true);\n\n option(\"theme\", \"default\", function(cm) {\n themeChanged(cm);\n guttersChanged(cm);\n }, true);\n option(\"keyMap\", \"default\", keyMapChanged);\n option(\"extraKeys\", null);\n\n option(\"lineWrapping\", false, wrappingChanged, true);\n option(\"gutters\", [], function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"fixedGutter\", true, function(cm, val) {\n cm.display.gutters.style.left = val ? compensateForHScroll(cm.display) + \"px\" : \"0\";\n cm.refresh();\n }, true);\n option(\"coverGutterNextToScrollbar\", false, updateScrollbars, true);\n option(\"lineNumbers\", false, function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"firstLineNumber\", 1, guttersChanged, true);\n option(\"lineNumberFormatter\", function(integer) {return integer;}, guttersChanged, true);\n option(\"showCursorWhenSelecting\", false, updateSelection, true);\n\n option(\"resetSelectionOnContextMenu\", true);\n\n option(\"readOnly\", false, function(cm, val) {\n if (val == \"nocursor\") {\n onBlur(cm);\n cm.display.input.blur();\n cm.display.disabled = true;\n } else {\n cm.display.disabled = false;\n if (!val) resetInput(cm);\n }\n });\n option(\"disableInput\", false, function(cm, val) {if (!val) resetInput(cm);}, true);\n option(\"dragDrop\", true);\n\n option(\"cursorBlinkRate\", 530);\n option(\"cursorScrollMargin\", 0);\n option(\"cursorHeight\", 1);\n option(\"workTime\", 100);\n option(\"workDelay\", 100);\n option(\"flattenSpans\", true, resetModeState, true);\n option(\"addModeClass\", false, resetModeState, true);\n option(\"pollInterval\", 100);\n option(\"undoDepth\", 200, function(cm, val){cm.doc.history.undoDepth = val;});\n option(\"historyEventDelay\", 1250);\n option(\"viewportMargin\", 10, function(cm){cm.refresh();}, true);\n option(\"maxHighlightLength\", 10000, resetModeState, true);\n option(\"moveInputWithCursor\", true, function(cm, val) {\n if (!val) cm.display.inputDiv.style.top = cm.display.inputDiv.style.left = 0;\n });\n\n option(\"tabindex\", null, function(cm, val) {\n cm.display.input.tabIndex = val || \"\";\n });\n option(\"autofocus\", null);\n\n // MODE DEFINITION AND QUERYING\n\n // Known modes, by name and by MIME\n var modes = CodeMirror.modes = {}, mimeModes = CodeMirror.mimeModes = {};\n\n // Extra arguments are stored as the mode's dependencies, which is\n // used by (legacy) mechanisms like loadmode.js to automatically\n // load a mode. (Preferred mechanism is the require/define calls.)\n CodeMirror.defineMode = function(name, mode) {\n if (!CodeMirror.defaults.mode && name != \"null\") CodeMirror.defaults.mode = name;\n if (arguments.length > 2) {\n mode.dependencies = [];\n for (var i = 2; i < arguments.length; ++i) mode.dependencies.push(arguments[i]);\n }\n modes[name] = mode;\n };\n\n CodeMirror.defineMIME = function(mime, spec) {\n mimeModes[mime] = spec;\n };\n\n // Given a MIME type, a {name, ...options} config object, or a name\n // string, return a mode config object.\n CodeMirror.resolveMode = function(spec) {\n if (typeof spec == \"string\" && mimeModes.hasOwnProperty(spec)) {\n spec = mimeModes[spec];\n } else if (spec && typeof spec.name == \"string\" && mimeModes.hasOwnProperty(spec.name)) {\n var found = mimeModes[spec.name];\n if (typeof found == \"string\") found = {name: found};\n spec = createObj(found, spec);\n spec.name = found.name;\n } else if (typeof spec == \"string\" && /^[\\w\\-]+\\/[\\w\\-]+\\+xml$/.test(spec)) {\n return CodeMirror.resolveMode(\"application/xml\");\n }\n if (typeof spec == \"string\") return {name: spec};\n else return spec || {name: \"null\"};\n };\n\n // Given a mode spec (anything that resolveMode accepts), find and\n // initialize an actual mode object.\n CodeMirror.getMode = function(options, spec) {\n var spec = CodeMirror.resolveMode(spec);\n var mfactory = modes[spec.name];\n if (!mfactory) return CodeMirror.getMode(options, \"text/plain\");\n var modeObj = mfactory(options, spec);\n if (modeExtensions.hasOwnProperty(spec.name)) {\n var exts = modeExtensions[spec.name];\n for (var prop in exts) {\n if (!exts.hasOwnProperty(prop)) continue;\n if (modeObj.hasOwnProperty(prop)) modeObj[\"_\" + prop] = modeObj[prop];\n modeObj[prop] = exts[prop];\n }\n }\n modeObj.name = spec.name;\n if (spec.helperType) modeObj.helperType = spec.helperType;\n if (spec.modeProps) for (var prop in spec.modeProps)\n modeObj[prop] = spec.modeProps[prop];\n\n return modeObj;\n };\n\n // Minimal default mode.\n CodeMirror.defineMode(\"null\", function() {\n return {token: function(stream) {stream.skipToEnd();}};\n });\n CodeMirror.defineMIME(\"text/plain\", \"null\");\n\n // This can be used to attach properties to mode objects from\n // outside the actual mode definition.\n var modeExtensions = CodeMirror.modeExtensions = {};\n CodeMirror.extendMode = function(mode, properties) {\n var exts = modeExtensions.hasOwnProperty(mode) ? modeExtensions[mode] : (modeExtensions[mode] = {});\n copyObj(properties, exts);\n };\n\n // EXTENSIONS\n\n CodeMirror.defineExtension = function(name, func) {\n CodeMirror.prototype[name] = func;\n };\n CodeMirror.defineDocExtension = function(name, func) {\n Doc.prototype[name] = func;\n };\n CodeMirror.defineOption = option;\n\n var initHooks = [];\n CodeMirror.defineInitHook = function(f) {initHooks.push(f);};\n\n var helpers = CodeMirror.helpers = {};\n CodeMirror.registerHelper = function(type, name, value) {\n if (!helpers.hasOwnProperty(type)) helpers[type] = CodeMirror[type] = {_global: []};\n helpers[type][name] = value;\n };\n CodeMirror.registerGlobalHelper = function(type, name, predicate, value) {\n CodeMirror.registerHelper(type, name, value);\n helpers[type]._global.push({pred: predicate, val: value});\n };\n\n // MODE STATE HANDLING\n\n // Utility functions for working with state. Exported because nested\n // modes need to do this for their inner modes.\n\n var copyState = CodeMirror.copyState = function(mode, state) {\n if (state === true) return state;\n if (mode.copyState) return mode.copyState(state);\n var nstate = {};\n for (var n in state) {\n var val = state[n];\n if (val instanceof Array) val = val.concat([]);\n nstate[n] = val;\n }\n return nstate;\n };\n\n var startState = CodeMirror.startState = function(mode, a1, a2) {\n return mode.startState ? mode.startState(a1, a2) : true;\n };\n\n // Given a mode and a state (for that mode), find the inner mode and\n // state at the position that the state refers to.\n CodeMirror.innerMode = function(mode, state) {\n while (mode.innerMode) {\n var info = mode.innerMode(state);\n if (!info || info.mode == mode) break;\n state = info.state;\n mode = info.mode;\n }\n return info || {mode: mode, state: state};\n };\n\n // STANDARD COMMANDS\n\n // Commands are parameter-less actions that can be performed on an\n // editor, mostly used for keybindings.\n var commands = CodeMirror.commands = {\n selectAll: function(cm) {cm.setSelection(Pos(cm.firstLine(), 0), Pos(cm.lastLine()), sel_dontScroll);},\n singleSelection: function(cm) {\n cm.setSelection(cm.getCursor(\"anchor\"), cm.getCursor(\"head\"), sel_dontScroll);\n },\n killLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n if (range.empty()) {\n var len = getLine(cm.doc, range.head.line).text.length;\n if (range.head.ch == len && range.head.line < cm.lastLine())\n return {from: range.head, to: Pos(range.head.line + 1, 0)};\n else\n return {from: range.head, to: Pos(range.head.line, len)};\n } else {\n return {from: range.from(), to: range.to()};\n }\n });\n },\n deleteLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0),\n to: clipPos(cm.doc, Pos(range.to().line + 1, 0))};\n });\n },\n delLineLeft: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0), to: range.from()};\n });\n },\n undo: function(cm) {cm.undo();},\n redo: function(cm) {cm.redo();},\n undoSelection: function(cm) {cm.undoSelection();},\n redoSelection: function(cm) {cm.redoSelection();},\n goDocStart: function(cm) {cm.extendSelection(Pos(cm.firstLine(), 0));},\n goDocEnd: function(cm) {cm.extendSelection(Pos(cm.lastLine()));},\n goLineStart: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineStart(cm, range.head.line); }, sel_move);\n },\n goLineStartSmart: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var start = lineStart(cm, range.head.line);\n var line = cm.getLineHandle(start.line);\n var order = getOrder(line);\n if (!order || order[0].level == 0) {\n var firstNonWS = Math.max(0, line.text.search(/\\S/));\n var inWS = range.head.line == start.line && range.head.ch <= firstNonWS && range.head.ch;\n return Pos(start.line, inWS ? 0 : firstNonWS);\n }\n return start;\n }, sel_move);\n },\n goLineEnd: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineEnd(cm, range.head.line); }, sel_move);\n },\n goLineRight: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n }, sel_move);\n },\n goLineLeft: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: 0, top: top}, \"div\");\n }, sel_move);\n },\n goLineUp: function(cm) {cm.moveV(-1, \"line\");},\n goLineDown: function(cm) {cm.moveV(1, \"line\");},\n goPageUp: function(cm) {cm.moveV(-1, \"page\");},\n goPageDown: function(cm) {cm.moveV(1, \"page\");},\n goCharLeft: function(cm) {cm.moveH(-1, \"char\");},\n goCharRight: function(cm) {cm.moveH(1, \"char\");},\n goColumnLeft: function(cm) {cm.moveH(-1, \"column\");},\n goColumnRight: function(cm) {cm.moveH(1, \"column\");},\n goWordLeft: function(cm) {cm.moveH(-1, \"word\");},\n goGroupRight: function(cm) {cm.moveH(1, \"group\");},\n goGroupLeft: function(cm) {cm.moveH(-1, \"group\");},\n goWordRight: function(cm) {cm.moveH(1, \"word\");},\n delCharBefore: function(cm) {cm.deleteH(-1, \"char\");},\n delCharAfter: function(cm) {cm.deleteH(1, \"char\");},\n delWordBefore: function(cm) {cm.deleteH(-1, \"word\");},\n delWordAfter: function(cm) {cm.deleteH(1, \"word\");},\n delGroupBefore: function(cm) {cm.deleteH(-1, \"group\");},\n delGroupAfter: function(cm) {cm.deleteH(1, \"group\");},\n indentAuto: function(cm) {cm.indentSelection(\"smart\");},\n indentMore: function(cm) {cm.indentSelection(\"add\");},\n indentLess: function(cm) {cm.indentSelection(\"subtract\");},\n insertTab: function(cm) {cm.replaceSelection(\"\\t\");},\n insertSoftTab: function(cm) {\n var spaces = [], ranges = cm.listSelections(), tabSize = cm.options.tabSize;\n for (var i = 0; i < ranges.length; i++) {\n var pos = ranges[i].from();\n var col = countColumn(cm.getLine(pos.line), pos.ch, tabSize);\n spaces.push(new Array(tabSize - col % tabSize + 1).join(\" \"));\n }\n cm.replaceSelections(spaces);\n },\n defaultTab: function(cm) {\n if (cm.somethingSelected()) cm.indentSelection(\"add\");\n else cm.execCommand(\"insertTab\");\n },\n transposeChars: function(cm) {\n runInOp(cm, function() {\n var ranges = cm.listSelections(), newSel = [];\n for (var i = 0; i < ranges.length; i++) {\n var cur = ranges[i].head, line = getLine(cm.doc, cur.line).text;\n if (line) {\n if (cur.ch == line.length) cur = new Pos(cur.line, cur.ch - 1);\n if (cur.ch > 0) {\n cur = new Pos(cur.line, cur.ch + 1);\n cm.replaceRange(line.charAt(cur.ch - 1) + line.charAt(cur.ch - 2),\n Pos(cur.line, cur.ch - 2), cur, \"+transpose\");\n } else if (cur.line > cm.doc.first) {\n var prev = getLine(cm.doc, cur.line - 1).text;\n if (prev)\n cm.replaceRange(line.charAt(0) + \"\\n\" + prev.charAt(prev.length - 1),\n Pos(cur.line - 1, prev.length - 1), Pos(cur.line, 1), \"+transpose\");\n }\n }\n newSel.push(new Range(cur, cur));\n }\n cm.setSelections(newSel);\n });\n },\n newlineAndIndent: function(cm) {\n runInOp(cm, function() {\n var len = cm.listSelections().length;\n for (var i = 0; i < len; i++) {\n var range = cm.listSelections()[i];\n cm.replaceRange(\"\\n\", range.anchor, range.head, \"+input\");\n cm.indentLine(range.from().line + 1, null, true);\n ensureCursorVisible(cm);\n }\n });\n },\n toggleOverwrite: function(cm) {cm.toggleOverwrite();}\n };\n\n // STANDARD KEYMAPS\n\n var keyMap = CodeMirror.keyMap = {};\n keyMap.basic = {\n \"Left\": \"goCharLeft\", \"Right\": \"goCharRight\", \"Up\": \"goLineUp\", \"Down\": \"goLineDown\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStartSmart\", \"PageUp\": \"goPageUp\", \"PageDown\": \"goPageDown\",\n \"Delete\": \"delCharAfter\", \"Backspace\": \"delCharBefore\", \"Shift-Backspace\": \"delCharBefore\",\n \"Tab\": \"defaultTab\", \"Shift-Tab\": \"indentAuto\",\n \"Enter\": \"newlineAndIndent\", \"Insert\": \"toggleOverwrite\",\n \"Esc\": \"singleSelection\"\n };\n // Note that the save and find-related commands aren't defined by\n // default. User code or addons can define them. Unknown commands\n // are simply ignored.\n keyMap.pcDefault = {\n \"Ctrl-A\": \"selectAll\", \"Ctrl-D\": \"deleteLine\", \"Ctrl-Z\": \"undo\", \"Shift-Ctrl-Z\": \"redo\", \"Ctrl-Y\": \"redo\",\n \"Ctrl-Home\": \"goDocStart\", \"Ctrl-Up\": \"goDocStart\", \"Ctrl-End\": \"goDocEnd\", \"Ctrl-Down\": \"goDocEnd\",\n \"Ctrl-Left\": \"goGroupLeft\", \"Ctrl-Right\": \"goGroupRight\", \"Alt-Left\": \"goLineStart\", \"Alt-Right\": \"goLineEnd\",\n \"Ctrl-Backspace\": \"delGroupBefore\", \"Ctrl-Delete\": \"delGroupAfter\", \"Ctrl-S\": \"save\", \"Ctrl-F\": \"find\",\n \"Ctrl-G\": \"findNext\", \"Shift-Ctrl-G\": \"findPrev\", \"Shift-Ctrl-F\": \"replace\", \"Shift-Ctrl-R\": \"replaceAll\",\n \"Ctrl-[\": \"indentLess\", \"Ctrl-]\": \"indentMore\",\n \"Ctrl-U\": \"undoSelection\", \"Shift-Ctrl-U\": \"redoSelection\", \"Alt-U\": \"redoSelection\",\n fallthrough: \"basic\"\n };\n keyMap.macDefault = {\n \"Cmd-A\": \"selectAll\", \"Cmd-D\": \"deleteLine\", \"Cmd-Z\": \"undo\", \"Shift-Cmd-Z\": \"redo\", \"Cmd-Y\": \"redo\",\n \"Cmd-Up\": \"goDocStart\", \"Cmd-End\": \"goDocEnd\", \"Cmd-Down\": \"goDocEnd\", \"Alt-Left\": \"goGroupLeft\",\n \"Alt-Right\": \"goGroupRight\", \"Cmd-Left\": \"goLineStart\", \"Cmd-Right\": \"goLineEnd\", \"Alt-Backspace\": \"delGroupBefore\",\n \"Ctrl-Alt-Backspace\": \"delGroupAfter\", \"Alt-Delete\": \"delGroupAfter\", \"Cmd-S\": \"save\", \"Cmd-F\": \"find\",\n \"Cmd-G\": \"findNext\", \"Shift-Cmd-G\": \"findPrev\", \"Cmd-Alt-F\": \"replace\", \"Shift-Cmd-Alt-F\": \"replaceAll\",\n \"Cmd-[\": \"indentLess\", \"Cmd-]\": \"indentMore\", \"Cmd-Backspace\": \"delLineLeft\",\n \"Cmd-U\": \"undoSelection\", \"Shift-Cmd-U\": \"redoSelection\",\n fallthrough: [\"basic\", \"emacsy\"]\n };\n // Very basic readline/emacs-style bindings, which are standard on Mac.\n keyMap.emacsy = {\n \"Ctrl-F\": \"goCharRight\", \"Ctrl-B\": \"goCharLeft\", \"Ctrl-P\": \"goLineUp\", \"Ctrl-N\": \"goLineDown\",\n \"Alt-F\": \"goWordRight\", \"Alt-B\": \"goWordLeft\", \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"Ctrl-V\": \"goPageDown\", \"Shift-Ctrl-V\": \"goPageUp\", \"Ctrl-D\": \"delCharAfter\", \"Ctrl-H\": \"delCharBefore\",\n \"Alt-D\": \"delWordAfter\", \"Alt-Backspace\": \"delWordBefore\", \"Ctrl-K\": \"killLine\", \"Ctrl-T\": \"transposeChars\"\n };\n keyMap[\"default\"] = mac ? keyMap.macDefault : keyMap.pcDefault;\n\n // KEYMAP DISPATCH\n\n function getKeyMap(val) {\n if (typeof val == \"string\") return keyMap[val];\n else return val;\n }\n\n // Given an array of keymaps and a key name, call handle on any\n // bindings found, until that returns a truthy value, at which point\n // we consider the key handled. Implements things like binding a key\n // to false stopping further handling and keymap fallthrough.\n var lookupKey = CodeMirror.lookupKey = function(name, maps, handle) {\n function lookup(map) {\n map = getKeyMap(map);\n var found = map[name];\n if (found === false) return \"stop\";\n if (found != null && handle(found)) return true;\n if (map.nofallthrough) return \"stop\";\n\n var fallthrough = map.fallthrough;\n if (fallthrough == null) return false;\n if (Object.prototype.toString.call(fallthrough) != \"[object Array]\")\n return lookup(fallthrough);\n for (var i = 0; i < fallthrough.length; ++i) {\n var done = lookup(fallthrough[i]);\n if (done) return done;\n }\n return false;\n }\n\n for (var i = 0; i < maps.length; ++i) {\n var done = lookup(maps[i]);\n if (done) return done != \"stop\";\n }\n };\n\n // Modifier key presses don't count as 'real' key presses for the\n // purpose of keymap fallthrough.\n var isModifierKey = CodeMirror.isModifierKey = function(event) {\n var name = keyNames[event.keyCode];\n return name == \"Ctrl\" || name == \"Alt\" || name == \"Shift\" || name == \"Mod\";\n };\n\n // Look up the name of a key as indicated by an event object.\n var keyName = CodeMirror.keyName = function(event, noShift) {\n if (presto && event.keyCode == 34 && event[\"char\"]) return false;\n var name = keyNames[event.keyCode];\n if (name == null || event.altGraphKey) return false;\n if (event.altKey) name = \"Alt-\" + name;\n if (flipCtrlCmd ? event.metaKey : event.ctrlKey) name = \"Ctrl-\" + name;\n if (flipCtrlCmd ? event.ctrlKey : event.metaKey) name = \"Cmd-\" + name;\n if (!noShift && event.shiftKey) name = \"Shift-\" + name;\n return name;\n };\n\n // FROMTEXTAREA\n\n CodeMirror.fromTextArea = function(textarea, options) {\n if (!options) options = {};\n options.value = textarea.value;\n if (!options.tabindex && textarea.tabindex)\n options.tabindex = textarea.tabindex;\n if (!options.placeholder && textarea.placeholder)\n options.placeholder = textarea.placeholder;\n // Set autofocus to true if this textarea is focused, or if it has\n // autofocus and no other element is focused.\n if (options.autofocus == null) {\n var hasFocus = activeElt();\n options.autofocus = hasFocus == textarea ||\n textarea.getAttribute(\"autofocus\") != null && hasFocus == document.body;\n }\n\n function save() {textarea.value = cm.getValue();}\n if (textarea.form) {\n on(textarea.form, \"submit\", save);\n // Deplorable hack to make the submit method do the right thing.\n if (!options.leaveSubmitMethodAlone) {\n var form = textarea.form, realSubmit = form.submit;\n try {\n var wrappedSubmit = form.submit = function() {\n save();\n form.submit = realSubmit;\n form.submit();\n form.submit = wrappedSubmit;\n };\n } catch(e) {}\n }\n }\n\n textarea.style.display = \"none\";\n var cm = CodeMirror(function(node) {\n textarea.parentNode.insertBefore(node, textarea.nextSibling);\n }, options);\n cm.save = save;\n cm.getTextArea = function() { return textarea; };\n cm.toTextArea = function() {\n save();\n textarea.parentNode.removeChild(cm.getWrapperElement());\n textarea.style.display = \"\";\n if (textarea.form) {\n off(textarea.form, \"submit\", save);\n if (typeof textarea.form.submit == \"function\")\n textarea.form.submit = realSubmit;\n }\n };\n return cm;\n };\n\n // STRING STREAM\n\n // Fed to the mode parsers, provides helper functions to make\n // parsers more succinct.\n\n var StringStream = CodeMirror.StringStream = function(string, tabSize) {\n this.pos = this.start = 0;\n this.string = string;\n this.tabSize = tabSize || 8;\n this.lastColumnPos = this.lastColumnValue = 0;\n this.lineStart = 0;\n };\n\n StringStream.prototype = {\n eol: function() {return this.pos >= this.string.length;},\n sol: function() {return this.pos == this.lineStart;},\n peek: function() {return this.string.charAt(this.pos) || undefined;},\n next: function() {\n if (this.pos < this.string.length)\n return this.string.charAt(this.pos++);\n },\n eat: function(match) {\n var ch = this.string.charAt(this.pos);\n if (typeof match == \"string\") var ok = ch == match;\n else var ok = ch && (match.test ? match.test(ch) : match(ch));\n if (ok) {++this.pos; return ch;}\n },\n eatWhile: function(match) {\n var start = this.pos;\n while (this.eat(match)){}\n return this.pos > start;\n },\n eatSpace: function() {\n var start = this.pos;\n while (/[\\s\\u00a0]/.test(this.string.charAt(this.pos))) ++this.pos;\n return this.pos > start;\n },\n skipToEnd: function() {this.pos = this.string.length;},\n skipTo: function(ch) {\n var found = this.string.indexOf(ch, this.pos);\n if (found > -1) {this.pos = found; return true;}\n },\n backUp: function(n) {this.pos -= n;},\n column: function() {\n if (this.lastColumnPos < this.start) {\n this.lastColumnValue = countColumn(this.string, this.start, this.tabSize, this.lastColumnPos, this.lastColumnValue);\n this.lastColumnPos = this.start;\n }\n return this.lastColumnValue - (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n indentation: function() {\n return countColumn(this.string, null, this.tabSize) -\n (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n match: function(pattern, consume, caseInsensitive) {\n if (typeof pattern == \"string\") {\n var cased = function(str) {return caseInsensitive ? str.toLowerCase() : str;};\n var substr = this.string.substr(this.pos, pattern.length);\n if (cased(substr) == cased(pattern)) {\n if (consume !== false) this.pos += pattern.length;\n return true;\n }\n } else {\n var match = this.string.slice(this.pos).match(pattern);\n if (match && match.index > 0) return null;\n if (match && consume !== false) this.pos += match[0].length;\n return match;\n }\n },\n current: function(){return this.string.slice(this.start, this.pos);},\n hideFirstChars: function(n, inner) {\n this.lineStart += n;\n try { return inner(); }\n finally { this.lineStart -= n; }\n }\n };\n\n // TEXTMARKERS\n\n // Created with markText and setBookmark methods. A TextMarker is a\n // handle that can be used to clear or find a marked position in the\n // document. Line objects hold arrays (markedSpans) containing\n // {from, to, marker} object pointing to such marker objects, and\n // indicating that such a marker is present on that line. Multiple\n // lines may point to the same marker when it spans across lines.\n // The spans will have null for their from/to properties when the\n // marker continues beyond the start/end of the line. Markers have\n // links back to the lines they currently touch.\n\n var TextMarker = CodeMirror.TextMarker = function(doc, type) {\n this.lines = [];\n this.type = type;\n this.doc = doc;\n };\n eventMixin(TextMarker);\n\n // Clear the marker.\n TextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n var cm = this.doc.cm, withOp = cm && !cm.curOp;\n if (withOp) startOperation(cm);\n if (hasHandler(this, \"clear\")) {\n var found = this.find();\n if (found) signalLater(this, \"clear\", found.from, found.to);\n }\n var min = null, max = null;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (cm && !this.collapsed) regLineChange(cm, lineNo(line), \"text\");\n else if (cm) {\n if (span.to != null) max = lineNo(line);\n if (span.from != null) min = lineNo(line);\n }\n line.markedSpans = removeMarkedSpan(line.markedSpans, span);\n if (span.from == null && this.collapsed && !lineIsHidden(this.doc, line) && cm)\n updateLineHeight(line, textHeight(cm.display));\n }\n if (cm && this.collapsed && !cm.options.lineWrapping) for (var i = 0; i < this.lines.length; ++i) {\n var visual = visualLine(this.lines[i]), len = lineLength(visual);\n if (len > cm.display.maxLineLength) {\n cm.display.maxLine = visual;\n cm.display.maxLineLength = len;\n cm.display.maxLineChanged = true;\n }\n }\n\n if (min != null && cm && this.collapsed) regChange(cm, min, max + 1);\n this.lines.length = 0;\n this.explicitlyCleared = true;\n if (this.atomic && this.doc.cantEdit) {\n this.doc.cantEdit = false;\n if (cm) reCheckSelection(cm.doc);\n }\n if (cm) signalLater(cm, \"markerCleared\", cm, this);\n if (withOp) endOperation(cm);\n if (this.parent) this.parent.clear();\n };\n\n // Find the position of the marker in the document. Returns a {from,\n // to} object by default. Side can be passed to get a specific side\n // -- 0 (both), -1 (left), or 1 (right). When lineObj is true, the\n // Pos objects returned contain a line object, rather than a line\n // number (used to prevent looking up the same line twice).\n TextMarker.prototype.find = function(side, lineObj) {\n if (side == null && this.type == \"bookmark\") side = 1;\n var from, to;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (span.from != null) {\n from = Pos(lineObj ? line : lineNo(line), span.from);\n if (side == -1) return from;\n }\n if (span.to != null) {\n to = Pos(lineObj ? line : lineNo(line), span.to);\n if (side == 1) return to;\n }\n }\n return from && {from: from, to: to};\n };\n\n // Signals that the marker's widget changed, and surrounding layout\n // should be recomputed.\n TextMarker.prototype.changed = function() {\n var pos = this.find(-1, true), widget = this, cm = this.doc.cm;\n if (!pos || !cm) return;\n runInOp(cm, function() {\n var line = pos.line, lineN = lineNo(pos.line);\n var view = findViewForLine(cm, lineN);\n if (view) {\n clearLineMeasurementCacheFor(view);\n cm.curOp.selectionChanged = cm.curOp.forceUpdate = true;\n }\n cm.curOp.updateMaxLine = true;\n if (!lineIsHidden(widget.doc, line) && widget.height != null) {\n var oldHeight = widget.height;\n widget.height = null;\n var dHeight = widgetHeight(widget) - oldHeight;\n if (dHeight)\n updateLineHeight(line, line.height + dHeight);\n }\n });\n };\n\n TextMarker.prototype.attachLine = function(line) {\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n if (!op.maybeHiddenMarkers || indexOf(op.maybeHiddenMarkers, this) == -1)\n (op.maybeUnhiddenMarkers || (op.maybeUnhiddenMarkers = [])).push(this);\n }\n this.lines.push(line);\n };\n TextMarker.prototype.detachLine = function(line) {\n this.lines.splice(indexOf(this.lines, line), 1);\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n (op.maybeHiddenMarkers || (op.maybeHiddenMarkers = [])).push(this);\n }\n };\n\n // Collapsed markers have unique ids, in order to be able to order\n // them, which is needed for uniquely determining an outer marker\n // when they overlap (they may nest, but not partially overlap).\n var nextMarkerId = 0;\n\n // Create a marker, wire it up to the right lines, and\n function markText(doc, from, to, options, type) {\n // Shared markers (across linked documents) are handled separately\n // (markTextShared will call out to this again, once per\n // document).\n if (options && options.shared) return markTextShared(doc, from, to, options, type);\n // Ensure we are in an operation.\n if (doc.cm && !doc.cm.curOp) return operation(doc.cm, markText)(doc, from, to, options, type);\n\n var marker = new TextMarker(doc, type), diff = cmp(from, to);\n if (options) copyObj(options, marker, false);\n // Don't connect empty markers unless clearWhenEmpty is false\n if (diff > 0 || diff == 0 && marker.clearWhenEmpty !== false)\n return marker;\n if (marker.replacedWith) {\n // Showing up as a widget implies collapsed (widget replaces text)\n marker.collapsed = true;\n marker.widgetNode = elt(\"span\", [marker.replacedWith], \"CodeMirror-widget\");\n if (!options.handleMouseEvents) marker.widgetNode.ignoreEvents = true;\n if (options.insertLeft) marker.widgetNode.insertLeft = true;\n }\n if (marker.collapsed) {\n if (conflictingCollapsedRange(doc, from.line, from, to, marker) ||\n from.line != to.line && conflictingCollapsedRange(doc, to.line, from, to, marker))\n throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");\n sawCollapsedSpans = true;\n }\n\n if (marker.addToHistory)\n addChangeToHistory(doc, {from: from, to: to, origin: \"markText\"}, doc.sel, NaN);\n\n var curLine = from.line, cm = doc.cm, updateMaxLine;\n doc.iter(curLine, to.line + 1, function(line) {\n if (cm && marker.collapsed && !cm.options.lineWrapping && visualLine(line) == cm.display.maxLine)\n updateMaxLine = true;\n if (marker.collapsed && curLine != from.line) updateLineHeight(line, 0);\n addMarkedSpan(line, new MarkedSpan(marker,\n curLine == from.line ? from.ch : null,\n curLine == to.line ? to.ch : null));\n ++curLine;\n });\n // lineIsHidden depends on the presence of the spans, so needs a second pass\n if (marker.collapsed) doc.iter(from.line, to.line + 1, function(line) {\n if (lineIsHidden(doc, line)) updateLineHeight(line, 0);\n });\n\n if (marker.clearOnEnter) on(marker, \"beforeCursorEnter\", function() { marker.clear(); });\n\n if (marker.readOnly) {\n sawReadOnlySpans = true;\n if (doc.history.done.length || doc.history.undone.length)\n doc.clearHistory();\n }\n if (marker.collapsed) {\n marker.id = ++nextMarkerId;\n marker.atomic = true;\n }\n if (cm) {\n // Sync editor state\n if (updateMaxLine) cm.curOp.updateMaxLine = true;\n if (marker.collapsed)\n regChange(cm, from.line, to.line + 1);\n else if (marker.className || marker.title || marker.startStyle || marker.endStyle)\n for (var i = from.line; i <= to.line; i++) regLineChange(cm, i, \"text\");\n if (marker.atomic) reCheckSelection(cm.doc);\n signalLater(cm, \"markerAdded\", cm, marker);\n }\n return marker;\n }\n\n // SHARED TEXTMARKERS\n\n // A shared marker spans multiple linked documents. It is\n // implemented as a meta-marker-object controlling multiple normal\n // markers.\n var SharedTextMarker = CodeMirror.SharedTextMarker = function(markers, primary) {\n this.markers = markers;\n this.primary = primary;\n for (var i = 0; i < markers.length; ++i)\n markers[i].parent = this;\n };\n eventMixin(SharedTextMarker);\n\n SharedTextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n this.explicitlyCleared = true;\n for (var i = 0; i < this.markers.length; ++i)\n this.markers[i].clear();\n signalLater(this, \"clear\");\n };\n SharedTextMarker.prototype.find = function(side, lineObj) {\n return this.primary.find(side, lineObj);\n };\n\n function markTextShared(doc, from, to, options, type) {\n options = copyObj(options);\n options.shared = false;\n var markers = [markText(doc, from, to, options, type)], primary = markers[0];\n var widget = options.widgetNode;\n linkedDocs(doc, function(doc) {\n if (widget) options.widgetNode = widget.cloneNode(true);\n markers.push(markText(doc, clipPos(doc, from), clipPos(doc, to), options, type));\n for (var i = 0; i < doc.linked.length; ++i)\n if (doc.linked[i].isParent) return;\n primary = lst(markers);\n });\n return new SharedTextMarker(markers, primary);\n }\n\n function findSharedMarkers(doc) {\n return doc.findMarks(Pos(doc.first, 0), doc.clipPos(Pos(doc.lastLine())),\n function(m) { return m.parent; });\n }\n\n function copySharedMarkers(doc, markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], pos = marker.find();\n var mFrom = doc.clipPos(pos.from), mTo = doc.clipPos(pos.to);\n if (cmp(mFrom, mTo)) {\n var subMark = markText(doc, mFrom, mTo, marker.primary, marker.primary.type);\n marker.markers.push(subMark);\n subMark.parent = marker;\n }\n }\n }\n\n function detachSharedMarkers(markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], linked = [marker.primary.doc];;\n linkedDocs(marker.primary.doc, function(d) { linked.push(d); });\n for (var j = 0; j < marker.markers.length; j++) {\n var subMarker = marker.markers[j];\n if (indexOf(linked, subMarker.doc) == -1) {\n subMarker.parent = null;\n marker.markers.splice(j--, 1);\n }\n }\n }\n }\n\n // TEXTMARKER SPANS\n\n function MarkedSpan(marker, from, to) {\n this.marker = marker;\n this.from = from; this.to = to;\n }\n\n // Search an array of spans for a span matching the given marker.\n function getMarkedSpanFor(spans, marker) {\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.marker == marker) return span;\n }\n }\n // Remove a span from an array, returning undefined if no spans are\n // left (we don't store arrays for lines without spans).\n function removeMarkedSpan(spans, span) {\n for (var r, i = 0; i < spans.length; ++i)\n if (spans[i] != span) (r || (r = [])).push(spans[i]);\n return r;\n }\n // Add a span to a line.\n function addMarkedSpan(line, span) {\n line.markedSpans = line.markedSpans ? line.markedSpans.concat([span]) : [span];\n span.marker.attachLine(line);\n }\n\n // Used for the algorithm that adjusts markers for a change in the\n // document. These functions cut an array of spans at a given\n // character position, returning an array of remaining chunks (or\n // undefined if nothing remains).\n function markedSpansBefore(old, startCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= startCh : span.from < startCh);\n if (startsBefore || span.from == startCh && marker.type == \"bookmark\" && (!isInsert || !span.marker.insertLeft)) {\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= startCh : span.to > startCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, span.from, endsAfter ? null : span.to));\n }\n }\n return nw;\n }\n function markedSpansAfter(old, endCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= endCh : span.to > endCh);\n if (endsAfter || span.from == endCh && marker.type == \"bookmark\" && (!isInsert || span.marker.insertLeft)) {\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= endCh : span.from < endCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, startsBefore ? null : span.from - endCh,\n span.to == null ? null : span.to - endCh));\n }\n }\n return nw;\n }\n\n // Given a change object, compute the new set of marker spans that\n // cover the line in which the change took place. Removes spans\n // entirely within the change, reconnects spans belonging to the\n // same marker that appear on both sides of the change, and cuts off\n // spans partially within the change. Returns an array of span\n // arrays with one element for each line in (after) the change.\n function stretchSpansOverChange(doc, change) {\n var oldFirst = isLine(doc, change.from.line) && getLine(doc, change.from.line).markedSpans;\n var oldLast = isLine(doc, change.to.line) && getLine(doc, change.to.line).markedSpans;\n if (!oldFirst && !oldLast) return null;\n\n var startCh = change.from.ch, endCh = change.to.ch, isInsert = cmp(change.from, change.to) == 0;\n // Get the spans that 'stick out' on both sides\n var first = markedSpansBefore(oldFirst, startCh, isInsert);\n var last = markedSpansAfter(oldLast, endCh, isInsert);\n\n // Next, merge those two ends\n var sameLine = change.text.length == 1, offset = lst(change.text).length + (sameLine ? startCh : 0);\n if (first) {\n // Fix up .to properties of first\n for (var i = 0; i < first.length; ++i) {\n var span = first[i];\n if (span.to == null) {\n var found = getMarkedSpanFor(last, span.marker);\n if (!found) span.to = startCh;\n else if (sameLine) span.to = found.to == null ? null : found.to + offset;\n }\n }\n }\n if (last) {\n // Fix up .from in last (or move them into first in case of sameLine)\n for (var i = 0; i < last.length; ++i) {\n var span = last[i];\n if (span.to != null) span.to += offset;\n if (span.from == null) {\n var found = getMarkedSpanFor(first, span.marker);\n if (!found) {\n span.from = offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n } else {\n span.from += offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n }\n }\n // Make sure we didn't create any zero-length spans\n if (first) first = clearEmptySpans(first);\n if (last && last != first) last = clearEmptySpans(last);\n\n var newMarkers = [first];\n if (!sameLine) {\n // Fill gap with whole-line-spans\n var gap = change.text.length - 2, gapMarkers;\n if (gap > 0 && first)\n for (var i = 0; i < first.length; ++i)\n if (first[i].to == null)\n (gapMarkers || (gapMarkers = [])).push(new MarkedSpan(first[i].marker, null, null));\n for (var i = 0; i < gap; ++i)\n newMarkers.push(gapMarkers);\n newMarkers.push(last);\n }\n return newMarkers;\n }\n\n // Remove spans that are empty and don't have a clearWhenEmpty\n // option of false.\n function clearEmptySpans(spans) {\n for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.from != null && span.from == span.to && span.marker.clearWhenEmpty !== false)\n spans.splice(i--, 1);\n }\n if (!spans.length) return null;\n return spans;\n }\n\n // Used for un/re-doing changes from the history. Combines the\n // result of computing the existing spans with the set of spans that\n // existed in the history (so that deleting around a span and then\n // undoing brings back the span).\n function mergeOldSpans(doc, change) {\n var old = getOldSpans(doc, change);\n var stretched = stretchSpansOverChange(doc, change);\n if (!old) return stretched;\n if (!stretched) return old;\n\n for (var i = 0; i < old.length; ++i) {\n var oldCur = old[i], stretchCur = stretched[i];\n if (oldCur && stretchCur) {\n spans: for (var j = 0; j < stretchCur.length; ++j) {\n var span = stretchCur[j];\n for (var k = 0; k < oldCur.length; ++k)\n if (oldCur[k].marker == span.marker) continue spans;\n oldCur.push(span);\n }\n } else if (stretchCur) {\n old[i] = stretchCur;\n }\n }\n return old;\n }\n\n // Used to 'clip' out readOnly ranges when making a change.\n function removeReadOnlyRanges(doc, from, to) {\n var markers = null;\n doc.iter(from.line, to.line + 1, function(line) {\n if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n var mark = line.markedSpans[i].marker;\n if (mark.readOnly && (!markers || indexOf(markers, mark) == -1))\n (markers || (markers = [])).push(mark);\n }\n });\n if (!markers) return null;\n var parts = [{from: from, to: to}];\n for (var i = 0; i < markers.length; ++i) {\n var mk = markers[i], m = mk.find(0);\n for (var j = 0; j < parts.length; ++j) {\n var p = parts[j];\n if (cmp(p.to, m.from) < 0 || cmp(p.from, m.to) > 0) continue;\n var newParts = [j, 1], dfrom = cmp(p.from, m.from), dto = cmp(p.to, m.to);\n if (dfrom < 0 || !mk.inclusiveLeft && !dfrom)\n newParts.push({from: p.from, to: m.from});\n if (dto > 0 || !mk.inclusiveRight && !dto)\n newParts.push({from: m.to, to: p.to});\n parts.splice.apply(parts, newParts);\n j += newParts.length - 1;\n }\n }\n return parts;\n }\n\n // Connect or disconnect spans from a line.\n function detachMarkedSpans(line) {\n var spans = line.markedSpans;\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.detachLine(line);\n line.markedSpans = null;\n }\n function attachMarkedSpans(line, spans) {\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.attachLine(line);\n line.markedSpans = spans;\n }\n\n // Helpers used when computing which overlapping collapsed span\n // counts as the larger one.\n function extraLeft(marker) { return marker.inclusiveLeft ? -1 : 0; }\n function extraRight(marker) { return marker.inclusiveRight ? 1 : 0; }\n\n // Returns a number indicating which of two overlapping collapsed\n // spans is larger (and thus includes the other). Falls back to\n // comparing ids when the spans cover exactly the same range.\n function compareCollapsedMarkers(a, b) {\n var lenDiff = a.lines.length - b.lines.length;\n if (lenDiff != 0) return lenDiff;\n var aPos = a.find(), bPos = b.find();\n var fromCmp = cmp(aPos.from, bPos.from) || extraLeft(a) - extraLeft(b);\n if (fromCmp) return -fromCmp;\n var toCmp = cmp(aPos.to, bPos.to) || extraRight(a) - extraRight(b);\n if (toCmp) return toCmp;\n return b.id - a.id;\n }\n\n // Find out whether a line ends or starts in a collapsed span. If\n // so, return the marker for that span.\n function collapsedSpanAtSide(line, start) {\n var sps = sawCollapsedSpans && line.markedSpans, found;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (sp.marker.collapsed && (start ? sp.from : sp.to) == null &&\n (!found || compareCollapsedMarkers(found, sp.marker) < 0))\n found = sp.marker;\n }\n return found;\n }\n function collapsedSpanAtStart(line) { return collapsedSpanAtSide(line, true); }\n function collapsedSpanAtEnd(line) { return collapsedSpanAtSide(line, false); }\n\n // Test whether there exists a collapsed span that partially\n // overlaps (covers the start or end, but not both) of a new span.\n // Such overlap is not allowed.\n function conflictingCollapsedRange(doc, lineNo, from, to, marker) {\n var line = getLine(doc, lineNo);\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i) {\n var sp = sps[i];\n if (!sp.marker.collapsed) continue;\n var found = sp.marker.find(0);\n var fromCmp = cmp(found.from, from) || extraLeft(sp.marker) - extraLeft(marker);\n var toCmp = cmp(found.to, to) || extraRight(sp.marker) - extraRight(marker);\n if (fromCmp >= 0 && toCmp <= 0 || fromCmp <= 0 && toCmp >= 0) continue;\n if (fromCmp <= 0 && (cmp(found.to, from) || extraRight(sp.marker) - extraLeft(marker)) > 0 ||\n fromCmp >= 0 && (cmp(found.from, to) || extraLeft(sp.marker) - extraRight(marker)) < 0)\n return true;\n }\n }\n\n // A visual line is a line as drawn on the screen. Folding, for\n // example, can cause multiple logical lines to appear on the same\n // visual line. This finds the start of the visual line that the\n // given line is part of (usually that is the line itself).\n function visualLine(line) {\n var merged;\n while (merged = collapsedSpanAtStart(line))\n line = merged.find(-1, true).line;\n return line;\n }\n\n // Returns an array of logical lines that continue the visual line\n // started by the argument, or undefined if there are no such lines.\n function visualLineContinued(line) {\n var merged, lines;\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n (lines || (lines = [])).push(line);\n }\n return lines;\n }\n\n // Get the line number of the start of the visual line that the\n // given line number is part of.\n function visualLineNo(doc, lineN) {\n var line = getLine(doc, lineN), vis = visualLine(line);\n if (line == vis) return lineN;\n return lineNo(vis);\n }\n // Get the line number of the start of the next visual line after\n // the given line.\n function visualLineEndNo(doc, lineN) {\n if (lineN > doc.lastLine()) return lineN;\n var line = getLine(doc, lineN), merged;\n if (!lineIsHidden(doc, line)) return lineN;\n while (merged = collapsedSpanAtEnd(line))\n line = merged.find(1, true).line;\n return lineNo(line) + 1;\n }\n\n // Compute whether a line is hidden. Lines count as hidden when they\n // are part of a visual line that starts with another line, or when\n // they are entirely covered by collapsed, non-widget span.\n function lineIsHidden(doc, line) {\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (!sp.marker.collapsed) continue;\n if (sp.from == null) return true;\n if (sp.marker.widgetNode) continue;\n if (sp.from == 0 && sp.marker.inclusiveLeft && lineIsHiddenInner(doc, line, sp))\n return true;\n }\n }\n function lineIsHiddenInner(doc, line, span) {\n if (span.to == null) {\n var end = span.marker.find(1, true);\n return lineIsHiddenInner(doc, end.line, getMarkedSpanFor(end.line.markedSpans, span.marker));\n }\n if (span.marker.inclusiveRight && span.to == line.text.length)\n return true;\n for (var sp, i = 0; i < line.markedSpans.length; ++i) {\n sp = line.markedSpans[i];\n if (sp.marker.collapsed && !sp.marker.widgetNode && sp.from == span.to &&\n (sp.to == null || sp.to != span.from) &&\n (sp.marker.inclusiveLeft || span.marker.inclusiveRight) &&\n lineIsHiddenInner(doc, line, sp)) return true;\n }\n }\n\n // LINE WIDGETS\n\n // Line widgets are block elements displayed above or below a line.\n\n var LineWidget = CodeMirror.LineWidget = function(cm, node, options) {\n if (options) for (var opt in options) if (options.hasOwnProperty(opt))\n this[opt] = options[opt];\n this.cm = cm;\n this.node = node;\n };\n eventMixin(LineWidget);\n\n function adjustScrollWhenAboveVisible(cm, line, diff) {\n if (heightAtLine(line) < ((cm.curOp && cm.curOp.scrollTop) || cm.doc.scrollTop))\n addToScrollPos(cm, null, diff);\n }\n\n LineWidget.prototype.clear = function() {\n var cm = this.cm, ws = this.line.widgets, line = this.line, no = lineNo(line);\n if (no == null || !ws) return;\n for (var i = 0; i < ws.length; ++i) if (ws[i] == this) ws.splice(i--, 1);\n if (!ws.length) line.widgets = null;\n var height = widgetHeight(this);\n runInOp(cm, function() {\n adjustScrollWhenAboveVisible(cm, line, -height);\n regLineChange(cm, no, \"widget\");\n updateLineHeight(line, Math.max(0, line.height - height));\n });\n };\n LineWidget.prototype.changed = function() {\n var oldH = this.height, cm = this.cm, line = this.line;\n this.height = null;\n var diff = widgetHeight(this) - oldH;\n if (!diff) return;\n runInOp(cm, function() {\n cm.curOp.forceUpdate = true;\n adjustScrollWhenAboveVisible(cm, line, diff);\n updateLineHeight(line, line.height + diff);\n });\n };\n\n function widgetHeight(widget) {\n if (widget.height != null) return widget.height;\n if (!contains(document.body, widget.node))\n removeChildrenAndAdd(widget.cm.display.measure, elt(\"div\", [widget.node], null, \"position: relative\"));\n return widget.height = widget.node.offsetHeight;\n }\n\n function addLineWidget(cm, handle, node, options) {\n var widget = new LineWidget(cm, node, options);\n if (widget.noHScroll) cm.display.alignWidgets = true;\n changeLine(cm, handle, \"widget\", function(line) {\n var widgets = line.widgets || (line.widgets = []);\n if (widget.insertAt == null) widgets.push(widget);\n else widgets.splice(Math.min(widgets.length - 1, Math.max(0, widget.insertAt)), 0, widget);\n widget.line = line;\n if (!lineIsHidden(cm.doc, line)) {\n var aboveVisible = heightAtLine(line) < cm.doc.scrollTop;\n updateLineHeight(line, line.height + widgetHeight(widget));\n if (aboveVisible) addToScrollPos(cm, null, widget.height);\n cm.curOp.forceUpdate = true;\n }\n return true;\n });\n return widget;\n }\n\n // LINE DATA STRUCTURE\n\n // Line objects. These hold state related to a line, including\n // highlighting info (the styles array).\n var Line = CodeMirror.Line = function(text, markedSpans, estimateHeight) {\n this.text = text;\n attachMarkedSpans(this, markedSpans);\n this.height = estimateHeight ? estimateHeight(this) : 1;\n };\n eventMixin(Line);\n Line.prototype.lineNo = function() { return lineNo(this); };\n\n // Change the content (text, markers) of a line. Automatically\n // invalidates cached information and tries to re-estimate the\n // line's height.\n function updateLine(line, text, markedSpans, estimateHeight) {\n line.text = text;\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n if (line.order != null) line.order = null;\n detachMarkedSpans(line);\n attachMarkedSpans(line, markedSpans);\n var estHeight = estimateHeight ? estimateHeight(line) : 1;\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n }\n\n // Detach a line from the document tree and its markers.\n function cleanUpLine(line) {\n line.parent = null;\n detachMarkedSpans(line);\n }\n\n function extractLineClasses(type, output) {\n if (type) for (;;) {\n var lineClass = type.match(/(?:^|\\s+)line-(background-)?(\\S+)/);\n if (!lineClass) break;\n type = type.slice(0, lineClass.index) + type.slice(lineClass.index + lineClass[0].length);\n var prop = lineClass[1] ? \"bgClass\" : \"textClass\";\n if (output[prop] == null)\n output[prop] = lineClass[2];\n else if (!(new RegExp(\"(?:^|\\s)\" + lineClass[2] + \"(?:$|\\s)\")).test(output[prop]))\n output[prop] += \" \" + lineClass[2];\n }\n return type;\n }\n\n function callBlankLine(mode, state) {\n if (mode.blankLine) return mode.blankLine(state);\n if (!mode.innerMode) return;\n var inner = CodeMirror.innerMode(mode, state);\n if (inner.mode.blankLine) return inner.mode.blankLine(inner.state);\n }\n\n function readToken(mode, stream, state) {\n for (var i = 0; i < 10; i++) {\n var style = mode.token(stream, state);\n if (stream.pos > stream.start) return style;\n }\n throw new Error(\"Mode \" + mode.name + \" failed to advance stream.\");\n }\n\n // Run the given mode's parser over a line, calling f for each token.\n function runMode(cm, text, mode, state, f, lineClasses, forceToEnd) {\n var flattenSpans = mode.flattenSpans;\n if (flattenSpans == null) flattenSpans = cm.options.flattenSpans;\n var curStart = 0, curStyle = null;\n var stream = new StringStream(text, cm.options.tabSize), style;\n if (text == \"\") extractLineClasses(callBlankLine(mode, state), lineClasses);\n while (!stream.eol()) {\n if (stream.pos > cm.options.maxHighlightLength) {\n flattenSpans = false;\n if (forceToEnd) processLine(cm, text, state, stream.pos);\n stream.pos = text.length;\n style = null;\n } else {\n style = extractLineClasses(readToken(mode, stream, state), lineClasses);\n }\n if (cm.options.addModeClass) {\n var mName = CodeMirror.innerMode(mode, state).mode.name;\n if (mName) style = \"m-\" + (style ? mName + \" \" + style : mName);\n }\n if (!flattenSpans || curStyle != style) {\n if (curStart < stream.start) f(stream.start, curStyle);\n curStart = stream.start; curStyle = style;\n }\n stream.start = stream.pos;\n }\n while (curStart < stream.pos) {\n // Webkit seems to refuse to render text nodes longer than 57444 characters\n var pos = Math.min(stream.pos, curStart + 50000);\n f(pos, curStyle);\n curStart = pos;\n }\n }\n\n // Compute a style array (an array starting with a mode generation\n // -- for invalidation -- followed by pairs of end positions and\n // style strings), which is used to highlight the tokens on the\n // line.\n function highlightLine(cm, line, state, forceToEnd) {\n // A styles array always starts with a number identifying the\n // mode/overlays that it is based on (for easy invalidation).\n var st = [cm.state.modeGen], lineClasses = {};\n // Compute the base array of styles\n runMode(cm, line.text, cm.doc.mode, state, function(end, style) {\n st.push(end, style);\n }, lineClasses, forceToEnd);\n\n // Run overlays, adjust style array.\n for (var o = 0; o < cm.state.overlays.length; ++o) {\n var overlay = cm.state.overlays[o], i = 1, at = 0;\n runMode(cm, line.text, overlay.mode, true, function(end, style) {\n var start = i;\n // Ensure there's a token end at the current position, and that i points at it\n while (at < end) {\n var i_end = st[i];\n if (i_end > end)\n st.splice(i, 1, end, st[i+1], i_end);\n i += 2;\n at = Math.min(end, i_end);\n }\n if (!style) return;\n if (overlay.opaque) {\n st.splice(start, i - start, end, \"cm-overlay \" + style);\n i = start + 2;\n } else {\n for (; start < i; start += 2) {\n var cur = st[start+1];\n st[start+1] = (cur ? cur + \" \" : \"\") + \"cm-overlay \" + style;\n }\n }\n }, lineClasses);\n }\n\n return {styles: st, classes: lineClasses.bgClass || lineClasses.textClass ? lineClasses : null};\n }\n\n function getLineStyles(cm, line) {\n if (!line.styles || line.styles[0] != cm.state.modeGen) {\n var result = highlightLine(cm, line, line.stateAfter = getStateBefore(cm, lineNo(line)));\n line.styles = result.styles;\n if (result.classes) line.styleClasses = result.classes;\n else if (line.styleClasses) line.styleClasses = null;\n }\n return line.styles;\n }\n\n // Lightweight form of highlight -- proceed over this line and\n // update state, but don't save a style array. Used for lines that\n // aren't currently visible.\n function processLine(cm, text, state, startAt) {\n var mode = cm.doc.mode;\n var stream = new StringStream(text, cm.options.tabSize);\n stream.start = stream.pos = startAt || 0;\n if (text == \"\") callBlankLine(mode, state);\n while (!stream.eol() && stream.pos <= cm.options.maxHighlightLength) {\n readToken(mode, stream, state);\n stream.start = stream.pos;\n }\n }\n\n // Convert a style as returned by a mode (either null, or a string\n // containing one or more styles) to a CSS style. This is cached,\n // and also looks for line-wide styles.\n var styleToClassCache = {}, styleToClassCacheWithMode = {};\n function interpretTokenStyle(style, options) {\n if (!style || /^\\s*$/.test(style)) return null;\n var cache = options.addModeClass ? styleToClassCacheWithMode : styleToClassCache;\n return cache[style] ||\n (cache[style] = style.replace(/\\S+/g, \"cm-$&\"));\n }\n\n // Render the DOM representation of the text of a line. Also builds\n // up a 'line map', which points at the DOM nodes that represent\n // specific stretches of text, and is used by the measuring code.\n // The returned object contains the DOM node, this map, and\n // information about line-wide styles that were set by the mode.\n function buildLineContent(cm, lineView) {\n // The padding-right forces the element to have a 'border', which\n // is needed on Webkit to be able to get line-level bounding\n // rectangles for it (in measureChar).\n var content = elt(\"span\", null, null, webkit ? \"padding-right: .1px\" : null);\n var builder = {pre: elt(\"pre\", [content]), content: content, col: 0, pos: 0, cm: cm};\n lineView.measure = {};\n\n // Iterate over the logical lines that make up this visual line.\n for (var i = 0; i <= (lineView.rest ? lineView.rest.length : 0); i++) {\n var line = i ? lineView.rest[i - 1] : lineView.line, order;\n builder.pos = 0;\n builder.addToken = buildToken;\n // Optionally wire in some hacks into the token-rendering\n // algorithm, to deal with browser quirks.\n if ((ie || webkit) && cm.getOption(\"lineWrapping\"))\n builder.addToken = buildTokenSplitSpaces(builder.addToken);\n if (hasBadBidiRects(cm.display.measure) && (order = getOrder(line)))\n builder.addToken = buildTokenBadBidi(builder.addToken, order);\n builder.map = [];\n insertLineContent(line, builder, getLineStyles(cm, line));\n if (line.styleClasses) {\n if (line.styleClasses.bgClass)\n builder.bgClass = joinClasses(line.styleClasses.bgClass, builder.bgClass || \"\");\n if (line.styleClasses.textClass)\n builder.textClass = joinClasses(line.styleClasses.textClass, builder.textClass || \"\");\n }\n\n // Ensure at least a single node is present, for measuring.\n if (builder.map.length == 0)\n builder.map.push(0, 0, builder.content.appendChild(zeroWidthElement(cm.display.measure)));\n\n // Store the map and a cache object for the current logical line\n if (i == 0) {\n lineView.measure.map = builder.map;\n lineView.measure.cache = {};\n } else {\n (lineView.measure.maps || (lineView.measure.maps = [])).push(builder.map);\n (lineView.measure.caches || (lineView.measure.caches = [])).push({});\n }\n }\n\n signal(cm, \"renderLine\", cm, lineView.line, builder.pre);\n return builder;\n }\n\n function defaultSpecialCharPlaceholder(ch) {\n var token = elt(\"span\", \"\\u2022\", \"cm-invalidchar\");\n token.title = \"\\\\u\" + ch.charCodeAt(0).toString(16);\n return token;\n }\n\n // Build up the DOM representation for a single token, and add it to\n // the line map. Takes care to render special characters separately.\n function buildToken(builder, text, style, startStyle, endStyle, title) {\n if (!text) return;\n var special = builder.cm.options.specialChars, mustWrap = false;\n if (!special.test(text)) {\n builder.col += text.length;\n var content = document.createTextNode(text);\n builder.map.push(builder.pos, builder.pos + text.length, content);\n if (ie_upto8) mustWrap = true;\n builder.pos += text.length;\n } else {\n var content = document.createDocumentFragment(), pos = 0;\n while (true) {\n special.lastIndex = pos;\n var m = special.exec(text);\n var skipped = m ? m.index - pos : text.length - pos;\n if (skipped) {\n var txt = document.createTextNode(text.slice(pos, pos + skipped));\n if (ie_upto8) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.map.push(builder.pos, builder.pos + skipped, txt);\n builder.col += skipped;\n builder.pos += skipped;\n }\n if (!m) break;\n pos += skipped + 1;\n if (m[0] == \"\\t\") {\n var tabSize = builder.cm.options.tabSize, tabWidth = tabSize - builder.col % tabSize;\n var txt = content.appendChild(elt(\"span\", spaceStr(tabWidth), \"cm-tab\"));\n builder.col += tabWidth;\n } else {\n var txt = builder.cm.options.specialCharPlaceholder(m[0]);\n if (ie_upto8) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.col += 1;\n }\n builder.map.push(builder.pos, builder.pos + 1, txt);\n builder.pos++;\n }\n }\n if (style || startStyle || endStyle || mustWrap) {\n var fullStyle = style || \"\";\n if (startStyle) fullStyle += startStyle;\n if (endStyle) fullStyle += endStyle;\n var token = elt(\"span\", [content], fullStyle);\n if (title) token.title = title;\n return builder.content.appendChild(token);\n }\n builder.content.appendChild(content);\n }\n\n function buildTokenSplitSpaces(inner) {\n function split(old) {\n var out = \" \";\n for (var i = 0; i < old.length - 2; ++i) out += i % 2 ? \" \" : \"\\u00a0\";\n out += \" \";\n return out;\n }\n return function(builder, text, style, startStyle, endStyle, title) {\n inner(builder, text.replace(/ {3,}/g, split), style, startStyle, endStyle, title);\n };\n }\n\n // Work around nonsense dimensions being reported for stretches of\n // right-to-left text.\n function buildTokenBadBidi(inner, order) {\n return function(builder, text, style, startStyle, endStyle, title) {\n style = style ? style + \" cm-force-border\" : \"cm-force-border\";\n var start = builder.pos, end = start + text.length;\n for (;;) {\n // Find the part that overlaps with the start of this text\n for (var i = 0; i < order.length; i++) {\n var part = order[i];\n if (part.to > start && part.from <= start) break;\n }\n if (part.to >= end) return inner(builder, text, style, startStyle, endStyle, title);\n inner(builder, text.slice(0, part.to - start), style, startStyle, null, title);\n startStyle = null;\n text = text.slice(part.to - start);\n start = part.to;\n }\n };\n }\n\n function buildCollapsedSpan(builder, size, marker, ignoreWidget) {\n var widget = !ignoreWidget && marker.widgetNode;\n if (widget) {\n builder.map.push(builder.pos, builder.pos + size, widget);\n builder.content.appendChild(widget);\n }\n builder.pos += size;\n }\n\n // Outputs a number of spans to make up a line, taking highlighting\n // and marked text into account.\n function insertLineContent(line, builder, styles) {\n var spans = line.markedSpans, allText = line.text, at = 0;\n if (!spans) {\n for (var i = 1; i < styles.length; i+=2)\n builder.addToken(builder, allText.slice(at, at = styles[i]), interpretTokenStyle(styles[i+1], builder.cm.options));\n return;\n }\n\n var len = allText.length, pos = 0, i = 1, text = \"\", style;\n var nextChange = 0, spanStyle, spanEndStyle, spanStartStyle, title, collapsed;\n for (;;) {\n if (nextChange == pos) { // Update current marker set\n spanStyle = spanEndStyle = spanStartStyle = title = \"\";\n collapsed = null; nextChange = Infinity;\n var foundBookmarks = [];\n for (var j = 0; j < spans.length; ++j) {\n var sp = spans[j], m = sp.marker;\n if (sp.from <= pos && (sp.to == null || sp.to > pos)) {\n if (sp.to != null && nextChange > sp.to) { nextChange = sp.to; spanEndStyle = \"\"; }\n if (m.className) spanStyle += \" \" + m.className;\n if (m.startStyle && sp.from == pos) spanStartStyle += \" \" + m.startStyle;\n if (m.endStyle && sp.to == nextChange) spanEndStyle += \" \" + m.endStyle;\n if (m.title && !title) title = m.title;\n if (m.collapsed && (!collapsed || compareCollapsedMarkers(collapsed.marker, m) < 0))\n collapsed = sp;\n } else if (sp.from > pos && nextChange > sp.from) {\n nextChange = sp.from;\n }\n if (m.type == \"bookmark\" && sp.from == pos && m.widgetNode) foundBookmarks.push(m);\n }\n if (collapsed && (collapsed.from || 0) == pos) {\n buildCollapsedSpan(builder, (collapsed.to == null ? len + 1 : collapsed.to) - pos,\n collapsed.marker, collapsed.from == null);\n if (collapsed.to == null) return;\n }\n if (!collapsed && foundBookmarks.length) for (var j = 0; j < foundBookmarks.length; ++j)\n buildCollapsedSpan(builder, 0, foundBookmarks[j]);\n }\n if (pos >= len) break;\n\n var upto = Math.min(len, nextChange);\n while (true) {\n if (text) {\n var end = pos + text.length;\n if (!collapsed) {\n var tokenText = end > upto ? text.slice(0, upto - pos) : text;\n builder.addToken(builder, tokenText, style ? style + spanStyle : spanStyle,\n spanStartStyle, pos + tokenText.length == nextChange ? spanEndStyle : \"\", title);\n }\n if (end >= upto) {text = text.slice(upto - pos); pos = upto; break;}\n pos = end;\n spanStartStyle = \"\";\n }\n text = allText.slice(at, at = styles[i++]);\n style = interpretTokenStyle(styles[i++], builder.cm.options);\n }\n }\n }\n\n // DOCUMENT DATA STRUCTURE\n\n // By default, updates that start and end at the beginning of a line\n // are treated specially, in order to make the association of line\n // widgets and marker elements with the text behave more intuitive.\n function isWholeLineUpdate(doc, change) {\n return change.from.ch == 0 && change.to.ch == 0 && lst(change.text) == \"\" &&\n (!doc.cm || doc.cm.options.wholeLineUpdateBefore);\n }\n\n // Perform a change on the document data structure.\n function updateDoc(doc, change, markedSpans, estimateHeight) {\n function spansFor(n) {return markedSpans ? markedSpans[n] : null;}\n function update(line, text, spans) {\n updateLine(line, text, spans, estimateHeight);\n signalLater(line, \"change\", line, change);\n }\n\n var from = change.from, to = change.to, text = change.text;\n var firstLine = getLine(doc, from.line), lastLine = getLine(doc, to.line);\n var lastText = lst(text), lastSpans = spansFor(text.length - 1), nlines = to.line - from.line;\n\n // Adjust the line structure\n if (isWholeLineUpdate(doc, change)) {\n // This is a whole-line replace. Treated specially to make\n // sure line objects move the way they are supposed to.\n for (var i = 0, added = []; i < text.length - 1; ++i)\n added.push(new Line(text[i], spansFor(i), estimateHeight));\n update(lastLine, lastLine.text, lastSpans);\n if (nlines) doc.remove(from.line, nlines);\n if (added.length) doc.insert(from.line, added);\n } else if (firstLine == lastLine) {\n if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + lastText + firstLine.text.slice(to.ch), lastSpans);\n } else {\n for (var added = [], i = 1; i < text.length - 1; ++i)\n added.push(new Line(text[i], spansFor(i), estimateHeight));\n added.push(new Line(lastText + firstLine.text.slice(to.ch), lastSpans, estimateHeight));\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n doc.insert(from.line + 1, added);\n }\n } else if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0] + lastLine.text.slice(to.ch), spansFor(0));\n doc.remove(from.line + 1, nlines);\n } else {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n update(lastLine, lastText + lastLine.text.slice(to.ch), lastSpans);\n for (var i = 1, added = []; i < text.length - 1; ++i)\n added.push(new Line(text[i], spansFor(i), estimateHeight));\n if (nlines > 1) doc.remove(from.line + 1, nlines - 1);\n doc.insert(from.line + 1, added);\n }\n\n signalLater(doc, \"change\", doc, change);\n }\n\n // The document is represented as a BTree consisting of leaves, with\n // chunk of lines in them, and branches, with up to ten leaves or\n // other branch nodes below them. The top node is always a branch\n // node, and is the document object itself (meaning it has\n // additional methods and properties).\n //\n // All nodes have parent links. The tree is used both to go from\n // line numbers to line objects, and to go from objects to numbers.\n // It also indexes by height, and is used to convert between height\n // and line object, and to find the total height of the document.\n //\n // See also http://marijnhaverbeke.nl/blog/codemirror-line-tree.html\n\n function LeafChunk(lines) {\n this.lines = lines;\n this.parent = null;\n for (var i = 0, height = 0; i < lines.length; ++i) {\n lines[i].parent = this;\n height += lines[i].height;\n }\n this.height = height;\n }\n\n LeafChunk.prototype = {\n chunkSize: function() { return this.lines.length; },\n // Remove the n lines at offset 'at'.\n removeInner: function(at, n) {\n for (var i = at, e = at + n; i < e; ++i) {\n var line = this.lines[i];\n this.height -= line.height;\n cleanUpLine(line);\n signalLater(line, \"delete\");\n }\n this.lines.splice(at, n);\n },\n // Helper used to collapse a small branch into a single leaf.\n collapse: function(lines) {\n lines.push.apply(lines, this.lines);\n },\n // Insert the given array of lines at offset 'at', count them as\n // having the given height.\n insertInner: function(at, lines, height) {\n this.height += height;\n this.lines = this.lines.slice(0, at).concat(lines).concat(this.lines.slice(at));\n for (var i = 0; i < lines.length; ++i) lines[i].parent = this;\n },\n // Used to iterate over a part of the tree.\n iterN: function(at, n, op) {\n for (var e = at + n; at < e; ++at)\n if (op(this.lines[at])) return true;\n }\n };\n\n function BranchChunk(children) {\n this.children = children;\n var size = 0, height = 0;\n for (var i = 0; i < children.length; ++i) {\n var ch = children[i];\n size += ch.chunkSize(); height += ch.height;\n ch.parent = this;\n }\n this.size = size;\n this.height = height;\n this.parent = null;\n }\n\n BranchChunk.prototype = {\n chunkSize: function() { return this.size; },\n removeInner: function(at, n) {\n this.size -= n;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var rm = Math.min(n, sz - at), oldHeight = child.height;\n child.removeInner(at, rm);\n this.height -= oldHeight - child.height;\n if (sz == rm) { this.children.splice(i--, 1); child.parent = null; }\n if ((n -= rm) == 0) break;\n at = 0;\n } else at -= sz;\n }\n // If the result is smaller than 25 lines, ensure that it is a\n // single leaf node.\n if (this.size - n < 25 &&\n (this.children.length > 1 || !(this.children[0] instanceof LeafChunk))) {\n var lines = [];\n this.collapse(lines);\n this.children = [new LeafChunk(lines)];\n this.children[0].parent = this;\n }\n },\n collapse: function(lines) {\n for (var i = 0; i < this.children.length; ++i) this.children[i].collapse(lines);\n },\n insertInner: function(at, lines, height) {\n this.size += lines.length;\n this.height += height;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at <= sz) {\n child.insertInner(at, lines, height);\n if (child.lines && child.lines.length > 50) {\n while (child.lines.length > 50) {\n var spilled = child.lines.splice(child.lines.length - 25, 25);\n var newleaf = new LeafChunk(spilled);\n child.height -= newleaf.height;\n this.children.splice(i + 1, 0, newleaf);\n newleaf.parent = this;\n }\n this.maybeSpill();\n }\n break;\n }\n at -= sz;\n }\n },\n // When a node has grown, check whether it should be split.\n maybeSpill: function() {\n if (this.children.length <= 10) return;\n var me = this;\n do {\n var spilled = me.children.splice(me.children.length - 5, 5);\n var sibling = new BranchChunk(spilled);\n if (!me.parent) { // Become the parent node\n var copy = new BranchChunk(me.children);\n copy.parent = me;\n me.children = [copy, sibling];\n me = copy;\n } else {\n me.size -= sibling.size;\n me.height -= sibling.height;\n var myIndex = indexOf(me.parent.children, me);\n me.parent.children.splice(myIndex + 1, 0, sibling);\n }\n sibling.parent = me.parent;\n } while (me.children.length > 10);\n me.parent.maybeSpill();\n },\n iterN: function(at, n, op) {\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var used = Math.min(n, sz - at);\n if (child.iterN(at, used, op)) return true;\n if ((n -= used) == 0) break;\n at = 0;\n } else at -= sz;\n }\n }\n };\n\n var nextDocId = 0;\n var Doc = CodeMirror.Doc = function(text, mode, firstLine) {\n if (!(this instanceof Doc)) return new Doc(text, mode, firstLine);\n if (firstLine == null) firstLine = 0;\n\n BranchChunk.call(this, [new LeafChunk([new Line(\"\", null)])]);\n this.first = firstLine;\n this.scrollTop = this.scrollLeft = 0;\n this.cantEdit = false;\n this.cleanGeneration = 1;\n this.frontier = firstLine;\n var start = Pos(firstLine, 0);\n this.sel = simpleSelection(start);\n this.history = new History(null);\n this.id = ++nextDocId;\n this.modeOption = mode;\n\n if (typeof text == \"string\") text = splitLines(text);\n updateDoc(this, {from: start, to: start, text: text});\n setSelection(this, simpleSelection(start), sel_dontScroll);\n };\n\n Doc.prototype = createObj(BranchChunk.prototype, {\n constructor: Doc,\n // Iterate over the document. Supports two forms -- with only one\n // argument, it calls that for each line in the document. With\n // three, it iterates over the range given by the first two (with\n // the second being non-inclusive).\n iter: function(from, to, op) {\n if (op) this.iterN(from - this.first, to - from, op);\n else this.iterN(this.first, this.first + this.size, from);\n },\n\n // Non-public interface for adding and removing lines.\n insert: function(at, lines) {\n var height = 0;\n for (var i = 0; i < lines.length; ++i) height += lines[i].height;\n this.insertInner(at - this.first, lines, height);\n },\n remove: function(at, n) { this.removeInner(at - this.first, n); },\n\n // From here, the methods are part of the public interface. Most\n // are also available from CodeMirror (editor) instances.\n\n getValue: function(lineSep) {\n var lines = getLines(this, this.first, this.first + this.size);\n if (lineSep === false) return lines;\n return lines.join(lineSep || \"\\n\");\n },\n setValue: docMethodOp(function(code) {\n var top = Pos(this.first, 0), last = this.first + this.size - 1;\n makeChange(this, {from: top, to: Pos(last, getLine(this, last).text.length),\n text: splitLines(code), origin: \"setValue\"}, true);\n setSelection(this, simpleSelection(top));\n }),\n replaceRange: function(code, from, to, origin) {\n from = clipPos(this, from);\n to = to ? clipPos(this, to) : from;\n replaceRange(this, code, from, to, origin);\n },\n getRange: function(from, to, lineSep) {\n var lines = getBetween(this, clipPos(this, from), clipPos(this, to));\n if (lineSep === false) return lines;\n return lines.join(lineSep || \"\\n\");\n },\n\n getLine: function(line) {var l = this.getLineHandle(line); return l && l.text;},\n\n getLineHandle: function(line) {if (isLine(this, line)) return getLine(this, line);},\n getLineNumber: function(line) {return lineNo(line);},\n\n getLineHandleVisualStart: function(line) {\n if (typeof line == \"number\") line = getLine(this, line);\n return visualLine(line);\n },\n\n lineCount: function() {return this.size;},\n firstLine: function() {return this.first;},\n lastLine: function() {return this.first + this.size - 1;},\n\n clipPos: function(pos) {return clipPos(this, pos);},\n\n getCursor: function(start) {\n var range = this.sel.primary(), pos;\n if (start == null || start == \"head\") pos = range.head;\n else if (start == \"anchor\") pos = range.anchor;\n else if (start == \"end\" || start == \"to\" || start === false) pos = range.to();\n else pos = range.from();\n return pos;\n },\n listSelections: function() { return this.sel.ranges; },\n somethingSelected: function() {return this.sel.somethingSelected();},\n\n setCursor: docMethodOp(function(line, ch, options) {\n setSimpleSelection(this, clipPos(this, typeof line == \"number\" ? Pos(line, ch || 0) : line), null, options);\n }),\n setSelection: docMethodOp(function(anchor, head, options) {\n setSimpleSelection(this, clipPos(this, anchor), clipPos(this, head || anchor), options);\n }),\n extendSelection: docMethodOp(function(head, other, options) {\n extendSelection(this, clipPos(this, head), other && clipPos(this, other), options);\n }),\n extendSelections: docMethodOp(function(heads, options) {\n extendSelections(this, clipPosArray(this, heads, options));\n }),\n extendSelectionsBy: docMethodOp(function(f, options) {\n extendSelections(this, map(this.sel.ranges, f), options);\n }),\n setSelections: docMethodOp(function(ranges, primary, options) {\n if (!ranges.length) return;\n for (var i = 0, out = []; i < ranges.length; i++)\n out[i] = new Range(clipPos(this, ranges[i].anchor),\n clipPos(this, ranges[i].head));\n if (primary == null) primary = Math.min(ranges.length - 1, this.sel.primIndex);\n setSelection(this, normalizeSelection(out, primary), options);\n }),\n addSelection: docMethodOp(function(anchor, head, options) {\n var ranges = this.sel.ranges.slice(0);\n ranges.push(new Range(clipPos(this, anchor), clipPos(this, head || anchor)));\n setSelection(this, normalizeSelection(ranges, ranges.length - 1), options);\n }),\n\n getSelection: function(lineSep) {\n var ranges = this.sel.ranges, lines;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n lines = lines ? lines.concat(sel) : sel;\n }\n if (lineSep === false) return lines;\n else return lines.join(lineSep || \"\\n\");\n },\n getSelections: function(lineSep) {\n var parts = [], ranges = this.sel.ranges;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n if (lineSep !== false) sel = sel.join(lineSep || \"\\n\");\n parts[i] = sel;\n }\n return parts;\n },\n replaceSelection: function(code, collapse, origin) {\n var dup = [];\n for (var i = 0; i < this.sel.ranges.length; i++)\n dup[i] = code;\n this.replaceSelections(dup, collapse, origin || \"+input\");\n },\n replaceSelections: docMethodOp(function(code, collapse, origin) {\n var changes = [], sel = this.sel;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n changes[i] = {from: range.from(), to: range.to(), text: splitLines(code[i]), origin: origin};\n }\n var newSel = collapse && collapse != \"end\" && computeReplacedSel(this, changes, collapse);\n for (var i = changes.length - 1; i >= 0; i--)\n makeChange(this, changes[i]);\n if (newSel) setSelectionReplaceHistory(this, newSel);\n else if (this.cm) ensureCursorVisible(this.cm);\n }),\n undo: docMethodOp(function() {makeChangeFromHistory(this, \"undo\");}),\n redo: docMethodOp(function() {makeChangeFromHistory(this, \"redo\");}),\n undoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"undo\", true);}),\n redoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"redo\", true);}),\n\n setExtending: function(val) {this.extend = val;},\n getExtending: function() {return this.extend;},\n\n historySize: function() {\n var hist = this.history, done = 0, undone = 0;\n for (var i = 0; i < hist.done.length; i++) if (!hist.done[i].ranges) ++done;\n for (var i = 0; i < hist.undone.length; i++) if (!hist.undone[i].ranges) ++undone;\n return {undo: done, redo: undone};\n },\n clearHistory: function() {this.history = new History(this.history.maxGeneration);},\n\n markClean: function() {\n this.cleanGeneration = this.changeGeneration(true);\n },\n changeGeneration: function(forceSplit) {\n if (forceSplit)\n this.history.lastOp = this.history.lastOrigin = null;\n return this.history.generation;\n },\n isClean: function (gen) {\n return this.history.generation == (gen || this.cleanGeneration);\n },\n\n getHistory: function() {\n return {done: copyHistoryArray(this.history.done),\n undone: copyHistoryArray(this.history.undone)};\n },\n setHistory: function(histData) {\n var hist = this.history = new History(this.history.maxGeneration);\n hist.done = copyHistoryArray(histData.done.slice(0), null, true);\n hist.undone = copyHistoryArray(histData.undone.slice(0), null, true);\n },\n\n markText: function(from, to, options) {\n return markText(this, clipPos(this, from), clipPos(this, to), options, \"range\");\n },\n setBookmark: function(pos, options) {\n var realOpts = {replacedWith: options && (options.nodeType == null ? options.widget : options),\n insertLeft: options && options.insertLeft,\n clearWhenEmpty: false, shared: options && options.shared};\n pos = clipPos(this, pos);\n return markText(this, pos, pos, realOpts, \"bookmark\");\n },\n findMarksAt: function(pos) {\n pos = clipPos(this, pos);\n var markers = [], spans = getLine(this, pos.line).markedSpans;\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if ((span.from == null || span.from <= pos.ch) &&\n (span.to == null || span.to >= pos.ch))\n markers.push(span.marker.parent || span.marker);\n }\n return markers;\n },\n findMarks: function(from, to, filter) {\n from = clipPos(this, from); to = clipPos(this, to);\n var found = [], lineNo = from.line;\n this.iter(from.line, to.line + 1, function(line) {\n var spans = line.markedSpans;\n if (spans) for (var i = 0; i < spans.length; i++) {\n var span = spans[i];\n if (!(lineNo == from.line && from.ch > span.to ||\n span.from == null && lineNo != from.line||\n lineNo == to.line && span.from > to.ch) &&\n (!filter || filter(span.marker)))\n found.push(span.marker.parent || span.marker);\n }\n ++lineNo;\n });\n return found;\n },\n getAllMarks: function() {\n var markers = [];\n this.iter(function(line) {\n var sps = line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i)\n if (sps[i].from != null) markers.push(sps[i].marker);\n });\n return markers;\n },\n\n posFromIndex: function(off) {\n var ch, lineNo = this.first;\n this.iter(function(line) {\n var sz = line.text.length + 1;\n if (sz > off) { ch = off; return true; }\n off -= sz;\n ++lineNo;\n });\n return clipPos(this, Pos(lineNo, ch));\n },\n indexFromPos: function (coords) {\n coords = clipPos(this, coords);\n var index = coords.ch;\n if (coords.line < this.first || coords.ch < 0) return 0;\n this.iter(this.first, coords.line, function (line) {\n index += line.text.length + 1;\n });\n return index;\n },\n\n copy: function(copyHistory) {\n var doc = new Doc(getLines(this, this.first, this.first + this.size), this.modeOption, this.first);\n doc.scrollTop = this.scrollTop; doc.scrollLeft = this.scrollLeft;\n doc.sel = this.sel;\n doc.extend = false;\n if (copyHistory) {\n doc.history.undoDepth = this.history.undoDepth;\n doc.setHistory(this.getHistory());\n }\n return doc;\n },\n\n linkedDoc: function(options) {\n if (!options) options = {};\n var from = this.first, to = this.first + this.size;\n if (options.from != null && options.from > from) from = options.from;\n if (options.to != null && options.to < to) to = options.to;\n var copy = new Doc(getLines(this, from, to), options.mode || this.modeOption, from);\n if (options.sharedHist) copy.history = this.history;\n (this.linked || (this.linked = [])).push({doc: copy, sharedHist: options.sharedHist});\n copy.linked = [{doc: this, isParent: true, sharedHist: options.sharedHist}];\n copySharedMarkers(copy, findSharedMarkers(this));\n return copy;\n },\n unlinkDoc: function(other) {\n if (other instanceof CodeMirror) other = other.doc;\n if (this.linked) for (var i = 0; i < this.linked.length; ++i) {\n var link = this.linked[i];\n if (link.doc != other) continue;\n this.linked.splice(i, 1);\n other.unlinkDoc(this);\n detachSharedMarkers(findSharedMarkers(this));\n break;\n }\n // If the histories were shared, split them again\n if (other.history == this.history) {\n var splitIds = [other.id];\n linkedDocs(other, function(doc) {splitIds.push(doc.id);}, true);\n other.history = new History(null);\n other.history.done = copyHistoryArray(this.history.done, splitIds);\n other.history.undone = copyHistoryArray(this.history.undone, splitIds);\n }\n },\n iterLinkedDocs: function(f) {linkedDocs(this, f);},\n\n getMode: function() {return this.mode;},\n getEditor: function() {return this.cm;}\n });\n\n // Public alias.\n Doc.prototype.eachLine = Doc.prototype.iter;\n\n // Set up methods on CodeMirror's prototype to redirect to the editor's document.\n var dontDelegate = \"iter insert remove copy getEditor\".split(\" \");\n for (var prop in Doc.prototype) if (Doc.prototype.hasOwnProperty(prop) && indexOf(dontDelegate, prop) < 0)\n CodeMirror.prototype[prop] = (function(method) {\n return function() {return method.apply(this.doc, arguments);};\n })(Doc.prototype[prop]);\n\n eventMixin(Doc);\n\n // Call f for all linked documents.\n function linkedDocs(doc, f, sharedHistOnly) {\n function propagate(doc, skip, sharedHist) {\n if (doc.linked) for (var i = 0; i < doc.linked.length; ++i) {\n var rel = doc.linked[i];\n if (rel.doc == skip) continue;\n var shared = sharedHist && rel.sharedHist;\n if (sharedHistOnly && !shared) continue;\n f(rel.doc, shared);\n propagate(rel.doc, doc, shared);\n }\n }\n propagate(doc, null, true);\n }\n\n // Attach a document to an editor.\n function attachDoc(cm, doc) {\n if (doc.cm) throw new Error(\"This document is already in use.\");\n cm.doc = doc;\n doc.cm = cm;\n estimateLineHeights(cm);\n loadMode(cm);\n if (!cm.options.lineWrapping) findMaxLine(cm);\n cm.options.mode = doc.modeOption;\n regChange(cm);\n }\n\n // LINE UTILITIES\n\n // Find the line object corresponding to the given line number.\n function getLine(doc, n) {\n n -= doc.first;\n if (n < 0 || n >= doc.size) throw new Error(\"There is no line \" + (n + doc.first) + \" in the document.\");\n for (var chunk = doc; !chunk.lines;) {\n for (var i = 0;; ++i) {\n var child = chunk.children[i], sz = child.chunkSize();\n if (n < sz) { chunk = child; break; }\n n -= sz;\n }\n }\n return chunk.lines[n];\n }\n\n // Get the part of a document between two positions, as an array of\n // strings.\n function getBetween(doc, start, end) {\n var out = [], n = start.line;\n doc.iter(start.line, end.line + 1, function(line) {\n var text = line.text;\n if (n == end.line) text = text.slice(0, end.ch);\n if (n == start.line) text = text.slice(start.ch);\n out.push(text);\n ++n;\n });\n return out;\n }\n // Get the lines between from and to, as array of strings.\n function getLines(doc, from, to) {\n var out = [];\n doc.iter(from, to, function(line) { out.push(line.text); });\n return out;\n }\n\n // Update the height of a line, propagating the height change\n // upwards to parent nodes.\n function updateLineHeight(line, height) {\n var diff = height - line.height;\n if (diff) for (var n = line; n; n = n.parent) n.height += diff;\n }\n\n // Given a line object, find its line number by walking up through\n // its parent links.\n function lineNo(line) {\n if (line.parent == null) return null;\n var cur = line.parent, no = indexOf(cur.lines, line);\n for (var chunk = cur.parent; chunk; cur = chunk, chunk = chunk.parent) {\n for (var i = 0;; ++i) {\n if (chunk.children[i] == cur) break;\n no += chunk.children[i].chunkSize();\n }\n }\n return no + cur.first;\n }\n\n // Find the line at the given vertical position, using the height\n // information in the document tree.\n function lineAtHeight(chunk, h) {\n var n = chunk.first;\n outer: do {\n for (var i = 0; i < chunk.children.length; ++i) {\n var child = chunk.children[i], ch = child.height;\n if (h < ch) { chunk = child; continue outer; }\n h -= ch;\n n += child.chunkSize();\n }\n return n;\n } while (!chunk.lines);\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i], lh = line.height;\n if (h < lh) break;\n h -= lh;\n }\n return n + i;\n }\n\n\n // Find the height above the given line.\n function heightAtLine(lineObj) {\n lineObj = visualLine(lineObj);\n\n var h = 0, chunk = lineObj.parent;\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i];\n if (line == lineObj) break;\n else h += line.height;\n }\n for (var p = chunk.parent; p; chunk = p, p = chunk.parent) {\n for (var i = 0; i < p.children.length; ++i) {\n var cur = p.children[i];\n if (cur == chunk) break;\n else h += cur.height;\n }\n }\n return h;\n }\n\n // Get the bidi ordering for the given line (and cache it). Returns\n // false for lines that are fully left-to-right, and an array of\n // BidiSpan objects otherwise.\n function getOrder(line) {\n var order = line.order;\n if (order == null) order = line.order = bidiOrdering(line.text);\n return order;\n }\n\n // HISTORY\n\n function History(startGen) {\n // Arrays of change events and selections. Doing something adds an\n // event to done and clears undo. Undoing moves events from done\n // to undone, redoing moves them in the other direction.\n this.done = []; this.undone = [];\n this.undoDepth = Infinity;\n // Used to track when changes can be merged into a single undo\n // event\n this.lastModTime = this.lastSelTime = 0;\n this.lastOp = null;\n this.lastOrigin = this.lastSelOrigin = null;\n // Used by the isClean() method\n this.generation = this.maxGeneration = startGen || 1;\n }\n\n // Create a history change event from an updateDoc-style change\n // object.\n function historyChangeFromChange(doc, change) {\n var histChange = {from: copyPos(change.from), to: changeEnd(change), text: getBetween(doc, change.from, change.to)};\n attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);\n linkedDocs(doc, function(doc) {attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);}, true);\n return histChange;\n }\n\n // Pop all selection events off the end of a history array. Stop at\n // a change event.\n function clearSelectionEvents(array) {\n while (array.length) {\n var last = lst(array);\n if (last.ranges) array.pop();\n else break;\n }\n }\n\n // Find the top change event in the history. Pop off selection\n // events that are in the way.\n function lastChangeEvent(hist, force) {\n if (force) {\n clearSelectionEvents(hist.done);\n return lst(hist.done);\n } else if (hist.done.length && !lst(hist.done).ranges) {\n return lst(hist.done);\n } else if (hist.done.length > 1 && !hist.done[hist.done.length - 2].ranges) {\n hist.done.pop();\n return lst(hist.done);\n }\n }\n\n // Register a change in the history. Merges changes that are within\n // a single operation, ore are close together with an origin that\n // allows merging (starting with \"+\") into a single event.\n function addChangeToHistory(doc, change, selAfter, opId) {\n var hist = doc.history;\n hist.undone.length = 0;\n var time = +new Date, cur;\n\n if ((hist.lastOp == opId ||\n hist.lastOrigin == change.origin && change.origin &&\n ((change.origin.charAt(0) == \"+\" && doc.cm && hist.lastModTime > time - doc.cm.options.historyEventDelay) ||\n change.origin.charAt(0) == \"*\")) &&\n (cur = lastChangeEvent(hist, hist.lastOp == opId))) {\n // Merge this change into the last event\n var last = lst(cur.changes);\n if (cmp(change.from, change.to) == 0 && cmp(change.from, last.to) == 0) {\n // Optimized case for simple insertion -- don't want to add\n // new changesets for every character typed\n last.to = changeEnd(change);\n } else {\n // Add new sub-event\n cur.changes.push(historyChangeFromChange(doc, change));\n }\n } else {\n // Can not be merged, start a new event.\n var before = lst(hist.done);\n if (!before || !before.ranges)\n pushSelectionToHistory(doc.sel, hist.done);\n cur = {changes: [historyChangeFromChange(doc, change)],\n generation: hist.generation};\n hist.done.push(cur);\n while (hist.done.length > hist.undoDepth) {\n hist.done.shift();\n if (!hist.done[0].ranges) hist.done.shift();\n }\n }\n hist.done.push(selAfter);\n hist.generation = ++hist.maxGeneration;\n hist.lastModTime = hist.lastSelTime = time;\n hist.lastOp = opId;\n hist.lastOrigin = hist.lastSelOrigin = change.origin;\n\n if (!last) signal(doc, \"historyAdded\");\n }\n\n function selectionEventCanBeMerged(doc, origin, prev, sel) {\n var ch = origin.charAt(0);\n return ch == \"*\" ||\n ch == \"+\" &&\n prev.ranges.length == sel.ranges.length &&\n prev.somethingSelected() == sel.somethingSelected() &&\n new Date - doc.history.lastSelTime <= (doc.cm ? doc.cm.options.historyEventDelay : 500);\n }\n\n // Called whenever the selection changes, sets the new selection as\n // the pending selection in the history, and pushes the old pending\n // selection into the 'done' array when it was significantly\n // different (in number of selected ranges, emptiness, or time).\n function addSelectionToHistory(doc, sel, opId, options) {\n var hist = doc.history, origin = options && options.origin;\n\n // A new event is started when the previous origin does not match\n // the current, or the origins don't allow matching. Origins\n // starting with * are always merged, those starting with + are\n // merged when similar and close together in time.\n if (opId == hist.lastOp ||\n (origin && hist.lastSelOrigin == origin &&\n (hist.lastModTime == hist.lastSelTime && hist.lastOrigin == origin ||\n selectionEventCanBeMerged(doc, origin, lst(hist.done), sel))))\n hist.done[hist.done.length - 1] = sel;\n else\n pushSelectionToHistory(sel, hist.done);\n\n hist.lastSelTime = +new Date;\n hist.lastSelOrigin = origin;\n hist.lastOp = opId;\n if (options && options.clearRedo !== false)\n clearSelectionEvents(hist.undone);\n }\n\n function pushSelectionToHistory(sel, dest) {\n var top = lst(dest);\n if (!(top && top.ranges && top.equals(sel)))\n dest.push(sel);\n }\n\n // Used to store marked span information in the history.\n function attachLocalSpans(doc, change, from, to) {\n var existing = change[\"spans_\" + doc.id], n = 0;\n doc.iter(Math.max(doc.first, from), Math.min(doc.first + doc.size, to), function(line) {\n if (line.markedSpans)\n (existing || (existing = change[\"spans_\" + doc.id] = {}))[n] = line.markedSpans;\n ++n;\n });\n }\n\n // When un/re-doing restores text containing marked spans, those\n // that have been explicitly cleared should not be restored.\n function removeClearedSpans(spans) {\n if (!spans) return null;\n for (var i = 0, out; i < spans.length; ++i) {\n if (spans[i].marker.explicitlyCleared) { if (!out) out = spans.slice(0, i); }\n else if (out) out.push(spans[i]);\n }\n return !out ? spans : out.length ? out : null;\n }\n\n // Retrieve and filter the old marked spans stored in a change event.\n function getOldSpans(doc, change) {\n var found = change[\"spans_\" + doc.id];\n if (!found) return null;\n for (var i = 0, nw = []; i < change.text.length; ++i)\n nw.push(removeClearedSpans(found[i]));\n return nw;\n }\n\n // Used both to provide a JSON-safe object in .getHistory, and, when\n // detaching a document, to split the history in two\n function copyHistoryArray(events, newGroup, instantiateSel) {\n for (var i = 0, copy = []; i < events.length; ++i) {\n var event = events[i];\n if (event.ranges) {\n copy.push(instantiateSel ? Selection.prototype.deepCopy.call(event) : event);\n continue;\n }\n var changes = event.changes, newChanges = [];\n copy.push({changes: newChanges});\n for (var j = 0; j < changes.length; ++j) {\n var change = changes[j], m;\n newChanges.push({from: change.from, to: change.to, text: change.text});\n if (newGroup) for (var prop in change) if (m = prop.match(/^spans_(\\d+)$/)) {\n if (indexOf(newGroup, Number(m[1])) > -1) {\n lst(newChanges)[prop] = change[prop];\n delete change[prop];\n }\n }\n }\n }\n return copy;\n }\n\n // Rebasing/resetting history to deal with externally-sourced changes\n\n function rebaseHistSelSingle(pos, from, to, diff) {\n if (to < pos.line) {\n pos.line += diff;\n } else if (from < pos.line) {\n pos.line = from;\n pos.ch = 0;\n }\n }\n\n // Tries to rebase an array of history events given a change in the\n // document. If the change touches the same lines as the event, the\n // event, and everything 'behind' it, is discarded. If the change is\n // before the event, the event's positions are updated. Uses a\n // copy-on-write scheme for the positions, to avoid having to\n // reallocate them all on every rebase, but also avoid problems with\n // shared position objects being unsafely updated.\n function rebaseHistArray(array, from, to, diff) {\n for (var i = 0; i < array.length; ++i) {\n var sub = array[i], ok = true;\n if (sub.ranges) {\n if (!sub.copied) { sub = array[i] = sub.deepCopy(); sub.copied = true; }\n for (var j = 0; j < sub.ranges.length; j++) {\n rebaseHistSelSingle(sub.ranges[j].anchor, from, to, diff);\n rebaseHistSelSingle(sub.ranges[j].head, from, to, diff);\n }\n continue;\n }\n for (var j = 0; j < sub.changes.length; ++j) {\n var cur = sub.changes[j];\n if (to < cur.from.line) {\n cur.from = Pos(cur.from.line + diff, cur.from.ch);\n cur.to = Pos(cur.to.line + diff, cur.to.ch);\n } else if (from <= cur.to.line) {\n ok = false;\n break;\n }\n }\n if (!ok) {\n array.splice(0, i + 1);\n i = 0;\n }\n }\n }\n\n function rebaseHist(hist, change) {\n var from = change.from.line, to = change.to.line, diff = change.text.length - (to - from) - 1;\n rebaseHistArray(hist.done, from, to, diff);\n rebaseHistArray(hist.undone, from, to, diff);\n }\n\n // EVENT UTILITIES\n\n // Due to the fact that we still support jurassic IE versions, some\n // compatibility wrappers are needed.\n\n var e_preventDefault = CodeMirror.e_preventDefault = function(e) {\n if (e.preventDefault) e.preventDefault();\n else e.returnValue = false;\n };\n var e_stopPropagation = CodeMirror.e_stopPropagation = function(e) {\n if (e.stopPropagation) e.stopPropagation();\n else e.cancelBubble = true;\n };\n function e_defaultPrevented(e) {\n return e.defaultPrevented != null ? e.defaultPrevented : e.returnValue == false;\n }\n var e_stop = CodeMirror.e_stop = function(e) {e_preventDefault(e); e_stopPropagation(e);};\n\n function e_target(e) {return e.target || e.srcElement;}\n function e_button(e) {\n var b = e.which;\n if (b == null) {\n if (e.button & 1) b = 1;\n else if (e.button & 2) b = 3;\n else if (e.button & 4) b = 2;\n }\n if (mac && e.ctrlKey && b == 1) b = 3;\n return b;\n }\n\n // EVENT HANDLING\n\n // Lightweight event framework. on/off also work on DOM nodes,\n // registering native DOM handlers.\n\n var on = CodeMirror.on = function(emitter, type, f) {\n if (emitter.addEventListener)\n emitter.addEventListener(type, f, false);\n else if (emitter.attachEvent)\n emitter.attachEvent(\"on\" + type, f);\n else {\n var map = emitter._handlers || (emitter._handlers = {});\n var arr = map[type] || (map[type] = []);\n arr.push(f);\n }\n };\n\n var off = CodeMirror.off = function(emitter, type, f) {\n if (emitter.removeEventListener)\n emitter.removeEventListener(type, f, false);\n else if (emitter.detachEvent)\n emitter.detachEvent(\"on\" + type, f);\n else {\n var arr = emitter._handlers && emitter._handlers[type];\n if (!arr) return;\n for (var i = 0; i < arr.length; ++i)\n if (arr[i] == f) { arr.splice(i, 1); break; }\n }\n };\n\n var signal = CodeMirror.signal = function(emitter, type /*, values...*/) {\n var arr = emitter._handlers && emitter._handlers[type];\n if (!arr) return;\n var args = Array.prototype.slice.call(arguments, 2);\n for (var i = 0; i < arr.length; ++i) arr[i].apply(null, args);\n };\n\n // Often, we want to signal events at a point where we are in the\n // middle of some work, but don't want the handler to start calling\n // other methods on the editor, which might be in an inconsistent\n // state or simply not expect any other events to happen.\n // signalLater looks whether there are any handlers, and schedules\n // them to be executed when the last operation ends, or, if no\n // operation is active, when a timeout fires.\n var delayedCallbacks, delayedCallbackDepth = 0;\n function signalLater(emitter, type /*, values...*/) {\n var arr = emitter._handlers && emitter._handlers[type];\n if (!arr) return;\n var args = Array.prototype.slice.call(arguments, 2);\n if (!delayedCallbacks) {\n ++delayedCallbackDepth;\n delayedCallbacks = [];\n setTimeout(fireDelayed, 0);\n }\n function bnd(f) {return function(){f.apply(null, args);};};\n for (var i = 0; i < arr.length; ++i)\n delayedCallbacks.push(bnd(arr[i]));\n }\n\n function fireDelayed() {\n --delayedCallbackDepth;\n var delayed = delayedCallbacks;\n delayedCallbacks = null;\n for (var i = 0; i < delayed.length; ++i) delayed[i]();\n }\n\n // The DOM events that CodeMirror handles can be overridden by\n // registering a (non-DOM) handler on the editor for the event name,\n // and preventDefault-ing the event in that handler.\n function signalDOMEvent(cm, e, override) {\n signal(cm, override || e.type, cm, e);\n return e_defaultPrevented(e) || e.codemirrorIgnore;\n }\n\n function signalCursorActivity(cm) {\n var arr = cm._handlers && cm._handlers.cursorActivity;\n if (!arr) return;\n var set = cm.curOp.cursorActivityHandlers || (cm.curOp.cursorActivityHandlers = []);\n for (var i = 0; i < arr.length; ++i) if (indexOf(set, arr[i]) == -1)\n set.push(arr[i]);\n }\n\n function hasHandler(emitter, type) {\n var arr = emitter._handlers && emitter._handlers[type];\n return arr && arr.length > 0;\n }\n\n // Add on and off methods to a constructor's prototype, to make\n // registering events on such objects more convenient.\n function eventMixin(ctor) {\n ctor.prototype.on = function(type, f) {on(this, type, f);};\n ctor.prototype.off = function(type, f) {off(this, type, f);};\n }\n\n // MISC UTILITIES\n\n // Number of pixels added to scroller and sizer to hide scrollbar\n var scrollerCutOff = 30;\n\n // Returned or thrown by various protocols to signal 'I'm not\n // handling this'.\n var Pass = CodeMirror.Pass = {toString: function(){return \"CodeMirror.Pass\";}};\n\n // Reused option objects for setSelection & friends\n var sel_dontScroll = {scroll: false}, sel_mouse = {origin: \"*mouse\"}, sel_move = {origin: \"+move\"};\n\n function Delayed() {this.id = null;}\n Delayed.prototype.set = function(ms, f) {\n clearTimeout(this.id);\n this.id = setTimeout(f, ms);\n };\n\n // Counts the column offset in a string, taking tabs into account.\n // Used mostly to find indentation.\n var countColumn = CodeMirror.countColumn = function(string, end, tabSize, startIndex, startValue) {\n if (end == null) {\n end = string.search(/[^\\s\\u00a0]/);\n if (end == -1) end = string.length;\n }\n for (var i = startIndex || 0, n = startValue || 0;;) {\n var nextTab = string.indexOf(\"\\t\", i);\n if (nextTab < 0 || nextTab >= end)\n return n + (end - i);\n n += nextTab - i;\n n += tabSize - (n % tabSize);\n i = nextTab + 1;\n }\n };\n\n // The inverse of countColumn -- find the offset that corresponds to\n // a particular column.\n function findColumn(string, goal, tabSize) {\n for (var pos = 0, col = 0;;) {\n var nextTab = string.indexOf(\"\\t\", pos);\n if (nextTab == -1) nextTab = string.length;\n var skipped = nextTab - pos;\n if (nextTab == string.length || col + skipped >= goal)\n return pos + Math.min(skipped, goal - col);\n col += nextTab - pos;\n col += tabSize - (col % tabSize);\n pos = nextTab + 1;\n if (col >= goal) return pos;\n }\n }\n\n var spaceStrs = [\"\"];\n function spaceStr(n) {\n while (spaceStrs.length <= n)\n spaceStrs.push(lst(spaceStrs) + \" \");\n return spaceStrs[n];\n }\n\n function lst(arr) { return arr[arr.length-1]; }\n\n var selectInput = function(node) { node.select(); };\n if (ios) // Mobile Safari apparently has a bug where select() is broken.\n selectInput = function(node) { node.selectionStart = 0; node.selectionEnd = node.value.length; };\n else if (ie) // Suppress mysterious IE10 errors\n selectInput = function(node) { try { node.select(); } catch(_e) {} };\n\n function indexOf(array, elt) {\n for (var i = 0; i < array.length; ++i)\n if (array[i] == elt) return i;\n return -1;\n }\n if ([].indexOf) indexOf = function(array, elt) { return array.indexOf(elt); };\n function map(array, f) {\n var out = [];\n for (var i = 0; i < array.length; i++) out[i] = f(array[i], i);\n return out;\n }\n if ([].map) map = function(array, f) { return array.map(f); };\n\n function createObj(base, props) {\n var inst;\n if (Object.create) {\n inst = Object.create(base);\n } else {\n var ctor = function() {};\n ctor.prototype = base;\n inst = new ctor();\n }\n if (props) copyObj(props, inst);\n return inst;\n };\n\n function copyObj(obj, target, overwrite) {\n if (!target) target = {};\n for (var prop in obj)\n if (obj.hasOwnProperty(prop) && (overwrite !== false || !target.hasOwnProperty(prop)))\n target[prop] = obj[prop];\n return target;\n }\n\n function bind(f) {\n var args = Array.prototype.slice.call(arguments, 1);\n return function(){return f.apply(null, args);};\n }\n\n var nonASCIISingleCaseWordChar = /[\\u00df\\u3040-\\u309f\\u30a0-\\u30ff\\u3400-\\u4db5\\u4e00-\\u9fcc\\uac00-\\ud7af]/;\n var isWordCharBasic = CodeMirror.isWordChar = function(ch) {\n return /\\w/.test(ch) || ch > \"\\x80\" &&\n (ch.toUpperCase() != ch.toLowerCase() || nonASCIISingleCaseWordChar.test(ch));\n };\n function isWordChar(ch, helper) {\n if (!helper) return isWordCharBasic(ch);\n if (helper.source.indexOf(\"\\\\w\") > -1 && isWordCharBasic(ch)) return true;\n return helper.test(ch);\n }\n\n function isEmpty(obj) {\n for (var n in obj) if (obj.hasOwnProperty(n) && obj[n]) return false;\n return true;\n }\n\n // Extending unicode characters. A series of a non-extending char +\n // any number of extending chars is treated as a single unit as far\n // as editing and measuring is concerned. This is not fully correct,\n // since some scripts/fonts/browsers also treat other configurations\n // of code points as a group.\n var extendingChars = /[\\u0300-\\u036f\\u0483-\\u0489\\u0591-\\u05bd\\u05bf\\u05c1\\u05c2\\u05c4\\u05c5\\u05c7\\u0610-\\u061a\\u064b-\\u065e\\u0670\\u06d6-\\u06dc\\u06de-\\u06e4\\u06e7\\u06e8\\u06ea-\\u06ed\\u0711\\u0730-\\u074a\\u07a6-\\u07b0\\u07eb-\\u07f3\\u0816-\\u0819\\u081b-\\u0823\\u0825-\\u0827\\u0829-\\u082d\\u0900-\\u0902\\u093c\\u0941-\\u0948\\u094d\\u0951-\\u0955\\u0962\\u0963\\u0981\\u09bc\\u09be\\u09c1-\\u09c4\\u09cd\\u09d7\\u09e2\\u09e3\\u0a01\\u0a02\\u0a3c\\u0a41\\u0a42\\u0a47\\u0a48\\u0a4b-\\u0a4d\\u0a51\\u0a70\\u0a71\\u0a75\\u0a81\\u0a82\\u0abc\\u0ac1-\\u0ac5\\u0ac7\\u0ac8\\u0acd\\u0ae2\\u0ae3\\u0b01\\u0b3c\\u0b3e\\u0b3f\\u0b41-\\u0b44\\u0b4d\\u0b56\\u0b57\\u0b62\\u0b63\\u0b82\\u0bbe\\u0bc0\\u0bcd\\u0bd7\\u0c3e-\\u0c40\\u0c46-\\u0c48\\u0c4a-\\u0c4d\\u0c55\\u0c56\\u0c62\\u0c63\\u0cbc\\u0cbf\\u0cc2\\u0cc6\\u0ccc\\u0ccd\\u0cd5\\u0cd6\\u0ce2\\u0ce3\\u0d3e\\u0d41-\\u0d44\\u0d4d\\u0d57\\u0d62\\u0d63\\u0dca\\u0dcf\\u0dd2-\\u0dd4\\u0dd6\\u0ddf\\u0e31\\u0e34-\\u0e3a\\u0e47-\\u0e4e\\u0eb1\\u0eb4-\\u0eb9\\u0ebb\\u0ebc\\u0ec8-\\u0ecd\\u0f18\\u0f19\\u0f35\\u0f37\\u0f39\\u0f71-\\u0f7e\\u0f80-\\u0f84\\u0f86\\u0f87\\u0f90-\\u0f97\\u0f99-\\u0fbc\\u0fc6\\u102d-\\u1030\\u1032-\\u1037\\u1039\\u103a\\u103d\\u103e\\u1058\\u1059\\u105e-\\u1060\\u1071-\\u1074\\u1082\\u1085\\u1086\\u108d\\u109d\\u135f\\u1712-\\u1714\\u1732-\\u1734\\u1752\\u1753\\u1772\\u1773\\u17b7-\\u17bd\\u17c6\\u17c9-\\u17d3\\u17dd\\u180b-\\u180d\\u18a9\\u1920-\\u1922\\u1927\\u1928\\u1932\\u1939-\\u193b\\u1a17\\u1a18\\u1a56\\u1a58-\\u1a5e\\u1a60\\u1a62\\u1a65-\\u1a6c\\u1a73-\\u1a7c\\u1a7f\\u1b00-\\u1b03\\u1b34\\u1b36-\\u1b3a\\u1b3c\\u1b42\\u1b6b-\\u1b73\\u1b80\\u1b81\\u1ba2-\\u1ba5\\u1ba8\\u1ba9\\u1c2c-\\u1c33\\u1c36\\u1c37\\u1cd0-\\u1cd2\\u1cd4-\\u1ce0\\u1ce2-\\u1ce8\\u1ced\\u1dc0-\\u1de6\\u1dfd-\\u1dff\\u200c\\u200d\\u20d0-\\u20f0\\u2cef-\\u2cf1\\u2de0-\\u2dff\\u302a-\\u302f\\u3099\\u309a\\ua66f-\\ua672\\ua67c\\ua67d\\ua6f0\\ua6f1\\ua802\\ua806\\ua80b\\ua825\\ua826\\ua8c4\\ua8e0-\\ua8f1\\ua926-\\ua92d\\ua947-\\ua951\\ua980-\\ua982\\ua9b3\\ua9b6-\\ua9b9\\ua9bc\\uaa29-\\uaa2e\\uaa31\\uaa32\\uaa35\\uaa36\\uaa43\\uaa4c\\uaab0\\uaab2-\\uaab4\\uaab7\\uaab8\\uaabe\\uaabf\\uaac1\\uabe5\\uabe8\\uabed\\udc00-\\udfff\\ufb1e\\ufe00-\\ufe0f\\ufe20-\\ufe26\\uff9e\\uff9f]/;\n function isExtendingChar(ch) { return ch.charCodeAt(0) >= 768 && extendingChars.test(ch); }\n\n // DOM UTILITIES\n\n function elt(tag, content, className, style) {\n var e = document.createElement(tag);\n if (className) e.className = className;\n if (style) e.style.cssText = style;\n if (typeof content == \"string\") e.appendChild(document.createTextNode(content));\n else if (content) for (var i = 0; i < content.length; ++i) e.appendChild(content[i]);\n return e;\n }\n\n var range;\n if (document.createRange) range = function(node, start, end) {\n var r = document.createRange();\n r.setEnd(node, end);\n r.setStart(node, start);\n return r;\n };\n else range = function(node, start, end) {\n var r = document.body.createTextRange();\n r.moveToElementText(node.parentNode);\n r.collapse(true);\n r.moveEnd(\"character\", end);\n r.moveStart(\"character\", start);\n return r;\n };\n\n function removeChildren(e) {\n for (var count = e.childNodes.length; count > 0; --count)\n e.removeChild(e.firstChild);\n return e;\n }\n\n function removeChildrenAndAdd(parent, e) {\n return removeChildren(parent).appendChild(e);\n }\n\n function contains(parent, child) {\n if (parent.contains)\n return parent.contains(child);\n while (child = child.parentNode)\n if (child == parent) return true;\n }\n\n function activeElt() { return document.activeElement; }\n // Older versions of IE throws unspecified error when touching\n // document.activeElement in some cases (during loading, in iframe)\n if (ie_upto10) activeElt = function() {\n try { return document.activeElement; }\n catch(e) { return document.body; }\n };\n\n function classTest(cls) { return new RegExp(\"\\\\b\" + cls + \"\\\\b\\\\s*\"); }\n function rmClass(node, cls) {\n var test = classTest(cls);\n if (test.test(node.className)) node.className = node.className.replace(test, \"\");\n }\n function addClass(node, cls) {\n if (!classTest(cls).test(node.className)) node.className += \" \" + cls;\n }\n function joinClasses(a, b) {\n var as = a.split(\" \");\n for (var i = 0; i < as.length; i++)\n if (as[i] && !classTest(as[i]).test(b)) b += \" \" + as[i];\n return b;\n }\n\n // WINDOW-WIDE EVENTS\n\n // These must be handled carefully, because naively registering a\n // handler for each editor will cause the editors to never be\n // garbage collected.\n\n function forEachCodeMirror(f) {\n if (!document.body.getElementsByClassName) return;\n var byClass = document.body.getElementsByClassName(\"CodeMirror\");\n for (var i = 0; i < byClass.length; i++) {\n var cm = byClass[i].CodeMirror;\n if (cm) f(cm);\n }\n }\n\n var globalsRegistered = false;\n function ensureGlobalHandlers() {\n if (globalsRegistered) return;\n registerGlobalHandlers();\n globalsRegistered = true;\n }\n function registerGlobalHandlers() {\n // When the window resizes, we need to refresh active editors.\n var resizeTimer;\n on(window, \"resize\", function() {\n if (resizeTimer == null) resizeTimer = setTimeout(function() {\n resizeTimer = null;\n knownScrollbarWidth = null;\n forEachCodeMirror(onResize);\n }, 100);\n });\n // When the window loses focus, we want to show the editor as blurred\n on(window, \"blur\", function() {\n forEachCodeMirror(onBlur);\n });\n }\n\n // FEATURE DETECTION\n\n // Detect drag-and-drop\n var dragAndDrop = function() {\n // There is *some* kind of drag-and-drop support in IE6-8, but I\n // couldn't get it to work yet.\n if (ie_upto8) return false;\n var div = elt('div');\n return \"draggable\" in div || \"dragDrop\" in div;\n }();\n\n var knownScrollbarWidth;\n function scrollbarWidth(measure) {\n if (knownScrollbarWidth != null) return knownScrollbarWidth;\n var test = elt(\"div\", null, null, \"width: 50px; height: 50px; overflow-x: scroll\");\n removeChildrenAndAdd(measure, test);\n if (test.offsetWidth)\n knownScrollbarWidth = test.offsetHeight - test.clientHeight;\n return knownScrollbarWidth || 0;\n }\n\n var zwspSupported;\n function zeroWidthElement(measure) {\n if (zwspSupported == null) {\n var test = elt(\"span\", \"\\u200b\");\n removeChildrenAndAdd(measure, elt(\"span\", [test, document.createTextNode(\"x\")]));\n if (measure.firstChild.offsetHeight != 0)\n zwspSupported = test.offsetWidth <= 1 && test.offsetHeight > 2 && !ie_upto7;\n }\n if (zwspSupported) return elt(\"span\", \"\\u200b\");\n else return elt(\"span\", \"\\u00a0\", null, \"display: inline-block; width: 1px; margin-right: -1px\");\n }\n\n // Feature-detect IE's crummy client rect reporting for bidi text\n var badBidiRects;\n function hasBadBidiRects(measure) {\n if (badBidiRects != null) return badBidiRects;\n var txt = removeChildrenAndAdd(measure, document.createTextNode(\"A\\u062eA\"));\n var r0 = range(txt, 0, 1).getBoundingClientRect();\n if (r0.left == r0.right) return false;\n var r1 = range(txt, 1, 2).getBoundingClientRect();\n return badBidiRects = (r1.right - r0.right < 3);\n }\n\n // See if \"\".split is the broken IE version, if so, provide an\n // alternative way to split lines.\n var splitLines = CodeMirror.splitLines = \"\\n\\nb\".split(/\\n/).length != 3 ? function(string) {\n var pos = 0, result = [], l = string.length;\n while (pos <= l) {\n var nl = string.indexOf(\"\\n\", pos);\n if (nl == -1) nl = string.length;\n var line = string.slice(pos, string.charAt(nl - 1) == \"\\r\" ? nl - 1 : nl);\n var rt = line.indexOf(\"\\r\");\n if (rt != -1) {\n result.push(line.slice(0, rt));\n pos += rt + 1;\n } else {\n result.push(line);\n pos = nl + 1;\n }\n }\n return result;\n } : function(string){return string.split(/\\r\\n?|\\n/);};\n\n var hasSelection = window.getSelection ? function(te) {\n try { return te.selectionStart != te.selectionEnd; }\n catch(e) { return false; }\n } : function(te) {\n try {var range = te.ownerDocument.selection.createRange();}\n catch(e) {}\n if (!range || range.parentElement() != te) return false;\n return range.compareEndPoints(\"StartToEnd\", range) != 0;\n };\n\n var hasCopyEvent = (function() {\n var e = elt(\"div\");\n if (\"oncopy\" in e) return true;\n e.setAttribute(\"oncopy\", \"return;\");\n return typeof e.oncopy == \"function\";\n })();\n\n // KEY NAMES\n\n var keyNames = {3: \"Enter\", 8: \"Backspace\", 9: \"Tab\", 13: \"Enter\", 16: \"Shift\", 17: \"Ctrl\", 18: \"Alt\",\n 19: \"Pause\", 20: \"CapsLock\", 27: \"Esc\", 32: \"Space\", 33: \"PageUp\", 34: \"PageDown\", 35: \"End\",\n 36: \"Home\", 37: \"Left\", 38: \"Up\", 39: \"Right\", 40: \"Down\", 44: \"PrintScrn\", 45: \"Insert\",\n 46: \"Delete\", 59: \";\", 61: \"=\", 91: \"Mod\", 92: \"Mod\", 93: \"Mod\", 107: \"=\", 109: \"-\", 127: \"Delete\",\n 173: \"-\", 186: \";\", 187: \"=\", 188: \",\", 189: \"-\", 190: \".\", 191: \"/\", 192: \"`\", 219: \"[\", 220: \"\\\\\",\n 221: \"]\", 222: \"'\", 63232: \"Up\", 63233: \"Down\", 63234: \"Left\", 63235: \"Right\", 63272: \"Delete\",\n 63273: \"Home\", 63275: \"End\", 63276: \"PageUp\", 63277: \"PageDown\", 63302: \"Insert\"};\n CodeMirror.keyNames = keyNames;\n (function() {\n // Number keys\n for (var i = 0; i < 10; i++) keyNames[i + 48] = keyNames[i + 96] = String(i);\n // Alphabetic keys\n for (var i = 65; i <= 90; i++) keyNames[i] = String.fromCharCode(i);\n // Function keys\n for (var i = 1; i <= 12; i++) keyNames[i + 111] = keyNames[i + 63235] = \"F\" + i;\n })();\n\n // BIDI HELPERS\n\n function iterateBidiSections(order, from, to, f) {\n if (!order) return f(from, to, \"ltr\");\n var found = false;\n for (var i = 0; i < order.length; ++i) {\n var part = order[i];\n if (part.from < to && part.to > from || from == to && part.to == from) {\n f(Math.max(part.from, from), Math.min(part.to, to), part.level == 1 ? \"rtl\" : \"ltr\");\n found = true;\n }\n }\n if (!found) f(from, to, \"ltr\");\n }\n\n function bidiLeft(part) { return part.level % 2 ? part.to : part.from; }\n function bidiRight(part) { return part.level % 2 ? part.from : part.to; }\n\n function lineLeft(line) { var order = getOrder(line); return order ? bidiLeft(order[0]) : 0; }\n function lineRight(line) {\n var order = getOrder(line);\n if (!order) return line.text.length;\n return bidiRight(lst(order));\n }\n\n function lineStart(cm, lineN) {\n var line = getLine(cm.doc, lineN);\n var visual = visualLine(line);\n if (visual != line) lineN = lineNo(visual);\n var order = getOrder(visual);\n var ch = !order ? 0 : order[0].level % 2 ? lineRight(visual) : lineLeft(visual);\n return Pos(lineN, ch);\n }\n function lineEnd(cm, lineN) {\n var merged, line = getLine(cm.doc, lineN);\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n lineN = null;\n }\n var order = getOrder(line);\n var ch = !order ? line.text.length : order[0].level % 2 ? lineLeft(line) : lineRight(line);\n return Pos(lineN == null ? lineNo(line) : lineN, ch);\n }\n\n function compareBidiLevel(order, a, b) {\n var linedir = order[0].level;\n if (a == linedir) return true;\n if (b == linedir) return false;\n return a < b;\n }\n var bidiOther;\n function getBidiPartAt(order, pos) {\n bidiOther = null;\n for (var i = 0, found; i < order.length; ++i) {\n var cur = order[i];\n if (cur.from < pos && cur.to > pos) return i;\n if ((cur.from == pos || cur.to == pos)) {\n if (found == null) {\n found = i;\n } else if (compareBidiLevel(order, cur.level, order[found].level)) {\n if (cur.from != cur.to) bidiOther = found;\n return i;\n } else {\n if (cur.from != cur.to) bidiOther = i;\n return found;\n }\n }\n }\n return found;\n }\n\n function moveInLine(line, pos, dir, byUnit) {\n if (!byUnit) return pos + dir;\n do pos += dir;\n while (pos > 0 && isExtendingChar(line.text.charAt(pos)));\n return pos;\n }\n\n // This is needed in order to move 'visually' through bi-directional\n // text -- i.e., pressing left should make the cursor go left, even\n // when in RTL text. The tricky part is the 'jumps', where RTL and\n // LTR text touch each other. This often requires the cursor offset\n // to move more than one unit, in order to visually move one unit.\n function moveVisually(line, start, dir, byUnit) {\n var bidi = getOrder(line);\n if (!bidi) return moveLogically(line, start, dir, byUnit);\n var pos = getBidiPartAt(bidi, start), part = bidi[pos];\n var target = moveInLine(line, start, part.level % 2 ? -dir : dir, byUnit);\n\n for (;;) {\n if (target > part.from && target < part.to) return target;\n if (target == part.from || target == part.to) {\n if (getBidiPartAt(bidi, target) == pos) return target;\n part = bidi[pos += dir];\n return (dir > 0) == part.level % 2 ? part.to : part.from;\n } else {\n part = bidi[pos += dir];\n if (!part) return null;\n if ((dir > 0) == part.level % 2)\n target = moveInLine(line, part.to, -1, byUnit);\n else\n target = moveInLine(line, part.from, 1, byUnit);\n }\n }\n }\n\n function moveLogically(line, start, dir, byUnit) {\n var target = start + dir;\n if (byUnit) while (target > 0 && isExtendingChar(line.text.charAt(target))) target += dir;\n return target < 0 || target > line.text.length ? null : target;\n }\n\n // Bidirectional ordering algorithm\n // See http://unicode.org/reports/tr9/tr9-13.html for the algorithm\n // that this (partially) implements.\n\n // One-char codes used for character types:\n // L (L): Left-to-Right\n // R (R): Right-to-Left\n // r (AL): Right-to-Left Arabic\n // 1 (EN): European Number\n // + (ES): European Number Separator\n // % (ET): European Number Terminator\n // n (AN): Arabic Number\n // , (CS): Common Number Separator\n // m (NSM): Non-Spacing Mark\n // b (BN): Boundary Neutral\n // s (B): Paragraph Separator\n // t (S): Segment Separator\n // w (WS): Whitespace\n // N (ON): Other Neutrals\n\n // Returns null if characters are ordered as they appear\n // (left-to-right), or an array of sections ({from, to, level}\n // objects) in the order in which they occur visually.\n var bidiOrdering = (function() {\n // Character types for codepoints 0 to 0xff\n var lowTypes = \"bbbbbbbbbtstwsbbbbbbbbbbbbbbssstwNN%%%NNNNNN,N,N1111111111NNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNbbbbbbsbbbbbbbbbbbbbbbbbbbbbbbbbb,N%%%%NNNNLNNNNN%%11NLNNN1LNNNNNLLLLLLLLLLLLLLLLLLLLLLLNLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLN\";\n // Character types for codepoints 0x600 to 0x6ff\n var arabicTypes = \"rrrrrrrrrrrr,rNNmmmmmmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmrrrrrrrnnnnnnnnnn%nnrrrmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmmmmmmNmmmm\";\n function charType(code) {\n if (code <= 0xf7) return lowTypes.charAt(code);\n else if (0x590 <= code && code <= 0x5f4) return \"R\";\n else if (0x600 <= code && code <= 0x6ed) return arabicTypes.charAt(code - 0x600);\n else if (0x6ee <= code && code <= 0x8ac) return \"r\";\n else if (0x2000 <= code && code <= 0x200b) return \"w\";\n else if (code == 0x200c) return \"b\";\n else return \"L\";\n }\n\n var bidiRE = /[\\u0590-\\u05f4\\u0600-\\u06ff\\u0700-\\u08ac]/;\n var isNeutral = /[stwN]/, isStrong = /[LRr]/, countsAsLeft = /[Lb1n]/, countsAsNum = /[1n]/;\n // Browsers seem to always treat the boundaries of block elements as being L.\n var outerType = \"L\";\n\n function BidiSpan(level, from, to) {\n this.level = level;\n this.from = from; this.to = to;\n }\n\n return function(str) {\n if (!bidiRE.test(str)) return false;\n var len = str.length, types = [];\n for (var i = 0, type; i < len; ++i)\n types.push(type = charType(str.charCodeAt(i)));\n\n // W1. Examine each non-spacing mark (NSM) in the level run, and\n // change the type of the NSM to the type of the previous\n // character. If the NSM is at the start of the level run, it will\n // get the type of sor.\n for (var i = 0, prev = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"m\") types[i] = prev;\n else prev = type;\n }\n\n // W2. Search backwards from each instance of a European number\n // until the first strong type (R, L, AL, or sor) is found. If an\n // AL is found, change the type of the European number to Arabic\n // number.\n // W3. Change all ALs to R.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"1\" && cur == \"r\") types[i] = \"n\";\n else if (isStrong.test(type)) { cur = type; if (type == \"r\") types[i] = \"R\"; }\n }\n\n // W4. A single European separator between two European numbers\n // changes to a European number. A single common separator between\n // two numbers of the same type changes to that type.\n for (var i = 1, prev = types[0]; i < len - 1; ++i) {\n var type = types[i];\n if (type == \"+\" && prev == \"1\" && types[i+1] == \"1\") types[i] = \"1\";\n else if (type == \",\" && prev == types[i+1] &&\n (prev == \"1\" || prev == \"n\")) types[i] = prev;\n prev = type;\n }\n\n // W5. A sequence of European terminators adjacent to European\n // numbers changes to all European numbers.\n // W6. Otherwise, separators and terminators change to Other\n // Neutral.\n for (var i = 0; i < len; ++i) {\n var type = types[i];\n if (type == \",\") types[i] = \"N\";\n else if (type == \"%\") {\n for (var end = i + 1; end < len && types[end] == \"%\"; ++end) {}\n var replace = (i && types[i-1] == \"!\") || (end < len && types[end] == \"1\") ? \"1\" : \"N\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // W7. Search backwards from each instance of a European number\n // until the first strong type (R, L, or sor) is found. If an L is\n // found, then change the type of the European number to L.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (cur == \"L\" && type == \"1\") types[i] = \"L\";\n else if (isStrong.test(type)) cur = type;\n }\n\n // N1. A sequence of neutrals takes the direction of the\n // surrounding strong text if the text on both sides has the same\n // direction. European and Arabic numbers act as if they were R in\n // terms of their influence on neutrals. Start-of-level-run (sor)\n // and end-of-level-run (eor) are used at level run boundaries.\n // N2. Any remaining neutrals take the embedding direction.\n for (var i = 0; i < len; ++i) {\n if (isNeutral.test(types[i])) {\n for (var end = i + 1; end < len && isNeutral.test(types[end]); ++end) {}\n var before = (i ? types[i-1] : outerType) == \"L\";\n var after = (end < len ? types[end] : outerType) == \"L\";\n var replace = before || after ? \"L\" : \"R\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // Here we depart from the documented algorithm, in order to avoid\n // building up an actual levels array. Since there are only three\n // levels (0, 1, 2) in an implementation that doesn't take\n // explicit embedding into account, we can build up the order on\n // the fly, without following the level-based algorithm.\n var order = [], m;\n for (var i = 0; i < len;) {\n if (countsAsLeft.test(types[i])) {\n var start = i;\n for (++i; i < len && countsAsLeft.test(types[i]); ++i) {}\n order.push(new BidiSpan(0, start, i));\n } else {\n var pos = i, at = order.length;\n for (++i; i < len && types[i] != \"L\"; ++i) {}\n for (var j = pos; j < i;) {\n if (countsAsNum.test(types[j])) {\n if (pos < j) order.splice(at, 0, new BidiSpan(1, pos, j));\n var nstart = j;\n for (++j; j < i && countsAsNum.test(types[j]); ++j) {}\n order.splice(at, 0, new BidiSpan(2, nstart, j));\n pos = j;\n } else ++j;\n }\n if (pos < i) order.splice(at, 0, new BidiSpan(1, pos, i));\n }\n }\n if (order[0].level == 1 && (m = str.match(/^\\s+/))) {\n order[0].from = m[0].length;\n order.unshift(new BidiSpan(0, 0, m[0].length));\n }\n if (lst(order).level == 1 && (m = str.match(/\\s+$/))) {\n lst(order).to -= m[0].length;\n order.push(new BidiSpan(0, len - m[0].length, len));\n }\n if (order[0].level != lst(order).level)\n order.push(new BidiSpan(order[0].level, len, len));\n\n return order;\n };\n })();\n\n // THE END\n\n CodeMirror.version = \"4.1.1\";\n\n return CodeMirror;\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.css": {
"text": "/* BASICS */\n\n.CodeMirror {\n /* Set height, width, borders, and global font properties here */\n font-family: monospace;\n height: 300px;\n}\n.CodeMirror-scroll {\n /* Set scrolling behaviour here */\n overflow: auto;\n}\n\n/* PADDING */\n\n.CodeMirror-lines {\n padding: 4px 0; /* Vertical padding around content */\n}\n.CodeMirror pre {\n padding: 0 4px; /* Horizontal padding of content */\n}\n\n.CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n background-color: white; /* The little square between H and V scrollbars */\n}\n\n/* GUTTER */\n\n.CodeMirror-gutters {\n border-right: 1px solid #ddd;\n background-color: #f7f7f7;\n white-space: nowrap;\n}\n.CodeMirror-linenumbers {}\n.CodeMirror-linenumber {\n padding: 0 3px 0 5px;\n min-width: 20px;\n text-align: right;\n color: #999;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n\n/* CURSOR */\n\n.CodeMirror div.CodeMirror-cursor {\n border-left: 1px solid black;\n}\n/* Shown when moving in bi-directional text */\n.CodeMirror div.CodeMirror-secondarycursor {\n border-left: 1px solid silver;\n}\n.CodeMirror.cm-keymap-fat-cursor div.CodeMirror-cursor {\n width: auto;\n border: 0;\n background: #7e7;\n}\n/* Can style cursor different in overwrite (non-insert) mode */\ndiv.CodeMirror-overwrite div.CodeMirror-cursor {}\n\n.cm-tab { display: inline-block; }\n\n.CodeMirror-ruler {\n border-left: 1px solid #ccc;\n position: absolute;\n}\n\n/* DEFAULT THEME */\n\n.cm-s-default .cm-keyword {color: #708;}\n.cm-s-default .cm-atom {color: #219;}\n.cm-s-default .cm-number {color: #164;}\n.cm-s-default .cm-def {color: #00f;}\n.cm-s-default .cm-variable,\n.cm-s-default .cm-punctuation,\n.cm-s-default .cm-property,\n.cm-s-default .cm-operator {}\n.cm-s-default .cm-variable-2 {color: #05a;}\n.cm-s-default .cm-variable-3 {color: #085;}\n.cm-s-default .cm-comment {color: #a50;}\n.cm-s-default .cm-string {color: #a11;}\n.cm-s-default .cm-string-2 {color: #f50;}\n.cm-s-default .cm-meta {color: #555;}\n.cm-s-default .cm-qualifier {color: #555;}\n.cm-s-default .cm-builtin {color: #30a;}\n.cm-s-default .cm-bracket {color: #997;}\n.cm-s-default .cm-tag {color: #170;}\n.cm-s-default .cm-attribute {color: #00c;}\n.cm-s-default .cm-header {color: blue;}\n.cm-s-default .cm-quote {color: #090;}\n.cm-s-default .cm-hr {color: #999;}\n.cm-s-default .cm-link {color: #00c;}\n\n.cm-negative {color: #d44;}\n.cm-positive {color: #292;}\n.cm-header, .cm-strong {font-weight: bold;}\n.cm-em {font-style: italic;}\n.cm-link {text-decoration: underline;}\n\n.cm-s-default .cm-error {color: #f00;}\n.cm-invalidchar {color: #f00;}\n\ndiv.CodeMirror span.CodeMirror-matchingbracket {color: #0f0;}\ndiv.CodeMirror span.CodeMirror-nonmatchingbracket {color: #f22;}\n.CodeMirror-activeline-background {background: #e8f2ff;}\n\n/* STOP */\n\n/* The rest of this file contains styles related to the mechanics of\n the editor. You probably shouldn't touch them. */\n\n.CodeMirror {\n line-height: 1;\n position: relative;\n overflow: hidden;\n background: white;\n color: black;\n}\n\n.CodeMirror-scroll {\n /* 30px is the magic margin used to hide the element's real scrollbars */\n /* See overflow: hidden in .CodeMirror */\n margin-bottom: -30px; margin-right: -30px;\n padding-bottom: 30px;\n height: 100%;\n outline: none; /* Prevent dragging from highlighting the element */\n position: relative;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n.CodeMirror-sizer {\n position: relative;\n border-right: 30px solid transparent;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n\n/* The fake, visible scrollbars. Used to force redraw during scrolling\n before actuall scrolling happens, thus preventing shaking and\n flickering artifacts. */\n.CodeMirror-vscrollbar, .CodeMirror-hscrollbar, .CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n position: absolute;\n z-index: 6;\n display: none;\n}\n.CodeMirror-vscrollbar {\n right: 0; top: 0;\n overflow-x: hidden;\n overflow-y: scroll;\n}\n.CodeMirror-hscrollbar {\n bottom: 0; left: 0;\n overflow-y: hidden;\n overflow-x: scroll;\n}\n.CodeMirror-scrollbar-filler {\n right: 0; bottom: 0;\n}\n.CodeMirror-gutter-filler {\n left: 0; bottom: 0;\n}\n\n.CodeMirror-gutters {\n position: absolute; left: 0; top: 0;\n padding-bottom: 30px;\n z-index: 3;\n}\n.CodeMirror-gutter {\n white-space: normal;\n height: 100%;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n padding-bottom: 30px;\n margin-bottom: -32px;\n display: inline-block;\n /* Hack to make IE7 behave */\n *zoom:1;\n *display:inline;\n}\n.CodeMirror-gutter-elt {\n position: absolute;\n cursor: default;\n z-index: 4;\n}\n\n.CodeMirror-lines {\n cursor: text;\n}\n.CodeMirror pre {\n /* Reset some styles that the rest of the page might have set */\n -moz-border-radius: 0; -webkit-border-radius: 0; border-radius: 0;\n border-width: 0;\n background: transparent;\n font-family: inherit;\n font-size: inherit;\n margin: 0;\n white-space: pre;\n word-wrap: normal;\n line-height: inherit;\n color: inherit;\n z-index: 2;\n position: relative;\n overflow: visible;\n}\n.CodeMirror-wrap pre {\n word-wrap: break-word;\n white-space: pre-wrap;\n word-break: normal;\n}\n\n.CodeMirror-linebackground {\n position: absolute;\n left: 0; right: 0; top: 0; bottom: 0;\n z-index: 0;\n}\n\n.CodeMirror-linewidget {\n position: relative;\n z-index: 2;\n overflow: auto;\n}\n\n.CodeMirror-widget {}\n\n.CodeMirror-wrap .CodeMirror-scroll {\n overflow-x: hidden;\n}\n\n.CodeMirror-measure {\n position: absolute;\n width: 100%;\n height: 0;\n overflow: hidden;\n visibility: hidden;\n}\n.CodeMirror-measure pre { position: static; }\n\n.CodeMirror div.CodeMirror-cursor {\n position: absolute;\n border-right: none;\n width: 0;\n}\n\ndiv.CodeMirror-cursors {\n visibility: hidden;\n position: relative;\n z-index: 1;\n}\n.CodeMirror-focused div.CodeMirror-cursors {\n visibility: visible;\n}\n\n.CodeMirror-selected { background: #d9d9d9; }\n.CodeMirror-focused .CodeMirror-selected { background: #d7d4f0; }\n.CodeMirror-crosshair { cursor: crosshair; }\n\n.cm-searching {\n background: #ffa;\n background: rgba(255, 255, 0, .4);\n}\n\n/* IE7 hack to prevent it from returning funny offsetTops on the spans */\n.CodeMirror span { *vertical-align: text-bottom; }\n\n/* Used to force a border model for a node */\n.cm-force-border { padding-right: .1px; }\n\n@media print {\n /* Hide the cursor when printing */\n .CodeMirror div.CodeMirror-cursors {\n visibility: hidden;\n }\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
"text": ".CodeMirror-dialog {\n position: absolute;\n left: 0; right: 0;\n background: white;\n z-index: 15;\n padding: .1em .8em;\n overflow: hidden;\n color: #333;\n}\n\n.CodeMirror-dialog-top {\n border-bottom: 1px solid #eee;\n top: 0;\n}\n\n.CodeMirror-dialog-bottom {\n border-top: 1px solid #eee;\n bottom: 0;\n}\n\n.CodeMirror-dialog input {\n border: none;\n outline: none;\n background: transparent;\n width: 20em;\n color: inherit;\n font-family: monospace;\n}\n\n.CodeMirror-dialog button {\n font-size: 70%;\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js": {
"text": "// Open simple dialogs on top of an editor. Relies on dialog.css.\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n function dialogDiv(cm, template, bottom) {\n var wrap = cm.getWrapperElement();\n var dialog;\n dialog = wrap.appendChild(document.createElement(\"div\"));\n if (bottom) {\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-bottom\";\n } else {\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-top\";\n }\n if (typeof template == \"string\") {\n dialog.innerHTML = template;\n } else { // Assuming it's a detached DOM element.\n dialog.appendChild(template);\n }\n return dialog;\n }\n\n function closeNotification(cm, newVal) {\n if (cm.state.currentNotificationClose)\n cm.state.currentNotificationClose();\n cm.state.currentNotificationClose = newVal;\n }\n\n CodeMirror.defineExtension(\"openDialog\", function(template, callback, options) {\n closeNotification(this, null);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var closed = false, me = this;\n function close() {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n }\n var inp = dialog.getElementsByTagName(\"input\")[0], button;\n if (inp) {\n if (options && options.value) inp.value = options.value;\n CodeMirror.on(inp, \"keydown\", function(e) {\n if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }\n if (e.keyCode == 13 || e.keyCode == 27) {\n inp.blur();\n CodeMirror.e_stop(e);\n close();\n me.focus();\n if (e.keyCode == 13) callback(inp.value);\n }\n });\n if (options && options.onKeyUp) {\n CodeMirror.on(inp, \"keyup\", function(e) {options.onKeyUp(e, inp.value, close);});\n }\n if (options && options.value) inp.value = options.value;\n inp.focus();\n CodeMirror.on(inp, \"blur\", close);\n } else if (button = dialog.getElementsByTagName(\"button\")[0]) {\n CodeMirror.on(button, \"click\", function() {\n close();\n me.focus();\n });\n button.focus();\n CodeMirror.on(button, \"blur\", close);\n }\n return close;\n });\n\n CodeMirror.defineExtension(\"openConfirm\", function(template, callbacks, options) {\n closeNotification(this, null);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var buttons = dialog.getElementsByTagName(\"button\");\n var closed = false, me = this, blurring = 1;\n function close() {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n me.focus();\n }\n buttons[0].focus();\n for (var i = 0; i < buttons.length; ++i) {\n var b = buttons[i];\n (function(callback) {\n CodeMirror.on(b, \"click\", function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n if (callback) callback(me);\n });\n })(callbacks[i]);\n CodeMirror.on(b, \"blur\", function() {\n --blurring;\n setTimeout(function() { if (blurring <= 0) close(); }, 200);\n });\n CodeMirror.on(b, \"focus\", function() { ++blurring; });\n }\n });\n\n /*\n * openNotification\n * Opens a notification, that can be closed with an optional timer\n * (default 5000ms timer) and always closes on click.\n *\n * If a notification is opened while another is opened, it will close the\n * currently opened one and open the new one immediately.\n */\n CodeMirror.defineExtension(\"openNotification\", function(template, options) {\n closeNotification(this, close);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var duration = options && (options.duration === undefined ? 5000 : options.duration);\n var closed = false, doneTimer;\n\n function close() {\n if (closed) return;\n closed = true;\n clearTimeout(doneTimer);\n dialog.parentNode.removeChild(dialog);\n }\n\n CodeMirror.on(dialog, 'click', function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n });\n if (duration)\n doneTimer = setTimeout(close, options.duration);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js": {
"text": "(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n var ie_lt8 = /MSIE \\d/.test(navigator.userAgent) &&\n (document.documentMode == null || document.documentMode < 8);\n\n var Pos = CodeMirror.Pos;\n\n var matching = {\"(\": \")>\", \")\": \"(<\", \"[\": \"]>\", \"]\": \"[<\", \"{\": \"}>\", \"}\": \"{<\"};\n\n function findMatchingBracket(cm, where, strict, config) {\n var line = cm.getLineHandle(where.line), pos = where.ch - 1;\n var match = (pos >= 0 && matching[line.text.charAt(pos)]) || matching[line.text.charAt(++pos)];\n if (!match) return null;\n var dir = match.charAt(1) == \">\" ? 1 : -1;\n if (strict && (dir > 0) != (pos == where.ch)) return null;\n var style = cm.getTokenTypeAt(Pos(where.line, pos + 1));\n\n var found = scanForBracket(cm, Pos(where.line, pos + (dir > 0 ? 1 : 0)), dir, style || null, config);\n if (found == null) return null;\n return {from: Pos(where.line, pos), to: found && found.pos,\n match: found && found.ch == match.charAt(0), forward: dir > 0};\n }\n\n // bracketRegex is used to specify which type of bracket to scan\n // should be a regexp, e.g. /[[\\]]/\n //\n // Note: If \"where\" is on an open bracket, then this bracket is ignored.\n //\n // Returns false when no bracket was found, null when it reached\n // maxScanLines and gave up\n function scanForBracket(cm, where, dir, style, config) {\n var maxScanLen = (config && config.maxScanLineLength) || 10000;\n var maxScanLines = (config && config.maxScanLines) || 1000;\n\n var stack = [];\n var re = config && config.bracketRegex ? config.bracketRegex : /[(){}[\\]]/;\n var lineEnd = dir > 0 ? Math.min(where.line + maxScanLines, cm.lastLine() + 1)\n : Math.max(cm.firstLine() - 1, where.line - maxScanLines);\n for (var lineNo = where.line; lineNo != lineEnd; lineNo += dir) {\n var line = cm.getLine(lineNo);\n if (!line) continue;\n var pos = dir > 0 ? 0 : line.length - 1, end = dir > 0 ? line.length : -1;\n if (line.length > maxScanLen) continue;\n if (lineNo == where.line) pos = where.ch - (dir < 0 ? 1 : 0);\n for (; pos != end; pos += dir) {\n var ch = line.charAt(pos);\n if (re.test(ch) && (style === undefined || cm.getTokenTypeAt(Pos(lineNo, pos + 1)) == style)) {\n var match = matching[ch];\n if ((match.charAt(1) == \">\") == (dir > 0)) stack.push(ch);\n else if (!stack.length) return {pos: Pos(lineNo, pos), ch: ch};\n else stack.pop();\n }\n }\n }\n return lineNo - dir == (dir > 0 ? cm.lastLine() : cm.firstLine()) ? false : null;\n }\n\n function matchBrackets(cm, autoclear, config) {\n // Disable brace matching in long lines, since it'll cause hugely slow updates\n var maxHighlightLen = cm.state.matchBrackets.maxHighlightLineLength || 1000;\n var marks = [], ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var match = ranges[i].empty() && findMatchingBracket(cm, ranges[i].head, false, config);\n if (match && cm.getLine(match.from.line).length <= maxHighlightLen) {\n var style = match.match ? \"CodeMirror-matchingbracket\" : \"CodeMirror-nonmatchingbracket\";\n marks.push(cm.markText(match.from, Pos(match.from.line, match.from.ch + 1), {className: style}));\n if (match.to && cm.getLine(match.to.line).length <= maxHighlightLen)\n marks.push(cm.markText(match.to, Pos(match.to.line, match.to.ch + 1), {className: style}));\n }\n }\n\n if (marks.length) {\n // Kludge to work around the IE bug from issue #1193, where text\n // input stops going to the textare whever this fires.\n if (ie_lt8 && cm.state.focused) cm.display.input.focus();\n\n var clear = function() {\n cm.operation(function() {\n for (var i = 0; i < marks.length; i++) marks[i].clear();\n });\n };\n if (autoclear) setTimeout(clear, 800);\n else return clear;\n }\n }\n\n var currentlyHighlighted = null;\n function doMatchBrackets(cm) {\n cm.operation(function() {\n if (currentlyHighlighted) {currentlyHighlighted(); currentlyHighlighted = null;}\n currentlyHighlighted = matchBrackets(cm, false, cm.state.matchBrackets);\n });\n }\n\n CodeMirror.defineOption(\"matchBrackets\", false, function(cm, val, old) {\n if (old && old != CodeMirror.Init)\n cm.off(\"cursorActivity\", doMatchBrackets);\n if (val) {\n cm.state.matchBrackets = typeof val == \"object\" ? val : {};\n cm.on(\"cursorActivity\", doMatchBrackets);\n }\n });\n\n CodeMirror.defineExtension(\"matchBrackets\", function() {matchBrackets(this, true);});\n CodeMirror.defineExtension(\"findMatchingBracket\", function(pos, strict, config){\n return findMatchingBracket(this, pos, strict, config);\n });\n CodeMirror.defineExtension(\"scanForBracket\", function(pos, dir, style, config){\n return scanForBracket(this, pos, dir, style, config);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js": {
"text": "(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n var Pos = CodeMirror.Pos;\n\n function SearchCursor(doc, query, pos, caseFold) {\n this.atOccurrence = false; this.doc = doc;\n if (caseFold == null && typeof query == \"string\") caseFold = false;\n\n pos = pos ? doc.clipPos(pos) : Pos(0, 0);\n this.pos = {from: pos, to: pos};\n\n // The matches method is filled in based on the type of query.\n // It takes a position and a direction, and returns an object\n // describing the next occurrence of the query, or null if no\n // more matches were found.\n if (typeof query != \"string\") { // Regexp match\n if (!query.global) query = new RegExp(query.source, query.ignoreCase ? \"ig\" : \"g\");\n this.matches = function(reverse, pos) {\n if (reverse) {\n query.lastIndex = 0;\n var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;\n for (;;) {\n query.lastIndex = cutOff;\n var newMatch = query.exec(line);\n if (!newMatch) break;\n match = newMatch;\n start = match.index;\n cutOff = match.index + (match[0].length || 1);\n if (cutOff == line.length) break;\n }\n var matchLen = (match && match[0].length) || 0;\n if (!matchLen) {\n if (start == 0 && line.length == 0) {match = undefined;}\n else if (start != doc.getLine(pos.line).length) {\n matchLen++;\n }\n }\n } else {\n query.lastIndex = pos.ch;\n var line = doc.getLine(pos.line), match = query.exec(line);\n var matchLen = (match && match[0].length) || 0;\n var start = match && match.index;\n if (start + matchLen != line.length && !matchLen) matchLen = 1;\n }\n if (match && matchLen)\n return {from: Pos(pos.line, start),\n to: Pos(pos.line, start + matchLen),\n match: match};\n };\n } else { // String query\n var origQuery = query;\n if (caseFold) query = query.toLowerCase();\n var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};\n var target = query.split(\"\\n\");\n // Different methods for single-line and multi-line queries\n if (target.length == 1) {\n if (!query.length) {\n // Empty string would match anything and never progress, so\n // we define it to match nothing instead.\n this.matches = function() {};\n } else {\n this.matches = function(reverse, pos) {\n if (reverse) {\n var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);\n var match = line.lastIndexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match);\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n } else {\n var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);\n var match = line.indexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match) + pos.ch;\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n }\n };\n }\n } else {\n var origTarget = origQuery.split(\"\\n\");\n this.matches = function(reverse, pos) {\n var last = target.length - 1;\n if (reverse) {\n if (pos.line - (target.length - 1) < doc.firstLine()) return;\n if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;\n var to = Pos(pos.line, origTarget[last].length);\n for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n var line = doc.getLine(ln), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n return {from: Pos(ln, cut), to: to};\n } else {\n if (pos.line + (target.length - 1) > doc.lastLine()) return;\n var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n var from = Pos(pos.line, cut);\n for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n if (doc.getLine(ln).slice(0, origTarget[last].length) != target[last]) return;\n return {from: from, to: Pos(ln, origTarget[last].length)};\n }\n };\n }\n }\n }\n\n SearchCursor.prototype = {\n findNext: function() {return this.find(false);},\n findPrevious: function() {return this.find(true);},\n\n find: function(reverse) {\n var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);\n function savePosAndFail(line) {\n var pos = Pos(line, 0);\n self.pos = {from: pos, to: pos};\n self.atOccurrence = false;\n return false;\n }\n\n for (;;) {\n if (this.pos = this.matches(reverse, pos)) {\n this.atOccurrence = true;\n return this.pos.match || true;\n }\n if (reverse) {\n if (!pos.line) return savePosAndFail(0);\n pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);\n }\n else {\n var maxLine = this.doc.lineCount();\n if (pos.line == maxLine - 1) return savePosAndFail(maxLine);\n pos = Pos(pos.line + 1, 0);\n }\n }\n },\n\n from: function() {if (this.atOccurrence) return this.pos.from;},\n to: function() {if (this.atOccurrence) return this.pos.to;},\n\n replace: function(newText) {\n if (!this.atOccurrence) return;\n var lines = CodeMirror.splitLines(newText);\n this.doc.replaceRange(lines, this.pos.from, this.pos.to);\n this.pos.to = Pos(this.pos.from.line + lines.length - 1,\n lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));\n }\n };\n\n // Maps a position in a case-folded line back to a position in the original line\n // (compensating for codepoints increasing in number during folding)\n function adjustPos(orig, folded, pos) {\n if (orig.length == folded.length) return pos;\n for (var pos1 = Math.min(pos, orig.length);;) {\n var len1 = orig.slice(0, pos1).toLowerCase().length;\n if (len1 < pos) ++pos1;\n else if (len1 > pos) --pos1;\n else return pos1;\n }\n }\n\n CodeMirror.defineExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this.doc, query, pos, caseFold);\n });\n CodeMirror.defineDocExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this, query, pos, caseFold);\n });\n\n CodeMirror.defineExtension(\"selectMatches\", function(query, caseFold) {\n var ranges = [], next;\n var cur = this.getSearchCursor(query, this.getCursor(\"from\"), caseFold);\n while (next = cur.findNext()) {\n if (CodeMirror.cmpPos(cur.to(), this.getCursor(\"to\")) > 0) break;\n ranges.push({anchor: cur.from(), head: cur.to()});\n }\n if (ranges.length)\n this.setSelections(ranges, 0);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js": {
"text": "// TODO actually recognize syntax of TypeScript constructs\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"javascript\", function(config, parserConfig) {\n var indentUnit = config.indentUnit;\n var statementIndent = parserConfig.statementIndent;\n var jsonldMode = parserConfig.jsonld;\n var jsonMode = parserConfig.json || jsonldMode;\n var isTS = parserConfig.typescript;\n\n // Tokenizer\n\n var keywords = function(){\n function kw(type) {return {type: type, style: \"keyword\"};}\n var A = kw(\"keyword a\"), B = kw(\"keyword b\"), C = kw(\"keyword c\");\n var operator = kw(\"operator\"), atom = {type: \"atom\", style: \"atom\"};\n\n var jsKeywords = {\n \"if\": kw(\"if\"), \"while\": A, \"with\": A, \"else\": B, \"do\": B, \"try\": B, \"finally\": B,\n \"return\": C, \"break\": C, \"continue\": C, \"new\": C, \"delete\": C, \"throw\": C, \"debugger\": C,\n \"var\": kw(\"var\"), \"const\": kw(\"var\"), \"let\": kw(\"var\"),\n \"function\": kw(\"function\"), \"catch\": kw(\"catch\"),\n \"for\": kw(\"for\"), \"switch\": kw(\"switch\"), \"case\": kw(\"case\"), \"default\": kw(\"default\"),\n \"in\": operator, \"typeof\": operator, \"instanceof\": operator,\n \"true\": atom, \"false\": atom, \"null\": atom, \"undefined\": atom, \"NaN\": atom, \"Infinity\": atom,\n \"this\": kw(\"this\"), \"module\": kw(\"module\"), \"class\": kw(\"class\"), \"super\": kw(\"atom\"),\n \"yield\": C, \"export\": kw(\"export\"), \"import\": kw(\"import\"), \"extends\": C\n };\n\n // Extend the 'normal' keywords with the TypeScript language extensions\n if (isTS) {\n var type = {type: \"variable\", style: \"variable-3\"};\n var tsKeywords = {\n // object-like things\n \"interface\": kw(\"interface\"),\n \"extends\": kw(\"extends\"),\n \"constructor\": kw(\"constructor\"),\n\n // scope modifiers\n \"public\": kw(\"public\"),\n \"private\": kw(\"private\"),\n \"protected\": kw(\"protected\"),\n \"static\": kw(\"static\"),\n\n // types\n \"string\": type, \"number\": type, \"bool\": type, \"any\": type\n };\n\n for (var attr in tsKeywords) {\n jsKeywords[attr] = tsKeywords[attr];\n }\n }\n\n return jsKeywords;\n }();\n\n var isOperatorChar = /[+\\-*&%=<>!?|~^]/;\n var isJsonldKeyword = /^@(context|id|value|language|type|container|list|set|reverse|index|base|vocab|graph)\"/;\n\n function readRegexp(stream) {\n var escaped = false, next, inSet = false;\n while ((next = stream.next()) != null) {\n if (!escaped) {\n if (next == \"/\" && !inSet) return;\n if (next == \"[\") inSet = true;\n else if (inSet && next == \"]\") inSet = false;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n }\n\n // Used as scratch variables to communicate multiple values without\n // consing up tons of objects.\n var type, content;\n function ret(tp, style, cont) {\n type = tp; content = cont;\n return style;\n }\n function tokenBase(stream, state) {\n var ch = stream.next();\n if (ch == '\"' || ch == \"'\") {\n state.tokenize = tokenString(ch);\n return state.tokenize(stream, state);\n } else if (ch == \".\" && stream.match(/^\\d+(?:[eE][+\\-]?\\d+)?/)) {\n return ret(\"number\", \"number\");\n } else if (ch == \".\" && stream.match(\"..\")) {\n return ret(\"spread\", \"meta\");\n } else if (/[\\[\\]{}\\(\\),;\\:\\.]/.test(ch)) {\n return ret(ch);\n } else if (ch == \"=\" && stream.eat(\">\")) {\n return ret(\"=>\", \"operator\");\n } else if (ch == \"0\" && stream.eat(/x/i)) {\n stream.eatWhile(/[\\da-f]/i);\n return ret(\"number\", \"number\");\n } else if (/\\d/.test(ch)) {\n stream.match(/^\\d*(?:\\.\\d*)?(?:[eE][+\\-]?\\d+)?/);\n return ret(\"number\", \"number\");\n } else if (ch == \"/\") {\n if (stream.eat(\"*\")) {\n state.tokenize = tokenComment;\n return tokenComment(stream, state);\n } else if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return ret(\"comment\", \"comment\");\n } else if (state.lastType == \"operator\" || state.lastType == \"keyword c\" ||\n state.lastType == \"sof\" || /^[\\[{}\\(,;:]$/.test(state.lastType)) {\n readRegexp(stream);\n stream.eatWhile(/[gimy]/); // 'y' is \"sticky\" option in Mozilla\n return ret(\"regexp\", \"string-2\");\n } else {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n }\n } else if (ch == \"`\") {\n state.tokenize = tokenQuasi;\n return tokenQuasi(stream, state);\n } else if (ch == \"#\") {\n stream.skipToEnd();\n return ret(\"error\", \"error\");\n } else if (isOperatorChar.test(ch)) {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n } else {\n stream.eatWhile(/[\\w\\$_]/);\n var word = stream.current(), known = keywords.propertyIsEnumerable(word) && keywords[word];\n return (known && state.lastType != \".\") ? ret(known.type, known.style, word) :\n ret(\"variable\", \"variable\", word);\n }\n }\n\n function tokenString(quote) {\n return function(stream, state) {\n var escaped = false, next;\n if (jsonldMode && stream.peek() == \"@\" && stream.match(isJsonldKeyword)){\n state.tokenize = tokenBase;\n return ret(\"jsonld-keyword\", \"meta\");\n }\n while ((next = stream.next()) != null) {\n if (next == quote && !escaped) break;\n escaped = !escaped && next == \"\\\\\";\n }\n if (!escaped) state.tokenize = tokenBase;\n return ret(\"string\", \"string\");\n };\n }\n\n function tokenComment(stream, state) {\n var maybeEnd = false, ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = tokenBase;\n break;\n }\n maybeEnd = (ch == \"*\");\n }\n return ret(\"comment\", \"comment\");\n }\n\n function tokenQuasi(stream, state) {\n var escaped = false, next;\n while ((next = stream.next()) != null) {\n if (!escaped && (next == \"`\" || next == \"$\" && stream.eat(\"{\"))) {\n state.tokenize = tokenBase;\n break;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n return ret(\"quasi\", \"string-2\", stream.current());\n }\n\n var brackets = \"([{}])\";\n // This is a crude lookahead trick to try and notice that we're\n // parsing the argument patterns for a fat-arrow function before we\n // actually hit the arrow token. It only works if the arrow is on\n // the same line as the arguments and there's no strange noise\n // (comments) in between. Fallback is to only notice when we hit the\n // arrow, and not declare the arguments as locals for the arrow\n // body.\n function findFatArrow(stream, state) {\n if (state.fatArrowAt) state.fatArrowAt = null;\n var arrow = stream.string.indexOf(\"=>\", stream.start);\n if (arrow < 0) return;\n\n var depth = 0, sawSomething = false;\n for (var pos = arrow - 1; pos >= 0; --pos) {\n var ch = stream.string.charAt(pos);\n var bracket = brackets.indexOf(ch);\n if (bracket >= 0 && bracket < 3) {\n if (!depth) { ++pos; break; }\n if (--depth == 0) break;\n } else if (bracket >= 3 && bracket < 6) {\n ++depth;\n } else if (/[$\\w]/.test(ch)) {\n sawSomething = true;\n } else if (sawSomething && !depth) {\n ++pos;\n break;\n }\n }\n if (sawSomething && !depth) state.fatArrowAt = pos;\n }\n\n // Parser\n\n var atomicTypes = {\"atom\": true, \"number\": true, \"variable\": true, \"string\": true, \"regexp\": true, \"this\": true, \"jsonld-keyword\": true};\n\n function JSLexical(indented, column, type, align, prev, info) {\n this.indented = indented;\n this.column = column;\n this.type = type;\n this.prev = prev;\n this.info = info;\n if (align != null) this.align = align;\n }\n\n function inScope(state, varname) {\n for (var v = state.localVars; v; v = v.next)\n if (v.name == varname) return true;\n for (var cx = state.context; cx; cx = cx.prev) {\n for (var v = cx.vars; v; v = v.next)\n if (v.name == varname) return true;\n }\n }\n\n function parseJS(state, style, type, content, stream) {\n var cc = state.cc;\n // Communicate our context to the combinators.\n // (Less wasteful than consing up a hundred closures on every call.)\n cx.state = state; cx.stream = stream; cx.marked = null, cx.cc = cc;\n\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = true;\n\n while(true) {\n var combinator = cc.length ? cc.pop() : jsonMode ? expression : statement;\n if (combinator(type, content)) {\n while(cc.length && cc[cc.length - 1].lex)\n cc.pop()();\n if (cx.marked) return cx.marked;\n if (type == \"variable\" && inScope(state, content)) return \"variable-2\";\n return style;\n }\n }\n }\n\n // Combinator utils\n\n var cx = {state: null, column: null, marked: null, cc: null};\n function pass() {\n for (var i = arguments.length - 1; i >= 0; i--) cx.cc.push(arguments[i]);\n }\n function cont() {\n pass.apply(null, arguments);\n return true;\n }\n function register(varname) {\n function inList(list) {\n for (var v = list; v; v = v.next)\n if (v.name == varname) return true;\n return false;\n }\n var state = cx.state;\n if (state.context) {\n cx.marked = \"def\";\n if (inList(state.localVars)) return;\n state.localVars = {name: varname, next: state.localVars};\n } else {\n if (inList(state.globalVars)) return;\n if (parserConfig.globalVars)\n state.globalVars = {name: varname, next: state.globalVars};\n }\n }\n\n // Combinators\n\n var defaultVars = {name: \"this\", next: {name: \"arguments\"}};\n function pushcontext() {\n cx.state.context = {prev: cx.state.context, vars: cx.state.localVars};\n cx.state.localVars = defaultVars;\n }\n function popcontext() {\n cx.state.localVars = cx.state.context.vars;\n cx.state.context = cx.state.context.prev;\n }\n function pushlex(type, info) {\n var result = function() {\n var state = cx.state, indent = state.indented;\n if (state.lexical.type == \"stat\") indent = state.lexical.indented;\n state.lexical = new JSLexical(indent, cx.stream.column(), type, null, state.lexical, info);\n };\n result.lex = true;\n return result;\n }\n function poplex() {\n var state = cx.state;\n if (state.lexical.prev) {\n if (state.lexical.type == \")\")\n state.indented = state.lexical.indented;\n state.lexical = state.lexical.prev;\n }\n }\n poplex.lex = true;\n\n function expect(wanted) {\n function exp(type) {\n if (type == wanted) return cont();\n else if (wanted == \";\") return pass();\n else return cont(exp);\n };\n return exp;\n }\n\n function statement(type, value) {\n if (type == \"var\") return cont(pushlex(\"vardef\", value.length), vardef, expect(\";\"), poplex);\n if (type == \"keyword a\") return cont(pushlex(\"form\"), expression, statement, poplex);\n if (type == \"keyword b\") return cont(pushlex(\"form\"), statement, poplex);\n if (type == \"{\") return cont(pushlex(\"}\"), block, poplex);\n if (type == \";\") return cont();\n if (type == \"if\") {\n if (cx.state.lexical.info == \"else\" && cx.state.cc[cx.state.cc.length - 1] == poplex)\n cx.state.cc.pop()();\n return cont(pushlex(\"form\"), expression, statement, poplex, maybeelse);\n }\n if (type == \"function\") return cont(functiondef);\n if (type == \"for\") return cont(pushlex(\"form\"), forspec, statement, poplex);\n if (type == \"variable\") return cont(pushlex(\"stat\"), maybelabel);\n if (type == \"switch\") return cont(pushlex(\"form\"), expression, pushlex(\"}\", \"switch\"), expect(\"{\"),\n block, poplex, poplex);\n if (type == \"case\") return cont(expression, expect(\":\"));\n if (type == \"default\") return cont(expect(\":\"));\n if (type == \"catch\") return cont(pushlex(\"form\"), pushcontext, expect(\"(\"), funarg, expect(\")\"),\n statement, poplex, popcontext);\n if (type == \"module\") return cont(pushlex(\"form\"), pushcontext, afterModule, popcontext, poplex);\n if (type == \"class\") return cont(pushlex(\"form\"), className, objlit, poplex);\n if (type == \"export\") return cont(pushlex(\"form\"), afterExport, poplex);\n if (type == \"import\") return cont(pushlex(\"form\"), afterImport, poplex);\n return pass(pushlex(\"stat\"), expression, expect(\";\"), poplex);\n }\n function expression(type) {\n return expressionInner(type, false);\n }\n function expressionNoComma(type) {\n return expressionInner(type, true);\n }\n function expressionInner(type, noComma) {\n if (cx.state.fatArrowAt == cx.stream.start) {\n var body = noComma ? arrowBodyNoComma : arrowBody;\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(pattern, \")\"), poplex, expect(\"=>\"), body, popcontext);\n else if (type == \"variable\") return pass(pushcontext, pattern, expect(\"=>\"), body, popcontext);\n }\n\n var maybeop = noComma ? maybeoperatorNoComma : maybeoperatorComma;\n if (atomicTypes.hasOwnProperty(type)) return cont(maybeop);\n if (type == \"function\") return cont(functiondef, maybeop);\n if (type == \"keyword c\") return cont(noComma ? maybeexpressionNoComma : maybeexpression);\n if (type == \"(\") return cont(pushlex(\")\"), maybeexpression, comprehension, expect(\")\"), poplex, maybeop);\n if (type == \"operator\" || type == \"spread\") return cont(noComma ? expressionNoComma : expression);\n if (type == \"[\") return cont(pushlex(\"]\"), arrayLiteral, poplex, maybeop);\n if (type == \"{\") return contCommasep(objprop, \"}\", null, maybeop);\n if (type == \"quasi\") { return pass(quasi, maybeop); }\n return cont();\n }\n function maybeexpression(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expression);\n }\n function maybeexpressionNoComma(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expressionNoComma);\n }\n\n function maybeoperatorComma(type, value) {\n if (type == \",\") return cont(expression);\n return maybeoperatorNoComma(type, value, false);\n }\n function maybeoperatorNoComma(type, value, noComma) {\n var me = noComma == false ? maybeoperatorComma : maybeoperatorNoComma;\n var expr = noComma == false ? expression : expressionNoComma;\n if (value == \"=>\") return cont(pushcontext, noComma ? arrowBodyNoComma : arrowBody, popcontext);\n if (type == \"operator\") {\n if (/\\+\\+|--/.test(value)) return cont(me);\n if (value == \"?\") return cont(expression, expect(\":\"), expr);\n return cont(expr);\n }\n if (type == \"quasi\") { return pass(quasi, me); }\n if (type == \";\") return;\n if (type == \"(\") return contCommasep(expressionNoComma, \")\", \"call\", me);\n if (type == \".\") return cont(property, me);\n if (type == \"[\") return cont(pushlex(\"]\"), maybeexpression, expect(\"]\"), poplex, me);\n }\n function quasi(type, value) {\n if (type != \"quasi\") return pass();\n if (value.slice(value.length - 2) != \"${\") return cont(quasi);\n return cont(expression, continueQuasi);\n }\n function continueQuasi(type) {\n if (type == \"}\") {\n cx.marked = \"string-2\";\n cx.state.tokenize = tokenQuasi;\n return cont(quasi);\n }\n }\n function arrowBody(type) {\n findFatArrow(cx.stream, cx.state);\n if (type == \"{\") return pass(statement);\n return pass(expression);\n }\n function arrowBodyNoComma(type) {\n findFatArrow(cx.stream, cx.state);\n if (type == \"{\") return pass(statement);\n return pass(expressionNoComma);\n }\n function maybelabel(type) {\n if (type == \":\") return cont(poplex, statement);\n return pass(maybeoperatorComma, expect(\";\"), poplex);\n }\n function property(type) {\n if (type == \"variable\") {cx.marked = \"property\"; return cont();}\n }\n function objprop(type, value) {\n if (type == \"variable\") {\n cx.marked = \"property\";\n if (value == \"get\" || value == \"set\") return cont(getterSetter);\n } else if (type == \"number\" || type == \"string\") {\n cx.marked = jsonldMode ? \"property\" : (type + \" property\");\n } else if (type == \"[\") {\n return cont(expression, expect(\"]\"), afterprop);\n }\n if (atomicTypes.hasOwnProperty(type)) return cont(afterprop);\n }\n function getterSetter(type) {\n if (type != \"variable\") return pass(afterprop);\n cx.marked = \"property\";\n return cont(functiondef);\n }\n function afterprop(type) {\n if (type == \":\") return cont(expressionNoComma);\n if (type == \"(\") return pass(functiondef);\n }\n function commasep(what, end) {\n function proceed(type) {\n if (type == \",\") {\n var lex = cx.state.lexical;\n if (lex.info == \"call\") lex.pos = (lex.pos || 0) + 1;\n return cont(what, proceed);\n }\n if (type == end) return cont();\n return cont(expect(end));\n }\n return function(type) {\n if (type == end) return cont();\n return pass(what, proceed);\n };\n }\n function contCommasep(what, end, info) {\n for (var i = 3; i < arguments.length; i++)\n cx.cc.push(arguments[i]);\n return cont(pushlex(end, info), commasep(what, end), poplex);\n }\n function block(type) {\n if (type == \"}\") return cont();\n return pass(statement, block);\n }\n function maybetype(type) {\n if (isTS && type == \":\") return cont(typedef);\n }\n function typedef(type) {\n if (type == \"variable\"){cx.marked = \"variable-3\"; return cont();}\n }\n function vardef() {\n return pass(pattern, maybetype, maybeAssign, vardefCont);\n }\n function pattern(type, value) {\n if (type == \"variable\") { register(value); return cont(); }\n if (type == \"[\") return contCommasep(pattern, \"]\");\n if (type == \"{\") return contCommasep(proppattern, \"}\");\n }\n function proppattern(type, value) {\n if (type == \"variable\" && !cx.stream.match(/^\\s*:/, false)) {\n register(value);\n return cont(maybeAssign);\n }\n if (type == \"variable\") cx.marked = \"property\";\n return cont(expect(\":\"), pattern, maybeAssign);\n }\n function maybeAssign(_type, value) {\n if (value == \"=\") return cont(expressionNoComma);\n }\n function vardefCont(type) {\n if (type == \",\") return cont(vardef);\n }\n function maybeelse(type, value) {\n if (type == \"keyword b\" && value == \"else\") return cont(pushlex(\"form\", \"else\"), statement, poplex);\n }\n function forspec(type) {\n if (type == \"(\") return cont(pushlex(\")\"), forspec1, expect(\")\"), poplex);\n }\n function forspec1(type) {\n if (type == \"var\") return cont(vardef, expect(\";\"), forspec2);\n if (type == \";\") return cont(forspec2);\n if (type == \"variable\") return cont(formaybeinof);\n return pass(expression, expect(\";\"), forspec2);\n }\n function formaybeinof(_type, value) {\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return cont(maybeoperatorComma, forspec2);\n }\n function forspec2(type, value) {\n if (type == \";\") return cont(forspec3);\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return pass(expression, expect(\";\"), forspec3);\n }\n function forspec3(type) {\n if (type != \")\") cont(expression);\n }\n function functiondef(type, value) {\n if (value == \"*\") {cx.marked = \"keyword\"; return cont(functiondef);}\n if (type == \"variable\") {register(value); return cont(functiondef);}\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(funarg, \")\"), poplex, statement, popcontext);\n }\n function funarg(type) {\n if (type == \"spread\") return cont(funarg);\n return pass(pattern, maybetype);\n }\n function className(type, value) {\n if (type == \"variable\") {register(value); return cont(classNameAfter);}\n }\n function classNameAfter(_type, value) {\n if (value == \"extends\") return cont(expression);\n }\n function objlit(type) {\n if (type == \"{\") return contCommasep(objprop, \"}\");\n }\n function afterModule(type, value) {\n if (type == \"string\") return cont(statement);\n if (type == \"variable\") { register(value); return cont(maybeFrom); }\n }\n function afterExport(_type, value) {\n if (value == \"*\") { cx.marked = \"keyword\"; return cont(maybeFrom, expect(\";\")); }\n if (value == \"default\") { cx.marked = \"keyword\"; return cont(expression, expect(\";\")); }\n return pass(statement);\n }\n function afterImport(type) {\n if (type == \"string\") return cont();\n return pass(importSpec, maybeFrom);\n }\n function importSpec(type, value) {\n if (type == \"{\") return contCommasep(importSpec, \"}\");\n if (type == \"variable\") register(value);\n return cont();\n }\n function maybeFrom(_type, value) {\n if (value == \"from\") { cx.marked = \"keyword\"; return cont(expression); }\n }\n function arrayLiteral(type) {\n if (type == \"]\") return cont();\n return pass(expressionNoComma, maybeArrayComprehension);\n }\n function maybeArrayComprehension(type) {\n if (type == \"for\") return pass(comprehension, expect(\"]\"));\n if (type == \",\") return cont(commasep(expressionNoComma, \"]\"));\n return pass(commasep(expressionNoComma, \"]\"));\n }\n function comprehension(type) {\n if (type == \"for\") return cont(forspec, comprehension);\n if (type == \"if\") return cont(expression, comprehension);\n }\n\n // Interface\n\n return {\n startState: function(basecolumn) {\n var state = {\n tokenize: tokenBase,\n lastType: \"sof\",\n cc: [],\n lexical: new JSLexical((basecolumn || 0) - indentUnit, 0, \"block\", false),\n localVars: parserConfig.localVars,\n context: parserConfig.localVars && {vars: parserConfig.localVars},\n indented: 0\n };\n if (parserConfig.globalVars && typeof parserConfig.globalVars == \"object\")\n state.globalVars = parserConfig.globalVars;\n return state;\n },\n\n token: function(stream, state) {\n if (stream.sol()) {\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = false;\n state.indented = stream.indentation();\n findFatArrow(stream, state);\n }\n if (state.tokenize != tokenComment && stream.eatSpace()) return null;\n var style = state.tokenize(stream, state);\n if (type == \"comment\") return style;\n state.lastType = type == \"operator\" && (content == \"++\" || content == \"--\") ? \"incdec\" : type;\n return parseJS(state, style, type, content, stream);\n },\n\n indent: function(state, textAfter) {\n if (state.tokenize == tokenComment) return CodeMirror.Pass;\n if (state.tokenize != tokenBase) return 0;\n var firstChar = textAfter && textAfter.charAt(0), lexical = state.lexical;\n // Kludge to prevent 'maybelse' from blocking lexical scope pops\n if (!/^\\s*else\\b/.test(textAfter)) for (var i = state.cc.length - 1; i >= 0; --i) {\n var c = state.cc[i];\n if (c == poplex) lexical = lexical.prev;\n else if (c != maybeelse) break;\n }\n if (lexical.type == \"stat\" && firstChar == \"}\") lexical = lexical.prev;\n if (statementIndent && lexical.type == \")\" && lexical.prev.type == \"stat\")\n lexical = lexical.prev;\n var type = lexical.type, closing = firstChar == type;\n\n if (type == \"vardef\") return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? lexical.info + 1 : 0);\n else if (type == \"form\" && firstChar == \"{\") return lexical.indented;\n else if (type == \"form\") return lexical.indented + indentUnit;\n else if (type == \"stat\")\n return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? statementIndent || indentUnit : 0);\n else if (lexical.info == \"switch\" && !closing && parserConfig.doubleIndentSwitch != false)\n return lexical.indented + (/^(?:case|default)\\b/.test(textAfter) ? indentUnit : 2 * indentUnit);\n else if (lexical.align) return lexical.column + (closing ? 0 : 1);\n else return lexical.indented + (closing ? 0 : indentUnit);\n },\n\n electricChars: \":{}\",\n blockCommentStart: jsonMode ? null : \"/*\",\n blockCommentEnd: jsonMode ? null : \"*/\",\n lineComment: jsonMode ? null : \"//\",\n fold: \"brace\",\n\n helperType: jsonMode ? \"json\" : \"javascript\",\n jsonldMode: jsonldMode,\n jsonMode: jsonMode\n };\n});\n\nCodeMirror.registerHelper(\"wordChars\", \"javascript\", /[\\\\w$]/);\n\nCodeMirror.defineMIME(\"text/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"text/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/x-json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/ld+json\", {name: \"javascript\", jsonld: true});\nCodeMirror.defineMIME(\"text/typescript\", { name: \"javascript\", typescript: true });\nCodeMirror.defineMIME(\"application/typescript\", { name: \"javascript\", typescript: true });\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/vim.js": {
"text": "/**\n * Supported keybindings:\n *\n * Motion:\n * h, j, k, l\n * gj, gk\n * e, E, w, W, b, B, ge, gE\n * f<character>, F<character>, t<character>, T<character>\n * $, ^, 0, -, +, _\n * gg, G\n * %\n * '<character>, `<character>\n *\n * Operator:\n * d, y, c\n * dd, yy, cc\n * g~, g~g~\n * >, <, >>, <<\n *\n * Operator-Motion:\n * x, X, D, Y, C, ~\n *\n * Action:\n * a, i, s, A, I, S, o, O\n * zz, z., z<CR>, zt, zb, z-\n * J\n * u, Ctrl-r\n * m<character>\n * r<character>\n *\n * Modes:\n * ESC - leave insert mode, visual mode, and clear input state.\n * Ctrl-[, Ctrl-c - same as ESC.\n *\n * Registers: unnamed, -, a-z, A-Z, 0-9\n * (Does not respect the special case for number registers when delete\n * operator is made with these commands: %, (, ), , /, ?, n, N, {, } )\n * TODO: Implement the remaining registers.\n * Marks: a-z, A-Z, and 0-9\n * TODO: Implement the remaining special marks. They have more complex\n * behavior.\n *\n * Events:\n * 'vim-mode-change' - raised on the editor anytime the current mode changes,\n * Event object: {mode: \"visual\", subMode: \"linewise\"}\n *\n * Code structure:\n * 1. Default keymap\n * 2. Variable declarations and short basic helpers\n * 3. Instance (External API) implementation\n * 4. Internal state tracking objects (input state, counter) implementation\n * and instanstiation\n * 5. Key handler (the main command dispatcher) implementation\n * 6. Motion, operator, and action implementations\n * 7. Helper functions for the key handler, motions, operators, and actions\n * 8. Set up Vim to work as a keymap for CodeMirror.\n */\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/dialog/dialog\"), require(\"../addon/edit/matchbrackets.js\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/dialog/dialog\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n 'use strict';\n\n var defaultKeymap = [\n // Key to key mapping. This goes first to make it possible to override\n // existing mappings.\n { keys: ['<Left>'], type: 'keyToKey', toKeys: ['h'] },\n { keys: ['<Right>'], type: 'keyToKey', toKeys: ['l'] },\n { keys: ['<Up>'], type: 'keyToKey', toKeys: ['k'] },\n { keys: ['<Down>'], type: 'keyToKey', toKeys: ['j'] },\n { keys: ['<Space>'], type: 'keyToKey', toKeys: ['l'] },\n { keys: ['<BS>'], type: 'keyToKey', toKeys: ['h'] },\n { keys: ['<C-Space>'], type: 'keyToKey', toKeys: ['W'] },\n { keys: ['<C-BS>'], type: 'keyToKey', toKeys: ['B'] },\n { keys: ['<S-Space>'], type: 'keyToKey', toKeys: ['w'] },\n { keys: ['<S-BS>'], type: 'keyToKey', toKeys: ['b'] },\n { keys: ['<C-n>'], type: 'keyToKey', toKeys: ['j'] },\n { keys: ['<C-p>'], type: 'keyToKey', toKeys: ['k'] },\n { keys: ['<C-[>'], type: 'keyToKey', toKeys: ['<Esc>'] },\n { keys: ['<C-c>'], type: 'keyToKey', toKeys: ['<Esc>'] },\n { keys: ['s'], type: 'keyToKey', toKeys: ['c', 'l'], context: 'normal' },\n { keys: ['s'], type: 'keyToKey', toKeys: ['x', 'i'], context: 'visual'},\n { keys: ['S'], type: 'keyToKey', toKeys: ['c', 'c'], context: 'normal' },\n { keys: ['S'], type: 'keyToKey', toKeys: ['d', 'c', 'c'], context: 'visual' },\n { keys: ['<Home>'], type: 'keyToKey', toKeys: ['0'] },\n { keys: ['<End>'], type: 'keyToKey', toKeys: ['$'] },\n { keys: ['<PageUp>'], type: 'keyToKey', toKeys: ['<C-b>'] },\n { keys: ['<PageDown>'], type: 'keyToKey', toKeys: ['<C-f>'] },\n { keys: ['<CR>'], type: 'keyToKey', toKeys: ['j', '^'], context: 'normal' },\n // Motions\n { keys: ['H'], type: 'motion',\n motion: 'moveToTopLine',\n motionArgs: { linewise: true, toJumplist: true }},\n { keys: ['M'], type: 'motion',\n motion: 'moveToMiddleLine',\n motionArgs: { linewise: true, toJumplist: true }},\n { keys: ['L'], type: 'motion',\n motion: 'moveToBottomLine',\n motionArgs: { linewise: true, toJumplist: true }},\n { keys: ['h'], type: 'motion',\n motion: 'moveByCharacters',\n motionArgs: { forward: false }},\n { keys: ['l'], type: 'motion',\n motion: 'moveByCharacters',\n motionArgs: { forward: true }},\n { keys: ['j'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: true, linewise: true }},\n { keys: ['k'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: false, linewise: true }},\n { keys: ['g','j'], type: 'motion',\n motion: 'moveByDisplayLines',\n motionArgs: { forward: true }},\n { keys: ['g','k'], type: 'motion',\n motion: 'moveByDisplayLines',\n motionArgs: { forward: false }},\n { keys: ['w'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: false }},\n { keys: ['W'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: false, bigWord: true }},\n { keys: ['e'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: true, inclusive: true }},\n { keys: ['E'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: true, bigWord: true,\n inclusive: true }},\n { keys: ['b'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: false }},\n { keys: ['B'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: false, bigWord: true }},\n { keys: ['g', 'e'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: true, inclusive: true }},\n { keys: ['g', 'E'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: true, bigWord: true,\n inclusive: true }},\n { keys: ['{'], type: 'motion', motion: 'moveByParagraph',\n motionArgs: { forward: false, toJumplist: true }},\n { keys: ['}'], type: 'motion', motion: 'moveByParagraph',\n motionArgs: { forward: true, toJumplist: true }},\n { keys: ['<C-f>'], type: 'motion',\n motion: 'moveByPage', motionArgs: { forward: true }},\n { keys: ['<C-b>'], type: 'motion',\n motion: 'moveByPage', motionArgs: { forward: false }},\n { keys: ['<C-d>'], type: 'motion',\n motion: 'moveByScroll',\n motionArgs: { forward: true, explicitRepeat: true }},\n { keys: ['<C-u>'], type: 'motion',\n motion: 'moveByScroll',\n motionArgs: { forward: false, explicitRepeat: true }},\n { keys: ['g', 'g'], type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: false, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: ['G'], type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: true, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: ['0'], type: 'motion', motion: 'moveToStartOfLine' },\n { keys: ['^'], type: 'motion',\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['+'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: true, toFirstChar:true }},\n { keys: ['-'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: false, toFirstChar:true }},\n { keys: ['_'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: true, toFirstChar:true, repeatOffset:-1 }},\n { keys: ['$'], type: 'motion',\n motion: 'moveToEol',\n motionArgs: { inclusive: true }},\n { keys: ['%'], type: 'motion',\n motion: 'moveToMatchedSymbol',\n motionArgs: { inclusive: true, toJumplist: true }},\n { keys: ['f', 'character'], type: 'motion',\n motion: 'moveToCharacter',\n motionArgs: { forward: true , inclusive: true }},\n { keys: ['F', 'character'], type: 'motion',\n motion: 'moveToCharacter',\n motionArgs: { forward: false }},\n { keys: ['t', 'character'], type: 'motion',\n motion: 'moveTillCharacter',\n motionArgs: { forward: true, inclusive: true }},\n { keys: ['T', 'character'], type: 'motion',\n motion: 'moveTillCharacter',\n motionArgs: { forward: false }},\n { keys: [';'], type: 'motion', motion: 'repeatLastCharacterSearch',\n motionArgs: { forward: true }},\n { keys: [','], type: 'motion', motion: 'repeatLastCharacterSearch',\n motionArgs: { forward: false }},\n { keys: ['\\'', 'character'], type: 'motion', motion: 'goToMark',\n motionArgs: {toJumplist: true, linewise: true}},\n { keys: ['`', 'character'], type: 'motion', motion: 'goToMark',\n motionArgs: {toJumplist: true}},\n { keys: [']', '`'], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true } },\n { keys: ['[', '`'], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false } },\n { keys: [']', '\\''], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true, linewise: true } },\n { keys: ['[', '\\''], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false, linewise: true } },\n // the next two aren't motions but must come before more general motion declarations\n { keys: [']', 'p'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: true, isEdit: true, matchIndent: true}},\n { keys: ['[', 'p'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: false, isEdit: true, matchIndent: true}},\n { keys: [']', 'character'], type: 'motion',\n motion: 'moveToSymbol',\n motionArgs: { forward: true, toJumplist: true}},\n { keys: ['[', 'character'], type: 'motion',\n motion: 'moveToSymbol',\n motionArgs: { forward: false, toJumplist: true}},\n { keys: ['|'], type: 'motion',\n motion: 'moveToColumn',\n motionArgs: { }},\n { keys: ['o'], type: 'motion', motion: 'moveToOtherHighlightedEnd', motionArgs: { },context:'visual'},\n // Operators\n { keys: ['d'], type: 'operator', operator: 'delete' },\n { keys: ['y'], type: 'operator', operator: 'yank' },\n { keys: ['c'], type: 'operator', operator: 'change' },\n { keys: ['>'], type: 'operator', operator: 'indent',\n operatorArgs: { indentRight: true }},\n { keys: ['<'], type: 'operator', operator: 'indent',\n operatorArgs: { indentRight: false }},\n { keys: ['g', '~'], type: 'operator', operator: 'swapcase' },\n { keys: ['n'], type: 'motion', motion: 'findNext',\n motionArgs: { forward: true, toJumplist: true }},\n { keys: ['N'], type: 'motion', motion: 'findNext',\n motionArgs: { forward: false, toJumplist: true }},\n // Operator-Motion dual commands\n { keys: ['x'], type: 'operatorMotion', operator: 'delete',\n motion: 'moveByCharacters', motionArgs: { forward: true },\n operatorMotionArgs: { visualLine: false }},\n { keys: ['X'], type: 'operatorMotion', operator: 'delete',\n motion: 'moveByCharacters', motionArgs: { forward: false },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['D'], type: 'operatorMotion', operator: 'delete',\n motion: 'moveToEol', motionArgs: { inclusive: true },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['Y'], type: 'operatorMotion', operator: 'yank',\n motion: 'moveToEol', motionArgs: { inclusive: true },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['C'], type: 'operatorMotion',\n operator: 'change',\n motion: 'moveToEol', motionArgs: { inclusive: true },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['~'], type: 'operatorMotion',\n operator: 'swapcase', operatorArgs: { shouldMoveCursor: true },\n motion: 'moveByCharacters', motionArgs: { forward: true }},\n // Actions\n { keys: ['<C-i>'], type: 'action', action: 'jumpListWalk',\n actionArgs: { forward: true }},\n { keys: ['<C-o>'], type: 'action', action: 'jumpListWalk',\n actionArgs: { forward: false }},\n { keys: ['<C-e>'], type: 'action',\n action: 'scroll',\n actionArgs: { forward: true, linewise: true }},\n { keys: ['<C-y>'], type: 'action',\n action: 'scroll',\n actionArgs: { forward: false, linewise: true }},\n { keys: ['a'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'charAfter' }},\n { keys: ['A'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'eol' }},\n { keys: ['i'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'inplace' }},\n { keys: ['I'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'firstNonBlank' }},\n { keys: ['o'], type: 'action', action: 'newLineAndEnterInsertMode',\n isEdit: true, interlaceInsertRepeat: true,\n actionArgs: { after: true }},\n { keys: ['O'], type: 'action', action: 'newLineAndEnterInsertMode',\n isEdit: true, interlaceInsertRepeat: true,\n actionArgs: { after: false }},\n { keys: ['v'], type: 'action', action: 'toggleVisualMode' },\n { keys: ['V'], type: 'action', action: 'toggleVisualMode',\n actionArgs: { linewise: true }},\n { keys: ['g', 'v'], type: 'action', action: 'reselectLastSelection' },\n { keys: ['J'], type: 'action', action: 'joinLines', isEdit: true },\n { keys: ['p'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: true, isEdit: true }},\n { keys: ['P'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: false, isEdit: true }},\n { keys: ['r', 'character'], type: 'action', action: 'replace', isEdit: true },\n { keys: ['@', 'character'], type: 'action', action: 'replayMacro' },\n { keys: ['q', 'character'], type: 'action', action: 'enterMacroRecordMode' },\n // Handle Replace-mode as a special case of insert mode.\n { keys: ['R'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { replace: true }},\n { keys: ['u'], type: 'action', action: 'undo' },\n { keys: ['u'], type: 'action', action: 'changeCase', actionArgs: {toLower: true}, context: 'visual', isEdit: true },\n { keys: ['U'],type: 'action', action: 'changeCase', actionArgs: {toLower: false}, context: 'visual', isEdit: true },\n { keys: ['<C-r>'], type: 'action', action: 'redo' },\n { keys: ['m', 'character'], type: 'action', action: 'setMark' },\n { keys: ['\"', 'character'], type: 'action', action: 'setRegister' },\n { keys: ['z', 'z'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'center' }},\n { keys: ['z', '.'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'center' },\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['z', 't'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'top' }},\n { keys: ['z', '<CR>'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'top' },\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['z', '-'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'bottom' }},\n { keys: ['z', 'b'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'bottom' },\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['.'], type: 'action', action: 'repeatLastEdit' },\n { keys: ['<C-a>'], type: 'action', action: 'incrementNumberToken',\n isEdit: true,\n actionArgs: {increase: true, backtrack: false}},\n { keys: ['<C-x>'], type: 'action', action: 'incrementNumberToken',\n isEdit: true,\n actionArgs: {increase: false, backtrack: false}},\n // Text object motions\n { keys: ['a', 'character'], type: 'motion',\n motion: 'textObjectManipulation' },\n { keys: ['i', 'character'], type: 'motion',\n motion: 'textObjectManipulation',\n motionArgs: { textObjectInner: true }},\n // Search\n { keys: ['/'], type: 'search',\n searchArgs: { forward: true, querySrc: 'prompt', toJumplist: true }},\n { keys: ['?'], type: 'search',\n searchArgs: { forward: false, querySrc: 'prompt', toJumplist: true }},\n { keys: ['*'], type: 'search',\n searchArgs: { forward: true, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: ['#'], type: 'search',\n searchArgs: { forward: false, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: ['g', '*'], type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', toJumplist: true }},\n { keys: ['g', '#'], type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', toJumplist: true }},\n // Ex command\n { keys: [':'], type: 'ex' }\n ];\n\n var Pos = CodeMirror.Pos;\n\n var Vim = function() {\n CodeMirror.defineOption('vimMode', false, function(cm, val) {\n if (val) {\n cm.setOption('keyMap', 'vim');\n cm.setOption('disableInput', true);\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n cm.on('beforeSelectionChange', beforeSelectionChange);\n cm.on('cursorActivity', onCursorActivity);\n maybeInitVimState(cm);\n CodeMirror.on(cm.getInputField(), 'paste', getOnPasteFn(cm));\n } else if (cm.state.vim) {\n cm.setOption('keyMap', 'default');\n cm.setOption('disableInput', false);\n cm.off('beforeSelectionChange', beforeSelectionChange);\n cm.off('cursorActivity', onCursorActivity);\n CodeMirror.off(cm.getInputField(), 'paste', getOnPasteFn(cm));\n cm.state.vim = null;\n }\n });\n function beforeSelectionChange(cm, obj) {\n var vim = cm.state.vim;\n if (vim.insertMode || vim.exMode) return;\n\n var head = obj.ranges[0].head;\n var anchor = obj.ranges[0].anchor;\n if (head.ch && head.ch == cm.doc.getLine(head.line).length) {\n var pos = Pos(head.line, head.ch - 1);\n obj.update([{anchor: cursorEqual(head, anchor) ? pos : anchor,\n head: pos}]);\n }\n }\n function getOnPasteFn(cm) {\n var vim = cm.state.vim;\n if (!vim.onPasteFn) {\n vim.onPasteFn = function() {\n if (!vim.insertMode) {\n cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n actions.enterInsertMode(cm, {}, vim);\n }\n };\n }\n return vim.onPasteFn;\n }\n\n var numberRegex = /[\\d]/;\n var wordRegexp = [(/\\w/), (/[^\\w\\s]/)], bigWordRegexp = [(/\\S/)];\n function makeKeyRange(start, size) {\n var keys = [];\n for (var i = start; i < start + size; i++) {\n keys.push(String.fromCharCode(i));\n }\n return keys;\n }\n var upperCaseAlphabet = makeKeyRange(65, 26);\n var lowerCaseAlphabet = makeKeyRange(97, 26);\n var numbers = makeKeyRange(48, 10);\n var specialSymbols = '~`!@#$%^&*()_-+=[{}]\\\\|/?.,<>:;\"\\''.split('');\n var specialKeys = ['Left', 'Right', 'Up', 'Down', 'Space', 'Backspace',\n 'Esc', 'Home', 'End', 'PageUp', 'PageDown', 'Enter'];\n var validMarks = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['<', '>']);\n var validRegisters = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['-', '\"', '.', ':']);\n\n function isLine(cm, line) {\n return line >= cm.firstLine() && line <= cm.lastLine();\n }\n function isLowerCase(k) {\n return (/^[a-z]$/).test(k);\n }\n function isMatchableSymbol(k) {\n return '()[]{}'.indexOf(k) != -1;\n }\n function isNumber(k) {\n return numberRegex.test(k);\n }\n function isUpperCase(k) {\n return (/^[A-Z]$/).test(k);\n }\n function isWhiteSpaceString(k) {\n return (/^\\s*$/).test(k);\n }\n function inArray(val, arr) {\n for (var i = 0; i < arr.length; i++) {\n if (arr[i] == val) {\n return true;\n }\n }\n return false;\n }\n\n var options = {};\n function defineOption(name, defaultValue, type) {\n if (defaultValue === undefined) { throw Error('defaultValue is required'); }\n if (!type) { type = 'string'; }\n options[name] = {\n type: type,\n defaultValue: defaultValue\n };\n setOption(name, defaultValue);\n }\n\n function setOption(name, value) {\n var option = options[name];\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n if (option.type == 'boolean') {\n if (value && value !== true) {\n throw Error('Invalid argument: ' + name + '=' + value);\n } else if (value !== false) {\n // Boolean options are set to true if value is not defined.\n value = true;\n }\n }\n option.value = option.type == 'boolean' ? !!value : value;\n }\n\n function getOption(name) {\n var option = options[name];\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n return option.value;\n }\n\n var createCircularJumpList = function() {\n var size = 100;\n var pointer = -1;\n var head = 0;\n var tail = 0;\n var buffer = new Array(size);\n function add(cm, oldCur, newCur) {\n var current = pointer % size;\n var curMark = buffer[current];\n function useNextSlot(cursor) {\n var next = ++pointer % size;\n var trashMark = buffer[next];\n if (trashMark) {\n trashMark.clear();\n }\n buffer[next] = cm.setBookmark(cursor);\n }\n if (curMark) {\n var markPos = curMark.find();\n // avoid recording redundant cursor position\n if (markPos && !cursorEqual(markPos, oldCur)) {\n useNextSlot(oldCur);\n }\n } else {\n useNextSlot(oldCur);\n }\n useNextSlot(newCur);\n head = pointer;\n tail = pointer - size + 1;\n if (tail < 0) {\n tail = 0;\n }\n }\n function move(cm, offset) {\n pointer += offset;\n if (pointer > head) {\n pointer = head;\n } else if (pointer < tail) {\n pointer = tail;\n }\n var mark = buffer[(size + pointer) % size];\n // skip marks that are temporarily removed from text buffer\n if (mark && !mark.find()) {\n var inc = offset > 0 ? 1 : -1;\n var newCur;\n var oldCur = cm.getCursor();\n do {\n pointer += inc;\n mark = buffer[(size + pointer) % size];\n // skip marks that are the same as current position\n if (mark &&\n (newCur = mark.find()) &&\n !cursorEqual(oldCur, newCur)) {\n break;\n }\n } while (pointer < head && pointer > tail);\n }\n return mark;\n }\n return {\n cachedCursor: undefined, //used for # and * jumps\n add: add,\n move: move\n };\n };\n\n // Returns an object to track the changes associated insert mode. It\n // clones the object that is passed in, or creates an empty object one if\n // none is provided.\n var createInsertModeChanges = function(c) {\n if (c) {\n // Copy construction\n return {\n changes: c.changes,\n expectCursorActivityForChange: c.expectCursorActivityForChange\n };\n }\n return {\n // Change list\n changes: [],\n // Set to true on change, false on cursorActivity.\n expectCursorActivityForChange: false\n };\n };\n\n function MacroModeState() {\n this.latestRegister = undefined;\n this.isPlaying = false;\n this.isRecording = false;\n this.replaySearchQueries = [];\n this.onRecordingDone = undefined;\n this.lastInsertModeChanges = createInsertModeChanges();\n }\n MacroModeState.prototype = {\n exitMacroRecordMode: function() {\n var macroModeState = vimGlobalState.macroModeState;\n macroModeState.onRecordingDone(); // close dialog\n macroModeState.onRecordingDone = undefined;\n macroModeState.isRecording = false;\n },\n enterMacroRecordMode: function(cm, registerName) {\n var register =\n vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.clear();\n this.latestRegister = registerName;\n this.onRecordingDone = cm.openDialog(\n '(recording)['+registerName+']', null, {bottom:true});\n this.isRecording = true;\n }\n }\n };\n\n function maybeInitVimState(cm) {\n if (!cm.state.vim) {\n // Store instance state in the CodeMirror object.\n cm.state.vim = {\n inputState: new InputState(),\n // Vim's input state that triggered the last edit, used to repeat\n // motions and operators with '.'.\n lastEditInputState: undefined,\n // Vim's action command before the last edit, used to repeat actions\n // with '.' and insert mode repeat.\n lastEditActionCommand: undefined,\n // When using jk for navigation, if you move from a longer line to a\n // shorter line, the cursor may clip to the end of the shorter line.\n // If j is pressed again and cursor goes to the next line, the\n // cursor should go back to its horizontal position on the longer\n // line if it can. This is to keep track of the horizontal position.\n lastHPos: -1,\n // Doing the same with screen-position for gj/gk\n lastHSPos: -1,\n // The last motion command run. Cleared if a non-motion command gets\n // executed in between.\n lastMotion: null,\n marks: {},\n insertMode: false,\n // Repeat count for changes made in insert mode, triggered by key\n // sequences like 3,i. Only exists when insertMode is true.\n insertModeRepeat: undefined,\n visualMode: false,\n // If we are in visual line mode. No effect if visualMode is false.\n visualLine: false,\n lastSelection: null\n };\n }\n return cm.state.vim;\n }\n var vimGlobalState;\n function resetVimGlobalState() {\n vimGlobalState = {\n // The current search query.\n searchQuery: null,\n // Whether we are searching backwards.\n searchIsReversed: false,\n // Replace part of the last substituted pattern\n lastSubstituteReplacePart: undefined,\n jumpList: createCircularJumpList(),\n macroModeState: new MacroModeState,\n // Recording latest f, t, F or T motion command.\n lastChararacterSearch: {increment:0, forward:true, selectedCharacter:''},\n registerController: new RegisterController({})\n };\n for (var optionName in options) {\n var option = options[optionName];\n option.value = option.defaultValue;\n }\n }\n\n var vimApi= {\n buildKeyMap: function() {\n // TODO: Convert keymap into dictionary format for fast lookup.\n },\n // Testing hook, though it might be useful to expose the register\n // controller anyways.\n getRegisterController: function() {\n return vimGlobalState.registerController;\n },\n // Testing hook.\n resetVimGlobalState_: resetVimGlobalState,\n\n // Testing hook.\n getVimGlobalState_: function() {\n return vimGlobalState;\n },\n\n // Testing hook.\n maybeInitVimState_: maybeInitVimState,\n\n InsertModeKey: InsertModeKey,\n map: function(lhs, rhs, ctx) {\n // Add user defined key bindings.\n exCommandDispatcher.map(lhs, rhs, ctx);\n },\n setOption: setOption,\n getOption: getOption,\n defineOption: defineOption,\n defineEx: function(name, prefix, func){\n if (name.indexOf(prefix) !== 0) {\n throw new Error('(Vim.defineEx) \"'+prefix+'\" is not a prefix of \"'+name+'\", command not registered');\n }\n exCommands[name]=func;\n exCommandDispatcher.commandMap_[prefix]={name:name, shortName:prefix, type:'api'};\n },\n // This is the outermost function called by CodeMirror, after keys have\n // been mapped to their Vim equivalents.\n handleKey: function(cm, key) {\n var command;\n var vim = maybeInitVimState(cm);\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n if (key == 'q') {\n macroModeState.exitMacroRecordMode();\n vim.inputState = new InputState();\n return;\n }\n }\n if (key == '<Esc>') {\n // Clear input state and get back to normal mode.\n vim.inputState = new InputState();\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n return;\n }\n // Enter visual mode when the mouse selects text.\n if (!vim.visualMode &&\n !cursorEqual(cm.getCursor('head'), cm.getCursor('anchor'))) {\n vim.visualMode = true;\n vim.visualLine = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n cm.on('mousedown', exitVisualMode);\n }\n if (key != '0' || (key == '0' && vim.inputState.getRepeat() === 0)) {\n // Have to special case 0 since it's both a motion and a number.\n command = commandDispatcher.matchCommand(key, defaultKeymap, vim);\n }\n if (!command) {\n if (isNumber(key)) {\n // Increment count unless count is 0 and key is 0.\n vim.inputState.pushRepeatDigit(key);\n }\n if (macroModeState.isRecording) {\n logKey(macroModeState, key);\n }\n return;\n }\n if (command.type == 'keyToKey') {\n // TODO: prevent infinite recursion.\n for (var i = 0; i < command.toKeys.length; i++) {\n this.handleKey(cm, command.toKeys[i]);\n }\n } else {\n if (macroModeState.isRecording) {\n logKey(macroModeState, key);\n }\n commandDispatcher.processCommand(cm, vim, command);\n }\n },\n handleEx: function(cm, input) {\n exCommandDispatcher.processCommand(cm, input);\n }\n };\n\n // Represents the current input state.\n function InputState() {\n this.prefixRepeat = [];\n this.motionRepeat = [];\n\n this.operator = null;\n this.operatorArgs = null;\n this.motion = null;\n this.motionArgs = null;\n this.keyBuffer = []; // For matching multi-key commands.\n this.registerName = null; // Defaults to the unnamed register.\n }\n InputState.prototype.pushRepeatDigit = function(n) {\n if (!this.operator) {\n this.prefixRepeat = this.prefixRepeat.concat(n);\n } else {\n this.motionRepeat = this.motionRepeat.concat(n);\n }\n };\n InputState.prototype.getRepeat = function() {\n var repeat = 0;\n if (this.prefixRepeat.length > 0 || this.motionRepeat.length > 0) {\n repeat = 1;\n if (this.prefixRepeat.length > 0) {\n repeat *= parseInt(this.prefixRepeat.join(''), 10);\n }\n if (this.motionRepeat.length > 0) {\n repeat *= parseInt(this.motionRepeat.join(''), 10);\n }\n }\n return repeat;\n };\n\n /*\n * Register stores information about copy and paste registers. Besides\n * text, a register must store whether it is linewise (i.e., when it is\n * pasted, should it insert itself into a new line, or should the text be\n * inserted at the cursor position.)\n */\n function Register(text, linewise) {\n this.clear();\n this.keyBuffer = [text || ''];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = !!linewise;\n }\n Register.prototype = {\n setText: function(text, linewise) {\n this.keyBuffer = [text || ''];\n this.linewise = !!linewise;\n },\n pushText: function(text, linewise) {\n // if this register has ever been set to linewise, use linewise.\n if (linewise) {\n if (!this.linewise) {\n this.keyBuffer.push('\\n');\n }\n this.linewise = true;\n }\n this.keyBuffer.push(text);\n },\n pushInsertModeChanges: function(changes) {\n this.insertModeChanges.push(createInsertModeChanges(changes));\n },\n pushSearchQuery: function(query) {\n this.searchQueries.push(query);\n },\n clear: function() {\n this.keyBuffer = [];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = false;\n },\n toString: function() {\n return this.keyBuffer.join('');\n }\n };\n\n /*\n * vim registers allow you to keep many independent copy and paste buffers.\n * See http://usevim.com/2012/04/13/registers/ for an introduction.\n *\n * RegisterController keeps the state of all the registers. An initial\n * state may be passed in. The unnamed register '\"' will always be\n * overridden.\n */\n function RegisterController(registers) {\n this.registers = registers;\n this.unnamedRegister = registers['\"'] = new Register();\n registers['.'] = new Register();\n registers[':'] = new Register();\n }\n RegisterController.prototype = {\n pushText: function(registerName, operator, text, linewise) {\n if (linewise && text.charAt(0) == '\\n') {\n text = text.slice(1) + '\\n';\n }\n if (linewise && text.charAt(text.length - 1) !== '\\n'){\n text += '\\n';\n }\n // Lowercase and uppercase registers refer to the same register.\n // Uppercase just means append.\n var register = this.isValidRegister(registerName) ?\n this.getRegister(registerName) : null;\n // if no register/an invalid register was specified, things go to the\n // default registers\n if (!register) {\n switch (operator) {\n case 'yank':\n // The 0 register contains the text from the most recent yank.\n this.registers['0'] = new Register(text, linewise);\n break;\n case 'delete':\n case 'change':\n if (text.indexOf('\\n') == -1) {\n // Delete less than 1 line. Update the small delete register.\n this.registers['-'] = new Register(text, linewise);\n } else {\n // Shift down the contents of the numbered registers and put the\n // deleted text into register 1.\n this.shiftNumericRegisters_();\n this.registers['1'] = new Register(text, linewise);\n }\n break;\n }\n // Make sure the unnamed register is set to what just happened\n this.unnamedRegister.setText(text, linewise);\n return;\n }\n\n // If we've gotten to this point, we've actually specified a register\n var append = isUpperCase(registerName);\n if (append) {\n register.pushText(text, linewise);\n } else {\n register.setText(text, linewise);\n }\n // The unnamed register always has the same value as the last used\n // register.\n this.unnamedRegister.setText(register.toString(), linewise);\n },\n // Gets the register named @name. If one of @name doesn't already exist,\n // create it. If @name is invalid, return the unnamedRegister.\n getRegister: function(name) {\n if (!this.isValidRegister(name)) {\n return this.unnamedRegister;\n }\n name = name.toLowerCase();\n if (!this.registers[name]) {\n this.registers[name] = new Register();\n }\n return this.registers[name];\n },\n isValidRegister: function(name) {\n return name && inArray(name, validRegisters);\n },\n shiftNumericRegisters_: function() {\n for (var i = 9; i >= 2; i--) {\n this.registers[i] = this.getRegister('' + (i - 1));\n }\n }\n };\n\n var commandDispatcher = {\n matchCommand: function(key, keyMap, vim) {\n var inputState = vim.inputState;\n var keys = inputState.keyBuffer.concat(key);\n var matchedCommands = [];\n var selectedCharacter;\n for (var i = 0; i < keyMap.length; i++) {\n var command = keyMap[i];\n if (matchKeysPartial(keys, command.keys)) {\n if (inputState.operator && command.type == 'action') {\n // Ignore matched action commands after an operator. Operators\n // only operate on motions. This check is really for text\n // objects since aW, a[ etcs conflicts with a.\n continue;\n }\n // Match commands that take <character> as an argument.\n if (command.keys[keys.length - 1] == 'character') {\n selectedCharacter = keys[keys.length - 1];\n if (selectedCharacter.length>1){\n switch(selectedCharacter){\n case '<CR>':\n selectedCharacter='\\n';\n break;\n case '<Space>':\n selectedCharacter=' ';\n break;\n default:\n continue;\n }\n }\n }\n // Add the command to the list of matched commands. Choose the best\n // command later.\n matchedCommands.push(command);\n }\n }\n\n // Returns the command if it is a full match, or null if not.\n function getFullyMatchedCommandOrNull(command) {\n if (keys.length < command.keys.length) {\n // Matches part of a multi-key command. Buffer and wait for next\n // stroke.\n inputState.keyBuffer.push(key);\n return null;\n } else {\n if (command.keys[keys.length - 1] == 'character') {\n inputState.selectedCharacter = selectedCharacter;\n }\n // Clear the buffer since a full match was found.\n inputState.keyBuffer = [];\n return command;\n }\n }\n\n if (!matchedCommands.length) {\n // Clear the buffer since there were no matches.\n inputState.keyBuffer = [];\n return null;\n } else if (matchedCommands.length == 1) {\n return getFullyMatchedCommandOrNull(matchedCommands[0]);\n } else {\n // Find the best match in the list of matchedCommands.\n var context = vim.visualMode ? 'visual' : 'normal';\n var bestMatch; // Default to first in the list.\n for (var i = 0; i < matchedCommands.length; i++) {\n var current = matchedCommands[i];\n if (current.context == context) {\n bestMatch = current;\n break;\n } else if (!bestMatch && !current.context) {\n // Only set an imperfect match to best match if no best match is\n // set and the imperfect match is not restricted to another\n // context.\n bestMatch = current;\n }\n }\n return getFullyMatchedCommandOrNull(bestMatch);\n }\n },\n processCommand: function(cm, vim, command) {\n vim.inputState.repeatOverride = command.repeatOverride;\n switch (command.type) {\n case 'motion':\n this.processMotion(cm, vim, command);\n break;\n case 'operator':\n this.processOperator(cm, vim, command);\n break;\n case 'operatorMotion':\n this.processOperatorMotion(cm, vim, command);\n break;\n case 'action':\n this.processAction(cm, vim, command);\n break;\n case 'search':\n this.processSearch(cm, vim, command);\n break;\n case 'ex':\n case 'keyToEx':\n this.processEx(cm, vim, command);\n break;\n default:\n break;\n }\n },\n processMotion: function(cm, vim, command) {\n vim.inputState.motion = command.motion;\n vim.inputState.motionArgs = copyArgs(command.motionArgs);\n this.evalInput(cm, vim);\n },\n processOperator: function(cm, vim, command) {\n var inputState = vim.inputState;\n if (inputState.operator) {\n if (inputState.operator == command.operator) {\n // Typing an operator twice like 'dd' makes the operator operate\n // linewise\n inputState.motion = 'expandToLine';\n inputState.motionArgs = { linewise: true };\n this.evalInput(cm, vim);\n return;\n } else {\n // 2 different operators in a row doesn't make sense.\n vim.inputState = new InputState();\n }\n }\n inputState.operator = command.operator;\n inputState.operatorArgs = copyArgs(command.operatorArgs);\n if (vim.visualMode) {\n // Operating on a selection in visual mode. We don't need a motion.\n this.evalInput(cm, vim);\n }\n },\n processOperatorMotion: function(cm, vim, command) {\n var visualMode = vim.visualMode;\n var operatorMotionArgs = copyArgs(command.operatorMotionArgs);\n if (operatorMotionArgs) {\n // Operator motions may have special behavior in visual mode.\n if (visualMode && operatorMotionArgs.visualLine) {\n vim.visualLine = true;\n }\n }\n this.processOperator(cm, vim, command);\n if (!visualMode) {\n this.processMotion(cm, vim, command);\n }\n },\n processAction: function(cm, vim, command) {\n var inputState = vim.inputState;\n var repeat = inputState.getRepeat();\n var repeatIsExplicit = !!repeat;\n var actionArgs = copyArgs(command.actionArgs) || {};\n if (inputState.selectedCharacter) {\n actionArgs.selectedCharacter = inputState.selectedCharacter;\n }\n // Actions may or may not have motions and operators. Do these first.\n if (command.operator) {\n this.processOperator(cm, vim, command);\n }\n if (command.motion) {\n this.processMotion(cm, vim, command);\n }\n if (command.motion || command.operator) {\n this.evalInput(cm, vim);\n }\n actionArgs.repeat = repeat || 1;\n actionArgs.repeatIsExplicit = repeatIsExplicit;\n actionArgs.registerName = inputState.registerName;\n vim.inputState = new InputState();\n vim.lastMotion = null;\n if (command.isEdit) {\n this.recordLastEdit(vim, inputState, command);\n }\n actions[command.action](cm, actionArgs, vim);\n },\n processSearch: function(cm, vim, command) {\n if (!cm.getSearchCursor) {\n // Search depends on SearchCursor.\n return;\n }\n var forward = command.searchArgs.forward;\n var wholeWordOnly = command.searchArgs.wholeWordOnly;\n getSearchState(cm).setReversed(!forward);\n var promptPrefix = (forward) ? '/' : '?';\n var originalQuery = getSearchState(cm).getQuery();\n var originalScrollPos = cm.getScrollInfo();\n function handleQuery(query, ignoreCase, smartCase) {\n try {\n updateSearchQuery(cm, query, ignoreCase, smartCase);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + query);\n return;\n }\n commandDispatcher.processMotion(cm, vim, {\n type: 'motion',\n motion: 'findNext',\n motionArgs: { forward: true, toJumplist: command.searchArgs.toJumplist }\n });\n }\n function onPromptClose(query) {\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n handleQuery(query, true /** ignoreCase */, true /** smartCase */);\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n logSearchQuery(macroModeState, query);\n }\n }\n function onPromptKeyUp(_e, query) {\n var parsedQuery;\n try {\n parsedQuery = updateSearchQuery(cm, query,\n true /** ignoreCase */, true /** smartCase */);\n } catch (e) {\n // Swallow bad regexes for incremental search.\n }\n if (parsedQuery) {\n cm.scrollIntoView(findNext(cm, !forward, parsedQuery), 30);\n } else {\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n }\n }\n function onPromptKeyDown(e, _query, close) {\n var keyName = CodeMirror.keyName(e);\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[') {\n updateSearchQuery(cm, originalQuery);\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n\n CodeMirror.e_stop(e);\n close();\n cm.focus();\n }\n }\n switch (command.searchArgs.querySrc) {\n case 'prompt':\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) {\n var query = macroModeState.replaySearchQueries.shift();\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n } else {\n showPrompt(cm, {\n onClose: onPromptClose,\n prefix: promptPrefix,\n desc: searchPromptDesc,\n onKeyUp: onPromptKeyUp,\n onKeyDown: onPromptKeyDown\n });\n }\n break;\n case 'wordUnderCursor':\n var word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n true /** noSymbol */);\n var isKeyword = true;\n if (!word) {\n word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n false /** noSymbol */);\n isKeyword = false;\n }\n if (!word) {\n return;\n }\n var query = cm.getLine(word.start.line).substring(word.start.ch,\n word.end.ch);\n if (isKeyword && wholeWordOnly) {\n query = '\\\\b' + query + '\\\\b';\n } else {\n query = escapeRegex(query);\n }\n\n // cachedCursor is used to save the old position of the cursor\n // when * or # causes vim to seek for the nearest word and shift\n // the cursor before entering the motion.\n vimGlobalState.jumpList.cachedCursor = cm.getCursor();\n cm.setCursor(word.start);\n\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n break;\n }\n },\n processEx: function(cm, vim, command) {\n function onPromptClose(input) {\n // Give the prompt some time to close so that if processCommand shows\n // an error, the elements don't overlap.\n exCommandDispatcher.processCommand(cm, input);\n }\n function onPromptKeyDown(e, _input, close) {\n var keyName = CodeMirror.keyName(e);\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[') {\n CodeMirror.e_stop(e);\n close();\n cm.focus();\n }\n }\n if (command.type == 'keyToEx') {\n // Handle user defined Ex to Ex mappings\n exCommandDispatcher.processCommand(cm, command.exArgs.input);\n } else {\n if (vim.visualMode) {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':', value: '\\'<,\\'>',\n onKeyDown: onPromptKeyDown});\n } else {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':',\n onKeyDown: onPromptKeyDown});\n }\n }\n },\n evalInput: function(cm, vim) {\n // If the motion comand is set, execute both the operator and motion.\n // Otherwise return.\n var inputState = vim.inputState;\n var motion = inputState.motion;\n var motionArgs = inputState.motionArgs || {};\n var operator = inputState.operator;\n var operatorArgs = inputState.operatorArgs || {};\n var registerName = inputState.registerName;\n var selectionEnd = copyCursor(cm.getCursor('head'));\n var selectionStart = copyCursor(cm.getCursor('anchor'));\n // The difference between cur and selection cursors are that cur is\n // being operated on and ignores that there is a selection.\n var curStart = copyCursor(selectionEnd);\n var curOriginal = copyCursor(curStart);\n var curEnd;\n var repeat;\n if (operator) {\n this.recordLastEdit(vim, inputState);\n }\n if (inputState.repeatOverride !== undefined) {\n // If repeatOverride is specified, that takes precedence over the\n // input state's repeat. Used by Ex mode and can be user defined.\n repeat = inputState.repeatOverride;\n } else {\n repeat = inputState.getRepeat();\n }\n if (repeat > 0 && motionArgs.explicitRepeat) {\n motionArgs.repeatIsExplicit = true;\n } else if (motionArgs.noRepeat ||\n (!motionArgs.explicitRepeat && repeat === 0)) {\n repeat = 1;\n motionArgs.repeatIsExplicit = false;\n }\n if (inputState.selectedCharacter) {\n // If there is a character input, stick it in all of the arg arrays.\n motionArgs.selectedCharacter = operatorArgs.selectedCharacter =\n inputState.selectedCharacter;\n }\n motionArgs.repeat = repeat;\n vim.inputState = new InputState();\n if (motion) {\n var motionResult = motions[motion](cm, motionArgs, vim);\n vim.lastMotion = motions[motion];\n if (!motionResult) {\n return;\n }\n if (motionArgs.toJumplist) {\n var jumpList = vimGlobalState.jumpList;\n // if the current motion is # or *, use cachedCursor\n var cachedCursor = jumpList.cachedCursor;\n if (cachedCursor) {\n recordJumpPosition(cm, cachedCursor, motionResult);\n delete jumpList.cachedCursor;\n } else {\n recordJumpPosition(cm, curOriginal, motionResult);\n }\n }\n if (motionResult instanceof Array) {\n curStart = motionResult[0];\n curEnd = motionResult[1];\n } else {\n curEnd = motionResult;\n }\n // TODO: Handle null returns from motion commands better.\n if (!curEnd) {\n curEnd = Pos(curStart.line, curStart.ch);\n }\n if (vim.visualMode) {\n // Check if the selection crossed over itself. Will need to shift\n // the start point if that happened.\n if (cursorIsBefore(selectionStart, selectionEnd) &&\n (cursorEqual(selectionStart, curEnd) ||\n cursorIsBefore(curEnd, selectionStart))) {\n // The end of the selection has moved from after the start to\n // before the start. We will shift the start right by 1.\n selectionStart.ch += 1;\n } else if (cursorIsBefore(selectionEnd, selectionStart) &&\n (cursorEqual(selectionStart, curEnd) ||\n cursorIsBefore(selectionStart, curEnd))) {\n // The opposite happened. We will shift the start left by 1.\n selectionStart.ch -= 1;\n }\n selectionEnd = curEnd;\n selectionStart = (motionResult instanceof Array) ? curStart : selectionStart;\n if (vim.visualLine) {\n if (cursorIsBefore(selectionStart, selectionEnd)) {\n selectionStart.ch = 0;\n\n var lastLine = cm.lastLine();\n if (selectionEnd.line > lastLine) {\n selectionEnd.line = lastLine;\n }\n selectionEnd.ch = lineLength(cm, selectionEnd.line);\n } else {\n selectionEnd.ch = 0;\n selectionStart.ch = lineLength(cm, selectionStart.line);\n }\n }\n cm.setSelection(selectionStart, selectionEnd);\n updateMark(cm, vim, '<',\n cursorIsBefore(selectionStart, selectionEnd) ? selectionStart\n : selectionEnd);\n updateMark(cm, vim, '>',\n cursorIsBefore(selectionStart, selectionEnd) ? selectionEnd\n : selectionStart);\n } else if (!operator) {\n curEnd = clipCursorToContent(cm, curEnd);\n cm.setCursor(curEnd.line, curEnd.ch);\n }\n }\n\n if (operator) {\n var inverted = false;\n vim.lastMotion = null;\n operatorArgs.repeat = repeat; // Indent in visual mode needs this.\n if (vim.visualMode) {\n curStart = selectionStart;\n curEnd = selectionEnd;\n motionArgs.inclusive = true;\n }\n // Swap start and end if motion was backward.\n if (curEnd && cursorIsBefore(curEnd, curStart)) {\n var tmp = curStart;\n curStart = curEnd;\n curEnd = tmp;\n inverted = true;\n } else if (!curEnd) {\n curEnd = copyCursor(curStart);\n }\n if (motionArgs.inclusive && !(vim.visualMode && inverted)) {\n // Move the selection end one to the right to include the last\n // character.\n curEnd.ch++;\n }\n if (operatorArgs.selOffset) {\n // Replaying a visual mode operation\n curEnd.line = curStart.line + operatorArgs.selOffset.line;\n if (operatorArgs.selOffset.line) {curEnd.ch = operatorArgs.selOffset.ch; }\n else { curEnd.ch = curStart.ch + operatorArgs.selOffset.ch; }\n } else if (vim.visualMode) {\n var selOffset = Pos();\n selOffset.line = curEnd.line - curStart.line;\n if (selOffset.line) { selOffset.ch = curEnd.ch; }\n else { selOffset.ch = curEnd.ch - curStart.ch; }\n operatorArgs.selOffset = selOffset;\n }\n var linewise = motionArgs.linewise ||\n (vim.visualMode && vim.visualLine) ||\n operatorArgs.linewise;\n if (linewise) {\n // Expand selection to entire line.\n expandSelectionToLine(cm, curStart, curEnd);\n } else if (motionArgs.forward) {\n // Clip to trailing newlines only if the motion goes forward.\n clipToLine(cm, curStart, curEnd);\n }\n operatorArgs.registerName = registerName;\n // Keep track of linewise as it affects how paste and change behave.\n operatorArgs.linewise = linewise;\n operators[operator](cm, operatorArgs, vim, curStart,\n curEnd, curOriginal);\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n }\n },\n recordLastEdit: function(vim, inputState, actionCommand) {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n vim.lastEditInputState = inputState;\n vim.lastEditActionCommand = actionCommand;\n macroModeState.lastInsertModeChanges.changes = [];\n macroModeState.lastInsertModeChanges.expectCursorActivityForChange = false;\n }\n };\n\n /**\n * typedef {Object{line:number,ch:number}} Cursor An object containing the\n * position of the cursor.\n */\n // All of the functions below return Cursor objects.\n var motions = {\n moveToTopLine: function(cm, motionArgs) {\n var line = getUserVisibleLines(cm).top + motionArgs.repeat -1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToMiddleLine: function(cm) {\n var range = getUserVisibleLines(cm);\n var line = Math.floor((range.top + range.bottom) * 0.5);\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToBottomLine: function(cm, motionArgs) {\n var line = getUserVisibleLines(cm).bottom - motionArgs.repeat +1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n expandToLine: function(cm, motionArgs) {\n // Expands forward to end of line, and then to next line if repeat is\n // >1. Does not handle backward motion!\n var cur = cm.getCursor();\n return Pos(cur.line + motionArgs.repeat - 1, Infinity);\n },\n findNext: function(cm, motionArgs) {\n var state = getSearchState(cm);\n var query = state.getQuery();\n if (!query) {\n return;\n }\n var prev = !motionArgs.forward;\n // If search is initiated with ? instead of /, negate direction.\n prev = (state.isReversed()) ? !prev : prev;\n highlightSearchMatches(cm, query);\n return findNext(cm, prev/** prev */, query, motionArgs.repeat);\n },\n goToMark: function(cm, motionArgs, vim) {\n var mark = vim.marks[motionArgs.selectedCharacter];\n if (mark) {\n var pos = mark.find();\n return motionArgs.linewise ? { line: pos.line, ch: findFirstNonWhiteSpaceCharacter(cm.getLine(pos.line)) } : pos;\n }\n return null;\n },\n moveToOtherHighlightedEnd: function(cm) {\n var curEnd = copyCursor(cm.getCursor('head'));\n var curStart = copyCursor(cm.getCursor('anchor'));\n if (cursorIsBefore(curStart, curEnd)) {\n curEnd.ch += 1;\n } else if (cursorIsBefore(curEnd, curStart)) {\n curStart.ch -= 1;\n }\n return ([curEnd,curStart]);\n },\n jumpToMark: function(cm, motionArgs, vim) {\n var best = cm.getCursor();\n for (var i = 0; i < motionArgs.repeat; i++) {\n var cursor = best;\n for (var key in vim.marks) {\n if (!isLowerCase(key)) {\n continue;\n }\n var mark = vim.marks[key].find();\n var isWrongDirection = (motionArgs.forward) ?\n cursorIsBefore(mark, cursor) : cursorIsBefore(cursor, mark);\n\n if (isWrongDirection) {\n continue;\n }\n if (motionArgs.linewise && (mark.line == cursor.line)) {\n continue;\n }\n\n var equal = cursorEqual(cursor, best);\n var between = (motionArgs.forward) ?\n cusrorIsBetween(cursor, mark, best) :\n cusrorIsBetween(best, mark, cursor);\n\n if (equal || between) {\n best = mark;\n }\n }\n }\n\n if (motionArgs.linewise) {\n // Vim places the cursor on the first non-whitespace character of\n // the line if there is one, else it places the cursor at the end\n // of the line, regardless of whether a mark was found.\n best = Pos(best.line, findFirstNonWhiteSpaceCharacter(cm.getLine(best.line)));\n }\n return best;\n },\n moveByCharacters: function(cm, motionArgs) {\n var cur = cm.getCursor();\n var repeat = motionArgs.repeat;\n var ch = motionArgs.forward ? cur.ch + repeat : cur.ch - repeat;\n return Pos(cur.line, ch);\n },\n moveByLines: function(cm, motionArgs, vim) {\n var cur = cm.getCursor();\n var endCh = cur.ch;\n // Depending what our last motion was, we may want to do different\n // things. If our last motion was moving vertically, we want to\n // preserve the HPos from our last horizontal move. If our last motion\n // was going to the end of a line, moving vertically we should go to\n // the end of the line, etc.\n switch (vim.lastMotion) {\n case this.moveByLines:\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveToColumn:\n case this.moveToEol:\n endCh = vim.lastHPos;\n break;\n default:\n vim.lastHPos = endCh;\n }\n var repeat = motionArgs.repeat+(motionArgs.repeatOffset||0);\n var line = motionArgs.forward ? cur.line + repeat : cur.line - repeat;\n var first = cm.firstLine();\n var last = cm.lastLine();\n // Vim cancels linewise motions that start on an edge and move beyond\n // that edge. It does not cancel motions that do not start on an edge.\n if ((line < first && cur.line == first) ||\n (line > last && cur.line == last)) {\n return;\n }\n if (motionArgs.toFirstChar){\n endCh=findFirstNonWhiteSpaceCharacter(cm.getLine(line));\n vim.lastHPos = endCh;\n }\n vim.lastHSPos = cm.charCoords(Pos(line, endCh),'div').left;\n return Pos(line, endCh);\n },\n moveByDisplayLines: function(cm, motionArgs, vim) {\n var cur = cm.getCursor();\n switch (vim.lastMotion) {\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveByLines:\n case this.moveToColumn:\n case this.moveToEol:\n break;\n default:\n vim.lastHSPos = cm.charCoords(cur,'div').left;\n }\n var repeat = motionArgs.repeat;\n var res=cm.findPosV(cur,(motionArgs.forward ? repeat : -repeat),'line',vim.lastHSPos);\n if (res.hitSide) {\n if (motionArgs.forward) {\n var lastCharCoords = cm.charCoords(res, 'div');\n var goalCoords = { top: lastCharCoords.top + 8, left: vim.lastHSPos };\n var res = cm.coordsChar(goalCoords, 'div');\n } else {\n var resCoords = cm.charCoords(Pos(cm.firstLine(), 0), 'div');\n resCoords.left = vim.lastHSPos;\n res = cm.coordsChar(resCoords, 'div');\n }\n }\n vim.lastHPos = res.ch;\n return res;\n },\n moveByPage: function(cm, motionArgs) {\n // CodeMirror only exposes functions that move the cursor page down, so\n // doing this bad hack to move the cursor and move it back. evalInput\n // will move the cursor to where it should be in the end.\n var curStart = cm.getCursor();\n var repeat = motionArgs.repeat;\n return cm.findPosV(curStart, (motionArgs.forward ? repeat : -repeat), 'page');\n },\n moveByParagraph: function(cm, motionArgs) {\n var line = cm.getCursor().line;\n var repeat = motionArgs.repeat;\n var inc = motionArgs.forward ? 1 : -1;\n for (var i = 0; i < repeat; i++) {\n if ((!motionArgs.forward && line === cm.firstLine() ) ||\n (motionArgs.forward && line == cm.lastLine())) {\n break;\n }\n line += inc;\n while (line !== cm.firstLine() && line != cm.lastLine() && cm.getLine(line)) {\n line += inc;\n }\n }\n return Pos(line, 0);\n },\n moveByScroll: function(cm, motionArgs, vim) {\n var scrollbox = cm.getScrollInfo();\n var curEnd = null;\n var repeat = motionArgs.repeat;\n if (!repeat) {\n repeat = scrollbox.clientHeight / (2 * cm.defaultTextHeight());\n }\n var orig = cm.charCoords(cm.getCursor(), 'local');\n motionArgs.repeat = repeat;\n var curEnd = motions.moveByDisplayLines(cm, motionArgs, vim);\n if (!curEnd) {\n return null;\n }\n var dest = cm.charCoords(curEnd, 'local');\n cm.scrollTo(null, scrollbox.top + dest.top - orig.top);\n return curEnd;\n },\n moveByWords: function(cm, motionArgs) {\n return moveToWord(cm, motionArgs.repeat, !!motionArgs.forward,\n !!motionArgs.wordEnd, !!motionArgs.bigWord);\n },\n moveTillCharacter: function(cm, motionArgs) {\n var repeat = motionArgs.repeat;\n var curEnd = moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter);\n var increment = motionArgs.forward ? -1 : 1;\n recordLastCharacterSearch(increment, motionArgs);\n if (!curEnd) return null;\n curEnd.ch += increment;\n return curEnd;\n },\n moveToCharacter: function(cm, motionArgs) {\n var repeat = motionArgs.repeat;\n recordLastCharacterSearch(0, motionArgs);\n return moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || cm.getCursor();\n },\n moveToSymbol: function(cm, motionArgs) {\n var repeat = motionArgs.repeat;\n return findSymbol(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || cm.getCursor();\n },\n moveToColumn: function(cm, motionArgs, vim) {\n var repeat = motionArgs.repeat;\n // repeat is equivalent to which column we want to move to!\n vim.lastHPos = repeat - 1;\n vim.lastHSPos = cm.charCoords(cm.getCursor(),'div').left;\n return moveToColumn(cm, repeat);\n },\n moveToEol: function(cm, motionArgs, vim) {\n var cur = cm.getCursor();\n vim.lastHPos = Infinity;\n var retval= Pos(cur.line + motionArgs.repeat - 1, Infinity);\n var end=cm.clipPos(retval);\n end.ch--;\n vim.lastHSPos = cm.charCoords(end,'div').left;\n return retval;\n },\n moveToFirstNonWhiteSpaceCharacter: function(cm) {\n // Go to the start of the line where the text begins, or the end for\n // whitespace-only lines\n var cursor = cm.getCursor();\n return Pos(cursor.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cursor.line)));\n },\n moveToMatchedSymbol: function(cm) {\n var cursor = cm.getCursor();\n var line = cursor.line;\n var ch = cursor.ch;\n var lineText = cm.getLine(line);\n var symbol;\n do {\n symbol = lineText.charAt(ch++);\n if (symbol && isMatchableSymbol(symbol)) {\n var style = cm.getTokenTypeAt(Pos(line, ch));\n if (style !== \"string\" && style !== \"comment\") {\n break;\n }\n }\n } while (symbol);\n if (symbol) {\n var matched = cm.findMatchingBracket(Pos(line, ch));\n return matched.to;\n } else {\n return cursor;\n }\n },\n moveToStartOfLine: function(cm) {\n var cursor = cm.getCursor();\n return Pos(cursor.line, 0);\n },\n moveToLineOrEdgeOfDocument: function(cm, motionArgs) {\n var lineNum = motionArgs.forward ? cm.lastLine() : cm.firstLine();\n if (motionArgs.repeatIsExplicit) {\n lineNum = motionArgs.repeat - cm.getOption('firstLineNumber');\n }\n return Pos(lineNum,\n findFirstNonWhiteSpaceCharacter(cm.getLine(lineNum)));\n },\n textObjectManipulation: function(cm, motionArgs) {\n // TODO: lots of possible exceptions that can be thrown here. Try da(\n // outside of a () block.\n\n // TODO: adding <> >< to this map doesn't work, presumably because\n // they're operators\n var mirroredPairs = {'(': ')', ')': '(',\n '{': '}', '}': '{',\n '[': ']', ']': '['};\n var selfPaired = {'\\'': true, '\"': true};\n\n var character = motionArgs.selectedCharacter;\n // 'b' refers to '()' block.\n // 'B' refers to '{}' block.\n if (character == 'b') {\n character = '(';\n } else if (character == 'B') {\n character = '{';\n }\n\n // Inclusive is the difference between a and i\n // TODO: Instead of using the additional text object map to perform text\n // object operations, merge the map into the defaultKeyMap and use\n // motionArgs to define behavior. Define separate entries for 'aw',\n // 'iw', 'a[', 'i[', etc.\n var inclusive = !motionArgs.textObjectInner;\n\n var tmp;\n if (mirroredPairs[character]) {\n tmp = selectCompanionObject(cm, character, inclusive);\n } else if (selfPaired[character]) {\n tmp = findBeginningAndEnd(cm, character, inclusive);\n } else if (character === 'W') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n true /** bigWord */);\n } else if (character === 'w') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n false /** bigWord */);\n } else {\n // No text object defined for this, don't move.\n return null;\n }\n\n return [tmp.start, tmp.end];\n },\n\n repeatLastCharacterSearch: function(cm, motionArgs) {\n var lastSearch = vimGlobalState.lastChararacterSearch;\n var repeat = motionArgs.repeat;\n var forward = motionArgs.forward === lastSearch.forward;\n var increment = (lastSearch.increment ? 1 : 0) * (forward ? -1 : 1);\n cm.moveH(-increment, 'char');\n motionArgs.inclusive = forward ? true : false;\n var curEnd = moveToCharacter(cm, repeat, forward, lastSearch.selectedCharacter);\n if (!curEnd) {\n cm.moveH(increment, 'char');\n return cm.getCursor();\n }\n curEnd.ch += increment;\n return curEnd;\n }\n };\n\n var operators = {\n change: function(cm, operatorArgs, _vim, curStart, curEnd) {\n vimGlobalState.registerController.pushText(\n operatorArgs.registerName, 'change', cm.getRange(curStart, curEnd),\n operatorArgs.linewise);\n if (operatorArgs.linewise) {\n // Push the next line back down, if there is a next line.\n var replacement = curEnd.line > cm.lastLine() ? '' : '\\n';\n cm.replaceRange(replacement, curStart, curEnd);\n cm.indentLine(curStart.line, 'smart');\n // null ch so setCursor moves to end of line.\n curStart.ch = null;\n } else {\n // Exclude trailing whitespace if the range is not all whitespace.\n var text = cm.getRange(curStart, curEnd);\n if (!isWhiteSpaceString(text)) {\n var match = (/\\s+$/).exec(text);\n if (match) {\n curEnd = offsetCursor(curEnd, 0, - match[0].length);\n }\n }\n cm.replaceRange('', curStart, curEnd);\n }\n actions.enterInsertMode(cm, {}, cm.state.vim);\n cm.setCursor(curStart);\n },\n // delete is a javascript keyword.\n 'delete': function(cm, operatorArgs, _vim, curStart, curEnd) {\n // If the ending line is past the last line, inclusive, instead of\n // including the trailing \\n, include the \\n before the starting line\n if (operatorArgs.linewise &&\n curEnd.line > cm.lastLine() && curStart.line > cm.firstLine()) {\n curStart.line--;\n curStart.ch = lineLength(cm, curStart.line);\n }\n vimGlobalState.registerController.pushText(\n operatorArgs.registerName, 'delete', cm.getRange(curStart, curEnd),\n operatorArgs.linewise);\n cm.replaceRange('', curStart, curEnd);\n if (operatorArgs.linewise) {\n cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n } else {\n cm.setCursor(curStart);\n }\n },\n indent: function(cm, operatorArgs, vim, curStart, curEnd) {\n var startLine = curStart.line;\n var endLine = curEnd.line;\n // In visual mode, n> shifts the selection right n times, instead of\n // shifting n lines right once.\n var repeat = (vim.visualMode) ? operatorArgs.repeat : 1;\n if (operatorArgs.linewise) {\n // The only way to delete a newline is to delete until the start of\n // the next line, so in linewise mode evalInput will include the next\n // line. We don't want this in indent, so we go back a line.\n endLine--;\n }\n for (var i = startLine; i <= endLine; i++) {\n for (var j = 0; j < repeat; j++) {\n cm.indentLine(i, operatorArgs.indentRight);\n }\n }\n cm.setCursor(curStart);\n cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n },\n swapcase: function(cm, operatorArgs, _vim, curStart, curEnd, curOriginal) {\n var toSwap = cm.getRange(curStart, curEnd);\n var swapped = '';\n for (var i = 0; i < toSwap.length; i++) {\n var character = toSwap.charAt(i);\n swapped += isUpperCase(character) ? character.toLowerCase() :\n character.toUpperCase();\n }\n cm.replaceRange(swapped, curStart, curEnd);\n if (!operatorArgs.shouldMoveCursor) {\n cm.setCursor(curOriginal);\n }\n },\n yank: function(cm, operatorArgs, _vim, curStart, curEnd, curOriginal) {\n vimGlobalState.registerController.pushText(\n operatorArgs.registerName, 'yank',\n cm.getRange(curStart, curEnd), operatorArgs.linewise);\n cm.setCursor(curOriginal);\n }\n };\n\n var actions = {\n jumpListWalk: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat;\n var forward = actionArgs.forward;\n var jumpList = vimGlobalState.jumpList;\n\n var mark = jumpList.move(cm, forward ? repeat : -repeat);\n var markPos = mark ? mark.find() : undefined;\n markPos = markPos ? markPos : cm.getCursor();\n cm.setCursor(markPos);\n },\n scroll: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat || 1;\n var lineHeight = cm.defaultTextHeight();\n var top = cm.getScrollInfo().top;\n var delta = lineHeight * repeat;\n var newPos = actionArgs.forward ? top + delta : top - delta;\n var cursor = copyCursor(cm.getCursor());\n var cursorCoords = cm.charCoords(cursor, 'local');\n if (actionArgs.forward) {\n if (newPos > cursorCoords.top) {\n cursor.line += (newPos - cursorCoords.top) / lineHeight;\n cursor.line = Math.ceil(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(null, cursorCoords.top);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n } else {\n var newBottom = newPos + cm.getScrollInfo().clientHeight;\n if (newBottom < cursorCoords.bottom) {\n cursor.line -= (cursorCoords.bottom - newBottom) / lineHeight;\n cursor.line = Math.floor(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(\n null, cursorCoords.bottom - cm.getScrollInfo().clientHeight);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n }\n },\n scrollToCursor: function(cm, actionArgs) {\n var lineNum = cm.getCursor().line;\n var charCoords = cm.charCoords(Pos(lineNum, 0), 'local');\n var height = cm.getScrollInfo().clientHeight;\n var y = charCoords.top;\n var lineHeight = charCoords.bottom - y;\n switch (actionArgs.position) {\n case 'center': y = y - (height / 2) + lineHeight;\n break;\n case 'bottom': y = y - height + lineHeight*1.4;\n break;\n case 'top': y = y + lineHeight*0.4;\n break;\n }\n cm.scrollTo(null, y);\n },\n replayMacro: function(cm, actionArgs, vim) {\n var registerName = actionArgs.selectedCharacter;\n var repeat = actionArgs.repeat;\n var macroModeState = vimGlobalState.macroModeState;\n if (registerName == '@') {\n registerName = macroModeState.latestRegister;\n }\n while(repeat--){\n executeMacroRegister(cm, vim, macroModeState, registerName);\n }\n },\n enterMacroRecordMode: function(cm, actionArgs) {\n var macroModeState = vimGlobalState.macroModeState;\n var registerName = actionArgs.selectedCharacter;\n macroModeState.enterMacroRecordMode(cm, registerName);\n },\n enterInsertMode: function(cm, actionArgs, vim) {\n if (cm.getOption('readOnly')) { return; }\n vim.insertMode = true;\n vim.insertModeRepeat = actionArgs && actionArgs.repeat || 1;\n var insertAt = (actionArgs) ? actionArgs.insertAt : null;\n if (insertAt == 'eol') {\n var cursor = cm.getCursor();\n cursor = Pos(cursor.line, lineLength(cm, cursor.line));\n cm.setCursor(cursor);\n } else if (insertAt == 'charAfter') {\n cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n } else if (insertAt == 'firstNonBlank') {\n cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n }\n cm.setOption('keyMap', 'vim-insert');\n cm.setOption('disableInput', false);\n if (actionArgs && actionArgs.replace) {\n // Handle Replace-mode as a special case of insert mode.\n cm.toggleOverwrite(true);\n cm.setOption('keyMap', 'vim-replace');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"replace\"});\n } else {\n cm.setOption('keyMap', 'vim-insert');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"insert\"});\n }\n if (!vimGlobalState.macroModeState.isPlaying) {\n // Only record if not replaying.\n cm.on('change', onChange);\n CodeMirror.on(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n },\n toggleVisualMode: function(cm, actionArgs, vim) {\n var repeat = actionArgs.repeat;\n var curStart = cm.getCursor();\n var curEnd;\n // TODO: The repeat should actually select number of characters/lines\n // equal to the repeat times the size of the previous visual\n // operation.\n if (!vim.visualMode) {\n cm.on('mousedown', exitVisualMode);\n vim.visualMode = true;\n vim.visualLine = !!actionArgs.linewise;\n if (vim.visualLine) {\n curStart.ch = 0;\n curEnd = clipCursorToContent(\n cm, Pos(curStart.line + repeat - 1, lineLength(cm, curStart.line)),\n true /** includeLineBreak */);\n } else {\n curEnd = clipCursorToContent(\n cm, Pos(curStart.line, curStart.ch + repeat),\n true /** includeLineBreak */);\n }\n // Make the initial selection.\n if (!actionArgs.repeatIsExplicit && !vim.visualLine) {\n // This is a strange case. Here the implicit repeat is 1. The\n // following commands lets the cursor hover over the 1 character\n // selection.\n cm.setCursor(curEnd);\n cm.setSelection(curEnd, curStart);\n } else {\n cm.setSelection(curStart, curEnd);\n }\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : \"\"});\n } else {\n curStart = cm.getCursor('anchor');\n curEnd = cm.getCursor('head');\n if (!vim.visualLine && actionArgs.linewise) {\n // Shift-V pressed in characterwise visual mode. Switch to linewise\n // visual mode instead of exiting visual mode.\n vim.visualLine = true;\n curStart.ch = cursorIsBefore(curStart, curEnd) ? 0 :\n lineLength(cm, curStart.line);\n curEnd.ch = cursorIsBefore(curStart, curEnd) ?\n lineLength(cm, curEnd.line) : 0;\n cm.setSelection(curStart, curEnd);\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: \"linewise\"});\n } else if (vim.visualLine && !actionArgs.linewise) {\n // v pressed in linewise visual mode. Switch to characterwise visual\n // mode instead of exiting visual mode.\n vim.visualLine = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n } else {\n exitVisualMode(cm);\n }\n }\n updateMark(cm, vim, '<', cursorIsBefore(curStart, curEnd) ? curStart\n : curEnd);\n updateMark(cm, vim, '>', cursorIsBefore(curStart, curEnd) ? curEnd\n : curStart);\n },\n reselectLastSelection: function(cm, _actionArgs, vim) {\n if (vim.lastSelection) {\n var lastSelection = vim.lastSelection;\n cm.setSelection(lastSelection.curStart, lastSelection.curEnd);\n if (lastSelection.visualLine) {\n vim.visualMode = true;\n vim.visualLine = true;\n }\n else {\n vim.visualMode = true;\n vim.visualLine = false;\n }\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : \"\"});\n }\n },\n joinLines: function(cm, actionArgs, vim) {\n var curStart, curEnd;\n if (vim.visualMode) {\n curStart = cm.getCursor('anchor');\n curEnd = cm.getCursor('head');\n curEnd.ch = lineLength(cm, curEnd.line) - 1;\n } else {\n // Repeat is the number of lines to join. Minimum 2 lines.\n var repeat = Math.max(actionArgs.repeat, 2);\n curStart = cm.getCursor();\n curEnd = clipCursorToContent(cm, Pos(curStart.line + repeat - 1,\n Infinity));\n }\n var finalCh = 0;\n cm.operation(function() {\n for (var i = curStart.line; i < curEnd.line; i++) {\n finalCh = lineLength(cm, curStart.line);\n var tmp = Pos(curStart.line + 1,\n lineLength(cm, curStart.line + 1));\n var text = cm.getRange(curStart, tmp);\n text = text.replace(/\\n\\s*/g, ' ');\n cm.replaceRange(text, curStart, tmp);\n }\n var curFinalPos = Pos(curStart.line, finalCh);\n cm.setCursor(curFinalPos);\n });\n },\n newLineAndEnterInsertMode: function(cm, actionArgs, vim) {\n vim.insertMode = true;\n var insertAt = copyCursor(cm.getCursor());\n if (insertAt.line === cm.firstLine() && !actionArgs.after) {\n // Special case for inserting newline before start of document.\n cm.replaceRange('\\n', Pos(cm.firstLine(), 0));\n cm.setCursor(cm.firstLine(), 0);\n } else {\n insertAt.line = (actionArgs.after) ? insertAt.line :\n insertAt.line - 1;\n insertAt.ch = lineLength(cm, insertAt.line);\n cm.setCursor(insertAt);\n var newlineFn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n newlineFn(cm);\n }\n this.enterInsertMode(cm, { repeat: actionArgs.repeat }, vim);\n },\n paste: function(cm, actionArgs) {\n var cur = copyCursor(cm.getCursor());\n var register = vimGlobalState.registerController.getRegister(\n actionArgs.registerName);\n var text = register.toString();\n if (!text) {\n return;\n }\n if (actionArgs.matchIndent) {\n // length that considers tabs and cm.options.tabSize\n var whitespaceLength = function(str) {\n var tabs = (str.split(\"\\t\").length - 1);\n var spaces = (str.split(\" \").length - 1);\n return tabs * cm.options.tabSize + spaces * 1;\n };\n var currentLine = cm.getLine(cm.getCursor().line);\n var indent = whitespaceLength(currentLine.match(/^\\s*/)[0]);\n // chomp last newline b/c don't want it to match /^\\s*/gm\n var chompedText = text.replace(/\\n$/, '');\n var wasChomped = text !== chompedText;\n var firstIndent = whitespaceLength(text.match(/^\\s*/)[0]);\n var text = chompedText.replace(/^\\s*/gm, function(wspace) {\n var newIndent = indent + (whitespaceLength(wspace) - firstIndent);\n if (newIndent < 0) {\n return \"\";\n }\n else if (cm.options.indentWithTabs) {\n var quotient = Math.floor(newIndent / cm.options.tabSize);\n return Array(quotient + 1).join('\\t');\n }\n else {\n return Array(newIndent + 1).join(' ');\n }\n });\n text += wasChomped ? \"\\n\" : \"\";\n }\n if (actionArgs.repeat > 1) {\n var text = Array(actionArgs.repeat + 1).join(text);\n }\n var linewise = register.linewise;\n if (linewise) {\n if (actionArgs.after) {\n // Move the newline at the end to the start instead, and paste just\n // before the newline character of the line we are on right now.\n text = '\\n' + text.slice(0, text.length - 1);\n cur.ch = lineLength(cm, cur.line);\n } else {\n cur.ch = 0;\n }\n } else {\n cur.ch += actionArgs.after ? 1 : 0;\n }\n cm.replaceRange(text, cur);\n // Now fine tune the cursor to where we want it.\n var curPosFinal;\n var idx;\n if (linewise && actionArgs.after) {\n curPosFinal = Pos(\n cur.line + 1,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line + 1)));\n } else if (linewise && !actionArgs.after) {\n curPosFinal = Pos(\n cur.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line)));\n } else if (!linewise && actionArgs.after) {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length - 1);\n } else {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length);\n }\n cm.setCursor(curPosFinal);\n },\n undo: function(cm, actionArgs) {\n cm.operation(function() {\n repeatFn(cm, CodeMirror.commands.undo, actionArgs.repeat)();\n cm.setCursor(cm.getCursor('anchor'));\n });\n },\n redo: function(cm, actionArgs) {\n repeatFn(cm, CodeMirror.commands.redo, actionArgs.repeat)();\n },\n setRegister: function(_cm, actionArgs, vim) {\n vim.inputState.registerName = actionArgs.selectedCharacter;\n },\n setMark: function(cm, actionArgs, vim) {\n var markName = actionArgs.selectedCharacter;\n updateMark(cm, vim, markName, cm.getCursor());\n },\n replace: function(cm, actionArgs, vim) {\n var replaceWith = actionArgs.selectedCharacter;\n var curStart = cm.getCursor();\n var replaceTo;\n var curEnd;\n if (vim.visualMode){\n curStart=cm.getCursor('start');\n curEnd=cm.getCursor('end');\n // workaround to catch the character under the cursor\n // existing workaround doesn't cover actions\n curEnd=cm.clipPos(Pos(curEnd.line, curEnd.ch+1));\n }else{\n var line = cm.getLine(curStart.line);\n replaceTo = curStart.ch + actionArgs.repeat;\n if (replaceTo > line.length) {\n replaceTo=line.length;\n }\n curEnd = Pos(curStart.line, replaceTo);\n }\n if (replaceWith=='\\n'){\n if (!vim.visualMode) cm.replaceRange('', curStart, curEnd);\n // special case, where vim help says to replace by just one line-break\n (CodeMirror.commands.newlineAndIndentContinueComment || CodeMirror.commands.newlineAndIndent)(cm);\n }else {\n var replaceWithStr=cm.getRange(curStart, curEnd);\n //replace all characters in range by selected, but keep linebreaks\n replaceWithStr=replaceWithStr.replace(/[^\\n]/g,replaceWith);\n cm.replaceRange(replaceWithStr, curStart, curEnd);\n if (vim.visualMode){\n cm.setCursor(curStart);\n exitVisualMode(cm);\n }else{\n cm.setCursor(offsetCursor(curEnd, 0, -1));\n }\n }\n },\n incrementNumberToken: function(cm, actionArgs) {\n var cur = cm.getCursor();\n var lineStr = cm.getLine(cur.line);\n var re = /-?\\d+/g;\n var match;\n var start;\n var end;\n var numberStr;\n var token;\n while ((match = re.exec(lineStr)) !== null) {\n token = match[0];\n start = match.index;\n end = start + token.length;\n if (cur.ch < end)break;\n }\n if (!actionArgs.backtrack && (end <= cur.ch))return;\n if (token) {\n var increment = actionArgs.increase ? 1 : -1;\n var number = parseInt(token) + (increment * actionArgs.repeat);\n var from = Pos(cur.line, start);\n var to = Pos(cur.line, end);\n numberStr = number.toString();\n cm.replaceRange(numberStr, from, to);\n } else {\n return;\n }\n cm.setCursor(Pos(cur.line, start + numberStr.length - 1));\n },\n repeatLastEdit: function(cm, actionArgs, vim) {\n var lastEditInputState = vim.lastEditInputState;\n if (!lastEditInputState) { return; }\n var repeat = actionArgs.repeat;\n if (repeat && actionArgs.repeatIsExplicit) {\n vim.lastEditInputState.repeatOverride = repeat;\n } else {\n repeat = vim.lastEditInputState.repeatOverride || repeat;\n }\n repeatLastEdit(cm, vim, repeat, false /** repeatForInsert */);\n },\n changeCase: function(cm, actionArgs, vim) {\n var selectedAreaRange = getSelectedAreaRange(cm, vim);\n var selectionStart = selectedAreaRange[0];\n var selectionEnd = selectedAreaRange[1];\n var toLower = actionArgs.toLower;\n if (cursorIsBefore(selectionEnd, selectionStart)) {\n var tmp = selectionStart;\n selectionStart = selectionEnd;\n selectionEnd = tmp;\n } else {\n selectionEnd = cm.clipPos(Pos(selectionEnd.line, selectionEnd.ch+1));\n }\n var text = cm.getRange(selectionStart, selectionEnd);\n cm.replaceRange(toLower ? text.toLowerCase() : text.toUpperCase(), selectionStart, selectionEnd);\n cm.setCursor(selectionStart);\n }\n };\n\n /*\n * Below are miscellaneous utility functions used by vim.js\n */\n\n /**\n * Clips cursor to ensure that line is within the buffer's range\n * If includeLineBreak is true, then allow cur.ch == lineLength.\n */\n function clipCursorToContent(cm, cur, includeLineBreak) {\n var line = Math.min(Math.max(cm.firstLine(), cur.line), cm.lastLine() );\n var maxCh = lineLength(cm, line) - 1;\n maxCh = (includeLineBreak) ? maxCh + 1 : maxCh;\n var ch = Math.min(Math.max(0, cur.ch), maxCh);\n return Pos(line, ch);\n }\n function copyArgs(args) {\n var ret = {};\n for (var prop in args) {\n if (args.hasOwnProperty(prop)) {\n ret[prop] = args[prop];\n }\n }\n return ret;\n }\n function offsetCursor(cur, offsetLine, offsetCh) {\n return Pos(cur.line + offsetLine, cur.ch + offsetCh);\n }\n function matchKeysPartial(pressed, mapped) {\n for (var i = 0; i < pressed.length; i++) {\n // 'character' means any character. For mark, register commads, etc.\n if (pressed[i] != mapped[i] && mapped[i] != 'character') {\n return false;\n }\n }\n return true;\n }\n function repeatFn(cm, fn, repeat) {\n return function() {\n for (var i = 0; i < repeat; i++) {\n fn(cm);\n }\n };\n }\n function copyCursor(cur) {\n return Pos(cur.line, cur.ch);\n }\n function cursorEqual(cur1, cur2) {\n return cur1.ch == cur2.ch && cur1.line == cur2.line;\n }\n function cursorIsBefore(cur1, cur2) {\n if (cur1.line < cur2.line) {\n return true;\n }\n if (cur1.line == cur2.line && cur1.ch < cur2.ch) {\n return true;\n }\n return false;\n }\n function cusrorIsBetween(cur1, cur2, cur3) {\n // returns true if cur2 is between cur1 and cur3.\n var cur1before2 = cursorIsBefore(cur1, cur2);\n var cur2before3 = cursorIsBefore(cur2, cur3);\n return cur1before2 && cur2before3;\n }\n function lineLength(cm, lineNum) {\n return cm.getLine(lineNum).length;\n }\n function reverse(s){\n return s.split('').reverse().join('');\n }\n function trim(s) {\n if (s.trim) {\n return s.trim();\n }\n return s.replace(/^\\s+|\\s+$/g, '');\n }\n function escapeRegex(s) {\n return s.replace(/([.?*+$\\[\\]\\/\\\\(){}|\\-])/g, '\\\\$1');\n }\n function getSelectedAreaRange(cm, vim) {\n var selectionStart = cm.getCursor('anchor');\n var selectionEnd = cm.getCursor('head');\n var lastSelection = vim.lastSelection;\n if (!vim.visualMode) {\n var line = lastSelection.curEnd.line - lastSelection.curStart.line;\n var ch = line ? lastSelection.curEnd.ch : lastSelection.curEnd.ch - lastSelection.curStart.ch;\n selectionEnd = {line: selectionEnd.line + line, ch: line ? selectionEnd.ch : ch + selectionEnd.ch};\n if (lastSelection.visualLine) {\n return [{line: selectionStart.line, ch: 0}, {line: selectionEnd.line, ch: lineLength(cm, selectionEnd.line)}];\n }\n } else {\n exitVisualMode(cm);\n }\n return [selectionStart, selectionEnd];\n }\n\n function exitVisualMode(cm) {\n cm.off('mousedown', exitVisualMode);\n var vim = cm.state.vim;\n // can't use selection state here because yank has already reset its cursor\n vim.lastSelection = {'curStart': vim.marks['<'].find(),\n 'curEnd': vim.marks['>'].find(), 'visualMode': vim.visualMode,\n 'visualLine': vim.visualLine};\n vim.visualMode = false;\n vim.visualLine = false;\n var selectionStart = cm.getCursor('anchor');\n var selectionEnd = cm.getCursor('head');\n if (!cursorEqual(selectionStart, selectionEnd)) {\n // Clear the selection and set the cursor only if the selection has not\n // already been cleared. Otherwise we risk moving the cursor somewhere\n // it's not supposed to be.\n cm.setCursor(clipCursorToContent(cm, selectionEnd));\n }\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n }\n\n // Remove any trailing newlines from the selection. For\n // example, with the caret at the start of the last word on the line,\n // 'dw' should word, but not the newline, while 'w' should advance the\n // caret to the first character of the next line.\n function clipToLine(cm, curStart, curEnd) {\n var selection = cm.getRange(curStart, curEnd);\n // Only clip if the selection ends with trailing newline + whitespace\n if (/\\n\\s*$/.test(selection)) {\n var lines = selection.split('\\n');\n // We know this is all whitepsace.\n lines.pop();\n\n // Cases:\n // 1. Last word is an empty line - do not clip the trailing '\\n'\n // 2. Last word is not an empty line - clip the trailing '\\n'\n var line;\n // Find the line containing the last word, and clip all whitespace up\n // to it.\n for (var line = lines.pop(); lines.length > 0 && line && isWhiteSpaceString(line); line = lines.pop()) {\n curEnd.line--;\n curEnd.ch = 0;\n }\n // If the last word is not an empty line, clip an additional newline\n if (line) {\n curEnd.line--;\n curEnd.ch = lineLength(cm, curEnd.line);\n } else {\n curEnd.ch = 0;\n }\n }\n }\n\n // Expand the selection to line ends.\n function expandSelectionToLine(_cm, curStart, curEnd) {\n curStart.ch = 0;\n curEnd.ch = 0;\n curEnd.line++;\n }\n\n function findFirstNonWhiteSpaceCharacter(text) {\n if (!text) {\n return 0;\n }\n var firstNonWS = text.search(/\\S/);\n return firstNonWS == -1 ? text.length : firstNonWS;\n }\n\n function expandWordUnderCursor(cm, inclusive, _forward, bigWord, noSymbol) {\n var cur = cm.getCursor();\n var line = cm.getLine(cur.line);\n var idx = cur.ch;\n\n // Seek to first word or non-whitespace character, depending on if\n // noSymbol is true.\n var textAfterIdx = line.substring(idx);\n var firstMatchedChar;\n if (noSymbol) {\n firstMatchedChar = textAfterIdx.search(/\\w/);\n } else {\n firstMatchedChar = textAfterIdx.search(/\\S/);\n }\n if (firstMatchedChar == -1) {\n return null;\n }\n idx += firstMatchedChar;\n textAfterIdx = line.substring(idx);\n var textBeforeIdx = line.substring(0, idx);\n\n var matchRegex;\n // Greedy matchers for the \"word\" we are trying to expand.\n if (bigWord) {\n matchRegex = /^\\S+/;\n } else {\n if ((/\\w/).test(line.charAt(idx))) {\n matchRegex = /^\\w+/;\n } else {\n matchRegex = /^[^\\w\\s]+/;\n }\n }\n\n var wordAfterRegex = matchRegex.exec(textAfterIdx);\n var wordStart = idx;\n var wordEnd = idx + wordAfterRegex[0].length;\n // TODO: Find a better way to do this. It will be slow on very long lines.\n var revTextBeforeIdx = reverse(textBeforeIdx);\n var wordBeforeRegex = matchRegex.exec(revTextBeforeIdx);\n if (wordBeforeRegex) {\n wordStart -= wordBeforeRegex[0].length;\n }\n\n if (inclusive) {\n // If present, trim all whitespace after word.\n // Otherwise, trim all whitespace before word.\n var textAfterWordEnd = line.substring(wordEnd);\n var whitespacesAfterWord = textAfterWordEnd.match(/^\\s*/)[0].length;\n if (whitespacesAfterWord > 0) {\n wordEnd += whitespacesAfterWord;\n } else {\n var revTrim = revTextBeforeIdx.length - wordStart;\n var textBeforeWordStart = revTextBeforeIdx.substring(revTrim);\n var whitespacesBeforeWord = textBeforeWordStart.match(/^\\s*/)[0].length;\n wordStart -= whitespacesBeforeWord;\n }\n }\n\n return { start: Pos(cur.line, wordStart),\n end: Pos(cur.line, wordEnd) };\n }\n\n function recordJumpPosition(cm, oldCur, newCur) {\n if (!cursorEqual(oldCur, newCur)) {\n vimGlobalState.jumpList.add(cm, oldCur, newCur);\n }\n }\n\n function recordLastCharacterSearch(increment, args) {\n vimGlobalState.lastChararacterSearch.increment = increment;\n vimGlobalState.lastChararacterSearch.forward = args.forward;\n vimGlobalState.lastChararacterSearch.selectedCharacter = args.selectedCharacter;\n }\n\n var symbolToMode = {\n '(': 'bracket', ')': 'bracket', '{': 'bracket', '}': 'bracket',\n '[': 'section', ']': 'section',\n '*': 'comment', '/': 'comment',\n 'm': 'method', 'M': 'method',\n '#': 'preprocess'\n };\n var findSymbolModes = {\n bracket: {\n isComplete: function(state) {\n if (state.nextCh === state.symb) {\n state.depth++;\n if (state.depth >= 1)return true;\n } else if (state.nextCh === state.reverseSymb) {\n state.depth--;\n }\n return false;\n }\n },\n section: {\n init: function(state) {\n state.curMoveThrough = true;\n state.symb = (state.forward ? ']' : '[') === state.symb ? '{' : '}';\n },\n isComplete: function(state) {\n return state.index === 0 && state.nextCh === state.symb;\n }\n },\n comment: {\n isComplete: function(state) {\n var found = state.lastCh === '*' && state.nextCh === '/';\n state.lastCh = state.nextCh;\n return found;\n }\n },\n // TODO: The original Vim implementation only operates on level 1 and 2.\n // The current implementation doesn't check for code block level and\n // therefore it operates on any levels.\n method: {\n init: function(state) {\n state.symb = (state.symb === 'm' ? '{' : '}');\n state.reverseSymb = state.symb === '{' ? '}' : '{';\n },\n isComplete: function(state) {\n if (state.nextCh === state.symb)return true;\n return false;\n }\n },\n preprocess: {\n init: function(state) {\n state.index = 0;\n },\n isComplete: function(state) {\n if (state.nextCh === '#') {\n var token = state.lineText.match(/#(\\w+)/)[1];\n if (token === 'endif') {\n if (state.forward && state.depth === 0) {\n return true;\n }\n state.depth++;\n } else if (token === 'if') {\n if (!state.forward && state.depth === 0) {\n return true;\n }\n state.depth--;\n }\n if (token === 'else' && state.depth === 0)return true;\n }\n return false;\n }\n }\n };\n function findSymbol(cm, repeat, forward, symb) {\n var cur = copyCursor(cm.getCursor());\n var increment = forward ? 1 : -1;\n var endLine = forward ? cm.lineCount() : -1;\n var curCh = cur.ch;\n var line = cur.line;\n var lineText = cm.getLine(line);\n var state = {\n lineText: lineText,\n nextCh: lineText.charAt(curCh),\n lastCh: null,\n index: curCh,\n symb: symb,\n reverseSymb: (forward ? { ')': '(', '}': '{' } : { '(': ')', '{': '}' })[symb],\n forward: forward,\n depth: 0,\n curMoveThrough: false\n };\n var mode = symbolToMode[symb];\n if (!mode)return cur;\n var init = findSymbolModes[mode].init;\n var isComplete = findSymbolModes[mode].isComplete;\n if (init) { init(state); }\n while (line !== endLine && repeat) {\n state.index += increment;\n state.nextCh = state.lineText.charAt(state.index);\n if (!state.nextCh) {\n line += increment;\n state.lineText = cm.getLine(line) || '';\n if (increment > 0) {\n state.index = 0;\n } else {\n var lineLen = state.lineText.length;\n state.index = (lineLen > 0) ? (lineLen-1) : 0;\n }\n state.nextCh = state.lineText.charAt(state.index);\n }\n if (isComplete(state)) {\n cur.line = line;\n cur.ch = state.index;\n repeat--;\n }\n }\n if (state.nextCh || state.curMoveThrough) {\n return Pos(line, state.index);\n }\n return cur;\n }\n\n /*\n * Returns the boundaries of the next word. If the cursor in the middle of\n * the word, then returns the boundaries of the current word, starting at\n * the cursor. If the cursor is at the start/end of a word, and we are going\n * forward/backward, respectively, find the boundaries of the next word.\n *\n * @param {CodeMirror} cm CodeMirror object.\n * @param {Cursor} cur The cursor position.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only [a-zA-Z0-9] characters count as part of the word.\n * @param {boolean} emptyLineIsWord True if empty lines should be treated\n * as words.\n * @return {Object{from:number, to:number, line: number}} The boundaries of\n * the word, or null if there are no more words.\n */\n function findWord(cm, cur, forward, bigWord, emptyLineIsWord) {\n var lineNum = cur.line;\n var pos = cur.ch;\n var line = cm.getLine(lineNum);\n var dir = forward ? 1 : -1;\n var regexps = bigWord ? bigWordRegexp : wordRegexp;\n\n if (emptyLineIsWord && line == '') {\n lineNum += dir;\n line = cm.getLine(lineNum);\n if (!isLine(cm, lineNum)) {\n return null;\n }\n pos = (forward) ? 0 : line.length;\n }\n\n while (true) {\n if (emptyLineIsWord && line == '') {\n return { from: 0, to: 0, line: lineNum };\n }\n var stop = (dir > 0) ? line.length : -1;\n var wordStart = stop, wordEnd = stop;\n // Find bounds of next word.\n while (pos != stop) {\n var foundWord = false;\n for (var i = 0; i < regexps.length && !foundWord; ++i) {\n if (regexps[i].test(line.charAt(pos))) {\n wordStart = pos;\n // Advance to end of word.\n while (pos != stop && regexps[i].test(line.charAt(pos))) {\n pos += dir;\n }\n wordEnd = pos;\n foundWord = wordStart != wordEnd;\n if (wordStart == cur.ch && lineNum == cur.line &&\n wordEnd == wordStart + dir) {\n // We started at the end of a word. Find the next one.\n continue;\n } else {\n return {\n from: Math.min(wordStart, wordEnd + 1),\n to: Math.max(wordStart, wordEnd),\n line: lineNum };\n }\n }\n }\n if (!foundWord) {\n pos += dir;\n }\n }\n // Advance to next/prev line.\n lineNum += dir;\n if (!isLine(cm, lineNum)) {\n return null;\n }\n line = cm.getLine(lineNum);\n pos = (dir > 0) ? 0 : line.length;\n }\n // Should never get here.\n throw new Error('The impossible happened.');\n }\n\n /**\n * @param {CodeMirror} cm CodeMirror object.\n * @param {int} repeat Number of words to move past.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} wordEnd True to move to end of word. False to move to\n * beginning of word.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only alphabet characters count as part of the word.\n * @return {Cursor} The position the cursor should move to.\n */\n function moveToWord(cm, repeat, forward, wordEnd, bigWord) {\n var cur = cm.getCursor();\n var curStart = copyCursor(cur);\n var words = [];\n if (forward && !wordEnd || !forward && wordEnd) {\n repeat++;\n }\n // For 'e', empty lines are not considered words, go figure.\n var emptyLineIsWord = !(forward && wordEnd);\n for (var i = 0; i < repeat; i++) {\n var word = findWord(cm, cur, forward, bigWord, emptyLineIsWord);\n if (!word) {\n var eodCh = lineLength(cm, cm.lastLine());\n words.push(forward\n ? {line: cm.lastLine(), from: eodCh, to: eodCh}\n : {line: 0, from: 0, to: 0});\n break;\n }\n words.push(word);\n cur = Pos(word.line, forward ? (word.to - 1) : word.from);\n }\n var shortCircuit = words.length != repeat;\n var firstWord = words[0];\n var lastWord = words.pop();\n if (forward && !wordEnd) {\n // w\n if (!shortCircuit && (firstWord.from != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.from);\n } else if (forward && wordEnd) {\n return Pos(lastWord.line, lastWord.to - 1);\n } else if (!forward && wordEnd) {\n // ge\n if (!shortCircuit && (firstWord.to != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.to);\n } else {\n // b\n return Pos(lastWord.line, lastWord.from);\n }\n }\n\n function moveToCharacter(cm, repeat, forward, character) {\n var cur = cm.getCursor();\n var start = cur.ch;\n var idx;\n for (var i = 0; i < repeat; i ++) {\n var line = cm.getLine(cur.line);\n idx = charIdxInLine(start, line, character, forward, true);\n if (idx == -1) {\n return null;\n }\n start = idx;\n }\n return Pos(cm.getCursor().line, idx);\n }\n\n function moveToColumn(cm, repeat) {\n // repeat is always >= 1, so repeat - 1 always corresponds\n // to the column we want to go to.\n var line = cm.getCursor().line;\n return clipCursorToContent(cm, Pos(line, repeat - 1));\n }\n\n function updateMark(cm, vim, markName, pos) {\n if (!inArray(markName, validMarks)) {\n return;\n }\n if (vim.marks[markName]) {\n vim.marks[markName].clear();\n }\n vim.marks[markName] = cm.setBookmark(pos);\n }\n\n function charIdxInLine(start, line, character, forward, includeChar) {\n // Search for char in line.\n // motion_options: {forward, includeChar}\n // If includeChar = true, include it too.\n // If forward = true, search forward, else search backwards.\n // If char is not found on this line, do nothing\n var idx;\n if (forward) {\n idx = line.indexOf(character, start + 1);\n if (idx != -1 && !includeChar) {\n idx -= 1;\n }\n } else {\n idx = line.lastIndexOf(character, start - 1);\n if (idx != -1 && !includeChar) {\n idx += 1;\n }\n }\n return idx;\n }\n\n // TODO: perhaps this finagling of start and end positions belonds\n // in codmirror/replaceRange?\n function selectCompanionObject(cm, symb, inclusive) {\n var cur = cm.getCursor(), start, end;\n\n var bracketRegexp = ({\n '(': /[()]/, ')': /[()]/,\n '[': /[[\\]]/, ']': /[[\\]]/,\n '{': /[{}]/, '}': /[{}]/})[symb];\n var openSym = ({\n '(': '(', ')': '(',\n '[': '[', ']': '[',\n '{': '{', '}': '{'})[symb];\n var curChar = cm.getLine(cur.line).charAt(cur.ch);\n // Due to the behavior of scanForBracket, we need to add an offset if the\n // cursor is on a matching open bracket.\n var offset = curChar === openSym ? 1 : 0;\n\n start = cm.scanForBracket(Pos(cur.line, cur.ch + offset), -1, null, {'bracketRegex': bracketRegexp});\n end = cm.scanForBracket(Pos(cur.line, cur.ch + offset), 1, null, {'bracketRegex': bracketRegexp});\n\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n start = start.pos;\n end = end.pos;\n\n if ((start.line == end.line && start.ch > end.ch)\n || (start.line > end.line)) {\n var tmp = start;\n start = end;\n end = tmp;\n }\n\n if (inclusive) {\n end.ch += 1;\n } else {\n start.ch += 1;\n }\n\n return { start: start, end: end };\n }\n\n // Takes in a symbol and a cursor and tries to simulate text objects that\n // have identical opening and closing symbols\n // TODO support across multiple lines\n function findBeginningAndEnd(cm, symb, inclusive) {\n var cur = copyCursor(cm.getCursor());\n var line = cm.getLine(cur.line);\n var chars = line.split('');\n var start, end, i, len;\n var firstIndex = chars.indexOf(symb);\n\n // the decision tree is to always look backwards for the beginning first,\n // but if the cursor is in front of the first instance of the symb,\n // then move the cursor forward\n if (cur.ch < firstIndex) {\n cur.ch = firstIndex;\n // Why is this line even here???\n // cm.setCursor(cur.line, firstIndex+1);\n }\n // otherwise if the cursor is currently on the closing symbol\n else if (firstIndex < cur.ch && chars[cur.ch] == symb) {\n end = cur.ch; // assign end to the current cursor\n --cur.ch; // make sure to look backwards\n }\n\n // if we're currently on the symbol, we've got a start\n if (chars[cur.ch] == symb && !end) {\n start = cur.ch + 1; // assign start to ahead of the cursor\n } else {\n // go backwards to find the start\n for (i = cur.ch; i > -1 && !start; i--) {\n if (chars[i] == symb) {\n start = i + 1;\n }\n }\n }\n\n // look forwards for the end symbol\n if (start && !end) {\n for (i = start, len = chars.length; i < len && !end; i++) {\n if (chars[i] == symb) {\n end = i;\n }\n }\n }\n\n // nothing found\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n // include the symbols\n if (inclusive) {\n --start; ++end;\n }\n\n return {\n start: Pos(cur.line, start),\n end: Pos(cur.line, end)\n };\n }\n\n // Search functions\n defineOption('pcre', true, 'boolean');\n function SearchState() {}\n SearchState.prototype = {\n getQuery: function() {\n return vimGlobalState.query;\n },\n setQuery: function(query) {\n vimGlobalState.query = query;\n },\n getOverlay: function() {\n return this.searchOverlay;\n },\n setOverlay: function(overlay) {\n this.searchOverlay = overlay;\n },\n isReversed: function() {\n return vimGlobalState.isReversed;\n },\n setReversed: function(reversed) {\n vimGlobalState.isReversed = reversed;\n }\n };\n function getSearchState(cm) {\n var vim = cm.state.vim;\n return vim.searchState_ || (vim.searchState_ = new SearchState());\n }\n function dialog(cm, template, shortText, onClose, options) {\n if (cm.openDialog) {\n cm.openDialog(template, onClose, { bottom: true, value: options.value,\n onKeyDown: options.onKeyDown, onKeyUp: options.onKeyUp });\n }\n else {\n onClose(prompt(shortText, ''));\n }\n }\n\n function findUnescapedSlashes(str) {\n var escapeNextChar = false;\n var slashes = [];\n for (var i = 0; i < str.length; i++) {\n var c = str.charAt(i);\n if (!escapeNextChar && c == '/') {\n slashes.push(i);\n }\n escapeNextChar = !escapeNextChar && (c == '\\\\');\n }\n return slashes;\n }\n\n // Translates a search string from ex (vim) syntax into javascript form.\n function translateRegex(str) {\n // When these match, add a '\\' if unescaped or remove one if escaped.\n var specials = '|(){';\n // Remove, but never add, a '\\' for these.\n var unescape = '}';\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n var specialComesNext = (n && specials.indexOf(n) != -1);\n if (escapeNextChar) {\n if (c !== '\\\\' || !specialComesNext) {\n out.push(c);\n }\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n // Treat the unescape list as special for removing, but not adding '\\'.\n if (n && unescape.indexOf(n) != -1) {\n specialComesNext = true;\n }\n // Not passing this test means removing a '\\'.\n if (!specialComesNext || n === '\\\\') {\n out.push(c);\n }\n } else {\n out.push(c);\n if (specialComesNext && n !== '\\\\') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Translates the replace part of a search and replace from ex (vim) syntax into\n // javascript form. Similar to translateRegex, but additionally fixes back references\n // (translates '\\[0..9]' to '$[0..9]') and follows different rules for escaping '$'.\n function translateRegexReplace(str) {\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n if (escapeNextChar) {\n // At any point in the loop, escapeNextChar is true if the previous\n // character was a '\\' and was not escaped.\n out.push(c);\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n if ((isNumber(n) || n === '$')) {\n out.push('$');\n } else if (n !== '/' && n !== '\\\\') {\n out.push('\\\\');\n }\n } else {\n if (c === '$') {\n out.push('$');\n }\n out.push(c);\n if (n === '/') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Unescape \\ and / in the replace part, for PCRE mode.\n function unescapeRegexReplace(str) {\n var stream = new CodeMirror.StringStream(str);\n var output = [];\n while (!stream.eol()) {\n // Search for \\.\n while (stream.peek() && stream.peek() != '\\\\') {\n output.push(stream.next());\n }\n if (stream.match('\\\\/', true)) {\n // \\/ => /\n output.push('/');\n } else if (stream.match('\\\\\\\\', true)) {\n // \\\\ => \\\n output.push('\\\\');\n } else {\n // Don't change anything\n output.push(stream.next());\n }\n }\n return output.join('');\n }\n\n /**\n * Extract the regular expression from the query and return a Regexp object.\n * Returns null if the query is blank.\n * If ignoreCase is passed in, the Regexp object will have the 'i' flag set.\n * If smartCase is passed in, and the query contains upper case letters,\n * then ignoreCase is overridden, and the 'i' flag will not be set.\n * If the query contains the /i in the flag part of the regular expression,\n * then both ignoreCase and smartCase are ignored, and 'i' will be passed\n * through to the Regex object.\n */\n function parseQuery(query, ignoreCase, smartCase) {\n // Check if the query is already a regex.\n if (query instanceof RegExp) { return query; }\n // First try to extract regex + flags from the input. If no flags found,\n // extract just the regex. IE does not accept flags directly defined in\n // the regex string in the form /regex/flags\n var slashes = findUnescapedSlashes(query);\n var regexPart;\n var forceIgnoreCase;\n if (!slashes.length) {\n // Query looks like 'regexp'\n regexPart = query;\n } else {\n // Query looks like 'regexp/...'\n regexPart = query.substring(0, slashes[0]);\n var flagsPart = query.substring(slashes[0]);\n forceIgnoreCase = (flagsPart.indexOf('i') != -1);\n }\n if (!regexPart) {\n return null;\n }\n if (!getOption('pcre')) {\n regexPart = translateRegex(regexPart);\n }\n if (smartCase) {\n ignoreCase = (/^[^A-Z]*$/).test(regexPart);\n }\n var regexp = new RegExp(regexPart,\n (ignoreCase || forceIgnoreCase) ? 'i' : undefined);\n return regexp;\n }\n function showConfirm(cm, text) {\n if (cm.openNotification) {\n cm.openNotification('<span style=\"color: red\">' + text + '</span>',\n {bottom: true, duration: 5000});\n } else {\n alert(text);\n }\n }\n function makePrompt(prefix, desc) {\n var raw = '';\n if (prefix) {\n raw += '<span style=\"font-family: monospace\">' + prefix + '</span>';\n }\n raw += '<input type=\"text\"/> ' +\n '<span style=\"color: #888\">';\n if (desc) {\n raw += '<span style=\"color: #888\">';\n raw += desc;\n raw += '</span>';\n }\n return raw;\n }\n var searchPromptDesc = '(Javascript regexp)';\n function showPrompt(cm, options) {\n var shortText = (options.prefix || '') + ' ' + (options.desc || '');\n var prompt = makePrompt(options.prefix, options.desc);\n dialog(cm, prompt, shortText, options.onClose, options);\n }\n function regexEqual(r1, r2) {\n if (r1 instanceof RegExp && r2 instanceof RegExp) {\n var props = ['global', 'multiline', 'ignoreCase', 'source'];\n for (var i = 0; i < props.length; i++) {\n var prop = props[i];\n if (r1[prop] !== r2[prop]) {\n return false;\n }\n }\n return true;\n }\n return false;\n }\n // Returns true if the query is valid.\n function updateSearchQuery(cm, rawQuery, ignoreCase, smartCase) {\n if (!rawQuery) {\n return;\n }\n var state = getSearchState(cm);\n var query = parseQuery(rawQuery, !!ignoreCase, !!smartCase);\n if (!query) {\n return;\n }\n highlightSearchMatches(cm, query);\n if (regexEqual(query, state.getQuery())) {\n return query;\n }\n state.setQuery(query);\n return query;\n }\n function searchOverlay(query) {\n if (query.source.charAt(0) == '^') {\n var matchSol = true;\n }\n return {\n token: function(stream) {\n if (matchSol && !stream.sol()) {\n stream.skipToEnd();\n return;\n }\n var match = stream.match(query, false);\n if (match) {\n if (match[0].length == 0) {\n // Matched empty string, skip to next.\n stream.next();\n return 'searching';\n }\n if (!stream.sol()) {\n // Backtrack 1 to match \\b\n stream.backUp(1);\n if (!query.exec(stream.next() + match[0])) {\n stream.next();\n return null;\n }\n }\n stream.match(query);\n return 'searching';\n }\n while (!stream.eol()) {\n stream.next();\n if (stream.match(query, false)) break;\n }\n },\n query: query\n };\n }\n function highlightSearchMatches(cm, query) {\n var overlay = getSearchState(cm).getOverlay();\n if (!overlay || query != overlay.query) {\n if (overlay) {\n cm.removeOverlay(overlay);\n }\n overlay = searchOverlay(query);\n cm.addOverlay(overlay);\n getSearchState(cm).setOverlay(overlay);\n }\n }\n function findNext(cm, prev, query, repeat) {\n if (repeat === undefined) { repeat = 1; }\n return cm.operation(function() {\n var pos = cm.getCursor();\n var cursor = cm.getSearchCursor(query, pos);\n for (var i = 0; i < repeat; i++) {\n var found = cursor.find(prev);\n if (i == 0 && found && cursorEqual(cursor.from(), pos)) { found = cursor.find(prev); }\n if (!found) {\n // SearchCursor may have returned null because it hit EOF, wrap\n // around and try again.\n cursor = cm.getSearchCursor(query,\n (prev) ? Pos(cm.lastLine()) : Pos(cm.firstLine(), 0) );\n if (!cursor.find(prev)) {\n return;\n }\n }\n }\n return cursor.from();\n });\n }\n function clearSearchHighlight(cm) {\n cm.removeOverlay(getSearchState(cm).getOverlay());\n getSearchState(cm).setOverlay(null);\n }\n /**\n * Check if pos is in the specified range, INCLUSIVE.\n * Range can be specified with 1 or 2 arguments.\n * If the first range argument is an array, treat it as an array of line\n * numbers. Match pos against any of the lines.\n * If the first range argument is a number,\n * if there is only 1 range argument, check if pos has the same line\n * number\n * if there are 2 range arguments, then check if pos is in between the two\n * range arguments.\n */\n function isInRange(pos, start, end) {\n if (typeof pos != 'number') {\n // Assume it is a cursor position. Get the line number.\n pos = pos.line;\n }\n if (start instanceof Array) {\n return inArray(pos, start);\n } else {\n if (end) {\n return (pos >= start && pos <= end);\n } else {\n return pos == start;\n }\n }\n }\n function getUserVisibleLines(cm) {\n var scrollInfo = cm.getScrollInfo();\n var occludeToleranceTop = 6;\n var occludeToleranceBottom = 10;\n var from = cm.coordsChar({left:0, top: occludeToleranceTop + scrollInfo.top}, 'local');\n var bottomY = scrollInfo.clientHeight - occludeToleranceBottom + scrollInfo.top;\n var to = cm.coordsChar({left:0, top: bottomY}, 'local');\n return {top: from.line, bottom: to.line};\n }\n\n // Ex command handling\n // Care must be taken when adding to the default Ex command map. For any\n // pair of commands that have a shared prefix, at least one of their\n // shortNames must not match the prefix of the other command.\n var defaultExCommandMap = [\n { name: 'map' },\n { name: 'nmap', shortName: 'nm' },\n { name: 'vmap', shortName: 'vm' },\n { name: 'unmap' },\n { name: 'write', shortName: 'w' },\n { name: 'undo', shortName: 'u' },\n { name: 'redo', shortName: 'red' },\n { name: 'set', shortName: 'set' },\n { name: 'sort', shortName: 'sor' },\n { name: 'substitute', shortName: 's' },\n { name: 'nohlsearch', shortName: 'noh' },\n { name: 'delmarks', shortName: 'delm' },\n { name: 'registers', shortName: 'reg', excludeFromCommandHistory: true }\n ];\n Vim.ExCommandDispatcher = function() {\n this.buildCommandMap_();\n };\n Vim.ExCommandDispatcher.prototype = {\n processCommand: function(cm, input) {\n var vim = cm.state.vim;\n var commandHistoryRegister = vimGlobalState.registerController.getRegister(':');\n var previousCommand = commandHistoryRegister.toString();\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n var inputStream = new CodeMirror.StringStream(input);\n // update \": with the latest command whether valid or invalid\n commandHistoryRegister.setText(input);\n var params = {};\n params.input = input;\n try {\n this.parseInput_(cm, inputStream, params);\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n var commandName;\n if (!params.commandName) {\n // If only a line range is defined, move to the line.\n if (params.line !== undefined) {\n commandName = 'move';\n }\n } else {\n var command = this.matchCommand_(params.commandName);\n if (command) {\n commandName = command.name;\n if (command.excludeFromCommandHistory) {\n commandHistoryRegister.setText(previousCommand);\n }\n this.parseCommandArgs_(inputStream, params, command);\n if (command.type == 'exToKey') {\n // Handle Ex to Key mapping.\n for (var i = 0; i < command.toKeys.length; i++) {\n CodeMirror.Vim.handleKey(cm, command.toKeys[i]);\n }\n return;\n } else if (command.type == 'exToEx') {\n // Handle Ex to Ex mapping.\n this.processCommand(cm, command.toInput);\n return;\n }\n }\n }\n if (!commandName) {\n showConfirm(cm, 'Not an editor command \":' + input + '\"');\n return;\n }\n try {\n exCommands[commandName](cm, params);\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n },\n parseInput_: function(cm, inputStream, result) {\n inputStream.eatWhile(':');\n // Parse range.\n if (inputStream.eat('%')) {\n result.line = cm.firstLine();\n result.lineEnd = cm.lastLine();\n } else {\n result.line = this.parseLineSpec_(cm, inputStream);\n if (result.line !== undefined && inputStream.eat(',')) {\n result.lineEnd = this.parseLineSpec_(cm, inputStream);\n }\n }\n\n // Parse command name.\n var commandMatch = inputStream.match(/^(\\w+)/);\n if (commandMatch) {\n result.commandName = commandMatch[1];\n } else {\n result.commandName = inputStream.match(/.*/)[0];\n }\n\n return result;\n },\n parseLineSpec_: function(cm, inputStream) {\n var numberMatch = inputStream.match(/^(\\d+)/);\n if (numberMatch) {\n return parseInt(numberMatch[1], 10) - 1;\n }\n switch (inputStream.next()) {\n case '.':\n return cm.getCursor().line;\n case '$':\n return cm.lastLine();\n case '\\'':\n var mark = cm.state.vim.marks[inputStream.next()];\n if (mark && mark.find()) {\n return mark.find().line;\n }\n throw new Error('Mark not set');\n default:\n inputStream.backUp(1);\n return undefined;\n }\n },\n parseCommandArgs_: function(inputStream, params, command) {\n if (inputStream.eol()) {\n return;\n }\n params.argString = inputStream.match(/.*/)[0];\n // Parse command-line arguments\n var delim = command.argDelimiter || /\\s+/;\n var args = trim(params.argString).split(delim);\n if (args.length && args[0]) {\n params.args = args;\n }\n },\n matchCommand_: function(commandName) {\n // Return the command in the command map that matches the shortest\n // prefix of the passed in command name. The match is guaranteed to be\n // unambiguous if the defaultExCommandMap's shortNames are set up\n // correctly. (see @code{defaultExCommandMap}).\n for (var i = commandName.length; i > 0; i--) {\n var prefix = commandName.substring(0, i);\n if (this.commandMap_[prefix]) {\n var command = this.commandMap_[prefix];\n if (command.name.indexOf(commandName) === 0) {\n return command;\n }\n }\n }\n return null;\n },\n buildCommandMap_: function() {\n this.commandMap_ = {};\n for (var i = 0; i < defaultExCommandMap.length; i++) {\n var command = defaultExCommandMap[i];\n var key = command.shortName || command.name;\n this.commandMap_[key] = command;\n }\n },\n map: function(lhs, rhs, ctx) {\n if (lhs != ':' && lhs.charAt(0) == ':') {\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Ex to Ex mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToEx',\n toInput: rhs.substring(1),\n user: true\n };\n } else {\n // Ex to key mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToKey',\n toKeys: parseKeyString(rhs),\n user: true\n };\n }\n } else {\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Key to Ex mapping.\n var mapping = {\n keys: parseKeyString(lhs),\n type: 'keyToEx',\n exArgs: { input: rhs.substring(1) },\n user: true};\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n } else {\n // Key to key mapping\n var mapping = {\n keys: parseKeyString(lhs),\n type: 'keyToKey',\n toKeys: parseKeyString(rhs),\n user: true\n };\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n }\n }\n },\n unmap: function(lhs, ctx) {\n var arrayEquals = function(a, b) {\n if (a === b) return true;\n if (a == null || b == null) return true;\n if (a.length != b.length) return false;\n for (var i = 0; i < a.length; i++) {\n if (a[i] !== b[i]) return false;\n }\n return true;\n };\n if (lhs != ':' && lhs.charAt(0) == ':') {\n // Ex to Ex or Ex to key mapping\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (this.commandMap_[commandName] && this.commandMap_[commandName].user) {\n delete this.commandMap_[commandName];\n return;\n }\n } else {\n // Key to Ex or key to key mapping\n var keys = parseKeyString(lhs);\n for (var i = 0; i < defaultKeymap.length; i++) {\n if (arrayEquals(keys, defaultKeymap[i].keys)\n && defaultKeymap[i].context === ctx\n && defaultKeymap[i].user) {\n defaultKeymap.splice(i, 1);\n return;\n }\n }\n }\n throw Error('No such mapping.');\n }\n };\n\n // Converts a key string sequence of the form a<C-w>bd<Left> into Vim's\n // keymap representation.\n function parseKeyString(str) {\n var key, match;\n var keys = [];\n while (str) {\n match = (/<\\w+-.+?>|<\\w+>|./).exec(str);\n if (match === null)break;\n key = match[0];\n str = str.substring(match.index + key.length);\n keys.push(key);\n }\n return keys;\n }\n\n var exCommands = {\n map: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 2) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.map(mapArgs[0], mapArgs[1], ctx);\n },\n nmap: function(cm, params) { this.map(cm, params, 'normal'); },\n vmap: function(cm, params) { this.map(cm, params, 'visual'); },\n unmap: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'No such mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.unmap(mapArgs[0], ctx);\n },\n move: function(cm, params) {\n commandDispatcher.processCommand(cm, cm.state.vim, {\n type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: false, explicitRepeat: true,\n linewise: true },\n repeatOverride: params.line+1});\n },\n set: function(cm, params) {\n var setArgs = params.args;\n if (!setArgs || setArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n var expr = setArgs[0].split('=');\n var optionName = expr[0];\n var value = expr[1];\n var forceGet = false;\n\n if (optionName.charAt(optionName.length - 1) == '?') {\n // If post-fixed with ?, then the set is actually a get.\n if (value) { throw Error('Trailing characters: ' + params.argString); }\n optionName = optionName.substring(0, optionName.length - 1);\n forceGet = true;\n }\n if (value === undefined && optionName.substring(0, 2) == 'no') {\n // To set boolean options to false, the option name is prefixed with\n // 'no'.\n optionName = optionName.substring(2);\n value = false;\n }\n var optionIsBoolean = options[optionName] && options[optionName].type == 'boolean';\n if (optionIsBoolean && value == undefined) {\n // Calling set with a boolean option sets it to true.\n value = true;\n }\n if (!optionIsBoolean && !value || forceGet) {\n var oldValue = getOption(optionName);\n // If no value is provided, then we assume this is a get.\n if (oldValue === true || oldValue === false) {\n showConfirm(cm, ' ' + (oldValue ? '' : 'no') + optionName);\n } else {\n showConfirm(cm, ' ' + optionName + '=' + oldValue);\n }\n } else {\n setOption(optionName, value);\n }\n },\n registers: function(cm,params) {\n var regArgs = params.args;\n var registers = vimGlobalState.registerController.registers;\n var regInfo = '----------Registers----------<br><br>';\n if (!regArgs) {\n for (var registerName in registers) {\n var text = registers[registerName].toString();\n if (text.length) {\n regInfo += '\"' + registerName + ' ' + text + '<br>';\n }\n }\n } else {\n var registerName;\n regArgs = regArgs.join('');\n for (var i = 0; i < regArgs.length; i++) {\n registerName = regArgs.charAt(i);\n if (!vimGlobalState.registerController.isValidRegister(registerName)) {\n continue;\n }\n var register = registers[registerName] || new Register();\n regInfo += '\"' + registerName + ' ' + register.toString() + '<br>';\n }\n }\n showConfirm(cm, regInfo);\n },\n sort: function(cm, params) {\n var reverse, ignoreCase, unique, number;\n function parseArgs() {\n if (params.argString) {\n var args = new CodeMirror.StringStream(params.argString);\n if (args.eat('!')) { reverse = true; }\n if (args.eol()) { return; }\n if (!args.eatSpace()) { return 'Invalid arguments'; }\n var opts = args.match(/[a-z]+/);\n if (opts) {\n opts = opts[0];\n ignoreCase = opts.indexOf('i') != -1;\n unique = opts.indexOf('u') != -1;\n var decimal = opts.indexOf('d') != -1 && 1;\n var hex = opts.indexOf('x') != -1 && 1;\n var octal = opts.indexOf('o') != -1 && 1;\n if (decimal + hex + octal > 1) { return 'Invalid arguments'; }\n number = decimal && 'decimal' || hex && 'hex' || octal && 'octal';\n }\n if (args.eatSpace() && args.match(/\\/.*\\//)) { 'patterns not supported'; }\n }\n }\n var err = parseArgs();\n if (err) {\n showConfirm(cm, err + ': ' + params.argString);\n return;\n }\n var lineStart = params.line || cm.firstLine();\n var lineEnd = params.lineEnd || params.line || cm.lastLine();\n if (lineStart == lineEnd) { return; }\n var curStart = Pos(lineStart, 0);\n var curEnd = Pos(lineEnd, lineLength(cm, lineEnd));\n var text = cm.getRange(curStart, curEnd).split('\\n');\n var numberRegex = (number == 'decimal') ? /(-?)([\\d]+)/ :\n (number == 'hex') ? /(-?)(?:0x)?([0-9a-f]+)/i :\n (number == 'octal') ? /([0-7]+)/ : null;\n var radix = (number == 'decimal') ? 10 : (number == 'hex') ? 16 : (number == 'octal') ? 8 : null;\n var numPart = [], textPart = [];\n if (number) {\n for (var i = 0; i < text.length; i++) {\n if (numberRegex.exec(text[i])) {\n numPart.push(text[i]);\n } else {\n textPart.push(text[i]);\n }\n }\n } else {\n textPart = text;\n }\n function compareFn(a, b) {\n if (reverse) { var tmp; tmp = a; a = b; b = tmp; }\n if (ignoreCase) { a = a.toLowerCase(); b = b.toLowerCase(); }\n var anum = number && numberRegex.exec(a);\n var bnum = number && numberRegex.exec(b);\n if (!anum) { return a < b ? -1 : 1; }\n anum = parseInt((anum[1] + anum[2]).toLowerCase(), radix);\n bnum = parseInt((bnum[1] + bnum[2]).toLowerCase(), radix);\n return anum - bnum;\n }\n numPart.sort(compareFn);\n textPart.sort(compareFn);\n text = (!reverse) ? textPart.concat(numPart) : numPart.concat(textPart);\n if (unique) { // Remove duplicate lines\n var textOld = text;\n var lastLine;\n text = [];\n for (var i = 0; i < textOld.length; i++) {\n if (textOld[i] != lastLine) {\n text.push(textOld[i]);\n }\n lastLine = textOld[i];\n }\n }\n cm.replaceRange(text.join('\\n'), curStart, curEnd);\n },\n substitute: function(cm, params) {\n if (!cm.getSearchCursor) {\n throw new Error('Search feature not available. Requires searchcursor.js or ' +\n 'any other getSearchCursor implementation.');\n }\n var argString = params.argString;\n var slashes = argString ? findUnescapedSlashes(argString) : [];\n var replacePart = '';\n if (slashes.length) {\n if (slashes[0] !== 0) {\n showConfirm(cm, 'Substitutions should be of the form ' +\n ':s/pattern/replace/');\n return;\n }\n var regexPart = argString.substring(slashes[0] + 1, slashes[1]);\n var flagsPart;\n var count;\n var confirm = false; // Whether to confirm each replace.\n if (slashes[1]) {\n replacePart = argString.substring(slashes[1] + 1, slashes[2]);\n if (getOption('pcre')) {\n replacePart = unescapeRegexReplace(replacePart);\n } else {\n replacePart = translateRegexReplace(replacePart);\n }\n vimGlobalState.lastSubstituteReplacePart = replacePart;\n }\n if (slashes[2]) {\n // After the 3rd slash, we can have flags followed by a space followed\n // by count.\n var trailing = argString.substring(slashes[2] + 1).split(' ');\n flagsPart = trailing[0];\n count = parseInt(trailing[1]);\n }\n if (flagsPart) {\n if (flagsPart.indexOf('c') != -1) {\n confirm = true;\n flagsPart.replace('c', '');\n }\n regexPart = regexPart + '/' + flagsPart;\n }\n }\n if (regexPart) {\n // If regex part is empty, then use the previous query. Otherwise use\n // the regex part as the new query.\n try {\n updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n true /** smartCase */);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + regexPart);\n return;\n }\n }\n replacePart = replacePart || vimGlobalState.lastSubstituteReplacePart;\n if (replacePart === undefined) {\n showConfirm(cm, 'No previous substitute regular expression');\n return;\n }\n var state = getSearchState(cm);\n var query = state.getQuery();\n var lineStart = (params.line !== undefined) ? params.line : cm.getCursor().line;\n var lineEnd = params.lineEnd || lineStart;\n if (count) {\n lineStart = lineEnd;\n lineEnd = lineStart + count - 1;\n }\n var startPos = clipCursorToContent(cm, Pos(lineStart, 0));\n var cursor = cm.getSearchCursor(query, startPos);\n doReplace(cm, confirm, lineStart, lineEnd, cursor, query, replacePart);\n },\n redo: CodeMirror.commands.redo,\n undo: CodeMirror.commands.undo,\n write: function(cm) {\n if (CodeMirror.commands.save) {\n // If a save command is defined, call it.\n CodeMirror.commands.save(cm);\n } else {\n // Saves to text area if no save command is defined.\n cm.save();\n }\n },\n nohlsearch: function(cm) {\n clearSearchHighlight(cm);\n },\n delmarks: function(cm, params) {\n if (!params.argString || !trim(params.argString)) {\n showConfirm(cm, 'Argument required');\n return;\n }\n\n var state = cm.state.vim;\n var stream = new CodeMirror.StringStream(trim(params.argString));\n while (!stream.eol()) {\n stream.eatSpace();\n\n // Record the streams position at the beginning of the loop for use\n // in error messages.\n var count = stream.pos;\n\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var sym = stream.next();\n // Check if this symbol is part of a range\n if (stream.match('-', true)) {\n // This symbol is part of a range.\n\n // The range must terminate at an alphabetic character.\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var startMark = sym;\n var finishMark = stream.next();\n // The range must terminate at an alphabetic character which\n // shares the same case as the start of the range.\n if (isLowerCase(startMark) && isLowerCase(finishMark) ||\n isUpperCase(startMark) && isUpperCase(finishMark)) {\n var start = startMark.charCodeAt(0);\n var finish = finishMark.charCodeAt(0);\n if (start >= finish) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n // Because marks are always ASCII values, and we have\n // determined that they are the same case, we can use\n // their char codes to iterate through the defined range.\n for (var j = 0; j <= finish - start; j++) {\n var mark = String.fromCharCode(start + j);\n delete state.marks[mark];\n }\n } else {\n showConfirm(cm, 'Invalid argument: ' + startMark + '-');\n return;\n }\n } else {\n // This symbol is a valid mark, and is not part of a range.\n delete state.marks[sym];\n }\n }\n }\n };\n\n var exCommandDispatcher = new Vim.ExCommandDispatcher();\n\n /**\n * @param {CodeMirror} cm CodeMirror instance we are in.\n * @param {boolean} confirm Whether to confirm each replace.\n * @param {Cursor} lineStart Line to start replacing from.\n * @param {Cursor} lineEnd Line to stop replacing at.\n * @param {RegExp} query Query for performing matches with.\n * @param {string} replaceWith Text to replace matches with. May contain $1,\n * $2, etc for replacing captured groups using Javascript replace.\n */\n function doReplace(cm, confirm, lineStart, lineEnd, searchCursor, query,\n replaceWith) {\n // Set up all the functions.\n cm.state.vim.exMode = true;\n var done = false;\n var lastPos = searchCursor.from();\n function replaceAll() {\n cm.operation(function() {\n while (!done) {\n replace();\n next();\n }\n stop();\n });\n }\n function replace() {\n var text = cm.getRange(searchCursor.from(), searchCursor.to());\n var newText = text.replace(query, replaceWith);\n searchCursor.replace(newText);\n }\n function next() {\n var found = searchCursor.findNext();\n if (!found) {\n done = true;\n } else if (isInRange(searchCursor.from(), lineStart, lineEnd)) {\n cm.scrollIntoView(searchCursor.from(), 30);\n cm.setSelection(searchCursor.from(), searchCursor.to());\n lastPos = searchCursor.from();\n done = false;\n } else {\n done = true;\n }\n }\n function stop(close) {\n if (close) { close(); }\n cm.focus();\n if (lastPos) {\n cm.setCursor(lastPos);\n var vim = cm.state.vim;\n vim.exMode = false;\n vim.lastHPos = vim.lastHSPos = lastPos.ch;\n }\n }\n function onPromptKeyDown(e, _value, close) {\n // Swallow all keys.\n CodeMirror.e_stop(e);\n var keyName = CodeMirror.keyName(e);\n switch (keyName) {\n case 'Y':\n replace(); next(); break;\n case 'N':\n next(); break;\n case 'A':\n cm.operation(replaceAll); break;\n case 'L':\n replace();\n // fall through and exit.\n case 'Q':\n case 'Esc':\n case 'Ctrl-C':\n case 'Ctrl-[':\n stop(close);\n break;\n }\n if (done) { stop(close); }\n }\n\n // Actually do replace.\n next();\n if (done) {\n showConfirm(cm, 'No matches for ' + query.source);\n return;\n }\n if (!confirm) {\n replaceAll();\n return;\n }\n showPrompt(cm, {\n prefix: 'replace with <strong>' + replaceWith + '</strong> (y/n/a/q/l)',\n onKeyDown: onPromptKeyDown\n });\n }\n\n // Register Vim with CodeMirror\n function buildVimKeyMap() {\n /**\n * Handle the raw key event from CodeMirror. Translate the\n * Shift + key modifier to the resulting letter, while preserving other\n * modifers.\n */\n function cmKeyToVimKey(key, modifier) {\n var vimKey = key;\n if (isUpperCase(vimKey) && modifier == 'Ctrl') {\n vimKey = vimKey.toLowerCase();\n }\n if (modifier) {\n // Vim will parse modifier+key combination as a single key.\n vimKey = modifier.charAt(0) + '-' + vimKey;\n }\n var specialKey = ({Enter:'CR',Backspace:'BS',Delete:'Del'})[vimKey];\n vimKey = specialKey ? specialKey : vimKey;\n vimKey = vimKey.length > 1 ? '<'+ vimKey + '>' : vimKey;\n return vimKey;\n }\n\n // Closure to bind CodeMirror, key, modifier.\n function keyMapper(vimKey) {\n return function(cm) {\n CodeMirror.Vim.handleKey(cm, vimKey);\n };\n }\n\n var cmToVimKeymap = {\n 'nofallthrough': true,\n 'style': 'fat-cursor'\n };\n function bindKeys(keys, modifier) {\n for (var i = 0; i < keys.length; i++) {\n var key = keys[i];\n if (!modifier && key.length == 1) {\n // Wrap all keys without modifiers with '' to identify them by their\n // key characters instead of key identifiers.\n key = \"'\" + key + \"'\";\n }\n var vimKey = cmKeyToVimKey(keys[i], modifier);\n var cmKey = modifier ? modifier + '-' + key : key;\n cmToVimKeymap[cmKey] = keyMapper(vimKey);\n }\n }\n bindKeys(upperCaseAlphabet);\n bindKeys(lowerCaseAlphabet);\n bindKeys(upperCaseAlphabet, 'Ctrl');\n bindKeys(specialSymbols);\n bindKeys(specialSymbols, 'Ctrl');\n bindKeys(numbers);\n bindKeys(numbers, 'Ctrl');\n bindKeys(specialKeys);\n bindKeys(specialKeys, 'Ctrl');\n return cmToVimKeymap;\n }\n CodeMirror.keyMap.vim = buildVimKeyMap();\n\n function exitInsertMode(cm) {\n var vim = cm.state.vim;\n var macroModeState = vimGlobalState.macroModeState;\n var insertModeChangeRegister = vimGlobalState.registerController.getRegister('.');\n var isPlaying = macroModeState.isPlaying;\n if (!isPlaying) {\n cm.off('change', onChange);\n CodeMirror.off(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n if (!isPlaying && vim.insertModeRepeat > 1) {\n // Perform insert mode repeat for commands like 3,a and 3,o.\n repeatLastEdit(cm, vim, vim.insertModeRepeat - 1,\n true /** repeatForInsert */);\n vim.lastEditInputState.repeatOverride = vim.insertModeRepeat;\n }\n delete vim.insertModeRepeat;\n vim.insertMode = false;\n cm.setCursor(cm.getCursor().line, cm.getCursor().ch-1);\n cm.setOption('keyMap', 'vim');\n cm.setOption('disableInput', true);\n cm.toggleOverwrite(false); // exit replace mode if we were in it.\n // update the \". register before exiting insert mode\n insertModeChangeRegister.setText(macroModeState.lastInsertModeChanges.changes.join(''));\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n if (macroModeState.isRecording) {\n logInsertModeChange(macroModeState);\n }\n }\n\n CodeMirror.keyMap['vim-insert'] = {\n // TODO: override navigation keys so that Esc will cancel automatic\n // indentation from o, O, i_<CR>\n 'Esc': exitInsertMode,\n 'Ctrl-[': exitInsertMode,\n 'Ctrl-C': exitInsertMode,\n 'Ctrl-N': 'autocomplete',\n 'Ctrl-P': 'autocomplete',\n 'Enter': function(cm) {\n var fn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n fn(cm);\n },\n fallthrough: ['default']\n };\n\n CodeMirror.keyMap['vim-replace'] = {\n 'Backspace': 'goCharLeft',\n fallthrough: ['vim-insert']\n };\n\n function executeMacroRegister(cm, vim, macroModeState, registerName) {\n var register = vimGlobalState.registerController.getRegister(registerName);\n var keyBuffer = register.keyBuffer;\n var imc = 0;\n macroModeState.isPlaying = true;\n macroModeState.replaySearchQueries = register.searchQueries.slice(0);\n for (var i = 0; i < keyBuffer.length; i++) {\n var text = keyBuffer[i];\n var match, key;\n while (text) {\n // Pull off one command key, which is either a single character\n // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n match = (/<\\w+-.+?>|<\\w+>|./).exec(text);\n key = match[0];\n text = text.substring(match.index + key.length);\n CodeMirror.Vim.handleKey(cm, key);\n if (vim.insertMode) {\n repeatInsertModeChanges(\n cm, register.insertModeChanges[imc++].changes, 1);\n exitInsertMode(cm);\n }\n }\n };\n macroModeState.isPlaying = false;\n }\n\n function logKey(macroModeState, key) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushText(key);\n }\n }\n\n function logInsertModeChange(macroModeState) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushInsertModeChanges(macroModeState.lastInsertModeChanges);\n }\n }\n\n function logSearchQuery(macroModeState, query) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushSearchQuery(query);\n }\n }\n\n /**\n * Listens for changes made in insert mode.\n * Should only be active in insert mode.\n */\n function onChange(_cm, changeObj) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n if (!macroModeState.isPlaying) {\n while(changeObj) {\n lastChange.expectCursorActivityForChange = true;\n if (changeObj.origin == '+input' || changeObj.origin == 'paste'\n || changeObj.origin === undefined /* only in testing */) {\n var text = changeObj.text.join('\\n');\n lastChange.changes.push(text);\n }\n // Change objects may be chained with next.\n changeObj = changeObj.next;\n }\n }\n }\n\n /**\n * Listens for any kind of cursor activity on CodeMirror.\n */\n function onCursorActivity(cm) {\n var vim = cm.state.vim;\n if (vim.insertMode) {\n // Tracking cursor activity in insert mode (for macro support).\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n var lastChange = macroModeState.lastInsertModeChanges;\n if (lastChange.expectCursorActivityForChange) {\n lastChange.expectCursorActivityForChange = false;\n } else {\n // Cursor moved outside the context of an edit. Reset the change.\n lastChange.changes = [];\n }\n } else if (cm.doc.history.lastSelOrigin == '*mouse') {\n // Reset lastHPos if mouse click was done in normal mode.\n vim.lastHPos = cm.doc.getCursor().ch;\n }\n }\n\n /** Wrapper for special keys pressed in insert mode */\n function InsertModeKey(keyName) {\n this.keyName = keyName;\n }\n\n /**\n * Handles raw key down events from the text area.\n * - Should only be active in insert mode.\n * - For recording deletes in insert mode.\n */\n function onKeyEventTargetKeyDown(e) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n var keyName = CodeMirror.keyName(e);\n function onKeyFound() {\n lastChange.changes.push(new InsertModeKey(keyName));\n return true;\n }\n if (keyName.indexOf('Delete') != -1 || keyName.indexOf('Backspace') != -1) {\n CodeMirror.lookupKey(keyName, ['vim-insert'], onKeyFound);\n }\n }\n\n /**\n * Repeats the last edit, which includes exactly 1 command and at most 1\n * insert. Operator and motion commands are read from lastEditInputState,\n * while action commands are read from lastEditActionCommand.\n *\n * If repeatForInsert is true, then the function was called by\n * exitInsertMode to repeat the insert mode changes the user just made. The\n * corresponding enterInsertMode call was made with a count.\n */\n function repeatLastEdit(cm, vim, repeat, repeatForInsert) {\n var macroModeState = vimGlobalState.macroModeState;\n macroModeState.isPlaying = true;\n var isAction = !!vim.lastEditActionCommand;\n var cachedInputState = vim.inputState;\n function repeatCommand() {\n if (isAction) {\n commandDispatcher.processAction(cm, vim, vim.lastEditActionCommand);\n } else {\n commandDispatcher.evalInput(cm, vim);\n }\n }\n function repeatInsert(repeat) {\n if (macroModeState.lastInsertModeChanges.changes.length > 0) {\n // For some reason, repeat cw in desktop VIM does not repeat\n // insert mode changes. Will conform to that behavior.\n repeat = !vim.lastEditActionCommand ? 1 : repeat;\n var changeObject = macroModeState.lastInsertModeChanges;\n // This isn't strictly necessary, but since lastInsertModeChanges is\n // supposed to be immutable during replay, this helps catch bugs.\n macroModeState.lastInsertModeChanges = {};\n repeatInsertModeChanges(cm, changeObject.changes, repeat);\n macroModeState.lastInsertModeChanges = changeObject;\n }\n }\n vim.inputState = vim.lastEditInputState;\n if (isAction && vim.lastEditActionCommand.interlaceInsertRepeat) {\n // o and O repeat have to be interlaced with insert repeats so that the\n // insertions appear on separate lines instead of the last line.\n for (var i = 0; i < repeat; i++) {\n repeatCommand();\n repeatInsert(1);\n }\n } else {\n if (!repeatForInsert) {\n // Hack to get the cursor to end up at the right place. If I is\n // repeated in insert mode repeat, cursor will be 1 insert\n // change set left of where it should be.\n repeatCommand();\n }\n repeatInsert(repeat);\n }\n vim.inputState = cachedInputState;\n if (vim.insertMode && !repeatForInsert) {\n // Don't exit insert mode twice. If repeatForInsert is set, then we\n // were called by an exitInsertMode call lower on the stack.\n exitInsertMode(cm);\n }\n macroModeState.isPlaying = false;\n };\n\n function repeatInsertModeChanges(cm, changes, repeat) {\n function keyHandler(binding) {\n if (typeof binding == 'string') {\n CodeMirror.commands[binding](cm);\n } else {\n binding(cm);\n }\n return true;\n }\n for (var i = 0; i < repeat; i++) {\n for (var j = 0; j < changes.length; j++) {\n var change = changes[j];\n if (change instanceof InsertModeKey) {\n CodeMirror.lookupKey(change.keyName, ['vim-insert'], keyHandler);\n } else {\n var cur = cm.getCursor();\n cm.replaceRange(change, cur, cur);\n }\n }\n }\n }\n\n resetVimGlobalState();\n return vimApi;\n };\n // Initialize Vim and make it available as an API.\n CodeMirror.Vim = Vim();\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/vim.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/sublime.js": {
"text": "// A rough approximation of Sublime Text's keybindings\n// Depends on addon/search/searchcursor.js and optionally addon/dialog/dialogs.js\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/edit/matchbrackets\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var map = CodeMirror.keyMap.sublime = {fallthrough: \"default\"};\n var cmds = CodeMirror.commands;\n var Pos = CodeMirror.Pos;\n var ctrl = CodeMirror.keyMap[\"default\"] == CodeMirror.keyMap.pcDefault ? \"Ctrl-\" : \"Cmd-\";\n\n // This is not exactly Sublime's algorithm. I couldn't make heads or tails of that.\n function findPosSubword(doc, start, dir) {\n if (dir < 0 && start.ch == 0) return doc.clipPos(Pos(start.line - 1));\n var line = doc.getLine(start.line);\n if (dir > 0 && start.ch >= line.length) return doc.clipPos(Pos(start.line + 1, 0));\n var state = \"start\", type;\n for (var pos = start.ch, e = dir < 0 ? 0 : line.length, i = 0; pos != e; pos += dir, i++) {\n var next = line.charAt(dir < 0 ? pos - 1 : pos);\n var cat = next != \"_\" && CodeMirror.isWordChar(next) ? \"w\" : \"o\";\n if (cat == \"w\" && next.toUpperCase() == next) cat = \"W\";\n if (state == \"start\") {\n if (cat != \"o\") { state = \"in\"; type = cat; }\n } else if (state == \"in\") {\n if (type != cat) {\n if (type == \"w\" && cat == \"W\" && dir < 0) pos--;\n if (type == \"W\" && cat == \"w\" && dir > 0) { type = \"w\"; continue; }\n break;\n }\n }\n }\n return Pos(start.line, pos);\n }\n\n function moveSubword(cm, dir) {\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosSubword(cm.doc, range.head, dir);\n else\n return dir < 0 ? range.from() : range.to();\n });\n }\n\n cmds[map[\"Alt-Left\"] = \"goSubwordLeft\"] = function(cm) { moveSubword(cm, -1); };\n cmds[map[\"Alt-Right\"] = \"goSubwordRight\"] = function(cm) { moveSubword(cm, 1); };\n\n cmds[map[ctrl + \"Up\"] = \"scrollLineUp\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleBottomLine = cm.lineAtHeight(info.top + info.clientHeight, \"local\");\n if (cm.getCursor().line >= visibleBottomLine)\n cm.execCommand(\"goLineUp\");\n }\n cm.scrollTo(null, info.top - cm.defaultTextHeight());\n };\n cmds[map[ctrl + \"Down\"] = \"scrollLineDown\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleTopLine = cm.lineAtHeight(info.top, \"local\")+1;\n if (cm.getCursor().line <= visibleTopLine)\n cm.execCommand(\"goLineDown\");\n }\n cm.scrollTo(null, info.top + cm.defaultTextHeight());\n };\n\n cmds[map[\"Shift-\" + ctrl + \"L\"] = \"splitSelectionByLine\"] = function(cm) {\n var ranges = cm.listSelections(), lineRanges = [];\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n for (var line = from.line; line <= to.line; ++line)\n if (!(to.line > from.line && line == to.line && to.ch == 0))\n lineRanges.push({anchor: line == from.line ? from : Pos(line, 0),\n head: line == to.line ? to : Pos(line)});\n }\n cm.setSelections(lineRanges, 0);\n };\n\n map[\"Shift-Tab\"] = \"indentLess\";\n\n cmds[map[\"Esc\"] = \"singleSelectionTop\"] = function(cm) {\n var range = cm.listSelections()[0];\n cm.setSelection(range.anchor, range.head, {scroll: false});\n };\n\n cmds[map[ctrl + \"L\"] = \"selectLine\"] = function(cm) {\n var ranges = cm.listSelections(), extended = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n extended.push({anchor: Pos(range.from().line, 0),\n head: Pos(range.to().line + 1, 0)});\n }\n cm.setSelections(extended);\n };\n\n map[\"Shift-\" + ctrl + \"K\"] = \"deleteLine\";\n\n function insertLine(cm, above) {\n cm.operation(function() {\n var len = cm.listSelections().length, newSelection = [], last = -1;\n for (var i = 0; i < len; i++) {\n var head = cm.listSelections()[i].head;\n if (head.line <= last) continue;\n var at = Pos(head.line + (above ? 0 : 1), 0);\n cm.replaceRange(\"\\n\", at, null, \"+insertLine\");\n cm.indentLine(at.line, null, true);\n newSelection.push({head: at, anchor: at});\n last = head.line + 1;\n }\n cm.setSelections(newSelection);\n });\n }\n\n cmds[map[ctrl + \"Enter\"] = \"insertLineAfter\"] = function(cm) { insertLine(cm, false); };\n\n cmds[map[\"Shift-\" + ctrl + \"Enter\"] = \"insertLineBefore\"] = function(cm) { insertLine(cm, true); };\n\n function wordAt(cm, pos) {\n var start = pos.ch, end = start, line = cm.getLine(pos.line);\n while (start && CodeMirror.isWordChar(line.charAt(start - 1))) --start;\n while (end < line.length && CodeMirror.isWordChar(line.charAt(end))) ++end;\n return {from: Pos(pos.line, start), to: Pos(pos.line, end), word: line.slice(start, end)};\n }\n\n cmds[map[ctrl + \"D\"] = \"selectNextOccurrence\"] = function(cm) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n var fullWord = cm.state.sublimeFindFullWord == cm.doc.sel;\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n cm.setSelection(word.from, word.to);\n fullWord = true;\n } else {\n var text = cm.getRange(from, to);\n var query = fullWord ? new RegExp(\"\\\\b\" + text + \"\\\\b\") : text;\n var cur = cm.getSearchCursor(query, to);\n if (cur.findNext()) {\n cm.addSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, Pos(cm.firstLine(), 0));\n if (cur.findNext())\n cm.addSelection(cur.from(), cur.to());\n }\n }\n if (fullWord)\n cm.state.sublimeFindFullWord = cm.doc.sel;\n };\n\n var mirror = \"(){}[]\";\n function selectBetweenBrackets(cm) {\n var pos = cm.getCursor(), opening = cm.scanForBracket(pos, -1);\n if (!opening) return;\n for (;;) {\n var closing = cm.scanForBracket(pos, 1);\n if (!closing) return;\n if (closing.ch == mirror.charAt(mirror.indexOf(opening.ch) + 1)) {\n cm.setSelection(Pos(opening.pos.line, opening.pos.ch + 1), closing.pos, false);\n return true;\n }\n pos = Pos(closing.pos.line, closing.pos.ch + 1);\n }\n }\n\n cmds[map[\"Shift-\" + ctrl + \"Space\"] = \"selectScope\"] = function(cm) {\n selectBetweenBrackets(cm) || cm.execCommand(\"selectAll\");\n };\n cmds[map[\"Shift-\" + ctrl + \"M\"] = \"selectBetweenBrackets\"] = function(cm) {\n if (!selectBetweenBrackets(cm)) return CodeMirror.Pass;\n };\n\n cmds[map[ctrl + \"M\"] = \"goToBracket\"] = function(cm) {\n cm.extendSelectionsBy(function(range) {\n var next = cm.scanForBracket(range.head, 1);\n if (next && CodeMirror.cmpPos(next.pos, range.head) != 0) return next.pos;\n var prev = cm.scanForBracket(range.head, -1);\n return prev && Pos(prev.pos.line, prev.pos.ch + 1) || range.head;\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"Up\"] = \"swapLineUp\"] = function(cm) {\n var ranges = cm.listSelections(), linesToMove = [], at = cm.firstLine() - 1;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from().line - 1, to = range.to().line;\n if (from > at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = 0; i < linesToMove.length; i += 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n if (to > cm.lastLine()) {\n cm.replaceRange(\"\\n\" + line, Pos(cm.lastLine()), null, \"+swapLine\");\n var sels = cm.listSelections(), last = sels[sels.length - 1];\n var head = last.head.line == to ? Pos(to - 1) : last.head;\n var anchor = last.anchor.line == to ? Pos(to - 1) : last.anchor;\n cm.setSelections(sels.slice(0, sels.length - 1).concat([{head: head, anchor: anchor}]));\n } else {\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n }\n cm.scrollIntoView();\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"Down\"] = \"swapLineDown\"] = function(cm) {\n var ranges = cm.listSelections(), linesToMove = [], at = cm.lastLine() + 1;\n for (var i = ranges.length - 1; i >= 0; i--) {\n var range = ranges[i], from = range.to().line + 1, to = range.from().line;\n if (from < at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = linesToMove.length - 2; i >= 0; i -= 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n if (from == cm.lastLine())\n cm.replaceRange(\"\", Pos(from - 1), Pos(from), \"+swapLine\");\n else\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n cm.scrollIntoView();\n });\n };\n\n map[ctrl + \"/\"] = \"toggleComment\";\n\n cmds[map[ctrl + \"J\"] = \"joinLines\"] = function(cm) {\n var ranges = cm.listSelections(), joined = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from();\n var start = from.line, end = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == end)\n end = ranges[++i].to().line;\n joined.push({start: start, end: end, anchor: !range.empty() && from});\n }\n cm.operation(function() {\n var offset = 0, ranges = [];\n for (var i = 0; i < joined.length; i++) {\n var obj = joined[i];\n var anchor = obj.anchor && Pos(obj.anchor.line - offset, obj.anchor.ch), head;\n for (var line = obj.start; line <= obj.end; line++) {\n var actual = line - offset;\n if (line == obj.end) head = Pos(actual, cm.getLine(actual).length + 1);\n if (actual < cm.lastLine()) {\n cm.replaceRange(\" \", Pos(actual), Pos(actual + 1, /^\\s*/.exec(cm.getLine(actual + 1))[0].length));\n ++offset;\n }\n }\n ranges.push({anchor: anchor || head, head: head});\n }\n cm.setSelections(ranges, 0);\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"D\"] = \"duplicateLine\"] = function(cm) {\n cm.operation(function() {\n var rangeCount = cm.listSelections().length;\n for (var i = 0; i < rangeCount; i++) {\n var range = cm.listSelections()[i];\n if (range.empty())\n cm.replaceRange(cm.getLine(range.head.line) + \"\\n\", Pos(range.head.line, 0));\n else\n cm.replaceRange(cm.getRange(range.from(), range.to()), range.from());\n }\n cm.scrollIntoView();\n });\n };\n\n map[ctrl + \"T\"] = \"transposeChars\";\n\n function sortLines(cm, caseSensitive) {\n var ranges = cm.listSelections(), toSort = [], selected;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) continue;\n var from = range.from().line, to = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == to)\n to = range[++i].to().line;\n toSort.push(from, to);\n }\n if (toSort.length) selected = true;\n else toSort.push(cm.firstLine(), cm.lastLine());\n\n cm.operation(function() {\n var ranges = [];\n for (var i = 0; i < toSort.length; i += 2) {\n var from = toSort[i], to = toSort[i + 1];\n var start = Pos(from, 0), end = Pos(to);\n var lines = cm.getRange(start, end, false);\n if (caseSensitive)\n lines.sort();\n else\n lines.sort(function(a, b) {\n var au = a.toUpperCase(), bu = b.toUpperCase();\n if (au != bu) { a = au; b = bu; }\n return a < b ? -1 : a == b ? 0 : 1;\n });\n cm.replaceRange(lines, start, end);\n if (selected) ranges.push({anchor: start, head: end});\n }\n if (selected) cm.setSelections(ranges, 0);\n });\n }\n\n cmds[map[\"F9\"] = \"sortLines\"] = function(cm) { sortLines(cm, true); };\n cmds[map[ctrl + \"F9\"] = \"sortLinesInsensitive\"] = function(cm) { sortLines(cm, false); };\n\n cmds[map[\"F2\"] = \"nextBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n var current = marks.shift();\n var found = current.find();\n if (found) {\n marks.push(current);\n return cm.setSelection(found.from, found.to);\n }\n }\n };\n\n cmds[map[\"Shift-F2\"] = \"prevBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n marks.unshift(marks.pop());\n var found = marks[marks.length - 1].find();\n if (!found)\n marks.pop();\n else\n return cm.setSelection(found.from, found.to);\n }\n };\n\n cmds[map[ctrl + \"F2\"] = \"toggleBookmark\"] = function(cm) {\n var ranges = cm.listSelections();\n var marks = cm.state.sublimeBookmarks || (cm.state.sublimeBookmarks = []);\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n var found = cm.findMarks(from, to);\n for (var j = 0; j < found.length; j++) {\n if (found[j].sublimeBookmark) {\n found[j].clear();\n for (var k = 0; k < marks.length; k++)\n if (marks[k] == found[j])\n marks.splice(k--, 1);\n break;\n }\n }\n if (j == found.length)\n marks.push(cm.markText(from, to, {sublimeBookmark: true, clearWhenEmpty: false}));\n }\n };\n\n cmds[map[\"Shift-\" + ctrl + \"F2\"] = \"clearBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) for (var i = 0; i < marks.length; i++) marks[i].clear();\n marks.length = 0;\n };\n\n cmds[map[\"Alt-F2\"] = \"selectBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks, ranges = [];\n if (marks) for (var i = 0; i < marks.length; i++) {\n var found = marks[i].find();\n if (!found)\n marks.splice(i--, 0);\n else\n ranges.push({anchor: found.from, head: found.to});\n }\n if (ranges.length)\n cm.setSelections(ranges, 0);\n };\n\n map[\"Alt-Q\"] = \"wrapLines\";\n\n var mapK = CodeMirror.keyMap[\"sublime-Ctrl-K\"] = {auto: \"sublime\", nofallthrough: true};\n\n map[ctrl + \"K\"] = function(cm) {cm.setOption(\"keyMap\", \"sublime-Ctrl-K\");};\n\n function modifyWordOrSelection(cm, mod) {\n cm.operation(function() {\n var ranges = cm.listSelections(), indices = [], replacements = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) { indices.push(i); replacements.push(\"\"); }\n else replacements.push(mod(cm.getRange(range.from(), range.to())));\n }\n cm.replaceSelections(replacements, \"around\", \"case\");\n for (var i = indices.length - 1, at; i >= 0; i--) {\n var range = ranges[indices[i]];\n if (at && CodeMirror.cmpPos(range.head, at) > 0) continue;\n var word = wordAt(cm, range.head);\n at = word.from;\n cm.replaceRange(mod(word.word), word.from, word.to);\n }\n });\n }\n\n mapK[ctrl + \"Backspace\"] = \"delLineLeft\";\n\n cmds[mapK[ctrl + \"K\"] = \"delLineRight\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = ranges.length - 1; i >= 0; i--)\n cm.replaceRange(\"\", ranges[i].anchor, Pos(ranges[i].to().line), \"+delete\");\n cm.scrollIntoView();\n });\n };\n\n cmds[mapK[ctrl + \"U\"] = \"upcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toUpperCase(); });\n };\n cmds[mapK[ctrl + \"L\"] = \"downcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toLowerCase(); });\n };\n\n cmds[mapK[ctrl + \"Space\"] = \"setSublimeMark\"] = function(cm) {\n if (cm.state.sublimeMark) cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n };\n cmds[mapK[ctrl + \"A\"] = \"selectToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) cm.setSelection(cm.getCursor(), found);\n };\n cmds[mapK[ctrl + \"W\"] = \"deleteToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n var from = cm.getCursor(), to = found;\n if (CodeMirror.cmpPos(from, to) > 0) { var tmp = to; to = from; from = tmp; }\n cm.state.sublimeKilled = cm.getRange(from, to);\n cm.replaceRange(\"\", from, to);\n }\n };\n cmds[mapK[ctrl + \"X\"] = \"swapWithSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n cm.setCursor(found);\n }\n };\n cmds[mapK[ctrl + \"Y\"] = \"sublimeYank\"] = function(cm) {\n if (cm.state.sublimeKilled != null)\n cm.replaceSelection(cm.state.sublimeKilled, null, \"paste\");\n };\n\n mapK[ctrl + \"G\"] = \"clearBookmarks\";\n cmds[mapK[ctrl + \"C\"] = \"showInCenter\"] = function(cm) {\n var pos = cm.cursorCoords(null, \"local\");\n cm.scrollTo(null, (pos.top + pos.bottom) / 2 - cm.getScrollInfo().clientHeight / 2);\n };\n\n cmds[map[\"Shift-Alt-Up\"] = \"selectLinesUpward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line > cm.firstLine())\n cm.addSelection(Pos(range.head.line - 1, range.head.ch));\n }\n });\n };\n cmds[map[\"Shift-Alt-Down\"] = \"selectLinesDownward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line < cm.lastLine())\n cm.addSelection(Pos(range.head.line + 1, range.head.ch));\n }\n });\n };\n\n function findAndGoTo(cm, forward) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n from = word.from;\n to = word.to;\n }\n\n var query = cm.getRange(from, to);\n var cur = cm.getSearchCursor(query, forward ? to : from);\n\n if (forward ? cur.findNext() : cur.findPrevious()) {\n cm.setSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, forward ? Pos(cm.firstLine(), 0)\n : cm.clipPos(Pos(cm.lastLine())));\n if (forward ? cur.findNext() : cur.findPrevious())\n cm.setSelection(cur.from(), cur.to());\n else if (word)\n cm.setSelection(from, to);\n }\n };\n cmds[map[ctrl + \"F3\"] = \"findUnder\"] = function(cm) { findAndGoTo(cm, true); };\n cmds[map[\"Shift-\" + ctrl + \"F3\"] = \"findUnderPrevious\"] = function(cm) { findAndGoTo(cm,false); };\n\n map[\"Shift-\" + ctrl + \"[\"] = \"fold\";\n map[\"Shift-\" + ctrl + \"]\"] = \"unfold\";\n mapK[ctrl + \"0\"] = mapK[ctrl + \"j\"] = \"unfoldAll\";\n\n map[ctrl + \"I\"] = \"findIncremental\";\n map[\"Shift-\" + ctrl + \"I\"] = \"findIncrementalReverse\";\n map[ctrl + \"H\"] = \"replace\";\n map[\"F3\"] = \"findNext\";\n map[\"Shift-F3\"] = \"findPrev\";\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js": {
"text": "(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var Pos = CodeMirror.Pos;\n function posEq(a, b) { return a.line == b.line && a.ch == b.ch; }\n\n // Kill 'ring'\n\n var killRing = [];\n function addToRing(str) {\n killRing.push(str);\n if (killRing.length > 50) killRing.shift();\n }\n function growRingTop(str) {\n if (!killRing.length) return addToRing(str);\n killRing[killRing.length - 1] += str;\n }\n function getFromRing(n) { return killRing[killRing.length - (n ? Math.min(n, 1) : 1)] || \"\"; }\n function popFromRing() { if (killRing.length > 1) killRing.pop(); return getFromRing(); }\n\n var lastKill = null;\n\n function kill(cm, from, to, mayGrow, text) {\n if (text == null) text = cm.getRange(from, to);\n\n if (mayGrow && lastKill && lastKill.cm == cm && posEq(from, lastKill.pos) && cm.isClean(lastKill.gen))\n growRingTop(text);\n else\n addToRing(text);\n cm.replaceRange(\"\", from, to, \"+delete\");\n\n if (mayGrow) lastKill = {cm: cm, pos: from, gen: cm.changeGeneration()};\n else lastKill = null;\n }\n\n // Boundaries of various units\n\n function byChar(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"char\", true);\n }\n\n function byWord(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"word\", true);\n }\n\n function byLine(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"line\", cm.doc.sel.goalColumn);\n }\n\n function byPage(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"page\", cm.doc.sel.goalColumn);\n }\n\n function byParagraph(cm, pos, dir) {\n var no = pos.line, line = cm.getLine(no);\n var sawText = /\\S/.test(dir < 0 ? line.slice(0, pos.ch) : line.slice(pos.ch));\n var fst = cm.firstLine(), lst = cm.lastLine();\n for (;;) {\n no += dir;\n if (no < fst || no > lst)\n return cm.clipPos(Pos(no - dir, dir < 0 ? 0 : null));\n line = cm.getLine(no);\n var hasText = /\\S/.test(line);\n if (hasText) sawText = true;\n else if (sawText) return Pos(no, 0);\n }\n }\n\n function bySentence(cm, pos, dir) {\n var line = pos.line, ch = pos.ch;\n var text = cm.getLine(pos.line), sawWord = false;\n for (;;) {\n var next = text.charAt(ch + (dir < 0 ? -1 : 0));\n if (!next) { // End/beginning of line reached\n if (line == (dir < 0 ? cm.firstLine() : cm.lastLine())) return Pos(line, ch);\n text = cm.getLine(line + dir);\n if (!/\\S/.test(text)) return Pos(line, ch);\n line += dir;\n ch = dir < 0 ? text.length : 0;\n continue;\n }\n if (sawWord && /[!?.]/.test(next)) return Pos(line, ch + (dir > 0 ? 1 : 0));\n if (!sawWord) sawWord = /\\w/.test(next);\n ch += dir;\n }\n }\n\n function byExpr(cm, pos, dir) {\n var wrap;\n if (cm.findMatchingBracket && (wrap = cm.findMatchingBracket(pos, true))\n && wrap.match && (wrap.forward ? 1 : -1) == dir)\n return dir > 0 ? Pos(wrap.to.line, wrap.to.ch + 1) : wrap.to;\n\n for (var first = true;; first = false) {\n var token = cm.getTokenAt(pos);\n var after = Pos(pos.line, dir < 0 ? token.start : token.end);\n if (first && dir > 0 && token.end == pos.ch || !/\\w/.test(token.string)) {\n var newPos = cm.findPosH(after, dir, \"char\");\n if (posEq(after, newPos)) return pos;\n else pos = newPos;\n } else {\n return after;\n }\n }\n }\n\n // Prefixes (only crudely supported)\n\n function getPrefix(cm, precise) {\n var digits = cm.state.emacsPrefix;\n if (!digits) return precise ? null : 1;\n clearPrefix(cm);\n return digits == \"-\" ? -1 : Number(digits);\n }\n\n function repeated(cmd) {\n var f = typeof cmd == \"string\" ? function(cm) { cm.execCommand(cmd); } : cmd;\n return function(cm) {\n var prefix = getPrefix(cm);\n f(cm);\n for (var i = 1; i < prefix; ++i) f(cm);\n };\n }\n\n function findEnd(cm, by, dir) {\n var pos = cm.getCursor(), prefix = getPrefix(cm);\n if (prefix < 0) { dir = -dir; prefix = -prefix; }\n for (var i = 0; i < prefix; ++i) {\n var newPos = by(cm, pos, dir);\n if (posEq(newPos, pos)) break;\n pos = newPos;\n }\n return pos;\n }\n\n function move(by, dir) {\n var f = function(cm) {\n cm.extendSelection(findEnd(cm, by, dir));\n };\n f.motion = true;\n return f;\n }\n\n function killTo(cm, by, dir) {\n kill(cm, cm.getCursor(), findEnd(cm, by, dir), true);\n }\n\n function addPrefix(cm, digit) {\n if (cm.state.emacsPrefix) {\n if (digit != \"-\") cm.state.emacsPrefix += digit;\n return;\n }\n // Not active yet\n cm.state.emacsPrefix = digit;\n cm.on(\"keyHandled\", maybeClearPrefix);\n cm.on(\"inputRead\", maybeDuplicateInput);\n }\n\n var prefixPreservingKeys = {\"Alt-G\": true, \"Ctrl-X\": true, \"Ctrl-Q\": true, \"Ctrl-U\": true};\n\n function maybeClearPrefix(cm, arg) {\n if (!cm.state.emacsPrefixMap && !prefixPreservingKeys.hasOwnProperty(arg))\n clearPrefix(cm);\n }\n\n function clearPrefix(cm) {\n cm.state.emacsPrefix = null;\n cm.off(\"keyHandled\", maybeClearPrefix);\n cm.off(\"inputRead\", maybeDuplicateInput);\n }\n\n function maybeDuplicateInput(cm, event) {\n var dup = getPrefix(cm);\n if (dup > 1 && event.origin == \"+input\") {\n var one = event.text.join(\"\\n\"), txt = \"\";\n for (var i = 1; i < dup; ++i) txt += one;\n cm.replaceSelection(txt);\n }\n }\n\n function addPrefixMap(cm) {\n cm.state.emacsPrefixMap = true;\n cm.addKeyMap(prefixMap);\n cm.on(\"keyHandled\", maybeRemovePrefixMap);\n cm.on(\"inputRead\", maybeRemovePrefixMap);\n }\n\n function maybeRemovePrefixMap(cm, arg) {\n if (typeof arg == \"string\" && (/^\\d$/.test(arg) || arg == \"Ctrl-U\")) return;\n cm.removeKeyMap(prefixMap);\n cm.state.emacsPrefixMap = false;\n cm.off(\"keyHandled\", maybeRemovePrefixMap);\n cm.off(\"inputRead\", maybeRemovePrefixMap);\n }\n\n // Utilities\n\n function setMark(cm) {\n cm.setCursor(cm.getCursor());\n cm.setExtending(!cm.getExtending());\n cm.on(\"change\", function() { cm.setExtending(false); });\n }\n\n function clearMark(cm) {\n cm.setExtending(false);\n cm.setCursor(cm.getCursor());\n }\n\n function getInput(cm, msg, f) {\n if (cm.openDialog)\n cm.openDialog(msg + \": <input type=\\\"text\\\" style=\\\"width: 10em\\\"/>\", f, {bottom: true});\n else\n f(prompt(msg, \"\"));\n }\n\n function operateOnWord(cm, op) {\n var start = cm.getCursor(), end = cm.findPosH(start, 1, \"word\");\n cm.replaceRange(op(cm.getRange(start, end)), start, end);\n cm.setCursor(end);\n }\n\n function toEnclosingExpr(cm) {\n var pos = cm.getCursor(), line = pos.line, ch = pos.ch;\n var stack = [];\n while (line >= cm.firstLine()) {\n var text = cm.getLine(line);\n for (var i = ch == null ? text.length : ch; i > 0;) {\n var ch = text.charAt(--i);\n if (ch == \")\")\n stack.push(\"(\");\n else if (ch == \"]\")\n stack.push(\"[\");\n else if (ch == \"}\")\n stack.push(\"{\");\n else if (/[\\(\\{\\[]/.test(ch) && (!stack.length || stack.pop() != ch))\n return cm.extendSelection(Pos(line, i));\n }\n --line; ch = null;\n }\n }\n\n function quit(cm) {\n cm.execCommand(\"clearSearch\");\n clearMark(cm);\n }\n\n // Actual keymap\n\n var keyMap = CodeMirror.keyMap.emacs = {\n \"Ctrl-W\": function(cm) {kill(cm, cm.getCursor(\"start\"), cm.getCursor(\"end\"));},\n \"Ctrl-K\": repeated(function(cm) {\n var start = cm.getCursor(), end = cm.clipPos(Pos(start.line));\n var text = cm.getRange(start, end);\n if (!/\\S/.test(text)) {\n text += \"\\n\";\n end = Pos(start.line + 1, 0);\n }\n kill(cm, start, end, true, text);\n }),\n \"Alt-W\": function(cm) {\n addToRing(cm.getSelection());\n clearMark(cm);\n },\n \"Ctrl-Y\": function(cm) {\n var start = cm.getCursor();\n cm.replaceRange(getFromRing(getPrefix(cm)), start, start, \"paste\");\n cm.setSelection(start, cm.getCursor());\n },\n \"Alt-Y\": function(cm) {cm.replaceSelection(popFromRing(), \"around\", \"paste\");},\n\n \"Ctrl-Space\": setMark, \"Ctrl-Shift-2\": setMark,\n\n \"Ctrl-F\": move(byChar, 1), \"Ctrl-B\": move(byChar, -1),\n \"Right\": move(byChar, 1), \"Left\": move(byChar, -1),\n \"Ctrl-D\": function(cm) { killTo(cm, byChar, 1); },\n \"Delete\": function(cm) { killTo(cm, byChar, 1); },\n \"Ctrl-H\": function(cm) { killTo(cm, byChar, -1); },\n \"Backspace\": function(cm) { killTo(cm, byChar, -1); },\n\n \"Alt-F\": move(byWord, 1), \"Alt-B\": move(byWord, -1),\n \"Alt-D\": function(cm) { killTo(cm, byWord, 1); },\n \"Alt-Backspace\": function(cm) { killTo(cm, byWord, -1); },\n\n \"Ctrl-N\": move(byLine, 1), \"Ctrl-P\": move(byLine, -1),\n \"Down\": move(byLine, 1), \"Up\": move(byLine, -1),\n \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStart\",\n\n \"Alt-V\": move(byPage, -1), \"Ctrl-V\": move(byPage, 1),\n \"PageUp\": move(byPage, -1), \"PageDown\": move(byPage, 1),\n\n \"Ctrl-Up\": move(byParagraph, -1), \"Ctrl-Down\": move(byParagraph, 1),\n\n \"Alt-A\": move(bySentence, -1), \"Alt-E\": move(bySentence, 1),\n \"Alt-K\": function(cm) { killTo(cm, bySentence, 1); },\n\n \"Ctrl-Alt-K\": function(cm) { killTo(cm, byExpr, 1); },\n \"Ctrl-Alt-Backspace\": function(cm) { killTo(cm, byExpr, -1); },\n \"Ctrl-Alt-F\": move(byExpr, 1), \"Ctrl-Alt-B\": move(byExpr, -1),\n\n \"Shift-Ctrl-Alt-2\": function(cm) {\n cm.setSelection(findEnd(cm, byExpr, 1), cm.getCursor());\n },\n \"Ctrl-Alt-T\": function(cm) {\n var leftStart = byExpr(cm, cm.getCursor(), -1), leftEnd = byExpr(cm, leftStart, 1);\n var rightEnd = byExpr(cm, leftEnd, 1), rightStart = byExpr(cm, rightEnd, -1);\n cm.replaceRange(cm.getRange(rightStart, rightEnd) + cm.getRange(leftEnd, rightStart) +\n cm.getRange(leftStart, leftEnd), leftStart, rightEnd);\n },\n \"Ctrl-Alt-U\": repeated(toEnclosingExpr),\n\n \"Alt-Space\": function(cm) {\n var pos = cm.getCursor(), from = pos.ch, to = pos.ch, text = cm.getLine(pos.line);\n while (from && /\\s/.test(text.charAt(from - 1))) --from;\n while (to < text.length && /\\s/.test(text.charAt(to))) ++to;\n cm.replaceRange(\" \", Pos(pos.line, from), Pos(pos.line, to));\n },\n \"Ctrl-O\": repeated(function(cm) { cm.replaceSelection(\"\\n\", \"start\"); }),\n \"Ctrl-T\": repeated(function(cm) {\n cm.execCommand(\"transposeChars\");\n }),\n\n \"Alt-C\": repeated(function(cm) {\n operateOnWord(cm, function(w) {\n var letter = w.search(/\\w/);\n if (letter == -1) return w;\n return w.slice(0, letter) + w.charAt(letter).toUpperCase() + w.slice(letter + 1).toLowerCase();\n });\n }),\n \"Alt-U\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toUpperCase(); });\n }),\n \"Alt-L\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toLowerCase(); });\n }),\n\n \"Alt-;\": \"toggleComment\",\n\n \"Ctrl-/\": repeated(\"undo\"), \"Shift-Ctrl--\": repeated(\"undo\"),\n \"Ctrl-Z\": repeated(\"undo\"), \"Cmd-Z\": repeated(\"undo\"),\n \"Shift-Alt-,\": \"goDocStart\", \"Shift-Alt-.\": \"goDocEnd\",\n \"Ctrl-S\": \"findNext\", \"Ctrl-R\": \"findPrev\", \"Ctrl-G\": quit, \"Shift-Alt-5\": \"replace\",\n \"Alt-/\": \"autocomplete\",\n \"Ctrl-J\": \"newlineAndIndent\", \"Enter\": false, \"Tab\": \"indentAuto\",\n\n \"Alt-G\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Alt-G\");},\n \"Ctrl-X\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Ctrl-X\");},\n \"Ctrl-Q\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Ctrl-Q\");},\n \"Ctrl-U\": addPrefixMap\n };\n\n CodeMirror.keyMap[\"emacs-Ctrl-X\"] = {\n \"Tab\": function(cm) {\n cm.indentSelection(getPrefix(cm, true) || cm.getOption(\"indentUnit\"));\n },\n \"Ctrl-X\": function(cm) {\n cm.setSelection(cm.getCursor(\"head\"), cm.getCursor(\"anchor\"));\n },\n\n \"Ctrl-S\": \"save\", \"Ctrl-W\": \"save\", \"S\": \"saveAll\", \"F\": \"open\", \"U\": repeated(\"undo\"), \"K\": \"close\",\n \"Delete\": function(cm) { kill(cm, cm.getCursor(), bySentence(cm, cm.getCursor(), 1), true); },\n auto: \"emacs\", nofallthrough: true, disableInput: true\n };\n\n CodeMirror.keyMap[\"emacs-Alt-G\"] = {\n \"G\": function(cm) {\n var prefix = getPrefix(cm, true);\n if (prefix != null && prefix > 0) return cm.setCursor(prefix - 1);\n\n getInput(cm, \"Goto line\", function(str) {\n var num;\n if (str && !isNaN(num = Number(str)) && num == num|0 && num > 0)\n cm.setCursor(num - 1);\n });\n },\n auto: \"emacs\", nofallthrough: true, disableInput: true\n };\n\n CodeMirror.keyMap[\"emacs-Ctrl-Q\"] = {\n \"Tab\": repeated(\"insertTab\"),\n auto: \"emacs\", nofallthrough: true\n };\n\n var prefixMap = {\"Ctrl-G\": clearPrefix};\n function regPrefix(d) {\n prefixMap[d] = function(cm) { addPrefix(cm, d); };\n keyMap[\"Ctrl-\" + d] = function(cm) { addPrefix(cm, d); };\n prefixPreservingKeys[\"Ctrl-\" + d] = true;\n }\n for (var i = 0; i < 10; ++i) regPrefix(String(i));\n regPrefix(\"-\");\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/readme": {
"title": "$:/plugins/tiddlywiki/codemirror/readme",
"text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]]. It provides several advantages over the default browser text editor:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n"
},
"$:/plugins/tiddlywiki/codemirror/styles": {
"title": "$:/plugins/tiddlywiki/codemirror/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid #ddd;\n\tline-height: 1.5;\n\tfont-family: \"Monaco\", monospace;\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
},
"$:/plugins/tiddlywiki/codemirror/usage": {
"title": "$:/plugins/tiddlywiki/codemirror/usage",
"text": "! Setting ~CodeMirror Content Types\n\nYou can determine which tiddler content types are edited by the ~CodeMirror widget by creating or modifying special tiddlers whose prefix is comprised of the string `$:/config/EditorTypeMappings/` concatenated with the content type. The text of that tiddler gives the editor type to be used (eg, ''text'', ''bitmap'', ''codemirror'').\n\nThe current editor type mappings are shown in [[$:/ControlPanel]] under the \"Advanced\" tab.\n\n! ~CodeMirror Configuration\n\nYou can configure the ~CodeMirror plugin by creating a tiddler called [[$:/config/CodeMirror]] containing a JSON configuration object. The configuration tiddler must have its type field set to `application/json` to take effect.\n\nSee http://codemirror.net/ for details of available configuration options.\n\nFor example:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n ],\n \"configuration\": {\n \"keyMap\": \"vim\",\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n!! Basic working configuration\n\n# Create a tiddler called `$:/config/CodeMirror`\n\n# The type of the tiddler has to be set to `application/json`\n\n# The text of the tiddler is the following: \n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n\n```\n\n# You should see line numbers when editing a tiddler\n# When editing a tiddler, no matter what the type of the tiddler is set to, you should see matching brackets being highlighted whenever the cursor is next to one of them\n# If you edit a tiddler with the type `application/javascript` or `application/json` you should see the code being syntax highlighted\n\n!! Add HTML syntax highlighting\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/xml/xml.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true\n }\n}\n```\n# Edit a tiddler with the type `text/html` and write some html code. You should see your code being coloured\n\n!! Add a non-existing language mode\n\nHere's an example of adding a new language mode - in this case, the language C.\n\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/clike/clike.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n# Add the correct ~EditorTypeMappings tiddler\n## Find the matching MIME type. If you go on the [[CodeMirror documentation for language modes|http://codemirror.net/mode/index.html]] you can see the [[documentation for the c-like mode|http://codemirror.net/mode/clike/index.html]]. In this documentation, at the end you will be told the MIME types defined. Here it's ''text/x-csrc''\n## Add the tiddler: `$:/config/EditorTypeMappings/text/x-csrc` and fill the text field with : ''codemirror''\n\nIf you edit a tiddler with the type `text/x-csrc` and write some code in C, you should see your text being coloured.\n\n!! Add matching tags\n\n# Add XML and HTML colouring\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/matchtags.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"extraKeys\": {\"Ctrl-J\": \"toMatchingTag\"}\n }\n}\n```\n\nEdit a tiddler that has the type :`text/htm` and write this code:\n\n```\n<html>\n <div id=\"click here and press CTRL+J\">\n <ul>\n <li>\n </li>\n </ul>\n </div>\n</html>\n```\n\nIf you click on a tag and press CTRL+J, your cursor will select the matching tag. Supposedly, it should highlight the pair when clicking a tag. However, that part doesn't work.\n\n!! Adding closing tags\n\n# Add the xml mode (see \"Add XML and HTML colouring\")\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closetag.js]]\n\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"autoCloseTags\":true\n }\n}\n```\n\nIf you edit a tiddler with the type`text/html` and write:\n\n```\n<html>\n```\n\nThen the closing tag ''</html>'' should automatically appear.\n\n!! Add closing brackets\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closebrackets.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js\"\n ],\n\n \"configuration\": {\n\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true,\n \"autoCloseBrackets\":true\n }\n}\n```\n\n# If you try to edit any tiddler and write `if(` you should see the bracket closing itself automatically (you will get \"if()\"). It works with (), [], and {}\n# If you try and edit a tiddler with the type `application/javascript`, it will auto-close `()`,`[]`,`{}`,`''` and `\"\"`\n\n!! Adding folding tags\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/fold/foldcode.js]]\n# Repeat the above process for the following tiddlers, but replace the code with the one from the given link:\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js`, the code can be found here [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/addon/fold/xml-fold.js]]\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js`, the code can be found here [[http://codemirror.net/addon/fold/foldgutter.js]]\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.css`\n## Add the tag `$:/tags/Stylesheet`\n## Set the text field of the tiddler with the css code from this link : [[http://codemirror.net/addon/fold/foldgutter.css]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"foldGutter\": true,\n \"gutters\": [\"CodeMirror-linenumbers\", \"CodeMirror-foldgutter\"]\n }\n}\n```\n\nNow if you type the below code in a tiddler with the type `text/html`:\n\n```\n<html>\n <div>\n <ul>\n\n </ul>\n </div>\n</html>\n```\n\nYou should see little arrows just next to the line numbers. Clicking on it will have the effect to fold the code (or unfold it).\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/googleanalytics/googleanalytics.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/googleanalytics/googleanalytics.js\ntype: application/javascript\nmodule-type: startup\n\nRuns Google Analytics with the account number in the tiddler `$:/GoogleAnalyticsAccount` and the domain name in `$:/GoogleAnalyticsDomain`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"google-analytics\";\nexports.platforms = [\"browser\"];\nexports.synchronous = true;\n\nvar GOOGLE_ANALYTICS_ACCOUNT = \"$:/GoogleAnalyticsAccount\",\n\tGOOGLE_ANALYTICS_DOMAIN = \"$:/GoogleAnalyticsDomain\";\n\nexports.startup = function() {\n\twindow._gaq = window._gaq || [];\n\t_gaq.push([\"_setAccount\", $tw.wiki.getTiddlerText(GOOGLE_ANALYTICS_ACCOUNT)]);\n\t_gaq.push([\"_setDomainName\", $tw.wiki.getTiddlerText(GOOGLE_ANALYTICS_DOMAIN)]);\n\t_gaq.push([\"_trackPageview\"]);\n\tvar ga = document.createElement(\"script\");\n\tga.type = \"text/javascript\";\n\tga.async = true;\n\tga.src = (\"https:\" == document.location.protocol ? \"https://ssl\" : \"http://www\") + \".google-analytics.com/ga.js\";\n\tdocument.body.appendChild(ga);\n};\n\n})();\n",
"title": "$:/plugins/tiddlywiki/googleanalytics/googleanalytics.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/tiddlywiki/googleanalytics/readme": {
"title": "$:/plugins/tiddlywiki/googleanalytics/readme",
"text": "This plugin enables you to use Google Analytics to track access to your online TiddlyWiki document.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/googleanalytics]]\n"
},
"$:/plugins/tiddlywiki/googleanalytics/usage": {
"title": "$:/plugins/tiddlywiki/googleanalytics/usage",
"text": "These instructions assume you are using TiddlySpot to publish your wiki.\n\n# Go to the Google Analytics website: http://www.google.com/analytics/\n# Click the ''Access Google Analytics'' button and follow instructions to set up your account\n# Enter the name of your TiddlySpot domain, for example \"mysite.tiddlyspot.com\" \n# You will be given your own Tracking ID for this domain\n# Go to http://tiddlywiki.com -- open the More/System tab and drag the links to these three tiddlers across to a local copy of your site:\n#* [[$:/GoogleAnalyticsDomain]]\n#* [[$:/GoogleAnalyticsAccount]]\n#* [[$:/plugins/tiddlywiki/googleanalytics]]\n# Edit the first two of these tiddlers to reflect your Domain and Tracking ID\n# Upload the new version to TiddlySpot or other web host\n# Return to your Google Analytics page to check that your site is being tracked\n\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/stacked-view/StackedControls": {
"title": "$:/plugins/tiddlywiki/stacked-view/StackedControls",
"tags": "$:/tags/TopLeftBar",
"text": "<$reveal type=\"match\" state=\"$:/view\" text=\"stacked\">\nStacked view fan height:\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"-10\">-10</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"0\">0</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"10\">10</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"30\">30</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"50\">50</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"100\">100</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"300\">300</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"500\">500</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"700\">700</$button>\n<$button set=\"$:/config/StackedStoryViewFanHeight\" setTo=\"1500\">1500</$button>\n</$reveal>\n"
},
"$:/config/StackedStoryViewFanHeight": {
"title": "$:/config/StackedStoryViewFanHeight",
"text": "100"
},
"$:/plugins/tiddlywiki/stacked-view/readme": {
"title": "$:/plugins/tiddlywiki/stacked-view/readme",
"text": "This plugin provides a new story visualisation that displays individual tiddlers as a stack of cards. It is currently experimental and incomplete.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/stacked-view]]\n"
},
"$:/plugins/tiddlywiki/stacked-view/config-macros/stacked-storyview": {
"title": "$:/plugins/tiddlywiki/stacked-view/config-macros/stacked-storyview",
"tags": "$:/tags/Macro",
"text": "\\define tv-stacked-storyview-fan-height-config-title() $:/config/StackedStoryViewFanHeight\n"
},
"$:/plugins/tiddlywiki/stacked-view/stacked.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/stacked-view/stacked.js\ntype: application/javascript\nmodule-type: storyview\n\nKeeps tiddlers in a stack\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar StackedListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\tthis.fanHeightConfigTitle = listWidget.getVariable(\"tv-stacked-storyview-fan-height-config-title\");\n\tthis.placeTiddlers();\n};\n\nStackedListView.prototype.placeTiddlers = function() {\n\t// Initialise the stack of tiddler titles\n\tthis.listStack = [];\n\tvar numItems = this.listWidget.children.length,\n\t\tt, itemWidget,\n\t\tduration = $tw.utils.getAnimationDuration();\n\tfor(t=numItems-1; t>=0; t--) {\n\t\titemWidget = this.listWidget.children[t];\n\t\tthis.listStack.push(itemWidget.parseTreeNode.itemTitle);\n\t}\n\t// Ensure the tiddler at the top of the history stack is at the top of the array\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]);\n\tfor(t=0; t<history.length; t++) {\n\t\tvar title = history[t].title;\n\t\tif(this.listStack.indexOf(title) !== -1) {\n\t\t\t$tw.utils.pushTop(this.listStack,title);\n\t\t}\n\t}\n\t// Get the configured fan height\n\tvar fanHeight = parseInt(this.listWidget.wiki.getTiddlerText(this.fanHeightConfigTitle),10);\n\t// Position each tiddler\n\tfor(var t=numItems-1; t>=0; t--) {\n\t\t// Get the DOM node for this tiddler\n\t\titemWidget = this.listWidget.children[t];\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\tif(domNode instanceof Element) {\n\t\t\t// Allows the width of the tiddler to be adjusted\n\t\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t\t\t// Find the position of the tiddler in the stack\n\t\t\tvar pos = this.listStack.indexOf(itemWidget.parseTreeNode.itemTitle);\n\t\t\tif(pos !== -1) {\n\t\t\t\t// Style the tiddler to position it\n\t\t\t\tvar posFactor = pos/(numItems-1);\n\t\t\t\t$tw.utils.setStyle(domNode,[\n\t\t\t\t\t{position: \"absolute\"},\n\t\t\t\t\t{transformOrigin: \"50% 0\"},\n\t\t\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration * (0.5 + posFactor) + \"ms \" + easing},\n\t\t\t\t\t{transform: \"translateX(0px) translateY(\" + (fanHeight * posFactor * posFactor) + \"px) scale(\" + (0.1 + posFactor * 0.9) + \")\"},\n\t\t\t\t\t{zIndex: pos + \"\"}\n\t\t\t\t]);\n\t\t\t}\n\t\t}\n\t}\n};\n\nStackedListView.prototype.refreshStart = function(changedTiddlers,changedAttributes) {\n};\n\nStackedListView.prototype.refreshEnd = function(changedTiddlers,changedAttributes) {\n\tthis.placeTiddlers();\n};\n\nStackedListView.prototype.navigateTo = function(historyInfo) {\n};\n\nStackedListView.prototype.insert = function(widget) {\n};\n\nStackedListView.prototype.remove = function(widget) {\n\twidget.removeChildDomNodes();\n};\n\nexports.stacked = StackedListView;\n\n})();",
"title": "$:/plugins/tiddlywiki/stacked-view/stacked.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/images/storyview-stacked": {
"title": "$:/core/images/storyview-stacked",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-storyview-stack tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M8.00697327,0 C3.58484404,0 0,3.59075293 0,8.00697327 L0,119.993027 C0,124.415156 3.59075293,128 8.00697327,128 L119.993027,128 C124.415156,128 128,124.409247 128,119.993027 L128,8.00697327 C128,3.58484404 124.409247,0 119.993027,0 L8.00697327,0 L8.00697327,0 Z M32,43 L32,37.3807213 C32,34.4040057 34.3875896,32 37.3328305,32 L45.5,32 L45.5,32 L84,32 L90.6671695,32 C93.6079301,32 96,34.409031 96,37.3807213 L96,43 L32,43 Z M30,48 L23.9992458,48 C19.5813843,48 16,51.578055 16,56.0085154 L16,103.991485 C16,108.414466 19.5881049,112 23.9992458,112 L104.000754,112 C108.418616,112 112,108.421945 112,103.991485 L112,56.0085154 C112,51.5855345 108.411895,48 104.000754,48 L98.5,48 L30,48 Z M80,27 L80,23.7529272 C80,22.2325275 78.803965,21 77.3335847,21 L50.6664153,21 C49.1937948,21 48,22.2299564 48,23.7529272 L48,27 L80,27 Z\"></path>\n </g>\n</svg>"
}
}
}
洪偉的跑團工具
COC7 跑團工具
yes
yes
$:/core/ui/AdvancedSearch/System
$:/core/ui/ControlPanel/Theme
$:/core/ui/ControlPanel/Basics
$:/core/ui/ControlPanel/Plugins/Installed/Plugins
$:/core/ui/ControlPanel/TiddlerFields
$:/core/ui/ControlPanel/Plugins/Add/Plugins
$:/core/ui/ControlPanel/Saving
$:/core/ui/MoreSideBar/System
$:/core/ui/SideBar/Recent
$:/core/ui/ControlPanel/Toolbars/ViewToolbar
洪偉（Wayneh）
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
}
}
}
loaded
$:/themes/tiddlywiki/vanilla
{
"tiddlers": {
"$:/themes/tiddlywiki/centralised/styles.tid": {
"title": "$:/themes/tiddlywiki/centralised/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\thtml .tc-page-container {\n\t\ttext-align: center;\n\t}\n\n\thtml .tc-story-river {\n\t\tposition: relative;\n\t\twidth: 770px;\n\t\tpadding: 42px;\n\t\tmargin: 0 auto;\n\t\ttext-align: left;\n\t}\n\n\thtml .tc-sidebar-scrollable {\n\t\ttext-align: left;\n\t\tleft: 50%;\n\t\tright: 0;\n\t\tmargin-left: 343px;\n\t}\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t<<filter \"blur(4px)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "Theme Tweaks",
"text": "\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\">\n<$link to=\"\">\n(none)\n</$link>\n<hr>\n<$list filter=\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[sort[title]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\">Scroll with tiddlers</option>\n<option value=\"fixed\">Fixed to window</option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\">Auto</option>\n<option value=\"cover\">Cover</option>\n<option value=\"contain\">Contain</option>\n</$select>\n\\end\n\nYou can tweak certain aspects of the ''Vanilla'' theme.\n\n! Options\n\n|[[Sidebar layout|$:/themes/tiddlywiki/vanilla/options/sidebarlayout]] |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\">Fixed story, fluid sidebar</option><option value=\"fluid-fixed\">Fluid story, fixed sidebar</option></$select> |\n|[[Sticky titles|$:/themes/tiddlywiki/vanilla/options/stickytitles]]<br>//Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">No</option><option value=\"yes\">Yes</option></$select> |\n\n! Settings\n\n|[[Font family|$:/themes/tiddlywiki/vanilla/settings/fontfamily]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|[[Code font family|$:/themes/tiddlywiki/vanilla/settings/codefontfamily]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|[[Page background image|$:/themes/tiddlywiki/vanilla/settings/backgroundimage]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|[[Page background image attachment |$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment]] |<<backgroundimageattachment-dropdown>> | |\n|[[Page background image size |$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize]] |<<backgroundimagesize-dropdown>> | |\n\n! Sizes\n\n|[[Font size|$:/themes/tiddlywiki/vanilla/metrics/fontsize]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|[[Line height|$:/themes/tiddlywiki/vanilla/metrics/lineheight]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|[[Font size for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|[[Line height for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodylineheight]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|[[Story left position|$:/themes/tiddlywiki/vanilla/metrics/storyleft]]<br>//how far the left margin of the story river<br>(tiddler area) is from the left of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|[[Story top position|$:/themes/tiddlywiki/vanilla/metrics/storytop]]<br>//how far the top margin of the story river<br>is from the top of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|[[Story right|$:/themes/tiddlywiki/vanilla/metrics/storyright]]<br>//how far the left margin of the sidebar <br>is from the left of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|[[Story width|$:/themes/tiddlywiki/vanilla/metrics/storywidth]]<br>//the overall width of the story river// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|[[Tiddler width|$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth]]<br>//within the story river//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|[[Sidebar breakpoint|$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint]]<br>//the minimum page width at which the story<br>river and sidebar will appear side by side// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|[[Sidebar width|$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth]]<br>//the width of the sidebar in fluid-fixed layout// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: pre;\n\twhite-space: pre-wrap;\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n white-space: pre-wrap;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 300;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-search-results {\n\tpadding-top: 14px;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg,\n.tc-search svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: auto;\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 28px;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor, .tc-tiddler-frame textarea.tc-edit-texteditor {\n\twidth: 100%;\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\tbackground-color: <<colour tiddler-editor-background>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 48%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tc-tiddler-preview-edit {\n\twidth: 48%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\t\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info img, .tc-plugin-info svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon img, .tc-plugin-info.tc-small-icon svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n text-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n min-width: 100%;\n min-height: 100%;\n max-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", \"DejaVu Sans\", sans-serif"
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "Monaco, Consolas, \"Lucida Console\", \"DejaVu Sans Mono\", monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
}
}
}
fluid-fixed
yes
sinkingcity_splash_feature.jpg
coctrpg
classic
Appearance，外表： 外表同時度量了肉體和人格的吸引力。一個有更高的 APP 的人，看起來更加迷人與討喜，但是不一定長得很好看。如果有人的 APP 變成 0 ，顯然是醜陋的，可能有完全可憎的舉止，不管在何處都惹人非議。 APP 在社會遭遇或是給人好印象的時候可能會有用。 ! 數值意義 *''0''：見不得人，其他人會感到恐懼、厭惡或憐憫 *''15''：醜陋，可能由受傷或在出生時被毀的 *''50''：平均的人類外貌 *''90''：你所見過最美的人之一，自然的吸引力 *''99''：至高的魅力與帥氣（超級模特兒或世界級電影新星）。人類極限 > APP 只對人類有用，並且無法超過 99。
Constitution，體質： 代表健康、元氣與生命力。中毒與疾病將直接挑戰探索者的體質。探索者有更高的體質的話，會有更高的HP---更耐打。嚴重的物理傷害或魔法攻擊可能降低數值，如果體質歸零，探索者死亡。 ! 數值意義 *''0''：死者 *''1''：病魘魘，容易久病，沒有協助的情況下可能無法維生 *''15''：變康很差，易於發病，非常容易感到疼痛 *''50''：平均的健康人 *''90''：不太會感冒，身強體壯 *''99''：鋼鐵般的體質，各種劇烈疼痛都挺得住。人類最大值 *''140''：超越人類的體質（如：大象） *''200+''：怪物搬的體質，免疫最可怕的疾病
傷害加成（DB，Damage Bonus）。
Dexterity，敏捷： 探索者有更高的敏捷，能更快、更靈活，並且有更高的身體彈性。DEX 擲骰可在掉落的過程中抓住支撐物、移動得比對手快、或完成一些微妙的任務。探索者的 DEX 是 0 的話，是不能完成和進行任何身體任務的。 在戰鬥中，以 DEX 來決定行動順序。 ! 數值意義 *''0''：在沒協助的情況下無法移動 *''15''：緩慢，笨拙於糟糕的開車技能，因為難以良好操縱 *''50''：平均人類水平 *''90''：快速、靈魂，可以表現高超的操作本領（如：雜耍、偉大的舞者） *''99''：世界級運動員。人類極限 *''120''：超越人類的敏捷（如：老虎） *''200+''：閃電般的敏捷，可以移動或表現得超越人類所能理解的速度
Education，教育： 教育度量了探索者所獲得的正式與事實知識，也指示了探索者用於全職教育的時間。EDU 度量了把持住的資訊，而不是資訊的智能應用（見[[INT]]）。一個沒有 EDU 的探索者像是一個新生兒或是記憶缺失者---缺乏對世界的知識，可能非常好奇與容易受騙。 EDU 是決定一個探索者的職業技能點數有多少的要素，代表一個探索者基礎的[[母語]]技能。EDU 同時用於進行 [[Know 擲骰]]。 ! 數值意義 *''0''：新生兒 *''15''：在任何意義下都是完全未受教育 *''60''：中學畢業 *''70''：大學畢業（學士） *''80''：學位畢業（碩士） *''90''：博士、教授 *''96''：在他的領域上的世界級權威 *''99''：人類極限
Intelligence，智力： 智力代表探索者有多善於學習、記憶、分析資訊與解決謎題。一個 INT 為 0 的探索者是一個胡言亂語的、流著口水的傻瓜。 智力決定新的探索者的可以分配到的個人興趣技能點數（INT x2）。INT 同時影響了 [[Idea 擲骰]]與 [[INT 擲骰]]的值。 如果 INT 的值看似和其他特徵矛盾，這是一個你可以進行角色扮演或著進一步定義你的探索的機會。例如，一個有高 [[EDU]] 與低 INT 的探索者，可以是一個學究教師或是雜耍型的表演者，他知道許多事實但是不知道它們的意義。相反地，高 INT 與低 EDU 可能意味著無知---像是一個未受教育的農場小弟，剛來到大城市---然而這個人可能不是一個呆瓜。 ! 數值意義 *''0''：毫無智能，無法理解周遭世界 *''15''：緩慢的學習者，只能掌握最基本的數學，或是閱讀小學生水平的書籍 *''50''：平均的人類智力 *''90''：腦筋靈光，可能可以了解複雜的語言或理論 *''99''：天才（愛因斯坦、達文西、特斯拉等）。人類極限 *''140''：超越人類的智能 *''200+''：怪物智能，能夠在多重維度中進行理解與運行
守密人在一些情況下，可能要求 Luck 檢定，看看在這樣的狀況探索者會遭遇到什麼事。 如果守密人要求團隊 Luck 檢定，則由 Luck 最低的探索者進行擲骰。 如果有些情況會使不幸降臨在某個探索者身上，守密人可以簡單指定 Luck 最低的玩家遭遇到災難。 ! 可選規則 !! [[使用幸運]]
> 見[[MOV對照表與交通工具數值]]。
|!MOV|!MPH|!KMH|!MOV|!MPH|!KMH| |!5|3|4.8|!13|60|72| |!6|4|6.4|!14|90|108| |!7|6|7.2|!15|135|162| |!8|8|9.6|!16|200|240| |!9|12|14.4|!17|300|360| |!10|18|21.6|!18|450|540| |!11|27|32.4|!19|675|810| |!12|40|48|!20|1000|1200| > 之後 [[MOV]] 每 +1 ，速度為前一級的 1.5 倍。 ! 體格 衡量交通工具的大小，降為0時表示無法行動。 當體格被減到剩下原本的½時，因為損毀的關係，擲[[開車]]或[[駕駛]]時需要多一個懲罰骰。 當一次的傷害等於原本的體格時，該交通工具直接被撞壞，可能會爆炸、燃燒、翻滾。KP決定裡面的人的生死，可以允許用通過[[Luck]]來逃出並最少受2D10的傷害。 如果體格值累計至0，該交通裝置變得無法駕駛。視情況，可能造成乘客跟駕駛每個人1D10的傷害。 ! [[開車]] |!車子|!MOV|!體格|!人員裝甲|!乘客| |國民車|13|4|1|3/4| |一般汽車|14|5|2|4| |豪華汽車|15|6|2|4| |跑車|16|5|2|1| |小卡車/貨卡|14|6|2|2+| |6噸卡車|13|7|2|2+| |半掛車|13|9|2|3+| |輕型機車|13|1|0|1| |重型機車|16|3|0|1| ! 飛行（[[駕駛]]） |!飛行裝置|!MOV|!體格|!人員裝甲|!乘客| |飛行船|12|10|2|112+| |螺旋槳飛機|15|5|1|4+| |轟炸機|17|11|2|10+| |噴射機|18|11|3|50+| |直昇機|15|5|2|15+| ! 航行（[[駕駛]]） |!水上交通工具|!MOV|!體格|!人員裝甲|!乘客| |木船|4|2|0|3| |氣墊船|12|4|0|22| |機船|14|3|0|6| |遊艇|11|32|0|2200+| |戰艦|11|65|0|1800+| |航空母艦|11|75|0|3200+| |潛水艇|12|24|0|120+| ! [[操作重機]] |!重型車輛|!MOV|!體格|!人員裝甲|!乘客| |坦克|11|20|24|4| |蒸氣火車|12|12|1|400+| |現代火車|15|14|2|400+| ! [[騎術]] |!其他交通方式|!MOV|!體格|!人員裝甲|!乘客| |馬（有騎手）|11|4|0|1| |四馬馬車|10|3|0|6+| |腳踏車|10|0.5|0|1|
神話的學習可以令學習者以特定的方法影響現實，這種「資訊包裹」被組織成咒語。咒語需要一些催化劑，在這遊戲中，就叫做 MP（魔法力，Magic Points）。 MP 必須用來施放咒語，包括為器物、傳送們等賦予能量。支付 MP 或 POW ，如同將一個人的生命力或本質匯流成咒語力量，使人陷入絕望與懊悔、陷入靈魂的麻木或是不容易注意的情況。 當一個人的 MP 超支後，會直接從他的 HP 中抽取等量的值。對肉體造成的破壞效果由 Keeper 決定。 對於一般探索者，MP 每小時可自動再生 1 點，但不能超過 POW 的五分之一。MP 的治癒如同 HP 一般，並且可與 HP 同時恢復。
! 神話評級（MR）－－工具書價值 當一本書進行過完整研讀後，閱讀者可以將該書當作工具書，該書的神話評級意謂著它所關聯到的神話相關特定事實。 用這樣的方式進行的研究，需要 1D4 小時，玩家以 1D100 進行擲骰，如果擲出來的值比神話評級要低或相等，玩家便可以找到相關的事實或暗示。
!! 姓名產生器 * [[角色產生器|http://wstryder.org/coccg/]] * [[名字產生器|http://www.behindthename.com/random/]] !! 數值 參考[[快速創角規則]]： # 把 40, 50, 50, 50, 60, 60, 70, 80 分配到角色屬性 # [[決定年齡與調整]] # 結算[[傷害加成與體格]] # 結算： #* HP = (CON+SIZ)/10 #* Luck = (3d6 ×5) # 決定職業並挑選出 8 個適當的職業技能 # 把 70%, 60%, 60%, 50%, 50%, 50%, 40%, 40%, 40% 分配到職業技能與''[[信用評級]]''（忽略基礎值）---如果職業的''[[信用評級]]''小於 40% ，調整到合適的值並將多出來的分配到其他職業技能 # 選擇 4 個非職業技能，提升 20% !! 常用 NPC 職業 |!職業|!Occuapation|!職業技能點|!職業技能|![[信用評級]]|!備註| |會計師|Accountant|EDU x4|[[會計]]、[[法律]]、[[圖書館使用]]、[[聆聽]]、[[說服]]、[[識破]]、個人專長×2|30~70|| |司機|Driver|EDU x2 + (DEX or STR) x2|[[會計]]、[[開車]]、[[聆聽]]、[[人際技能]]、[[機械維修]]、[[導航]]、[[心理學]]、個人專長|9~20|| |醫生|Doctor of Medicine|EDU x4|[[急救]]、[[醫藥]]、[[外語]](拉丁文)、[[心理學]]、[[科學]](生物學)、[[科學]](藥學)、個人專長或是學術專長×2|30~60|[Lovecraftian]| |消防隊員|Firefighter|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[閃避]]、[[開車]]、[[急救]]、[[跳躍]]、[[機械維修]]、[[操作重機]]、[[投擲]]|9~30|| |流浪漢|Hobo|EDU x2 + (APP or DEX) x2|[[技藝]](任意)、[[攀爬]]、[[跳躍]]、[[聆聽]]、[[鎖匠]]or[[巧手]]、[[導航]]、[[匿蹤]]、個人專長|0~5|| |護理師/護士|Nurse|EDU x4|[[急救]]、[[聆聽]]、[[醫藥]]、[[人際技能]]，[[心理學]]、[[科學]](生物學)、[[科學]](化學)、[[識破]]|9~30|| |警察，穿制服|Police Officer, Uniformed|EDU x2 + (DEX or STR) x2|[[戰鬥]](空手)、[[火器]]、[[急救]]、[[人際技能]]、[[法律]]、[[心理學]]、[[識破]]、下列選一：[[開車]]或[[騎術]]|9~30|| |教授|Professor|EDU x4|[[圖書館使用]]、[[外語]]、[[母語]]、[[心理學]]、個人專長或是學術專長×4|20~70|[Lovecraftian]| |記者|Reporter|EDU x4|[[技藝]](表演)、[[歷史]]、[[聆聽]]、[[母語]]、[[人際技能]]、[[心理學]]、[[匿蹤]]、[[識破]]|9~30||
Power，意志： POW 表示意志力；POW 愈高，對於魔法的適應性、抵抗力就愈高。POW 為 0 的探索者像是僵屍，並且缺乏「目的」，也無法使用魔法。除非有註明，POW 的失去是永久的。 [[San值]]在遊戲開始時，等同於角色的 POW 。恢復的細節請見[[心智]]。 POW 決定角色的「[[魔法力|MP]]」點數，不像 POW ，在遊戲中可以支用與重生。魔法力最大值等於 POW 的五分之一。 普通角色與探索者的 POW 很少改變。然而，那些熟習於[[克蘇魯神話]]的神祕與魔法的人，可能能夠提升他們的 POW 。 ! 數值意義 *''0''：如僵屍般的心靈，無意志力，無魔法潛力 *''15''：弱小的意志，簡單就可被更有智力或意志力更強的人們所支配 *''50''：平均人類 *''90''：強壯的意志、原動力，與不可見與魔法事物有很高的潛力可以建立連結 *''100''：鋼鐵意志，與靈魂「領域」或不可見世界有堅強的連結 *''140''：超越人類，可能是外星人 *''210+''：超越人類理解的怪物的魔法潛力與力量 > 人類 POW 可能超過 100 ，但是這是例外狀況
以下幾種情況可以進行 [[POW]] 的成長擲骰： *在施放咒語時，成功進行了 POW 對抗 *[[Luck]] 擲骰擲出 01 的獎勵 POW 的成長擲骰，擲 1D100： *''1 - 95''：失敗，無法成長 *''96 - 100''：成功，增加 1D10 的 POW
複製貼上就可以擲骰。 ``` 力量：[[3d6*5]] 敏捷：[[3d6*5]] 意志：[[3d6*5]] 體質：[[3d6*5]] 外貌：[[3d6*5]] 教育：[[(2d6+6)*5]] 體型：[[(2d6+6)*5]] 智力：[[(2d6+6)*5]] ```
當探索者經歷到會威脅心智的場景時， Keeper 可能會要求進行 San 檢定：擲 1D100 與現有的 San 值作比較，如果該值大於現有 San 值則失敗，反之則成功。 > 我們約定將 San 檢定標記為「SAN 1/1D4+1」，「/」左邊代表成功所失去的 San 值，右邊代表失敗所要失去的。 失去San值總是會伴隨一定程度的短暫失控。這時 Keeper 必須對探索者指定一種非自願行為。 請參考[[失去San值的範例]]。 ! 恐懼的適應性 如果一個神話生物已讓探索者受到足夠的驚嚇（也就是說，失去相當於他所能造成最多的 San 值下降的 San 值），那麼這個神話生物將不會再被當成是恐怖的存在，探索者習慣了牠，將牠當成一個普通的阻礙。 ! 成為[[相信者]] 成為[[相信者]]意味著，開始相信世界上確實存在著科學不能解釋的克蘇魯神話。 基本上，玩家可以決定探索者是否成為了[[相信者]]，不過要是看到了神話實體，就沒有道理拒絕相信了。
San 值，是 Sanity points （心智點數）的簡稱，它的初始值是由 POW 決定的。我們可以用以下特性去理解它： * 認知彈性：San 值可以反應出，一個角色是不是能夠合理化它所經歷到的認知失調。 * 安全感：一個 San 值越低的角色，會越輕易對於危險狀況無法理性行動。 * 安定性：情緒化、歇斯底里、不可理喻、無法考慮更長遠的後果等。 簡單來說， San 值可以理解成一個人的自制力。 ! 最大值與[[克蘇魯神話]] San 值的最大值，是由 99 減去克蘇魯神話的技能值所決定的，這意味著克蘇魯遊戲中的一個重要事實：宇宙的真相，是人類不該知道的事。在這個真相中，人類毫無價值、信念毫無意義、上帝及各種信仰只是個巨大的謊言。我們習以為常的人類舒適圈，實際上隨時可能動搖、甚至破滅。 所有技能點的上限都是 99，代表人類的能力上限，但只有克蘇魯神話的意義和其他技能不一樣：之所以無法獲得更多克蘇魯神話技能，是因為如果克蘇魯神話到達 99，San 值將會歸 0。
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
Size，尺寸： 尺寸是身高和體重平均到一個單一的值。眺過一堵牆、擠進小小的入口、或判定誰的頭會露出草叢，都是使用 SIZ 。尺寸幫助決定 HP、[[DB]]和體格。一個人如果少掉胳膊則減少 SIZ ，並且通常會減少 [[DEX]]。大概，如果探索者失去所有 SIZ 會消失---誰知道他去哪了？ ! 數值意義 *''1''：小嬰兒 (1 到 12 磅) *''15''：小孩，身形非常矮小（侏儒）（33磅/15公斤） *''60''：平均人類尺寸（包括身高體重）（170磅/75公斤） *''80''：非常高，體格壯碩，或肥胖（240磅/110公斤） *''99''：在某意義上尺寸過大（330磅/150公斤） *''150''：馬或牛（960磅/436公斤） *''180''：最重的人類紀錄（1400磅/634公斤） *''200+''：1920磅/872公斤 > 1 磅 = 450 克
Strength，力量： 代表探索者的肌肉強度。愈高的話可以移動或舉起愈重的東西。可以決定手持武器的攻擊力。 ! 數值意義 *''0''：衰弱：無法站立或舉起茶杯。 *''15''：孱弱。 *''50''：一般人類的力量。 *''90''：你遇過最強壯的人之一。 *''99''：世界級（奧林匹克舉重選手）。人類最大值。 *''140''：非人力量（大猩猩或是馬） *''200+''：怪物力量
<ul style="box-sizing: border-box; color: rgb(51, 51, 51); font-family: "Helvetica Neue", Helvetica, Arial, "Lucida Grande", "DejaVu Sans", sans-serif; font-size: 15px; font-style: normal; font-variant-ligatures: normal; font-variant-caps: normal; font-weight: normal; letter-spacing: normal; line-height: 22px; orphans: 2; text-align: start; text-indent: 0px; text-transform: none; white-space: normal; widows: 2; word-spacing: 0px; -webkit-text-stroke-width: 0px; background-color: rgb(255, 255, 255);"><li style="box-sizing: border-box;">1: 你感激他們。他們如何幫助你？（如：經濟上、在你的艱苦時刻保護你、給你第一份工作）</li><li style="box-sizing: border-box;">2: 他們教了你某件事。那是什麼？（如：一個技能、去愛、當個男子漢）</li><li style="box-sizing: border-box;">3: 他們給予你人生的意義。如何？（如：你渴望成為他們、你想和他們在一起、你想讓他們快樂）</li><li style="box-sizing: border-box;">4: 你傷害了他們，想要和好。你做了什麼？（如：偷了他們的錢、告訴警察關於他們的事、在他們沮喪時拒絕幫忙）</li><li style="box-sizing: border-box;">5: 共享一段經歷。什麼？（如：你們一起度過了一段艱苦的時光、你們一起長大、你們曾一起作戰）</li><li style="box-sizing: border-box;">6: 你想向他們證明你自己。如何？（如：得到一份好工作、找到一個好老婆、書讀得很好）</li><li style="box-sizing: border-box;">7: 你視他們為偶像（如：因為他們的名望、他們的美貌、他們的作品）</li><li style="box-sizing: border-box;">8: 一種懊悔（如：你本該死在他們那裡、你們因你說的某件事而分手、當有機會時你沒有前去伸出援手）</li><li style="box-sizing: border-box;">9: 你希望證明自己比他們更好。他們的瑕疵是什麼？（如：懶惰、酗酒、缺乏愛心）</li><li style="box-sizing: border-box;">10: 他們讓你痛苦，你想要復仇。你為何責怪他們？（如：愛人之死、你的事業被毀、婚姻破碎）</li></ul>
交通工具上的乘客不需要進行速度擲骰，也沒有追逐的行動可作。他們每個回合可以行動一次，譬如幫忙開槍（增加一個懲罰骰）。 *''瞄準輪胎''：增加一個懲罰骰（輪胎裝甲值 3，HP 2 ，爆胎的話，交通工具的體格 -1 ） 如果乘客協助導航、看地圖、協助解決危害，則進行[[識破]]或是[[導航]]的技能檢定，如果成功的話，交通工具下次加速時遇到的危害可以減少 1 顆懲罰骰。
|!程度|!描述|!傷害（體格）|!範例| |!輕微|大部分的一般危害。可能只是表面傷害，也可能更嚴重些|1D3-1|與另一台交通工具擦撞、擦過路燈、撞到郵筒、撞到人或是類似大小的生物| |!中度|大部分的艱難危害。可能造成重傷。可能撞毀一輛車...|1D6|撞上一隻牛或路、與重型機車或是經濟型轎車相撞| |!嚴重|大部分的極端危害。很可能會徹底撞毀一輛車|1D10|與一輛標準型轎車、路燈或樹相撞| |!騷亂|很可能會撞毀一台卡車。確定可以撞毀一輛車|2D10|與卡車、休旅車或大樹相撞| |!路殺|大部分的交通工具比變成破碎的殘骸還要更慘|5D10|與重型卡車或火車相撞、被彗星砸到|
包含四種可選技能： * [[魅力]] * [[威脅]] * [[話術]] * [[說服]]
! 人類學 (01%) 讓使用者能從個體的行為去辨識、了解他的生活方式。如果觀察某文化一段時間，或是研究一滅絕文化的精確紀錄，即便沒有完整的證據，他也能夠簡單預測其文化的作法與道德觀。好好研究一個月以上，人類學家能開始了解其文化運作，結合[[心理學]]能預測其行為與信念。
以 Luck 值保持清醒，第一回合支付1點，每回合支付上一回合的兩倍。
[[克蘇魯神話]]的知識可以允許一個角色學習與施放咒語。使用方式如同一般的技能。玩家先描述一個目標，守密人來判斷這個目標是否可以接受，或協助縮小目標。 預設的使用難度是一般，並且拿[[克蘇魯神話]]技能與對手的 POW 進行對立擲骰。此外，守密人必須決定施放時要支付的 MP 與 [[San值]]。 如果[[強推]]失敗則參照上述的副作用。不像施放咒語，[[克蘇魯神話]]技能可以在任何時候使用。 以下是一些可用的範例： *''對目標進行物理傷害''：支付任意數量的 MP ，和等同該數量一半的 San 值，對目標造成等同支付的 MP 的量的物理傷害。 *''放逐一隻怪物''：施放等同於該怪物 POW 五分之一的 MP 和 1D3 的 San 值，將目標怪物放逐出去 *''與最近的已故者溝通''：施放 10 點 MP ，和 1D10 的 San 值，可以讓他附身在自己身上幾回合
!! Luck 的支用 當玩家進行技能擲骰時，Luck 值可能以 1 點兌換 1 點該結果的減值。 Luck 值不能用於 Luck 檢定、傷害擲骰、San值擲骰，或是決定San值失去多少。玩家可以使用任意數量的 Luck 值。但只能改變自己的擲骰。 當技能擲骰失敗，玩家可以選擇[[強推]]或是支用 Luck；Luck 擲骰不能用於[[強推]]擲骰上。 大成功、大失敗和火器故障不能使用 Luck 值。 同時，沒有技能[[成長擲骰]]能使用 Luck 值。 在遊戲中，Luck 可以減少或者回復。 > 一日團不建議使用此可選規則。 !! Luck 的回復 在成長回合中，對 Luck 進行[[成長擲骰]]。 Luck 不能超過99。Luck 的起始值在遊戲開始後就不重要了。 > 一日團不建議使用此可選規則。
這表現了探索者的富裕程度與金融信度。有錢能使鬼推磨；如果探索者嘗試用他的金融地位去達到目標，則使用此技能。信用評級可取代 APP 來給予第一印象。 !1920年代（美金） |!階級與信用評級|!現金|!現金範圍|!資產|!資產範圍|!消費等級| |身無分文 CR 0|$0.5|-|無|-|$0.5| |貧窮 CR 1-9|$CR x1|$1 - $9|$CR x10|$10 - $90|$2| |平均 CR 10-49|$CR x2|$20 - $98|$CR x50|$500 - $2,450|$10| |小康 CR 50-89|$CR x5|$250 - $445|$CR x500|$25,000 - $44,500|$50| |富裕 CR 90-98|$CR x20|$1,800 - $1,960|$CR x2000|$180,000 - $196,000|$250| |超有錢 CR 99|$50,000|-|$5M+|-|$5,000| !現代（美金） |!階級與信用評級|!現金|!現金範圍|!資產|!資產範圍|!消費等級| |身無分文 CR 0|$10|-|無|-|$10| |貧窮 CR 1-9|$CR x20|$20 - $180|$CR x200|$200 - $1,800|$40| |平均 CR 10-49|$CR x40|$400 - $1,960|$CR x1,000|$10,000 - $49,000|$200| |小康 CR 50-89|$CR x100|$5,000 - $8,900|$CR x10,000|$500,000 - $890,000|$1,000| |富裕 CR 90-98|$CR x400|$36,000 - $39,200|$CR x40,000|$3.6M - $3.92M|$5,000| |超有錢 CR 99|$1,000,000|-|$100,000,000+|-|$100,000|
!!!1920年代（美金） |!階級與信用評級|!現金|!現金範圍|!資產|!資產範圍|!消費等級| |身無分文 CR 0|$0.5|-|無|-|$0.5| |貧窮 CR 1-9|$CR x1|$1 - $9|$CR x10|$10 - $90|$2| |平均 CR 10-49|$CR x2|$20 - $98|$CR x50|$500 - $2,450|$10| |小康 CR 50-89|$CR x5|$250 - $445|$CR x500|$25,000 - $44,500|$50| |富裕 CR 90-98|$CR x20|$1,800 - $1,960|$CR x2000|$180,000 - $196,000|$250| |超有錢 CR 99|$50,000|-|$5M+|-|$5,000| !!!現代（美金） |!階級與信用評級|!現金|!現金範圍|!資產|!資產範圍|!消費等級| |身無分文 CR 0|$10|-|無|-|$10| |貧窮 CR 1-9|$CR x20|$20 - $180|$CR x200|$200 - $1,800|$40| |平均 CR 10-49|$CR x40|$400 - $1,960|$CR x1,000|$10,000 - $49,000|$200| |小康 CR 50-89|$CR x100|$5,000 - $8,900|$CR x10,000|$500,000 - $890,000|$1,000| |富裕 CR 90-98|$CR x400|$36,000 - $39,200|$CR x 0.4M|$36M - $39.2M|$5,000| |超有錢 CR 99|$1,000,000|-|$100,000,000+|-|$100,000|
!偽裝 (05%) 用來讓你看起來像是另外一個人。使用者改變姿態，服裝與聲音來進行偽裝，讓自己看起來像是另一種人。誇張的化妝可能有幫助。
!催眠 (01%) [特] 使用者能夠引導一個目標進入恍惚狀態，他將容易接受建議、放鬆，並且可能回憶起已經忘記的記憶。催眠術的極限由 Keeper 按照遊戲的情節來決定；有可能只允許想被催眠的對象被催眠，或者， Keeper 可能允許能用於非意願對象。 這個技能可能被用於催眠療法，治療遭受心理創傷的人，撫平恐懼症或狂躁症的效果（成功的使用意味著，這個患者在某著場景中克服了恐懼症或狂躁症）。另外，如果要完全治癒該創傷，需要一系列的成功催眠療程（至少需要 1D6 次，由 Keeper 來判定）。
!傳說 (01%) [特][總] 這個技能表示角色對人類知識範圍外的一個主題上的專門知識。傳說的專門技能都是不尋常的，像是： *夢傳說 *Necronomicon 傳說（歷史之類的） *幽浮傳說 *吸血鬼傳說 *狼人傳說 *Yaddithian 傳說
|!STR + SIZ|!額外傷害(DB)|!體格| |2-64|-2|-2| |65-84|-1|-1| |85-124|0|0| |125-164|+1D4|1| |165-204|+1D6|2| |205-284|+2D6|3| |285-364|+3D6|4| |365-444|+4D6|5| 之後每 +80 點， +1D6 額外傷害和 +1 體格。
|!損傷|!傷害值|!範例| |輕微：人類在遭受多次損傷後，還能存活|1D3|拳打腳踢、頭槌、弱酸、濃煙中呼吸*、被拳頭大的石頭丟中、墜落到軟沼澤（每 10 呎）| |中度：可能造成重傷；被幾次傷害攻擊可能致死|1D6|墜落到草地（每 10 呎）、棍棒、強酸、水中呼吸*、暴露真空*、小口徑子彈、箭、火（燃燒的火炬）| |嚴重：很可能造成重傷。發生一兩次就能讓一個人昏迷或死亡|1D10|.38 口徑子彈、墜落到水泥地（每 10 呎）、火焰（火焰噴射器、跑過失火的房間）、位於手榴彈或炸藥管爆炸時的半徑6到9碼內、溫和毒物**| |死亡：一般人有 50% 的機率會瀕死|2D10|被時速 30 英里的汽車撞上、位於手榴彈或炸藥管爆炸時的半徑3到6碼內、強烈毒藥**| |絕命：有可能完全致死|4D10|被高速行駛的汽車撞上、位於手榴彈或炸藥管爆炸時的半徑3碼內、致命毒物**| |爆碎：幾乎完全致死|8D10|被捲入一次高速迎面衝擊、被火車撞到| > ''窒息與溺水''*：每回合進行一次 CON 檢定，一旦失敗，在不能呼吸的對象死之前每回合都會受到上述傷害。如果角色處在很費力的狀態，則需要通過困難的 CON 檢定。 > ''毒物''**：極端成功的 CON 檢定可以減半毒物的傷害。毒物可能造成各種副作用，可能造成某些症狀限制受傷者的行為，或是讓一些行為受到懲罰或提高難度，讓 Keeper 決定。在某些情況下，Keeper 可以讓極端成功的 CON 檢定減輕這些副作用。
! 受傷 在 COC7 中，單次攻擊所造成的傷害總共有三種級別： |!傷害名稱|!單次傷害|!處置|!後果| |一般傷害|小於角色 HP 最大值的一半||非重傷角色即使HP歸0，也只會昏迷而不會[[死亡|探索者死亡]]或[[瀕死]]| |重大傷害|大於或等於角色 HP 最大值的一半|勾選「重大傷害」者，代表受到重傷|勾選「重大傷害」者，在HP歸0後進入[[瀕死]]| |致命傷害|大於角色 HP 最大值|直接[[死亡|探索者死亡]]|死定了| > 參考[[傷害範例表]] ! 回復 |!傷害狀態|!自然回復|!人為救助| |非重傷者|每天可以自然回復1點HP|[[醫藥]]每小時可進行一次，成功可回復 1D3 HP。[[急救]]每小時或每回合進行一次，成功可回復 1 HP| |重傷者|每週進行一次[[重傷回復]]程序|同左| |瀕死者|見[[瀕死]]條目|見[[瀕死]]條目| |死亡者|不可能|為他辦場隆重的葬禮吧| ! 可選規則 * 推薦房規：[[身體部位與傷害表]] * [[以Luck保持清醒]]
!!克蘇魯神話 (00%) 這個技能反應了對非人類的（Lovecraft 式的）克蘇魯神話的瞭解。它並非建立在像學院式技能那樣的精確知識上。相反地，它表現的是人類的心靈對克蘇魯神話的開放與調和。因此，來自於如遭遇到深潛者的克蘇魯神話技能，無法轉移到其他狀況與實體。並且，它指涉到那「人不該知道的東西」，克蘇魯神話與人類知性相悖，暴露在它之中，人類心智將逐漸毀壞。 沒有探索者能在開始時就獲得克蘇魯神話的技能點（除非 Keeper 同意）。克蘇魯神話也沒有能打勾的格子，即使成功使用也不能獲得提昇。取而代之的是，克蘇魯神話可以在遭遇到令人錯亂的神話中獲得提昇，可能透過錯亂視線中所看透宇宙真實本性，也可能透過閱讀禁書與其他的神話著作。一個角色的 San 值永遠不能高過 99 減去他的克蘇魯神話技能值。當克蘇魯神話技能激增，他們會將 San 值擠掉，任探索者變得脆弱。 每當發現神話怪物的足跡或其他跡象， 成功的此技能擲骰允許探索者辨認該實體，推論出關於它的行為或猜測到它可能擁有的其他性質的事情。成功的克蘇魯神話擲骰可能也可允許一個探索者去記住一些相關神話的事實，透過觀察施放而辨認出咒語、記住可在特定神話典籍中找到特定咒語或鳳毛麟角、或完成一些其他任務。克蘇魯神話技能也可以用於展現一些魔法性的「類咒語」效果。 > 參考[[以克蘇魯神話技能使用魔法]]。
「區位」是用於指代在追逐中的位置的術語，每個場所的大小、距離都不同。各區位將追逐分成敘述性的區塊，而非量化的距離。追逐就是由一連串區位所構成。 如果追逐的過程中，還有戰鬥在進行，Keeper 要注意不要把區位之間拉得太遠。 當追逐開始時，Keeper 就要開始紀錄每個人所在的區位，並且決定該開始追逐時，逃跑者與追捕者的距離（一般來說就是 2 個區位）。 ! 選擇途徑 玩家首先決定要讓角色分頭跑/分組跑/一起跑， Keeper 藉此決定要建立幾條追逐途徑。 守密人可參考可選規則：[[隨機區位]]。 ! 排定順序 移動順序由追逐者的 DEX 排序所決定。如果覺得這樣不公平，那就在下次的時候倒過來。 ! 行動次數 每個追逐者，如果是 MOV 最低者，每回合可以採取 1 個行動。 比 MOV 最低的追逐者快的，每比他多 1 MOV，每回合可以多採取 1 個行動。 !! 追逐中的行動 每回合能選擇的行動有： *往前跑，進行一次[[移動]] *發起一次攻擊：使用戰鬥、火器或駕駛技能（有些東西可能會進行不只一次攻擊） *施放一個咒語 *作其他需要花時間的事，可能要丟骰子，像是開鎖，或是製造危害/障礙 *往後跑或站著不動 > 強推擲骰不能在追逐中進行。 ! 逃脫條件 成功逃脫可以有以下情況： *跑到了 Keeper 設想的地點 *跑到可以躲藏的地方通過檢定躲起來（難度是預先設定的），並且追逐者並未通過發現隱藏的檢定 *Keeper 覺得跑得夠遠了、跑出場景了
在開始填寫角色卡以前，你必須先詢問你的 Keeper 關於這次遊戲的一些場景資訊，甚至是更嚴格的對探索者的規定。 特別需要注意的包括： # 場景開始的年代或日期 # 遊戲設定的位置或國家 # 場景的預先設定或初始設定 # Keeper 有沒有特別推薦的職業 # 關於探索者如何認識彼此的建議 對於場景，Keeper 可能會告訴你一個概梗或很少內容，聽完以後，問問你可能會有的問題。一旦你有了靈感，徵詢看看 Keeper 的許可。 除非 Keeper 禁止，和其他玩家聊聊可能是個不錯的點子，不但可以刺激想像力，也有助於建立和其他探索者的連結。進而，你可以盡可能將你的探索者綁進 Keeper 的場景預設中，這會讓遊戲變得更好。
創造背景故事是讓角色活過來最重要的過程。 請先認真理解你的角色的技能值與特徵值，給這些數值活生生的或充滿故事性的解釋。 <<< !!! 如何填寫條目？ 所有背景故事條目都可以看成角色扮演的指引。在填寫這些條目時，請嘗試讓每個條目的用語都能反應角色的人格本質： * 設定名字：為那個人或地點取名字，定義出物件或概念 * 附上感受：出於正面或負面的感受，從此開始建立 * 強化它：用愛取代喜歡，用痛恨取代不喜歡 * 情緒化：用必須取代可能 * 試著用使它充滿人格和意義的方式描寫 <<< !! 1. 填寫背景故事條目與關鍵連結 在角色卡背面有 10 個背景故事的範疇。至少試著去定義其中 6 個範疇的條目： *[[形象描述]]（Personal Description） *[[意識形態/信仰]]（Ideology/Beliefs） *[[重要人士]]（Significant People） *[[重要地點]]（Meaningful Locations） *[[珍愛的物品]]（Treasured Possessions） *[[特質]]（Traits）。 它們也指出了對於角色來說讓他感到自在、安心的連結。請在裡面選擇一個現在還存在的東西當作關鍵連結（key connection），標註出來並告知 Keeper。 失去關鍵連結時必須進行 San 檢定 (1/1D6)。 <<< 其他 4 個範疇留白： *受傷與傷痕（Injuries & Scars） *恐懼症與狂熱症（Phobias & Manias） *神秘捲軸（Arcane Tomes） *咒語與神器（Spells & Artifacts） *遭遇奇怪物體（Encounters with Strange Entities）。 <<< !! 2. 填入附加資訊 填入角色的姓名、性別、居住地、出生地，並放一張自畫像。 > [[下一步：裝備探索者|裝備探索者]]
!! 準備 * [[創角前要先問 GM 的問題]] * 角色卡 ** [[下載官方角色卡|https://drive.google.com/folderview?id=0B6ZiS9f8Cm9qOF9tTldSdld2VkE&usp=sharing]] ** [[使用我的角色卡（線上列印兩用，複製副本後編輯）|https://docs.google.com/spreadsheets/d/1PNGtSZ4d1cPD61VkyLU-tu9wAPLteS5I-d4LVVZxLTk/]] 面團工具： * [[玩家創角輔助卡（A4）|https://drive.google.com/open?id=0B6ZiS9f8Cm9qOXZQZTctQ3hCcU0]] * [[職業模組表（A4）|https://drive.google.com/open?id=1A98P6bZqSBESwfyVz-VoVydHgUL166Fb]] !! 創角步驟 # [[生成屬性]] # [[決定職業]] # [[決定技能與分配技能點]] # [[創造背景故事]] # [[裝備探索者]]
!匿蹤 (20%) 不驚擾任何人的情況下安靜移動、隱藏的技巧。當嘗試避免發覺時，該玩家必須使用匿蹤擲骰。依此技能可以讓角色嘗試安靜移動或是偽裝掩飾。這個技能同時讓角色可以維持一定程度的耐心與冷靜，在長時間保持不動與無形。
雙方以徒手或武器技能熟練度來進行[[對立擲骰]]（但是平手的話，不進行步驟3與步驟4）： # 被攻擊方反擊成功且擲骰勝利的話，由被攻擊方造成傷害，回擊不會造成致命傷害 # 雙方擲骰平手，並且攻擊方攻擊成功的話，由攻擊方造成傷害 # 雙方都失敗的話，雙方都無法造成傷害 ! 被圍攻 當一個角色的攻擊次數低於攻擊他的人，則會陷入被圍攻（Outnumbered）的狀態，攻擊他的人，可以多丟一顆獎勵骰。
!圖書館使用 (20%) 讀書館使用技能讓探索者能尋找資訊，像是一本特定的書籍、報紙，或是圖書館中的參考書，文件或數據的蒐集－－要是東西在那的話。每次使用此技能，要花上連續數小時來進行搜索。 這技能可以找出上鎖櫃子或是稀有特別藏書的位置，不過可能要用[[說服]]、[[花言巧語]]、[[魅力]]、[[威脅]]、[[信用評級]]技能，或特別的憑證來取得這些書或資訊。
!外語 [01%] [總]、母語 (EDU) 母語指的是在嬰兒或是童年所使用的語言，大部分人只有一種母語。當探索員選擇了母語的種類後，這項技能的起始值自動從等同 EDU 的值開始：這便是探索者進行聽說讀寫的起始語言程度。 外語則可以自由指定。一個探索者可以學會任意數量的語言。古老或未知語言（ 如 Aklo 或 Hyperborean 等）是不能選的，其他普通的地球語言都可以選擇。 如果遇到了文言文的演講或是文本， Keeper 可以提高難度水平。一次成功的外語、母語擲骰通常允許探索者理解整本書。 !!語言水平 語言技能大部分時候不需要擲骰，自動成功。 |!05%|正確辨認語言的種類| |!10%|可以溝通簡單的概念| |!30%|可以了解事務上的需求| |!50%|可以流利使用語言| |!75%|可以像是在地人一樣使用語言| 辨認未知語言： * 辨認現代語言： Know 擲骰 * 辨認滅絕人類語言：[[考古學]]或[[歷史]]擲骰 * 辨認外星語言：[[克蘇魯神話]]或[[神祕學]]擲骰
! 短暫失控 |!嚇一跳|使探索者丟下某個東西（眼鏡、手電筒、槍、書等）| |!驚慌失措|失去注意力、說些不得體的話| |!非自願移動|危險地轉動方向盤方向、在驚慌中摔下某人的手、退縮、自我傷害、傷害他人| |!非自願戰鬥行動|如果 San 檢定是在戰鬥中失敗，下一個回合中的探索者行動將由 Keeper 指定；像是用拳頭猛擊、扣板機、躲在其他人背後| |!驚呆|盯著前方看，無法動彈| ! San值與感受 |!1 - 2 點|不舒服與不安，有些東西在心靈的角落咬囓著－－不容易注意到，但就是在| |!3 - 4 點|噁心，或是感覺到有某些東西出錯了。可能出現嘔吐、短暫麻木，或是顫抖| |!5 - 9 點|害怕、恐慌或迷惑－－可能足以造成暫時錯亂。這表現了巨大的衝擊，讓人產生失控的暴力肉體反應，或/和與周遭的人的決裂| |!10 - 19 點|心靈扭曲的驚懼－－頭髮變白、暴力的肉體反應、肉體與心靈罷工、個性（暫時）突變、胡言亂語、幻覺、或對暴力與恐懼的癖好| |!20+ 點|終極的宇宙邪惡－－超越人類的理解能力。心靈被摧毀，需要很長一段時間才能回復理智，即使真的回復了，這人也不再相同了。造成不定期的錯亂| ! SAN 檢定的範例 |!SAN|!檢定情況| |0/1D2|被碎爛的動物屍體給嚇到| |0/1D3|被人的屍體或屍塊給嚇到| |0/1D4|在河裡發現血液| |1/1D4+1|被碎爛的人類屍體給嚇到| |0/1D6|醒來時發現自己被關在棺材裡| |0/1D6|目擊好友的慘死| |0/1D6|看見食屍鬼(ghoul)| |1/1D6+1|遇見你知道已經死去的人| |0/1D10|受到嚴酷的拷打| |0/1D10|見到屍體從它的墓中復活| |2/1D10+1|見到無數的被砍斷的頭顱從天而降| |1D10/1D100|見到偉大的克蘇魯|
!威脅 (15%) 威脅有許多形式，包括實際武力、心理控制與恐嚇。用於使一個人感到恐慌、被脅迫，而去以某種方式行動。與威脅對立的技能是威脅或[[心理學]]。 使用武器或是其他有力的恐嚇物來進行威脅可能降低難度。當威脅的強推擲骰失敗，一個可能的結果是驚嚇過度，超出了原先預期的意圖。 威脅可以用於壓低物品或服務的售價。如果成功，賣家可能降低售價，或是免費拱手讓出，但之後，根據情況他們可能會考慮投警或報案。
咒語有三種學習方式： !1. 從神話書裡面學 在一個探索者進行初步閱讀後，守密人將用一句或兩句話總結書中記載的每一個咒語。 要從神話書中學習咒語治少需要進行初步閱讀，探索者選擇想要研讀的咒語。學習咒語可花上數小時、數日、數周或數月（通常需要 2D6 周，但還是要看守密人）。 守密人可以決定是否讓讀者自動學會咒語。或是要求進行一個艱難難度的 [[INT]] 擲骰。玩家可以要求[[強推]]這個擲骰，像是把自己關在房間裡進行特訓。如果失敗了，守密人將會讓這裡發生一些意想不到的效果。 !2. 和另一個人學 學會咒語的人可以一對一地教另一個不會咒語的人，這會比在書中學更加有效率，通常需要 1D8 天。 !3. 從神話實體那邊學 神話實體，最特別的是，他們以夢境或異像來傳授這些知識，這可能很快，也可以能很慢，視故事的需求而定。可能透過心靈感應將完整的咒語值入角色的心靈，或者透過強力的經驗將角色直接送進精神病院。守密人可以決定失去的 [[San值]] ，但建議最少要 1D6。 每當這個程序完成，守密人可要求目標進行 [[INT]] 擲骰，如果失敗，程序重新再來一遍。
[img[http://i.imgur.com/zeClep7.jpg]] 作為祂的工具的守密人們， 本跑團工具由虔敬的[[宇宙聯合 TRPG 推廣協會藍星支部里山咖啡辦事處|https://www.facebook.com/UUTRPGPABBOSC]]的[[洪偉 (Wayneh)|https://www.facebook.com/wayne930242]]所製作。 我給新進COC7守密人的建議，請參考[[給COC7守密人的筆記]]條目。為讓我們教派更加茁壯，不要犯相同的錯誤，請務必參考這份筆記。 為了本教的大業，欲引用者請註明出處。 感恩莎布-尼古拉斯，讚嘆莎布-尼古拉斯。 ---洪偉 2015@台灣台北，[[里山咖啡|https://www.facebook.com/STYMCafe]]
! 專精：可轉移的技能優勢 專精以這兩種方式之一處理： * [[技藝]]與[[科學]]的子項目視為完全獨立的專精處理。 * 在[[戰鬥]]、[[火器]]、語言與[[生存]]包含更多共通點，專精可以彼此轉移。舉例來說，學習使用一種火器時，也會了解到其他種類的火器的使用。在戰鬥的情況中，有大量所有打鬥者都會用到的可轉移技能（反應時間、判斷範圍、逃躲、預想、時機、發現缺口、知道該打哪等等）。不像是天文學和藥學（科學的專精）的狀況。因此，有[[戰鬥]]、[[火器]]、語言（以語系區分）與[[生存]]，專精的進步對於所有有關的專精具有可轉移優勢。 ** 當一個角色第一次提昇技能到 50% 以上的時候，所有其他相關的技能提高 10% （但不能超過 50% ）。這還會發生一次：當一個角色第一次提昇技能到 90% 以上的時候，所有其他相關的技能提高 10% （但不能超過 90% ）。在創造角色的時候，玩家也或許可以因為其他的專精讓一個專精得到額外的 10% 技能值。 ! 語言 當一個角色第一次提昇一個（非母語）語言到 50% 以上的時候，所有其他相關的系屬語言都提高 10% （但不能超過 50% ）。這還會發生一次：當一個角色第一次提昇（非母語）語言到 90% 以上的時候，所有其他相關的系屬語言提高 10% （但不能超過 90% ）。舉例來說，相關的系屬分類包括日耳曼（英文、德文、荷蘭文等）、斯拉夫（俄羅斯、捷克、波蘭等）、尼日-剛果語系（斯瓦西里、祖魯、約魯巴等）。 以上並非是所有可能的系屬語系列表，守密人可以選擇參考標準的「系屬語言」條目（[[維基百科條目|https://zh.wikipedia.org/wiki/%E8%AF%AD%E8%A8%80%E7%B3%BB%E5%B1%9E%E5%88%86%E7%B1%BB]]）來選擇使用這規則。
在 COC7 之中，以「對立擲骰（opposed roll）」作為技能對抗的機制。 對立擲骰的規則如下： # 爭端雙方各就其所使用的對立技能，確認技能難度是否需要提昇或調整後，進行擲骰 # 按擲骰的成功水平，由下表決定勝負： #* ''大成功''勝過''極限'' #* ''極限''勝過''艱難'' #* ''艱難''勝過''一般'' #* ''一般''勝過''失敗'' #* ''失敗''勝過''大失敗'' # 如果成功水平相當（譬如都擲出''一般''），則比較技能數值大小 # 如果依然平手，就重頭再來一次
!導航 (10%) 允許使用者不論在暴風或晴天、不論日與夜，都能找到他的方向。更高的技能點數，代表對於天文圖、表、儀器與衛星定位裝置更為了解。他也可以用以對一區域進行測量與製圖，不論是一個幾平方哩的小島或一個房間的內部——使用現代科技可以降低或取消困難水平。 這種技能的擲骰結果必須保密，探索者只能嘗試，然後見証其結果。 如果一個角色很熟悉這個區域，可以加上一顆獎勵骰。
[img[https://cdn.discordapp.com/attachments/448030903512334336/530081429141454859/5rm4gduity721.png]] |!SIZ|!英制|!公制| |5|1-12 pounds|.5-5.5 kg| |20|38-51 pounds|17-23 kg| |40|109-120 pounds|50-55 kg| |60|156-168 pounds|71-76 kg| |80|220-239 pounds|100-109 kg| |100|310-338 pounds|141-154 kg| |120|440-479 pounds|200-218 kg| |160|880-959 pounds|400-436 kg| |200|1760-1919 pounds |800-872 kg| |240|3520-3829 pounds |1600-1741 kg| |280|7040-7649 pounds |3200-3477 kg| |320|7.1-7.7 tons |6455-7000 kg| |360|14.1-15.4 tons |6.4-7 metric tons| |400|28.2-30.7 tons |12.8-14 metric tons| |440|56.5-61.5 tons |25.7-28 metric tons| |480|96 tons |44 metric tons| |520 |104 tons |47 metric tons| |560 |120 tons |54.5 metric tons| |600 |144 tons |65.5 metric tons| |640 |176 tons |80 metric tons| |680 |216 tons |98 metric tons| |700 |240 tons |109 metric tons| |720 |264 tons |120 metric tons| |760 |320 tons |145.5 metric tons| |800 |384 tons |174.5 metric tons| |840 |456 tons |207 metric tons| |880 |536 tons |244 metric tons| |920 |624 tons |284 metric tons| |960 |720 tons |327 metric tons| |1000 |824 tons |375 metric tons| |1040 |936 tons |425 metric tons| |1080 |1056 tons |480 metric tons| |1120 |1184 tons |538 metric tons| |1160 |1220 tons |555 metric tons| |1200 |1364 tons |620 metric tons| |1280 |1516 tons |689 metric tons| |1320 |1676 tons |762 metric tons| |1360 |1844 tons |838 metric tons| |1400 |2020 tons |918 metric tons| |1440 |2204 tons |1002 metric tons| |1470 |2396 tons |1089 metric tons| |1520 |2596 tons |1180 metric tons| |1560 |2804 tons |1275 metric tons| |1600 |3020 tons |1373 metric tons| |1650 |3300 tons |1500 metric tons| |1700 |3400 tons |1546 metric tons| |1750 |3500 tons |1591 metric tons|
如果擲出來的骰子點數太小，可使用以下可選規則： * 如果有三個以上的特徵值小於50，玩家可以重骰。 * 如果你覺得有太多特徵值小於50，玩家可以擲 1D6 x5 分配到最低的那項特徵值上。
!巧手 (10%) 允許視覺掩蓋、保密，或是偽裝物體，可能是以殘骸、布料或是其他媒介或錯覺促進材質，也可能是透過製作暗版、錯誤隔間，或是透過重新上色或改變物品的特徵以逃避偵察。大型物體將增加隱藏的困難度。 巧手也包括扒人口袋、手掌藏牌與秘密使用手機等。
* 角色 **[[1920s 物品表|https://drive.google.com/open?id=0B6ZiS9f8Cm9qNl9IUlZFckRRMmc&authuser=0]]（[[中文翻譯|https://drive.google.com/open?id=1yyrEgH8p58t4RDLfLAQUP7yFAb3nmIqO8p650LYmkl4]]） **[[現代物品表|https://drive.google.com/open?id=0B6ZiS9f8Cm9qNFpuSEVVM3dyWEE&authuser=0]] ** [[物品價目表與武器表|https://docs.google.com/spreadsheets/d/1yyrEgH8p58t4RDLfLAQUP7yFAb3nmIqO8p650LYmkl4/edit#gid=0]] ** [[信用評級對照表]] ** [[尺寸-體重對照表]] ** [[NPC 屬性快速決定]] ** [[職業表]] ** [[技能表]] * 戰鬥 **[[武器表（全時代）|https://drive.google.com/open?id=0B6ZiS9f8Cm9qcE9ZZDNtcmxoZGc&authuser=0]] ** [[傷害加成與體格]] ** [[身體部位與傷害表]] ** [[裝甲值範例]] ** [[傷害範例表]] * 追逐 ** [[MOV對照表與交通工具數值]] ** [[交通工具碰撞表]] ** [[障礙HP範例表]] ** [[隨機區位]] * SAN ** [[發狂：實時型]] ** [[發狂：總結型]] ** [[失去San值的範例]] * 魔法 ** [[弱小魔法的失敗副作用]] ** [[強大魔法的失敗副作用]]
!! 技能 !!! 造夢（1/5 POW %） 當調查員第一次進入幻夢境的時候（無論是通過夢境還是物理的方法）他都會獲得這個技能。以後每當角色前往幻夢境，他都做一次技能成長檢定。 這個技能用來夢想出改變幻夢境現實的事物。比如，創造一個水果、改變一個物體、或者影響夢境世界的物理規律。被創造的事物或改動的現實會在造夢者下一次在幻夢境的遊歷中安排妥當。這種改變需要消耗魔法值，守密人要按造物的屬性、尺寸和效果決定''價值''。夢見一柄長劍需要 9 點 MP （因為這把長劍最大能造成的傷害是 9），夢見一座橫跨河流的繩索橋可消耗 20 點 MP。物體越重要，或者對幻夢境的物理規律改變越大，消耗也越多。對於這種重要道具和效應，可能需要長時間的連續''造夢''檢定（每段夢境一次），才能達到預期的效果。 造夢者無法改造或創造一個所需''價值''超過''造夢''技能百分比點數的事物。也就是說，假如一個造夢者的''造夢''技能為 45% ，那麽他就無法創造一個''價值''高於 45 的房子。雖然經過無數次的創造，其蓋出的房子也會形成一個小村莊。 造夢者可以消耗 5 點 POW 使魔法值消耗的界限翻倍。因此，一個在''造夢''技能上擁有 45% 技能等級的造夢者花費 5 點 POW ，就可以創造出''價值''為 90 的造物；若再消耗 5 點 POW （共計 10 點），他就可以創造出''價值''為 180 的造物，以此類推。注意 POW 的消費並不能提高''造夢''的技能值，一旦技能檢定失敗，那麽他為''造夢''付出的 MP 和 POW 就白白浪費掉了。 當確定了 MP 消耗後，進行一次''造夢''檢定。守密人可能會依據預期的改變或效果的性質增減難度等級。若檢定成功，預期的結果將完全或部分地達成。如果造夢者能夠消耗所有要求的 MP ，則完全生效；相反，如果只能消耗一部分 MP ，就只會部分生效（這裡需要記錄累計花費的 MP ，直到達到所需 MP 為止）。部分生效意味著這個東西或者只是暫時性的，或者是不穩定的。 造夢者創造的物品，例如衣服、武器、工具等等，通常會在其下次進入幻夢境時帶在身上。活的生物、特定的變動、獨立存在的造物，則存在於它們該在的地方，意即造夢者必須四處旅行來找到或者追蹤它們。有時造夢者或許根本就不知道他們存在於哪裡，必須去自己尋找，就像倫道夫·卡特在小說《夢尋秘境卡達斯》中一樣。 所有創造或改變的事物（魔法值完全消費之後）只會出現在緊接的幻夢境旅行中；在後續的遊歷中就會消失，或者變回原本的樣子。不過，如果在創造它們時額外消耗 POW ，就可以永久保留它們。通常，保留一次小型''造夢''的造物需要 5 點 POW ；更大的造物會消耗更多的 POW ，對於特大型、極其複雜的創造，守密人可能決定其需要等同於 MP 消耗的 POW。 !!! 夢學識 (1/2 [[克蘇魯神話]] %) 這個技能代表角色對幻夢境的了解程度，了解幻夢境的歷史，識別幻夢境的生物、重要人物，或者了解如何從某地前往另一地。這個新技能的基礎技能等級等同於[[克蘇魯神話]]的一半（向下取整）。每提升 2 點[[克蘇魯神話]]技能，''夢知識''的技能也相應地上升 1 點。''夢知識''也可以通過技能成長檢定提升，就像是其他技能一樣。 > 本段翻譯由網友七宫涟的翻譯所移植。
按照下面流程進行： ! 1. 速度擲骰 每個會移動的物體，無論是人還是車子，都有一個叫「移動率 MOV」的數值。 所有追逐的參與者，首先進行一次速度擲骰，如果是人，進行 CON 擲骰；如果是交通工具，則進行相關技能的擲骰： *''成功''：在此次追逐中，MOV 不變 *''極限成功''：在此次追逐中，MOV +1 *''失敗''：在此次追逐中，MOV -1 > 每次改變移動模式，則重新進行速度擲骰。 ! 2. 比較速度 如果逃跑者的 MOV 比追捕者來得快，Keeper 可以考慮宣佈追逐結束、讓遊戲繼續推進，或者問問玩家有什麼建議。 > MOV 最低的追捕者的速度如果比 MOV 最低的逃跑者還慢的話，從追逐中排除。 如果追捕者的 MOV 與逃跑者相同或者更高，追逐成功建立，準備切換到追逐回合。 請參考[[MOV對照表與交通工具數值]]。
副作用的結果擲 1D8 決定： *1: 視覺模糊或暫時失明 *2: 不具形體的尖叫、語音或其他噪音 *3: 強風或其他大氣效果 *4: 流血：從施術者、其他在場的人或環境（牆面） *5: 奇怪的景象或幻覺 *6: 鄰近的小動物爆炸 *7: 硫磺般的難聞氣味 *8: 意外召喚出神話生物
副作用的結果擲 1D8 決定： *1: 地震，牆面粉碎 *2: 壯闊無比的打雷與閃電 *3: 天空降下鮮血 *4: 施術者的手枯萎與被燒毀 *5: 施術者的年齡不自然增長（+2D10 年） *6: 強力的或大量的神話實體出現，攻擊附近的人，從施術者開始 *7: 施術者或所有人被吸進遙遠的時空之中 *8: 邪神被意外召喚
在技能擲骰失敗後，只要可能，玩家可以要求進行強推擲骰（Push roll），並且說明探索者在失敗後，接著又進行怎樣的動作來重擲技能骰。每次嘗試失敗後，最多只能再進行一次強推擲骰。 在說明完強推方式後，強推的骰子丟下前，Keeper 必須進行失敗預示（foreshadow failure），先說明強推失敗以後可能的後果，讓玩家在丟下骰子前做好心理準備，並接受強推之後可能造成的結果。
形象描述由 [[APP]] 所決定，以下是一些可能的選項： >粗獷、帥氣、醜陋、漂亮、迷人、娃娃臉、聰明臉、懶散、呆滯、髒亂、耀眼、書呆子、年輕、委靡、豐滿、粗壯、多毛、苗條、優雅、襤褸、矮胖、蒼白、陰沉、大眾臉、紅潤、曬黑、皺紋、古板、羞怯、敏銳、健壯、嬌俏、肌肉棒子、魁梧、笨拙、脆弱。
心智的健全與否，是由角色的[[San值]]來度量的。San值的下降意味著自制力的下降，可能來自於過度驚懼、對世界與自己的信念開始產生劇烈的動搖。 心智規則包含三個核心系統，以及一個補充： # San 檢定 # 心智錯亂 # 心智治癒 # 心智規則補充 ! 1. San 檢定 當探索者經歷到會威脅心智的場景時， Keeper 可能會要求進行 San 檢定：擲 1D100 與現有的 San 值作比較，如果該值大於現有 San 值則失敗，反之則成功。 > 我們約定將 San 檢定標記為「SAN 1/1D4+1」，「/」左邊代表成功所失去的 San 值，右邊代表失敗所要失去的。 失去San值總是會伴隨一定程度的短暫失控。這時 Keeper 必須對探索者指定一種非自願行為。 > 可參考[[失去San值的範例]]。 ! 2. 心智錯亂 在 COC 裡頭，陷入錯亂是由創傷經驗和連結到克蘇魯神話的恐怖領會所招致的。 !! 錯亂類別 |!錯亂種類|!San值下降|!檢定|!後果| |!永久錯亂|歸0|-|強迫從調查中退場，可能進入精神病院、或是發生更可怕的後果| |!暫時錯亂|單次失去5點以上的San值|INT檢定，成功則進入錯亂|進入錯亂流程，回復歷程短| |!不定期錯亂|在一天內失去 1/5 的 San 值|-|進入錯亂流程，回復歷程相當長| !! 錯亂流程 無論是哪種錯亂狀態，都是由三種分別的階段所組成： #[[發狂階段]]：錯亂開始於一個簡短的「發狂（Bout of Madness）」，在這段期間，玩家對於探索者的控制將被限制 #[[潛在錯亂階段]]：瘋狂發作後，進入一段時間的潛在錯亂，玩家重獲角色的完整控制；然而，探索者將有一些妄想、恐懼和更進一步的潛在錯亂 #[[恢復階段]] ! 3. 心智治癒 暫時錯亂睡一覺起來就沒事了，不需要回復。永久錯亂則已經沒救了。唯一需要進行治療的，是不定期錯亂。 !!私人看護 在舒適的家裡找看護進行修養與治療，每個月月底擲 1D100： *''01 - 95 成功''：增加 1D3 的 San 值。接著丟一個 San 擲骰，成功的話可以治癒錯亂，失敗的話只好下個月再說。 *''96 - 100 失敗''：角色拒絕接受藥物或是診斷。失去 1D6 的 San 值。 !!進入機構 比較窮的探索者，大概寧可去住在精神病院，雖然可能並不像家裡這麼舒適。每間精神病院的品質 Q 很不一定，平均來說是 50 ，但是可以好到 95 、 差到 5（大概是把病人直接丟在像監獄的房間裡就不管了）。每個月月底擲 1D100： *''01 - Q 成功''：增加 1D3 的 San 值。接著丟一個 San 擲骰，成功的話可以治癒錯亂，失敗的話只好下個月再說。 *''Q - 95''：什麼事情都沒發生 *''96 - 100 失敗''：角色拒絕接受藥物或是診斷。失去 1D6 的 San 值。 !!使用關鍵連結進行自救 重要的人、事、物等有安慰劑的效果，可以用來回復宗教信念、重溫家庭溫暖、感受朋友情誼，讓你感覺回到原有的舒適圈。在通過 San 擲骰的時候可以回復 1D6 San 值，失敗的話失去 1 點 San。 如果你選擇自救的是探索者的[[關鍵連結]]，在通過 San 擲骰的時候，除了回復1D6 San 值，還可以治癒不定期錯亂。但是，San 值擲骰失敗的話，這個形象將會消失在探索者的背景故事。 ! 4. 心智規則補充 !! 如何理解心智？ 心智系統是 COC 的特色，但也是相當容易被曲解的特色。當有人將 SAN 翻譯成理智、或是理解成道德判斷的能力的時候，就已經曲解了這個系統。 失去 SAN 並不意味著失去理智，精確來說，是失去了人類理智維持平衡的某種''保護能力''，屬於理智的保護能力。越過了這個疆界，人類心靈不得不動用深層的、非理智的保護機制。我們可以用以下特性去理解它： * 認知彈性：San 值可以反應出，一個角色是不是能夠合理化它所經歷到的認知失調。 * 安全感：一個 San 值越低的角色，會越輕易對於危險狀況無法理性行動。 * 安定性：情緒化、歇斯底里、不可理喻、無法考慮更長遠的後果等。 為何 SAN 並非是道德判斷的能力？這是因為即使一個人並沒有道德判斷的能力，他依然可以有自己的理智準則，譬如說，為信仰而死、為受辱而殺人。這些是理智線崩壞的舉動，但不是心智錯亂的舉動。 當一個角色失去了所有心智以後，有兩種可能： # 他對世界有了全新的認識，他的昇華的理智重新找到了落腳處。他進化成為一個邪教徒。他頓悟了。 # 他完全無法適應這個世界，無法認識究竟發生什麼事。他的理智困死在自己的牢籠裡。他完全瘋了。 這也說明了為何神話生物們並不會因為克蘇魯知識而失去心智，因為唯有人類的理智如此充滿缺陷。 !! 恐懼的適應性 如果一個神話生物已讓探索者受到足夠的驚嚇（也就是說，失去相當於他所能造成最多的 San 值下降的 San 值），那麼這個神話生物將不會再被當成是恐怖的存在，探索者習慣了牠，將牠當成一個普通的阻礙。 !! 成為[[相信者]] 成為[[相信者]]意味著，開始相信世界上確實存在著科學不能解釋的克蘇魯神話。 基本上，玩家可以決定探索者是否成為了[[相信者]]，不過要是看到了神話實體，就沒有道理拒絕相信了。
暫時錯亂睡一覺起來就沒事了，不需要回復。永久錯亂則已經沒救了。唯一需要進行治療的，是不定期錯亂。 !一、私人看護 在舒適的家裡找看護進行修養與治療，每個月月底擲 1D100： *''01 - 95 成功''：增加 1D3 的 San 值。接著丟一個 San 擲骰，成功的話可以治癒錯亂，失敗的話只好下個月再說。 *''96 - 100 失敗''：角色拒絕接受藥物或是診斷。失去 1D6 的 San 值。 !二、進入機構 比較窮的探索者，大概寧可去住在精神病院，雖然可能並不像家裡這麼舒適。每間精神病院的品質 Q 很不一定，平均來說是 50 ，但是可以好到 95 、 差到 5（大概是把病人直接丟在像監獄的房間裡就不管了）。每個月月底擲 1D100： *''01 - Q 成功''：增加 1D3 的 San 值。接著丟一個 San 擲骰，成功的話可以治癒錯亂，失敗的話只好下個月再說。 *''Q - 95''：什麼事情都沒發生 *''96 - 100 失敗''：角色拒絕接受藥物或是診斷。失去 1D6 的 San 值。 !三、使用關鍵連結進行自救 重要的人、事、物等有安慰劑的效果，可以用來回復宗教信念、重溫家庭溫暖、感受朋友情誼，讓你感覺回到原有的舒適圈。在通過 San 擲骰的時候可以回復 1D6 San 值，失敗的話失去 1 點 San。 如果你選擇自救的是探索者的[[關鍵連結]]，在通過 San 擲骰的時候，除了回復1D6 San 值，還可以治癒不定期錯亂。但是，San 值擲骰失敗的話，這個形象將會消失在探索者的背景故事。
在 COC 裡頭，陷入錯亂是由創傷經驗和連結到克蘇魯神話的恐怖領會所招致的。 ! 錯亂類別 |!錯亂種類|!San值下降|!檢定|!後果| |!永久錯亂|歸0|-|強迫從調查中退場，可能進入精神病院、或是發生更可怕的後果| |!暫時錯亂|單次失去5點以上的San值|INT檢定，成功則進入錯亂|進入錯亂流程，回復歷程短| |!不定期錯亂|在一天內失去 1/5 的 San 值|-|進入錯亂流程，回復歷程相當長| ! 錯亂流程 無論是哪種錯亂狀態，都是由三種分別的階段所組成： #[[發狂階段]]：錯亂開始於一個簡短的「發狂（Bout of Madness）」，在這段期間，玩家對於探索者的控制將被限制 #[[潛在錯亂階段]]：瘋狂發作後，進入一段時間的潛在錯亂，玩家重獲角色的完整控制；然而，探索者將有一些妄想、恐懼和更進一步的潛在錯亂 #[[恢復階段]]
!心理學 (10%) 通常所有人類都會有的技能，它可以讓使用者對一個人進行研究，並對他的動機和個性形成想法。 Keeper 可以選擇對擲骰的結果保密，只宣布出資訊，真假必須自己判斷。
# 把 40, 50, 50, 50, 60, 60, 70, 80 分配到角色屬性 # [[決定年齡與調整]] # 結算[[傷害加成與體格]] # 結算： #* HP = (CON+SIZ)/10 #* Luck = (3d6 ×5) # 決定職業並挑選出 8 個適當的職業技能 # 把 70%, 60%, 60%, 50%, 50%, 50%, 40%, 40%, 40% 分配到職業技能與''[[信用評級]]''（忽略基礎值）---如果你的職業的''[[信用評級]]''小於 40% ，調整到合適的值並將多出來的分配到其他職業技能 # 選擇 4 個非職業技能，提升 20% # [[擲骰子決定背景|創造背景故事]]，在玩的過程中補完設定 # 開始玩 #* 在遊戲中填上 ½ 跟 ⅕ 的值 #* 需要的時候計算角色的金錢
!急救 (30%) 使用者能夠進行緊急的治療。包括：固定骨折肢體、暫時止血、處理燒傷、救醒溺水者、包紮與處理傷口等。急救無法處理疾病（需要[[醫藥]]技能）。 為了有效治療，急救必須花上一小時來恢復 1 點 HP。只能嘗試一次，第二次嘗試必須進行強推。可以由兩人同時進行急救，只要有一人成功便可成功急救。成功的急救可以喚醒無意識者。在下回的傷害造成前，一個角色只能接受各一次急救與[[醫藥]]。 處置一個瀕死角色時，成功的急救能夠穩定傷勢一小時、脫離瀕死狀態，並獲得一小時的 1 點暫時 HP。在一小時結束後，他必須做 CON 擲骰，如果失敗則失去這點 HP，並再次進入瀕死狀態。在瀕死狀態中，每回合都要進行 CON 擲骰，如果失敗角色便死亡。如果角色通過 CON 擲骰而活下來，可以重新再接受一次急救。 只有急救可以解救瀕死角色，但在那之後，他還必須接受成功的[[醫藥]]或送醫。
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見[[心智治癒]]條目。
可擲 1D10 決定，或自己選擇。 *1: 有崇拜與禱告的上位力量（如：Vishnu、Jesus Christ、Haile Selassie I） *2: 人類並不需要宗教（如：無神論者、人文主義者、世俗論者） *3: 科學解答了一切。選擇一個感興趣的形象（如：演化論、低溫物理學、宇宙探索） *4: 相信命運（如：業報、種姓制度、迷信） *5: 會社或秘密會社成員（如：共濟會、婦女會、Anonymous) *6: 邪惡必須從社會根除。哪種邪惡？（如：毒品、暴力、種族主義） *7: 神祕學（如：占星術、招魂、塔羅牌） *8: 政治（保守、社會主義者、自由） *9: 「錢就是力量，我要盡可能得到全部」（如：貪婪、野心、無情） *10: 競選者/活動者（如：女權主義、平等權、工會）
擲 1D100 ，如果擲出值大於現有的數值，可再擲 1D10 進行成長，將擲出來的加回原有數值中。
如果玩家想讓角色不單單造成傷害，而有其他的明確目標——包括把對手擊倒在地、進行逆十字固定技、將對手的武器打下來、將人推落山谷、讓對方陷入劣勢（隨後對他的攻擊可能因此獲得獎勵骰）、擊昏、擒抱、逃脫敵人的擒抱等——都必須使用策略。 !步驟一、比較體格（Build） 依照不同的體格弱勢，對於攻擊者來說會造成不同的難度： *如果體格比對方低 3 以上，攻擊自動失敗 *如果體格比對方低 2 ，增加兩顆懲罰骰 *如果體格比對方低 1 ，增加一顆懲罰骰 *如果體格和對方一樣或更高，沒有懲罰骰 !步驟二、進行攻擊擲骰 策略的攻擊方式和其他的攻擊方式是類似的，通常是使用[[戰鬥]]（打架）的技能，但根據不同的狀況，也可能使用其他技能。同樣，被攻擊方可以進行[[閃避]]、[[反擊]]（也可使用策略）。 !! 可選規則 * [[擊昏規則]]
!戰鬥 [總] 戰鬥技能指示了一個角色的近戰技能。你可以將技能點拿來購買任意的戰鬥專門技能，但不能購買戰鬥這個集合技能。選擇適合你的探索者的職業與歷史的專門技能。 當戰鬥（打架）技能起始超過 50% 者，可以選擇將某種訓練加入背景裡頭。有無數的戰鬥風格存在著。武術僅僅是一種提昇人的戰鬥技能的方法。決定角色如何學習戰鬥的，無論是軍事訓練、武術班、或是街頭鬥毆訓練出來的戰鬥能力。「打架」如果聽起來對某些武術來說太粗魯了，可以以武術的名稱（像是「空手道」之類的）替換掉。 （戰鬥技能不能強推） !!專門技能 !!!斧 (15%) 使用長柄斧的技能。如果是短柄小斧則使用打架。如果拿來投擲，使用[[投擲]]技能。 !!!拳腳 (25%) 舉凡所有的肉搏戰鬥和可以路上撿到直接拿來用的基本「武器」，像是木棒、小刀、酒杯、椅腳。一些在武器表上找不到的武器的傷害，由 Keeper 合理地決定。 !!!鏈鋸 (10%) 第一個量產的瓦斯動力的鏈鋸於 1927 年面世；早期也有各種版本存在。 !!!鏈枷 (10%) 雙節棍、流星錘和其他中世紀武器。 !!!絞具 (15%) 任意長度的用於鎖喉的兵器。被鎖喉者必須以戰技（Fighting Maneuver ）逃脫，否則每回合會受到 1D6 傷害。 !!!矛 (20%) 長矛和魚叉。如果拿來投擲，使用投擲技能。 !!!劍 (20%) 所有兩呎長以上的刃器。 !!!鞭 (05%) 套牛繩和鞭子。
! 戰鬥流程 # 按照 [[DEX]] 排列行動順序（如果相同，則由戰鬥相關技能較高者開始行動） # 角色在行動時，可執行： #* [[近戰攻擊]] #* 使用[[戰略]] #* [[開火]] #* 逃離現場（可能進入[[追逐]]） #* 施放[[魔法]] #* 使用其他動作或技能 ! 突襲 突如其來的情況下率先進行攻擊者，可以發動一次突襲攻擊，之後才進入戰鬥回合。 在對手沒有發現的情況下，包括對手沒看到（[[識破]]失敗）、沒聽到（[[聆聽]]失敗）與沒意識到（[[心理學]]失敗），則無法加入這次攻擊行動。假若如此，攻擊方可能會自動攻擊成功或是可以增加一顆獎勵骰。 ! 可選規則 * [[隱藏傷害]] * [[擊昏規則]]
在每次技能擲骰成功時，將自己成功使用的技能旁邊的格子打勾。每個技能只要被打勾了，在打勾清除以前，都不能再打勾。 打勾過的技能，可在「[[角色成長階段]]」時（通常是場景或章節的結束）獲得成長。
!! 使用技能
# 描述你做的事情與想要達到的目標
# 由守密人告訴你擲骰難度，才擲下骰子。有兩種可能
#* 失敗：是否進行[[強推]]或[[使用幸運]]（二則一）？
#* 成功：
#*# [[打勾該技能|打勾技能]]
#*# 敘述你如何辦到的。守密人可視情況修正敘述。
*[[技能擲骰規則]]
!! 技能水平－－有多出色？
{{技能水平}}
!! 技能表
{{技能表}}
!! 可選規則
* [[專精：可轉移的技能優勢與語言]]
如果守密人希望讓遊戲保持日常性的平衡，可以將技能的上限從 99% 調整成 75% 。
!!! 技能擲骰：難度標準或成功水準
進行技能的 1D100 檢定時，分成下面四種結果：
* ''大成功（critical）''：擲出 1
* ''成功（succeed）''：普通地擲出小於要求值
* ''失敗（failure）''：普通地擲出大於要求值
* ''大失敗（fumble）''：技能不到 50 時擲出 96~00 ，或技能 50 以上時擲出 00，並大於要求值
在「成功」的範圍內，我們進一步將其區分成：
* 極限（extreme）：擲出小於五分之一要求值
* 艱難（hard）：擲出小於二分之一要求值
* 一般（regular）：擲出小於要求值
成功水平越高和通過難度越高的擲骰，意味著使用者將技能發揮得更加得心應手、更容易通過難關。極限難度僅僅用於十分少見的情況。
!!! 對立擲骰
{{對立擲骰}}
!!! 合併擲骰
當一個行動需要兩個以上的技能時， Keeper 可以要求合併擲骰。此時，該玩家只要投擲一次骰子，由 Keeper 決定兩個技能都通過或只通過一個的時後會發生什麼事。
克蘇魯神話系統中的技能是「百分制」，用於遊戲中所有出現的角色，代表的意義是「相對於當代人類所能擁有的能力，你把握了多少？」 技能值所代表的意義大略如下： |!01%–05% |[外行人]|完全就是個外行人，最好不要跟人家說你學過| |!06%–19% |[新手]|剛弄懂一點點的初學者| |!20%–49% |[業餘]|具備基本才能或是通過（愛好者等級的）基礎訓練| |!50%–74%|[專業]|可以透過此一技之長來討生活。相當於在專科中取得學士學位| |!75%–89%|[專家]|專業的進階。相當於碩士或博士程度| |!90%–99%|[大師]|世界一流|
|!技能|!skill|!基礎成功率|!備註| |[[會計]]|Accounting|(05%)|| |演技|Acting|(05%)|見[[技藝]]| |[[掌控動物]]|Animal Handling|(05%)|[特]| |[[人類學]]|Anthropology|(01%)|| |[[鑑定]]|Appraise|(05%)|| |[[考古學]]|Archaeology|(01%)|| |[[技藝]]|Art and Craft|(05%)|[總]| |[[炮術]]|Artillery|(01%)|[特]| |天文學|Astronomy|(01%)|見[[科學]]| |斧|Axe|(15%)|見[[戰鬥]]| |生物學|Biology|(01%)|見[[科學]]| |植物學|Botany|(01%)|見[[科學]]| |弓|Bow|(15%)|見[[火器]]| |拳腳|Brawl|(25%)|見[[戰鬥]]| |鏈鋸|Chainsaw|(10%)|見[[戰鬥]]| |[[魅力]]|Charm|(15%)|| |化學|Chemistry|(01%)|見[[科學]]| |[[攀爬]]|Climb|(20%)|| |[[電腦使用]]|Computer Use|(05%)|[現]| |[[信用評級]]|Credit Rating|(00%)|| |密碼學|Cryptography|(01%)|見[[科學]]| |[[克蘇魯神話]]|Cthulhu Mythos|(00%)|| |[[爆破]]|Demolitions|(01%)|[特]| |[[偽裝]]|Disguise|(05%)|| |[[潛水]]|Diving|(01%)|[特]| |[[閃避]]|Dodge|(DEX/2)|| |[[開車]]|Drive Auto|(20%)|| |[[電器維修]]|Electrical Repair|(10%)|| |[[電子學]]|Electronics|(01%)|[現]| |[[話術]]|Fast Talk|(05%)|| |[[戰鬥]]|Fighting||[總]| |美術|Fine Art|(05%)|見[[技藝]]| |[[火器]]|Firearms||[總]| |[[急救]]|First Aid|(30%)|| |鏈枷|Flail|(10%)|見[[戰鬥]]| |火焰噴射器|Flamethrower|(10%)|見[[火器]]| |鑑識學|Forensics|(01%)|見[[科學]]| |偽造文書|Forgery|(05%)|見[[技藝]]| |絞具|Garrote|(15%)|見[[戰鬥]]| |地質學|Geology|(01%)|見[[科學]]| |手槍|Handgun|(20%)|見[[火器]]| |重武器|Heavy Weapons|(10%)|見[[火器]]| |[[歷史]]|History|(05%)|| |[[催眠]]|Hypnosis|(01%)|[特]| |[[威脅]]|Intimidate|(15%)|| |[[跳躍]]|Jump|(20%)|| |[[外語]]|Language (Other)|[01%]|[總]| |[[母語]]|Language (Own)|(EDU)|| |[[法律]]|Law|(05%)|| |[[圖書館使用]]|Library Use|(20%)|| |[[聆聽]]|Listen|(20%)|| |[[鎖匠]]|Locksmith|(01%)|| |[[傳說]]|Lore|(01%)|[特][總]| |機槍|Machine Gun|(10%)|見[[火器]]| |數學|Mathematics|(01%)|見[[科學]]| |[[機械維修]]|Mechanical Repair|(10%)|| |[[醫藥]]|Medicine|(01%)|| |氣象學|Meteorology|(01%)|見[[科學]]| |[[自然世界]]|Natural World|(10%)|| |[[導航]]|Navigate|(10%)|| |[[神祕學]]|Occult|(05%)|| |[[操作重機]]|Operate Heavy Machinery|(01%)|| |[[說服]]|Persuade|(10%)|| |藥學|Pharmacy|(01%)|見[[科學]]| |攝影|Photography|(05%)|見[[技藝]]| |物理學|Physics|(01%)|見[[科學]]| |[[駕駛]]|Pilot|(01%)|[總]| |[[精神分析]]|Psychoanalysis|(01%)|| |[[心理學]]|Psychology|(10%)|| |[[讀唇]]|Read Lips|(01%)|[特]| |[[騎術]]|Ride|(05%)|| |步槍|Rifle|(25%)|見[[火器]]（步槍/散彈槍）| |[[科學]]|Science|(01%)|[總]| |散彈槍|Shotgun|(25%)|見[[火器]]（步槍/散彈槍）| |[[巧手]]|Sleight of Hand|(10%)|| |矛|Spear|(20%)|見[[火器]]（或[[投擲]]）| |[[識破]]|Spot Hidden|(25%)|| |[[匿蹤]]|Stealth|(20%)|| |衝鋒槍|Submachine Gun|(15%)|見[[火器]]| |[[生存]]|Survival|(10%)|[總]| |劍|Sword|(20%)|見[[戰鬥]]| |[[游泳]]|Swim|(20%)|| |[[投擲]]|Throw|(20%)|| |[[追蹤]]|Track|(10%)|| |鞭|Whip|(05%)|見[[戰鬥]]| |動物學|Zoology|(01%)|見[[科學]]| !! 備註 * [總]：集合技能，下分成好幾個專門技能，但本身並非是一個技能 * [特]：罕見技能 * [現]：只存在於現代的技能。
! 技藝 (05%) [總] 此技能能讓使用者製作或維修物品——通常需要裝備和時間（由 Keeper 決定）。在成功的情況下，工匠能夠做出合適的東西，更高等級的成功，讓物品的品質更好、更準確。 一個成功的技藝技能可用來製作複製品或偽造品。困難程度由原物的複雜程度與獨特性而定。如果要偽造文件，則需要偽造文書的技能。 成功的技能判定能提供道具的資訊，像是它是何時何地製造的，揭露一些有關的歷史或是技術點，或由誰所製作。 越好的專門訓練可以提供更好的特殊範圍知識——科目的知識、它的歷史與當代達人。 這是一個集合技能，必須選擇專門技能。 !! 專門技能 !!! 演技： 表演者擁有戲劇與電影（包括電視）表演的訓練，能夠扮演角色、記憶台詞並利用舞台化妝來改變他的外貌。請見偽裝。 !!! 美術： 藝術家掌握繪畫（油畫、壓克力、水彩）的技藝，同時也會進行鉛筆、腊筆或粉彩素描。可以用好幾天或月進行嚴肅的工作，也可以進行快速素描來抓住物件和人物的印象。此技能也意味著對藝術世界的熟悉，藝術家能夠辨識特定藝術家的作品、學派與已知歷史。 !!!偽造文書： 熟悉技術細節，使用者可以製造高品質的假文件，可能是手寫文件、官方表格或授權、券宗的複製品。偽造時必須要有如複製品一般的合適材料（墨汁、紙質等）。 成功的偽造文書擲骰能夠通過一般的、粗略的檢查。如果有人想要認真檢查偽造品，他將使用鑑定技能進行對立擲骰，看看是否能發現問題。 !!!攝影： 包含靜態與動態的攝影。此技能能讓人拍下清楚的照片，或適當地沖洗它們，或增強隱晦的細節。 一般的照相不需要擲技能骰。需要擲骰的是動態攝影、或是進行細節的捕捉－－特別是長距離的、快速的或是在微光中。這個技能也可以讓探索者判斷照片是否經過合成或偽造，及判斷拍攝的角度與站位。 <<< 建議房規：如果是全手動相機（包括 1920 年代到 1930 年代的所有相機），將「自動成功」的成果按照技能水平分成： * ''5-19''：完全不知道在拍啥 * ''20-49''：勉強可以看得出來在拍什麼（如果技能值在 20-49） * ''50+''：算是清楚 <<<
!投擲 (20%) 用物體丟擲目標，或是用物體的正確部份丟擲目標（像是刀或飛斧的刃部），使用投擲。 拳頭大的理想平衡物體，可以猛擲出 STR 碼的距離。 如果投擲失敗，物體將按照一定的隨機距離飛往目標。 Keeper 必須比較擲骰的結果與成功的高值，並選擇一個合適的距離來決定物體飛到哪。 投擲技能可以用於戰鬥，投擲刀斧、石頭、長矛、手榴彈或回力標。
! 掌控動物 (05%)[特] 用於命令、訓練馴服動物進行簡單任務的技能。這技能最常用在狗身上，但也不排除鳥、貓、猴子，或其他動物（由 Keeper 判定）。 參考[[騎術]]。
探索者在遊戲中如果死亡，意味著永遠的死去。 探索者死亡是嚴肅的事，守密人有義務讓玩家角色死得足夠戲劇化。 如果死去的探索者是其他探索者的[[關鍵連結]]，請進行 SAN 1/1D6 的檢定。 玩家請接受這樣的結果，包括其他玩家角色，如果是在長期戰役中，為他舉辦一場葬禮、出於某些信仰找回他的屍體，種種情節可能是必要的。
用戰略擊昏對手。成功的話，對手失去 1HP，並且被擊昏。擊昏規則只適用於結構和人相像的生物。
!操作重機 (01%) 駕駛與操作坦克、鋤耕機、蒸氣鏟或是其他大型機械時的必備技能。學會這項技能之後，除非遇上危險的事件或路況，是不需要擲骰的。對於差異很大的機械，當遭遇相當不熟悉的情況， Keeper 可以決定降低探索者的技能，例如，一個習慣開推土機的人，就沒辦法很快習慣在船上的引擎室操作蒸氣渦輪機。
!攀爬 (20%) 此技能允許角色以繩索、工具或是徒手來爬樹、爬牆或是爬其他垂直平面。此技能也包括繞繩下降。 有許多條件可能會影響攀爬難度，包括：表面硬度、支撐處、風力、可見度、雨水等。 失敗的攀爬擲骰，表示指定的攀爬目標超出了使用者的能力。失敗的強推擲骰將使探索者掉落而受傷。成功的攀爬擲骰將允許探索者完全完成這次攀爬。長程的攀爬將提昇難度水平。
1D20 擲骰： |!擲骰結果|!部位| |1-3|右腳| |4-6|左腳| |7-10|腹部| |11-15|胸口| |16-17|右臂| |18-19|左臂| |20|頭|
操作克蘇魯神話的力量會失去 San 值。如果有恐怖的生物回應了咒語，遭遇牠也會造成 San 值的下降。 幾乎所有的咒語和魔法器物都需要支付 MP 或 POW，即便咒語沒有造成效果。施放咒語所需時間有許多種，可能是瞬間、幾秒、一分鐘、一週、甚至更長。 施術者必須知道咒語並以充滿權威的聲調吟誦複雜的長禱詞，手勢通常也是重要的。通常可以移動。 ! 第一次施咒 嚐試使用新學會的咒語必須進行施術擲骰，必須通過困難的 POW 擲骰，失敗的話，咒語變無法再次施放，但可以進行[[強推]]已再次嘗試。但如果失敗了，將會造成一些副作用。 此外唯一的替代方案是，回到源頭重新學習：通常需要額外的 2D6 周，並且需要通過困難的 [[INT]] 擲骰。 ! 施術[[強推]]失敗的副作用 首先，施術者被迫支付 1D6 倍的魔法費用。 副作用的結果擲 1D8 決定： *[[弱小魔法的失敗副作用]] *更糟糕的[[強大魔法的失敗副作用]] 如果咒語施放到一半被打斷的話，也會造成如[[強推]]失敗一般的副作用。
! 會計 (05%) 讓人了解會計程序，與明白一個人物或商務的金融功能。在檢查書籍時，他能發現員工詐欺、掏空基金、賄賂或是勒索款項，以及財務狀況的實際好壞。翻閱舊帳時，能看出過往（穀物、人口買賣、酒纇走私等）金錢的流向。
在守密人的允許下，探索者可以從下選擇其中之一的經驗包，加入創角的額外調整。 !! 戰場經驗包 探索者在戰爭中為軍隊效命過－－譬如， 1914 至 1918 年的世界大戰。他在戰爭中獲得好處，也得到了傷痕。調整探索者： * 調整到適當的年齡。 * SAN 減少 1D10+5。 * 在背景中增加：與戰爭相關的「受傷與傷痕」或「恐懼症與狂熱症」。 * 獲得 70 點技能紅利，分配到： ** 普通士兵： 攀爬，戰鬥（打架），火器（步槍/散彈槍），急救，威脅，聆聽，潛行，投擲，妙手，識破，生存。 ** 軍官： 攀爬，戰鬥（打架），火器（手槍），急救，聆聽，導航，一項人際技能（魅力、說服、威脅之一），匿蹤，投擲，識破。 * 在角色卡上註明：免疫目擊屍體和重傷的 SAN 損失。 !! 警察經驗包 探索者在警方工作過數年。調整探索者： * 初始年齡不可低於 25 歲。 * SAN 減少 1D10。 * 在背景中增加一項：與警察工作相關的「受傷與傷痕」或「恐懼症與狂熱症」。 * 獲得 60 點技能紅利，分配到：攀爬，駕駛汽車，戰鬥（打架），火器（手槍或步槍/散彈槍），急救，法律，聆聽，外語，兩項[[人際技能]]，追蹤； * 在角色卡上註明：免疫目擊屍體的 SAN 損失。 !! 罪犯經歷包 探索者的大半輩子都在犯罪組織中服事。調整探索者： * 初始年齡不可低於 20 歲。 * SAN 減少 1D10； * 在背景中增加一項：與犯罪經驗相關的「受傷與傷痕」或「恐懼症與狂熱症」。 * 獲得 60 點技能紅利，分配到：攀爬，駕駛汽車，戰鬥（任一），火器（任一），一項[[人際技能]，法律，聆聽，鎖匠，心理學，追蹤。 * 在角色卡上註明：免疫目擊屍體、目擊或進行謀殺或對人類暴力時 SAN 損失。 !! 醫療經驗包 探索者長期服務於醫界。調整探索者： * 初始年齡不可低於 30 歲。 * SAN 減少 1D10； * 在背景中增加一項：與醫療經驗相關的「恐懼症與狂熱症」。 * 獲得 60 點技能紅利，分配到：急救，法律，聆聽，醫藥，心理學，識破，科學（任二）。 * 在角色卡上註明：免疫目擊屍體和重傷的 SAN 損失。 !! 神話經驗包 探索者擁有[[克蘇魯神話]]知識－－無論是學術意義上還是來自確切經驗。 和守密人討論探索者如何意識到[[克蘇魯神話]]－－閱讀或經歷－－將這寫入角色的背景中。如果此知識是來自閱讀，決定探索者是否是[[相信者]]。調整探索者： * 增加守密人同意的[[克蘇魯神話]]技能值（建議 1D10+5）。 * 按照規則減少 SAN 的最大值。 * 如果是一個相信者，減少等同克蘇魯神話技能值的 SAN 。 * 在背景中增加兩項：與神話經驗相關的「受傷與傷痕」、「恐懼症與狂熱症」或「遭遇奇怪物體」。 * 在守密人的許可下加入咒文（如果是相信者）－－守密人將會決定探索者取得的咒文是什麼。
!機械維修 (10%) 這允許探索者可以維修壞掉的機械，或自己做一個新的。能夠做基本的木工和管道案子，以及建造物品（像是滑輪系統）、維修物品（像是蒸汽幫浦）。可能需要某些特殊的設備。這技能也可以開啟一般房鎖，但無法開啟更難的。見[[鎖匠]]技能。機械維修和[[電器維修]]是相輔相成的，在維修如汽車或飛機那樣的複雜裝置時，可能兩者都要用到。
!歷史 (05%) 讓探索者可以想起一個國家、城市、種族或人物所代表的意義。一個成功的歷史擲骰，可以用於協助鑑定只有古人才熟悉的工具、技藝，或是理念。
!外語 [01%] [總]、母語 (EDU) 母語指的是在嬰兒或是童年所使用的語言，大部分人只有一種母語。當探索員選擇了母語的種類後，這項技能的起始值自動從等同 EDU 的值開始：這便是探索者進行聽說讀寫的起始語言程度。 外語則可以自由指定。一個探索者可以學會任意數量的語言。古老或未知語言（ 如 Aklo 或 Hyperborean 等）是不能選的，其他普通的地球語言都可以選擇。 如果遇到了文言文的演講或是文本， Keeper 可以提高難度水平。一次成功的外語、母語擲骰通常允許探索者理解整本書。 !!語言水平 語言技能大部分時候不需要擲骰，自動成功。 |!05%|正確辨認語言的種類| |!10%|可以溝通簡單的概念| |!30%|可以了解事務上的需求| |!50%|可以流利使用語言| |!75%|可以像是在地人一樣使用語言| 辨認未知語言： * 辨認現代語言： Know 擲骰 * 辨認滅絕人類語言：[[考古學]]或[[歷史]]擲骰 * 辨認外星語言：[[克蘇魯神話]]或[[神祕學]]擲骰
; 每日花費額度 : Spending Level 在每一天，如果探索的花費在此範圍內，則不需要紀錄帳目。
決定年齡後，進行下列加成與調整： |!年齡|!調整| |15到19歲|從 [[STR]] 或 [[SIZ]] 中擇一減去 5 點，將 [[EDU]] 減去 5 點，創角時決定 [[Luck]] 初始值的擲骰可連擲兩次、取高的那次| |20到30來歲|進行一次 [[EDU]] 的[[成長擲骰]]| |40來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 5 點，將 [[APP]] 減去 5 點，進行兩次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 1| |50來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 10 點，將 [[APP]] 減去 5 點，進行三次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 2| |60來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 20 點，將 [[APP]] 減去 10 點，進行四次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 3 | |70來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 40 點，將 [[APP]] 減去 15 點，進行四次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 4 | |80來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 80 點，將 [[APP]] 減去 20 點，進行四次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 5 |
決定技能分成兩階段：
!! 1. 決定職業技能
# 先決定[[信用評級]]：將職業技能點分配到[[信用評級]]上，直到符合該職業的富有程度
# 再決定職業技能：將職業技能點選擇性地分配到職業技能上，直到將職業技能點全部用完
> 分配技能的方式，是從技能基礎值（技能欄旁括號中的百分比）往上加。
> 不需要訓練所有的職業技能。
!! 2. 決定個人興趣
除了職業技能外，角色的非事業活動中所訓練出的技能，是這個角色的個人興趣。
計算 INTx2 ，得到該角色的自由技能點，這些技能點可以分配到除了[[克蘇魯神話]]之外的任何技能上（包括先前分配過的職業技能）。
> [[下一步：創造背景故事|創造背景故事]]
!! 技能表
{{技能表}}
# 從職業表中挑出角色的職業。
# 閱讀職業技能、職業技能點以及[[信用評級]]範圍。
# 試著計算你的職業技能點數。
# 確認該職業可能有的聯絡人。
> [[下一步：決定技能與分配技能點|決定技能與分配技能點]]
{{職業表}}
!法律 (05%) 代表能知道恰當的法律、判例、合法行動或法庭程序的機會。以法律作為專業，可以帶來大量的財富和優越的政治職位，但需要多年的努力研習－－高度[[信用評級]]對此事業是至關重要的。在美國，你的法律實務必須被特定的聯邦或洲律師協會所承認。 在其他國家時，成功的難度可能會提昇，除非該角色用上數月的時間研讀該國法律系統。
!游泳 (20%) 在水或其他液體上漂浮和移動的能力。只有在 Keeper 認為遇到危機和危險時，才需要進行游泳擲骰。失敗的擲骰將持續失去 HP。也可能讓人被水沖走，部份或完全地溺水。
當初始的發狂結束，探索者進入一種低層次的潛在錯亂狀態。探索者現在交由玩家操控，他可以自己決定要如何 RP 這種錯亂，或許可以將初始發狂的形象帶入潛在錯亂的這段期間中。 在這段時間中， San 值是會下降的，任何的下降（哪怕是 1 點）都會[[回到上一個階段|發狂階段]]。 這種心情的脆弱狀態，在暫時錯亂的情況下會維持 1D10 小時，在不定期錯亂的情況下，則會進行一整個場景或章節。 ! 副作用之一：恐懼症與狂熱症 當探索者接觸他所恐懼的對象將造成恐慌，同樣的，探索者接觸到狂熱對象將引發他的過度反應。 對於恐懼症，除了戰鬥或逃離的行為都必須投擲一個懲罰骰。而狂熱症將會造成探索者的巨大反應。如果 Keeper 促使這個玩家朝向某種合適這種狂熱症的行為，探索者在直到完全放縱地滿足欲望或是遠離刺激物以前，所有的行動都必須投擲一個懲罰骰。 成功的精神分析可以暫時讓同伴脫離這種狀態的糾纏。 !副作用之二：幻覺與真實檢定 Keeper 可以在任何時候、自由讓錯亂中的探索者知覺到幻覺（恐怖的幻覺甚至會讓探索者減少 San 值）。玩家要確定這是不是幻覺的唯一方法，是在他知覺到這些幻覺的時候，進行真實檢定（Reality Check）。 只有錯亂的探索者的玩家可以要求進行真實檢定，要是他想要「看穿」這到底是不是幻覺或錯覺的話。進行真實檢定的方式是作一個 San 擲骰： *''失敗''：失去 1 San 值。如果探索者正在不定期錯亂中的話，立刻發狂。無法驅散任何幻覺。 *''成功''：看穿一切幻覺（直到下一次失去 San 值以前，Keeper 都不能再丟幻覺給他），Keeper 描述他真實看到的東西。 成功的精神分析，可以允許錯亂的探索者看出幻覺為何發生。 !副作用之三：錯亂與克蘇魯神話 非神話刺激物造成的錯亂不會聯想到克蘇魯神話知識。然而，如果是神話所引起的，他們將會學到更多神話、增加[[克蘇魯神話]]技能。第一次克蘇魯神話相關的錯亂總是會增加 5 點的[[克蘇魯神話]]技能。之後每次的這種錯亂，增加 1 點[[克蘇魯神話]]技能。
!潛水 (01%) [特] 使用者通過潛水訓練，可以使用與維持潛水設備進行潛水，包括深水導航、適當配重與危機處理程序。 於 1942 年水中氧氣筒發明之前，空氣是透過空氣幫浦從水面上用連接的管子打進潛水服裝中。 在現代，裝備水下呼吸器的潛水員將熟悉潛水的物理學、空氣壓力，以及呼吸加壓空氣時的生理過程。
重傷者，在 HP 歸 0 時，進入瀕死狀態。 角色進入瀕死後，首先將 HP 紀錄為「0」，並且把「瀕死（Dying）」的格子打勾。這時，角色立刻失去意識。 ! 垂死 # 從下回合開始，每回合或每小時進行一次 CON 檢定 # 如果 CON 檢定失敗，角色死亡 ! 脫離垂死 只有成功的[[急救]]技能可以讓人暫時推離「垂死」，獲得一點暫時的 HP 。 但這依然是在瀕死中，依然需要每回合進行一次 CON 檢定，只要失敗就會失去暫時的 HP ，回到垂死狀態。 ! 脫離垂死後，脫離瀕死 [[醫藥]]技能可用來讓角色穩定暫時的 HP，再獲得 1D3 HP，並且將瀕死的打勾擦除掉。
!火器 [總] 包含所有意義下的火器，包括弓器。你可以將技能點拿來購買任意的專門技能，但不能購買火器這個集合技能。選擇適合你的探索者的職業與歷史的專門技能。 （火器技能不能強推） !!專門技能 !!!弓 (15%) 用於弓、十字弓、中世紀長弓、強力合成弓。 !!!手槍 (20%) 用於所有類似手槍的非連發火器。因此一些現代的機械手槍（MAC-11、Uzi 手槍等），在進行連發時，使用半自動槍技能。 !!!重武器 (10%) 用於榴彈發射器、反坦克火箭等。 !!!火焰發射器 (10%) 噴射可燃性液體或瓦斯的武器。可以由使用者帶著或是安裝在交通工具上。 !!!機槍 (10%) 從安裝在腳架上的武器進行連發射擊的武器。只要是用單發射擊，改用步槍技能。在現代，突擊步槍、衝鋒槍與輕型機槍的差異已經相當小。 !!!步槍/散彈槍 (25%) 任何一種類型（槓桿式、手動式、半自動）的步槍或是散彈槍。因為散彈槍裝載的子彈是散射的，所以命中率不會因距離而減少，但傷害會減少。當以突擊步槍進行單發射擊時，使用此技能。 !!!衝鋒槍 (15%) 用於發射任何一把機械手槍或是衝鋒槍；也包括使用連發的突擊步槍。
武器是會故障的，每把槍有不同的故障值和情況，故障會在射擊時發生。 如果是左輪手槍（revolver）、折開式（break-open gun）、手動步槍（bolt action rifle），問題通常是啞彈。 如果是槓桿式（lever-action）步槍，問題是堵塞。需要 1D6 回合進行修理，加上成功的[[機械維修]]或[[火器]]技能。
!炮術 (01%) [特] 此技能設定了某些形式的軍事訓練與經驗。該使用者在戰爭中操作過炮擊武器：能夠在小組或是「特遣隊」中進行長程軍火投射。許多有此本性的武器，因為太大而無法獨力運作，要嘛需要有一個小組來進行操作，要嘛會讓操作難度變高。 隨著遊戲的年代不同，有不同的專門技能，包括加農炮、榴彈砲、迫擊砲與火箭發射器。
!爆破 (01%) [特] 有這個技能的使用者，更容易安全地使用炸彈，包括設置與拆除爆破物。使用地雷或是類似設計優良的裝置不需要進行擲骰，但是移除將更加困難。 這個技能也包括軍用炸彈（防步兵地雷、塑膠炸彈等）。 若有足夠的時間與資源，老手能夠透過爆破物來炸毀建築、清理堵塞隧道與改造爆破裝置（如降低爆破音量、製作餌雷等）。
* [[1920s 物品表|https://drive.google.com/open?id=0B6ZiS9f8Cm9qNl9IUlZFckRRMmc&authuser=0]] * [[現代物品表|https://drive.google.com/open?id=0B6ZiS9f8Cm9qNFpuSEVVM3dyWEE&authuser=0]] * [[武器表（全時代）|https://drive.google.com/open?id=0B6ZiS9f8Cm9qcE9ZZDNtcmxoZGc&authuser=0]]
可擲 1D10 決定，或自己選擇。 *1: 慷慨的（如：小費給很多、總會伸出援手、慈善家） *2: 善待動物（如：愛貓、在農場長大、瞭解馬兒） *3: 夢想家（如：讓幻想起飛、富有遠見、高度創意） *4: 享樂主義者（如：派對人生、有趣的酒鬼、及時行樂） *5: 賭徒性格（如：撲克臉、什麼都試、活在懸崖邊） *6: 好廚子（如：烤超棒的蛋糕、隨便都能變出大餐、精緻味覺） *7: 情聖/狐狸精（如：溫文儒雅、動人聲線、勾人眼神） *8: 忠誠（如：為朋友兩肋插刀、從未背信、願意為信念而死） *9: 美好名聲（如：全國最好的飯後演講者、大善人、無畏者） *10: 野心（如：達到一個目標、當老闆、佔有它的一切）
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> 嗨，我是洪偉，如果你喜歡並頻繁使用我製作的工具，歡迎在[[Patreon|https://www.patreon.com/weihung]]上贊助我，給予我改進的動力，並在上面回報問題與建議。 !! 守密人 * [[常用表格]] * [[守密人後記]] * [[神話生物]] !! 創造角色 * [[標準創造角色流程|創造角色]] * 變體：[[快速創角規則]] * 變體：[[購買屬性]]規則 * [[洪偉的全版本角色卡|https://docs.google.com/spreadsheets/d/1PNGtSZ4d1cPD61VkyLU-tu9wAPLteS5I-d4LVVZxLTk/edit#gid=0]] !!! 常用表格 * [[職業表|決定職業]] * [[裝備表|裝備探索者]] !!! 可選規則 * [[技能上限]] * [[快速創角規則]] * [[購買屬性]] * [[角色太弱的屬性調整|屬性調整]] * [[選擇合適擲骰]] * [[達到人類極限]] * [[有經驗的探索者]] !!! 房規 * [[賭博]]（自製規則） !! 系統速查 # [[技能]] # [[戰鬥|戰鬥規則]] # [[傷害與回復]] # [[追逐]] # [[心智]] # [[魔法]] > [[成長階段|角色成長階段]] !! 擴充 * [[幻夢境]] > 背景圖片來自[[ZAM|http://news.zam.com/article/200/the-sinking-city-is-an-open-world-detective-game-with-cthulhu]]。 > Call Of Cthulhu 7 版規則版權屬於 CHAOSIUM INC. 所有，本站資源僅供社群研究與參考，並拒絕所有商業使用。
可擲 1D10 決定，或自己選擇。 *1: 一個關聯到你的最高技能的物品（如：昂貴的西裝、假 ID、手指虎） *2: 你的職業的本質物品（如：醫生包、車、開鎖器） *3: 童年回憶（如：漫畫、折疊小刀、幸運錢幣） *4: 死者遺物（如：珠寶、在表中的相片、一封信） *5: 你的「重要人士」送你的東西（如：戒指、日記、地圖） *6: 你的收集。什麼收集？（如：公車票、動物玩偶、錄音） *7: 某個你正在找但是不知道是什麼的東西——你渴求答案（如：你在一個衣櫃中找到的不明語言寫成的信、從你先父遺物中找到的不明來源的奇異煙斗、在你花園中挖出的奇異銀球） *8: 運動用品（如：板球球棒、簽名球、釣魚桿） *9: 武器（如：配槍、你的老獵槍、藏在靴子裡的斧頭） *10: 寵物（如：狗、貓、烏龜）
!生存 (10%) [總] 此技能的知識提供在極端環境中生存的專門知識，像是沙漠或是極地條件，或像是在海洋上或是在荒野地帶中。其中有的是打獵、建造避難所、避免危險（像是避免有毒植物）等的知識等。 你可以將技能點拿來購買任意的專門技能，但不能購買生存這個集合技能。當此技能選擇以後，環境專長便決定，譬如：生存（沙漠）、（海洋）、（極地）等。當一個角色沒有明顯的生存專長，將可能提升技能的難度水平，由 Keeper 判定。
* [[Roll20 快速擲骰]]
!! 1. 進行屬性生成擲骰
|!簡寫|!中文|!生成擲骰|
|[[STR]]|力量|3D6 x5|
|[[CON]]|體質|3D6 x5|
|[[SIZ]]|尺寸|(2D6 +6) x5|
|[[DEX]]|敏捷|3D6 x5|
|[[APP]]|相貌|3D6 x5|
|[[INT]]|智力|(2D6 +6) x5|
|[[POW]]|意志|3D6 x5|
|[[EDU]]|教育|(2D6 +6) x5|
* 可選規則：[[購買屬性]]
!! 2. 決定年齡並進行屬性調整
決定年齡後，進行下列加成與調整：
|!年齡|!調整|
|15到19歲|從 [[STR]] 或 [[SIZ]] 中擇一減去 5 點，將 [[EDU]] 減去 5 點，創角時決定 [[Luck]] 初始值的擲骰可連擲兩次、取高的那次|
|20到30來歲|進行一次 [[EDU]] 的[[成長擲骰]]|
|40來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 5 點，將 [[APP]] 減去 5 點，進行兩次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 1|
|50來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 10 點，將 [[APP]] 減去 5 點，進行三次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 2|
|60來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 20 點，將 [[APP]] 減去 10 點，進行四次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 3 |
|70來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 40 點，將 [[APP]] 減去 15 點，進行四次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 4 |
|80來歲|從 [[STR]]、[[CON]] 或 [[DEX]] 中共減去 80 點，將 [[APP]] 減去 20 點，進行四次 [[EDU]] 的[[成長擲骰]]，[[MOV]] 減 5 |
!! 3. 決定幸運
* ''幸運''（[[Luck]] ）= 3D6 x5
!! 4. 計算衍生數值
!!! A. San 值、魔法力、生命力
* ''[[San 值（Sanity points）|San值]]'' = POW
* ''[[魔法力（Magic Points, MP）|MP]]'' = POW /5（小數位捨去）
* ''生命力（Hit Points, HP）'' = (SIZ + CON) /10（小數位捨去）
!!! B. [[MOV]], 移動率（Move Rating）
* ''如果 DEX 和 STR 都小於 SIZ''：MOV = 7
* ''如果 DEX 和 STR 都大於 SIZ''：MOV = 9
* ''其他''： MOV = 8
!!! C. 傷害加成與體格
以 STR + SIZ 決定''傷害加成（DB, Damage Bonus）''和''體格（Build）''：
{{傷害加成與體格}}
> [[下一步：決定職業|決定職業]]
在交通工具上，一個行動可以移動不只 1 個區位： *一般來說，一個行動移動 1 個區位 *用一個行動移動 2 或 3 個區位，通過的任何危害都增加 1 個懲罰骰 *用一個行動移動 4 或 5 個區位，通過的任何危害都增加 2 個懲罰骰 只要危害無法通過，車子立刻會停下來。
如果發狂發生在其他探索者在現場的場景，則發狂會維持 1D10 的戰鬥回合（注意：這只是暫時錯亂的維持時間）。陷入發狂的方式可以由 Keeper 挑選，也可以進行1D10擲骰。 *1: 失憶（直到前一個安全場合以前） *2: 精神殘疾（瞎眼、耳聾或四肢無法動彈） *3: 暴虐（對他的周遭進行失控的、爆發性的破壞） *4: 偏執（不信任任何人，認為自己隨時會被背叛） *5: 重要的人（將眼前的一個人看成自己重要的人） *6: 昏厥 *7: 在恐懼中逃離（逃離現場，離得越遠越好） *8: 歇斯底里或情緒爆發（大笑、大哭、大叫等） *9: 某種[[恐懼症]] *10: 某種[[狂熱症]]
如果錯亂發生在離其他同伴有點距離的地方，或所有探索者都同時在經歷錯亂， Keeper 可直接描述他所做的瘋狂的事，並且造成了怎樣的結果。通常探索者會失控 1D10 小時，或是 Keeper 想要指定時間。陷入發狂的方式可以由 Keeper 挑選，也可以進行1D10擲骰。 *1: 得了失憶症（探索者回神時，覺得自己在某個陌生的地方，並且忘記自己是誰。隨著時間慢慢恢復） *2: 被搶劫了（探索者回神時，發現自己被搶了。如果身上帶著珍視物品，Luck 檢定看還在不在，所有值錢的東西都被偷走） *3: 變得傷痕累累（探索者回神時，發現自己被狠揍、虐待，HP 失去當前值的一半，但不會造成重傷） *4: 變得暴虐（探索者進行失控的、爆發性的破壞。當他回神時，他不知道自己做了什麼。他可能殺死身邊的人，或者簡單對他造成傷害） *5: 極端化意識形態/信仰（探索者對於他的信仰採取極端、瘋狂的態度，修改背景故事） *6: 盡可能靠近了重要的人（探索者不顧一切地、盡可能地靠近了他重要的那個人） *7: 進入了機構（探索者回神時，人在精神病院或是警察局裡面。他會慢慢想起剛剛到底發生什麼事） *8: 在恐懼中逃離了（當探索者回神時，他已經跑到很遠很遠的地方了，可能迷失在荒郊野外、或者坐了很久的火車或公車） *9: 得到了某種[[恐懼症]]（探索者回神時，警覺他所害怕的東西） *10: 得到了某種[[狂熱症]]（探索者回神時，完全縱容他的新的狂熱，到底發生什麼事情讓 Keeper 和玩家決定）
在經歷發狂的期間，探索者失去所有的自我控制能力。在遊戲中，要嘛是由 Keeper 指定探索者的行動；要嘛是由 Keeper 給定玩家在這段時間中的行動準則，然後由玩家來進行扮演。 在這段時間中，探索者不會再失去更多的 San 值。 每當探索者發狂， Keeper 會修改或增加一項探索者的背景故事條目。 發狂有兩種不同的型態： # [[發狂：實時型]]：如果錯亂發生在其他探索者在現場的場景 # [[發狂：總結型]]：如果錯亂發生在離其他同伴有點距離的地方，或所有探索者都同時在經歷錯亂
! 資源 [[物品價目表與武器表|https://docs.google.com/spreadsheets/d/1yyrEgH8p58t4RDLfLAQUP7yFAb3nmIqO8p650LYmkl4/edit#gid=0]] [[COC7 探索者指南|http://trpgtw.blogspot.tw/2015/08/coc7.html]] [[COC 7 一日探索者須知|https://docs.google.com/document/d/1s3YxMB6sfTEXUX7VaBu8ScreCp77r-BlhMmOR_xo99M/edit#]]
成為[[相信者]]意味著，開始相信世界上確實存在著科學不能解釋的克蘇魯神話。 成為相信者以前，光是涉獵[[克蘇魯神話]]知識並不會造成 San 值的下降，但是在剛成為相信者的同時，會立刻失去等同於現有[[克蘇魯神話]]技能值的 San 值。 以下幾種情況會讓探索者成為相信者： *當探索者直接對於遭遇神話實體有第一手經驗，並因此減少 San 值 *當任何玩家想要讓探索者成為相信者的時候
!神祕學 (05%) 使用者能了解神秘物品、文字與概念，並且鑑別所見的魔法書與神秘學暗語。神秘學者熟悉一系列來自埃及、蘇美、中世紀、文藝復興時代的西方（或許包括亞非）流傳下來的隱密知識。 掌握確切書籍或許能夠提供神祕學的技能百分比。這技能無法用於對克蘇魯神話的咒語、魔法與書籍，不過神秘學的概念常被 Great Old Ones 的崇拜者所採用。
<<list-links "[tag[神話生物]]">>
!科學 (01%) [總] 科學科目的實踐性與理論性技能需要正統的教育與訓練，雖然，也是可能有博學的素人科學家存在。知識與觀點受限於時代。你可以將技能點拿來購買任意的專門技能，但不能購買科學這個集合技能。 每個科目包含一個特定的學說，並且這個清單不是窮舉的。許多科目有重疊之處，譬如數學與密碼學、植物學與生物學、化學與藥學。當一個角色沒有明顯的學說專長，他擲骰的難度可能會提升，由 Keeper 決定。 !!【專門技能】 !!!天文學 (01%) 對於找出在特定日子或時刻中哪一個星球或是行星會在天上、日月蝕與流星雨的發生、重要星體之名、當代對其他世界生命的認識、銀河的存在與結構，他擁有此類的實用知識。一個天文學者應該可以計算出軌道、討論星體生命週期。在現代，他會擁有像是紅外線天文學或是長基線干涉量測的專長。 !!!生物學 (01%) 生命的科學，包括植物學、細胞學、生態學、遺傳學、組織學、微生物學、生理學、動物學等等。探索者的了解反映了年代。以此技能，可以研發出對抗可怕神話細菌的疫苗，或是隔絕一些叢林植物的迷幻效果。 !!!植物學 (01%) 對植物生命的研究，包括品種分類、構造、生長、繁殖、化學性質、演化原理、疾病與顯微術。植物學的子學說包含了農學、林學、園藝學與古植物學。用這個技能，可以辨別特定植物（譬如毒性、可食性、迷幻性等）的性質和特定用法。 !!!化學 (01%) 研究物質組成，溫度、能量和壓力在其上的效果，及交互作用的學問。透過化學，使用者可以創造或提煉複雜的化學化合物，包括簡單爆裂物、毒藥、瓦斯與酸液，需要至少一天和合適的器材及化學品。給予合適的器材與反應物的話，使用者也可以解析未知物質。 !!!密碼學 (01%) 秘密代碼與語言的研究，由一些或某人發展出來，用以隱藏對話或訊息。作為數學的一個分支，這個技能能夠創造密碼、辨認或破譯密碼。密碼通常是手寫的，但是也可能有其他型式，像是將訊息藏在樂譜、圖畫或是電腦代碼中。破解密碼是一個繁瑣的工作，通常需要長時間的研究與數字運算。 !!!工程學 (01%) 技術上來說，這不是一個科學，將它放在這裡只是方便而已。科學是關於辨認特定現象（透過觀察與紀錄），工程學以這樣的發現和使用來製造實用物品，像是機器、構造和原料。 !!!鑑識學 (01%) 證據的分析與辨認。通常結合了犯罪場景偵察（指紋、DNA、頭髮與體液調查）和為了給法律爭執提供專業證據進行的實驗工作。 !!!地質學 (01%) 讓使用者可以說出岩層的大致年齡、辨認化石種類、鑑別礦物與水晶、為鑽探或採礦進行定位、評估土壤，並且預料火山活動、地震後果、雪崩，或其他類似現象。 !!!數學 (10%) 數字與邏輯的研究，包括數學理論與應用，以及設計與發展理論解。這個技能允許辨認非歐幾何學、解決方程式謎題，對複雜的圖示與密碼進行解碼。 !!!藥學 (01%) 對化學合成品與其對活體效果的研究。通常包含了各種天然或人工的藥品的配方、製作與配置（無論是使用草藥合成的巫醫，或在實驗室中工作的藥劑師）。此技能的應用包含了解它們的副作用和禁忌症。 !!!物理學 (01%) 讓他有對於壓力、物質、運動、磁力、電力、光學、輻射以及相關現象之理論性理解，並有能力建構可驗證想法的實驗儀器。知識的程度和所處的時代有關。如汽車之類的實用性裝置不是物理學家的職責——實驗裝置可能是，不過或許需要協同[[電器維修]]或[[機械維修]]。 !!!動物學 (01%) 專門關係到動物王國的生物學研究，包含結構、演化、分類、習性、以及動物的分配，包括活著的與滅絕的。使用此技能從其與環境的互動中辨別動物的品種（蹤跡、排泄物、痕跡等），像是行為，和領域特徵。
! 淨空區位 如果身處一個無障礙的區位，花一個移動前進到下一個區位。 ! 危害 危害存在於兩個區位之間，追逐者必須通過一些技能或是檢定（由守密人決定）來避免這個危害，否則將受會到傷害，並失去 1D3 的行動次數。 如果使用 2 個移動來試圖更謹慎地通過危害，可以獲得 1 個獎勵骰；如果使用 3 個移動，則可以獲得 2 個獎勵骰。 !! 突發危害 在追逐回合的任何時間點，守密人或玩家可以（輪流）要求進行群體幸運檢定。如果幸運檢定通過，玩家可以指定某處、某時會發生危害，如果失敗，守密人則為探索者們製造一次危害。 突發危害要是一般難度，除非追逐已經太久，守密人決定提高整體難度。 ! 障礙 障礙在去除或通過檢定以前，無法移動到下一個區位。 !! 破壞障礙 如果交通工具想要直接撞壞障礙，不需要任何攻擊擲骰，只要加速往前開就好了。為交通工具的每 1 點體格，擲 1D10 代表對障礙物造成的傷害。 如果沒有成功摧毀障礙，交通工具就失事了。如果成功摧毀障礙，交通工具受到等同障礙一半的 HP 的傷害。 如果障礙的 HP 歸 0 ，則它不再是一個障礙。 > 請參考[[交通工具碰撞表]]與[[障礙HP範例表]]
<<< 在黑暗中拖著腳步走來的，是個巨大而邪惡的黑色怪物。牠既不是猿猴，也不是昆蟲。牠的皮松弛地垂著，掛在巨大的身軀上。牠那滿是皺紋、殘留了退化的眼睛痕跡的頭顱，仿佛喝醉般搖擺著。牠展開來的前爪上，有著寬大的鉤子。儘管牠沒有任何表情，但是，全身都緊繃著兇狠而致命的惡意。 <<< ——H.P. 洛夫克拉夫特和黑茲爾．赫爾德，〈蠟像館驚魂〉 人們對這種生物知之甚少，只知牠們的名字和外貌。據說牠們可以在不同位面和宇宙中各個世界之間穿行，從不在一個地點待上太長時間。 有傳言說這些生物有時會侍奉一位神或者舊日支配者，但是它們的個體動機和目的還是謎團。 !!! 特殊能力 位面旅行：可以隨意脫離一個位面中的存在，外在表現為開始閃爍和消隱。這個轉移過程耗費牠們 4 點點魔法值，需要一個回合才能完成。此時它們可以被攻擊，但不能向攻擊者反擊造成傷害。 空鬼可以帶著物體或者生物一起轉移到另一個位面，只要將想要的物品用爪子抓住，並且為此物品或生物的每 50 點 SIZ 額外支付 1 點魔法值。被帶走的物體或受害者將再也找不回來。 法術：空鬼有 40% 的幾率知曉 1D3 個法術 !! 空鬼，位面躍遷者 |!屬性|!平均|!擲骰| |STR|95|2D6+12 x5| |CON|80|3D6+6 x5| |SIZ|95|2D6+12 x5| |DEX|50|3D6 x5| |INT|35|2D6 x5| |POW|50|3D6 x5| * HP：17 * 平均傷害加成：+1D6 * 平均體格：2 * 平均 MP：10 * 移動：7 !!! 攻擊 每回合攻擊：2 次 ''戰鬥方式''：空鬼可以用兩支前爪進行普通的空手攻擊，也會試圖抓住對手，消隱至其他位面。 格鬥：45(22/9)%，1D8+傷害加成 抓住（戰技）：抓住對手一回合，然後帶著對手消失到空鬼才知道是哪里的地方。 躲避：30(15/6)% 護甲：3 點厚皮 理智喪失：直視空鬼喪失 0/1D10 點理智。
!精神分析 (01%) 密集的精神分析可以回復患者的 San 值。每個月，以一個 1D100 進行如分析者或醫師的精神分析技能的擲骰，以獲得治療的好處。如果擲骰成功，患者恢復 1D3 的 San 值。如果失敗，沒有任何事情發生。如果大失敗，患者失去 1D6 的 San 值：某些意外或戲劇化的反撲進到治療裡頭，患者與治療師的關係將破裂。 在遊戲中，精神分析無法加快不定期發狂的恢復，這需要 1D6 個月的專業治療，精神治療是其中一個部份。 成功的使用此技能，允許角色去暫時脫離恐懼症或狂躁症，或是擺脫幻覺。在遊戲中，這允許一個發狂的探索者忽視恐懼症或狂躁症的效果，譬如允許一個幽閉恐懼症患者躲在櫥櫃 10 分鐘。同樣，一個人可以做一個精神分析擲骰來讓一個妄想的探索者在一段時間內看穿他們的幻覺。 心理治療師的治療可以在不定期發狂的期間增加病人的當前 San 值。 心理分析無法讓人的當前 San 值超過最大值。
不同的手持武器造成不同的傷害。 按照角色的強壯程度不同，也會加上[[DB]]。 投擲武器的DB減半。 ! 爆擊 當攻擊擲出極限成功時，表示進行了一次關鍵攻擊。在這次的擲骰中將造成可能傷害的最大值---武器傷害加上額外傷害的最大值。 !! 貫穿 可以用來切割、穿刺、劈砍、截斷的武器，往往附有貫穿（Impale）的能力。 擲出極限成功時，除了造成傷害最大值外，多擲一次武器的傷害擲骰代表隨機的流血傷害。 ! 裝甲 裝甲可以減免傷害。越厚重、堅硬的裝甲，可以減免越多的傷害。見[[裝甲值範例]]。
在歷經許多的失敗經驗後，幾位守密人寫下了這樣的筆記： * ''公平''：儘量使用範例表格來類推發生的效果，並且在擲骰和判定上力求公平 * ''重視合作''：與玩家說明清楚當前的狀況，並且仔細說明本系統的特點；玩家可能與你爭論，但記得提醒他們，守密人才是最終的規則決定者 * ''掌握節奏''：你也許不知道你的玩家究竟會幹些什麼好事，但是，你知道哪邊可能很無聊、而哪邊比較有趣。必要的時候，加速乏味的過程 * ''給玩家誠懇的建議''：儘量給出讓遊戲可以變得活絡的建議。雖然玩家不一定會聽你的，但是不要給出會讓他們陷入死胡同的建議，除非這「很好玩」 * ''營造恐怖''：恐怖的特色在於未知與反差，請保持神祕與感受的純粹性，不要讓玩家太清楚他們的敵人是誰、困境為何；必要的時候，可以使用 BGM 來輔助。記得提醒你的玩家，這是一個恐怖遊戲，不要讓搞笑過頭了。有些時候使用「神祕小紙條」可以達到不錯的效果 * ''扮演好你的NPC''：好好扮演NPC（就像在演戲一樣地展示台詞和動作吧），這除了可以讓場景變得真實，也可以讓玩家知道，賣力扮演不是可恥的事 * ''善用語言的力量''：可以的話，減少使用圖片來描述場景，事實證明，語言可以營造更加恐怖的場景。多閱讀克蘇魯神話的原著小說對守密人有相當大的助益。Handouts 的使用是本遊戲的特色，但是記得，過猶不及 * ''熟讀規則、劇本與熟悉系統''：本跑團工具並不是用來給守密人在跑團的時候讀的，請減少在跑團時查詢劇本和規則的時間，這將打亂節奏 * ''純粹性''：克蘇魯神話的世界觀相當單純，但是如果有核心弄錯則會使遊戲變得相當走味。如果你跑過其他如龍與地下城一類的冒險團，你可能需要暫時忘掉那些風格，來讓此遊戲變得更加真實與純粹 --- 本跑團工具有許多內容來自於一位守密人整理的[[COC7探索者指南|http://trpgtw.blogspot.tw/2015/08/coc7.html]]，該指南除了建議交給探索者閱讀外，守密人自己也可以讀過。 最後，相當感謝另外一位素未謀面的守密人a13x整理的「[[規則簡譯|https://beaf4c804c543f2c3914f8dcb13feb9266c66a8b.googledrive.com/host/0BzQPBZVaijPGfmZKNjhwYUhjRDRPSTBwaVluOF9CNk9Rcy1TS3M2UmJ5akxFQlBqV1ZDQkU/ref.html#戰鬥]]」，減少了我相當大的工作時間。 感謝守密人[[悠子|http://yuukotrpg.weebly.com/coc-7th.html]]所釋出的自動計算角色卡，這對社群有相當大的貢獻。
! 考古學 (01%) 允許對古文物的年份進行鑑定，與辨別真偽。仔細探查挖掘地點後，他可以推導出先前在此生活者的目的及生活方式。亦能對辨識已滅絕的人類文化的寫作形式有所幫助。
!聆聽 (20%) 代表探索者者詮釋和了解聲音的能力，包括對話的偷聽、門後的嘀咕、咖啡廳中的悄悄話。 在迫近遭遇時，Keeper 可要求進行聆聽擲骰，決定探索者們是否察覺：你的探索者警覺到樹枝的折斷聲了嗎？延伸來說，高的聆聽技能也表示了角色平時的意識優劣。
|!職業|!Occuapation|!職業技能點|!職業技能|![[信用評級]]|!備註| |會計師|Accountant|EDU x4|[[會計]]、[[法律]]、[[圖書館使用]]、[[聆聽]]、[[說服]]、[[識破]]、個人專長×2|30~70|| |雜技演員|Acrobat|EDU x2 + DEX x2|[[攀爬]]、[[閃避]]、[[跳躍]]、[[投擲]]、[[識破]]、[[游泳]]、個人專長×2|9~20|| |機構探員|Agency Detective|EDU x2 + (STR or DEX) x2|[[人際技能]]、[[戰鬥]](拳腳)、[[火器]]、[[法律]]、[[圖書館使用]]、[[心理學]]、[[匿蹤]]、[[追蹤]]|20~45|| |精神病醫師|Alienist|EDU x4|[[法律]]、[[聆聽]]、[[醫藥]]、[[外語]]、[[精神分析]]、[[心理學]]、[[科學]](生物學)、(化學)|10~60|[非現代]| |動物訓練師|Animal Trainer|EDU x2 + (APP or POW) x2|[[跳躍]]、[[聆聽]]、[[自然世界]]、[[心理學]]、[[科學]](動物)、[[匿蹤]]、[[追蹤]]、個人專長|10~40|| |古物愛好者|Antiquarian|EDU x4|[[鑑定]]、[[技藝]](任意)、[[歷史]]、[[圖書館使用]]、[[外語]]、[[人際技能]]、[[識破]]、個人專長|30~70|[Lovecraftian]| |古董商|Antique Dealer|EDU x4|[[會計]]、[[鑑定]]、[[開車]]、[[人際技能]]×2、[[歷史]]、[[圖書館使用]]、[[導航]]|30~50|| |考古學家|Archaeologist|EDU x4|[[鑑定]]、[[考古學]]、[[歷史]]、[[外語]]、[[圖書館使用]]、[[識破]]、[[機械維修]]、[[導航]]或[[科學]]|10~40|[Lovecraftian]| |建築師|Architect|EDU x4|[[會計]]、[[技藝]](繪圖技術)、[[法律]]、[[母語]]、[[電腦使用]]或[[圖書館使用]]、[[說服]]、[[心理學]]、[[科學]](數學)|30~70|| |藝術家|Artist|EDU x2 + (DEX or POW) x2|[[技藝]](任意)、[[歷史]]或[[自然世界]]、[[人際技能]]、[[外語]]、[[心理學]]、[[識破]]、個人專長×2|9~50|| |杜鵑窩專員|Asylum Attendant|EDU x2 + (DEX or STR) x2|[[閃避]]、[[戰鬥]](拳腳)、[[急救]]、[[人際技能]]×2、[[聆聽]]、[[心理學]]、[[匿蹤]]|8~20|| |刺客|Assassin|EDU x2 + (DEX or STR) x2|[[偽裝]]、[[電器維修]]、[[戰鬥]]、[[火器]]、[[鎖匠]]、[[機械維修]]、[[匿蹤]]、[[心理學]]|30~60|| |運動員|Athlete|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[跳躍]]、[[戰鬥]](拳腳)、[[騎術]]、[[人際技能]]、[[游泳]]、[[投擲]]、個人專長|9~70|| |作家|Author|EDU x4|[[技藝]](文學)、[[歷史]]、[[圖書館使用]]、[[自然世界]]或[[神祕學]]、[[外語]]、[[母語]]、[[心理學]]、個人專長|9~30|[Lovecraftian]| |特技飛行員|Aviator|EDU x4|[[會計]]、[[電器維修]]、[[聆聽]]、[[機械維修]]、[[導航]]、[[駕駛]](飛機)、[[識破]]、個人專長|30~60|[非現代]| |銀行搶匪|Bank Robber|EDU x2 + (STR or DEX)x2|[[開車]]、電器或[[機械維修]]、[[戰鬥]]、[[火器]]、[[威脅]]、[[鎖匠]]、[[操作重機]]、個人專長|5~75|| |酒保|Bartender|EDU x2 + APP x2|[[會計]]、[[人際技能]]×2、[[戰鬥]](拳腳)、[[聆聽]]、[[心理學]]、[[識破]]、個人專長|8~25|| |巨獸獵人|Big Game Hunter|EDU x2 + (DEX or STR) x2|[[火器]]、[[聆聽]]或[[識破]]、[[自然世界]]、[[導航]]、[[外語]]或[[生存]](任意)、[[科學]](生物學或植物學)、[[匿蹤]]、[[追蹤]]|20~50|| |書商|Book Dealer|EDU x4|[[會計]]、[[鑑定]]、[[開車]]、[[歷史]]、[[圖書館使用]]、[[母語]]、[[外語]]、[[人際技能]]|20~40|| |不法買賣者/惡棍|Bootlegger/Thug|EDU x2 + STR x2|[[開車]]、[[戰鬥]]、[[火器]]、[[人際技能]]×2、[[心理學]]、[[匿蹤]]、[[識破]]|5~30|| |賞金獵人|Bounty Hunter|EDU x2 + (DEX or STR) x2|[[開車]]、[[電子學]]或[[電器維修]]、[[戰鬥]]或[[火器]]、[[人際技能]]、[[法律]]、[[心理學]]、[[追蹤]]、[[匿蹤]]|9~30|| |拳擊手/摔角手|Boxer/Wrestler|EDU x2 + STR x2|[[閃避]]、[[戰鬥]](拳腳)、[[威脅]]、[[跳躍]]、[[心理學]]、[[識破]]、個人專長×2|9~60|| |竊賊|Burglar|EDU x2 + DEX x2|[[鑑定]]、[[攀爬]]、電器或[[機械維修]]、[[聆聽]]、[[鎖匠]]、[[巧手]]、[[匿蹤]]、[[識破]]|5~40|| |執事/男侍/女僕|Butler/Valet/Maid|EDU x4|[[會計]]或[[鑑定]]、[[技藝]](任意)、[[急救]]、[[聆聽]]、[[外語]]、[[心理學]]、[[識破]]、個人專長×2|9~40|| |私人駕駛|Chauffeur|EDU x2 + DEX x2|[[開車]]、[[人際技能]]×2、[[聆聽]]、[[機械維修]]、[[導航]]、[[識破]]、個人專長|10~40|| |基督教牧師|Clergy, Member of the|EDU x4|[[會計]]、[[歷史]]、[[圖書館使用]]、[[聆聽]]、[[外語]]、[[人際技能]]、[[心理學]]、個人專長|9 ~ 60|| |電腦工程師|Computer Programmer/Technician|EDU x4|[[電腦使用]]、[[電器維修]]、[[電子學]]、[[圖書館使用]]、[[科學]](數學)、[[識破]]、個人專長×2|10~70|[現代]| |詐欺師|Conman|EDU x2 + APP x2|[[鑑定]]、[[技藝]](表演)、[[法律]]或[[外語]]、[[聆聽]]、[[人際技能]]×2、[[心理學]]、[[巧手]]|10~65|| |牛仔|Cowboy/girl|EDU x2 + (DEX or STR) x2|[[閃避]]、[[戰鬥]]或[[火器]]、[[急救]]或[[自然世界]]、[[跳躍]]、[[騎術]]、[[生存]](任意)、[[投擲]]、[[追蹤]]|9~20|| |工匠|Craftsperson|EDU x2 + DEX x2|[[會計]]、[[技藝]](任意)×2、[[機械維修]]、[[自然世界]]、[[識破]]、個人專長×2|10~40|| |犯罪者(個人)|Criminal|EDU x2 + (DEX or APP) x2|[[技藝]](表演)或[[偽裝]]、[[鑑定]]、[[人際技能]]、[[戰鬥]]或[[火器]]、[[鎖匠]]或[[機械維修]]、[[匿蹤]]、[[心理學]]、[[識破]]|5~65|| |宗教領袖|Cult Leader|EDU x2 + APP x2|[[會計]]、[[人際技能]]×2、[[神祕學]]、[[心理學]]、[[識破]]、個人專長×2|30~60|| |反洗腦專員|Deprogrammer|EDU x4|[[人際技能]]×2、[[開車]]、[[戰鬥]](拳腳)或[[火器]]、[[歷史]]、[[神祕學]]、[[心理學]]、[[匿蹤]]|20 ~ 50|[現代]，根據KP的決定可用[[催眠]]替換上述技能之一| |設計師|Designer|EDU x4|[[會計]]、[[技藝]](照相)、[[技藝]](任意)、[[電腦使用]]or[[圖書館使用]]、[[機械維修]]、[[心理學]]、[[識破]]、個人專長|20~60|| |業餘玩家|Dilettante|EDU x2 + APP x2|[[技藝]](任意)、[[火器]]、[[外語]]、[[騎術]]、[[人際技能]]、個人專長×3|50~99|[Lovecraftian]| |潛水夫|Diver|EDU x2 + DEX x2|[[潛水]]、[[急救]]、[[機械維修]]、駕駛 (船隻)、[[科學]](生物學)、[[識破]]、[[游泳]]、個人專長|9~30|| |醫生|Doctor of Medicine|EDU x4|[[急救]]、[[醫藥]]、[[外語]](拉丁文)、[[心理學]]、[[科學]](生物學)、[[科學]](藥學)、個人專長或是學術專長×2|30~60|[Lovecraftian]| |流浪者|Drifter|EDU x2 + (APP or DEX or STR) x2|[[攀爬]]、[[跳躍]]、[[聆聽]]、[[導航]]、[[人際技能]]、[[匿蹤]]、個人專長×2|0~5|| |司機|Driver|EDU x2 + (DEX or STR) x2|[[會計]]、[[開車]]、[[聆聽]]、[[人際技能]]、[[機械維修]]、[[導航]]、[[心理學]]、個人專長|9~20|| |編輯|Editor|EDU x4|[[會計]]、[[歷史]]、[[母語]]、[[人際技能]]×2、[[心理學]]、[[識破]]、個人專長|10~30|| |民選官員|Elected Official|EDU x2 + APP x2|[[魅力]]、[[歷史]]、[[威脅]]、[[話術]]、[[聆聽]]、[[母語]]、[[說服]]、[[心理學]]|50~90|| |工程師|Engineer|EDU x4|[[技藝]](繪圖技術)、[[電器維修]]、[[圖書館使用]]、[[機械維修]]、[[操作重機]]、[[科學]](工程學)、[[科學]](物理)、個人專長|30~60|| |藝人|Entertainer|EDU x2 + APP x2|[[技藝]]、[[偽裝]]、[[人際技能]]×2、[[聆聽]]、[[心理學]]、個人專長×2|9~70|| |探險家|Explorer|EDU x2 + (APP or DEX or STR) x2|[[攀爬]]or[[游泳]]、[[火器]]、[[歷史]]、[[跳躍]]、[[自然世界]]、[[導航]]、[[外語]]、[[生存]]|55~80|[非現代]| |農夫|Farmer|EDU x2 + (DEX or STR) x2|[[技藝]](農業)、[[開車]](or Wagon)、[[人際技能]]、[[機械維修]]、[[自然世界]]、[[操作重機]]、[[追蹤]]、個人專長|9~30|| |聯邦探員|Federal Agent|EDU x4|[[開車]]、[[戰鬥]](空手)、[[火器]]、[[法律]]、[[說服]]、[[匿蹤]]、[[識破]]、個人專長|20~40|| |贓物交易者|Fence|EDU x2 + APP x2|[[會計]]、[[鑑定]]、[[技藝]](偽造)、[[歷史]]、[[人際技能]]、[[圖書館使用]]、[[識破]]、個人專長|20~40|| |消防隊員|Firefighter|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[閃避]]、[[開車]]、[[急救]]、[[跳躍]]、[[機械維修]]、[[操作重機]]、[[投擲]]|9~30|| |電影明星|Film Star|EDU x2 + APP x2|[[技藝]](表演)、[[偽裝]]、[[開車]]、[[人際技能]]×2、[[心理學]]、個人專長×2|20~90|| |海外特派員/記者|Foreign Correspondent|EDU x4|[[歷史]]、[[外語]]、[[母語]]、[[聆聽]]、[[人際技能]]×2、[[心理學]]、個人專長|10~40|| |法醫|Forensic Surgeon|EDU x4|[[外語]](拉丁文)、[[圖書館使用]]、[[醫藥]]、[[說服]]、[[科學]](生物學)、[[科學]](鑑識學)、[[科學]](藥學)、[[識破]]|40~60|| |偽造犯|Forger/Counterfeiter|EDU x4|[[會計]]、[[鑑定]]、[[技藝]](偽造)、[[歷史]]、[[圖書館使用]]、[[識破]]、[[巧手]]、個人專長|20~60|| |賭徒|Gambler|EDU x2 + (APP or DEX) x2|[[開車]]、[[戰鬥]]、[[火器]]、[[人際技能]]×2、[[心理學]]、個人專長×2|9 ~ 20|| |幫派老大|Gangster Boss|EDU x2 + APP x2|[[戰鬥]]、[[火器]]、[[法律]]、[[聆聽]]、[[人際技能]]×2、[[心理學]]、[[識破]]|60~95|| |幫派走卒|Gangster Underling|EDU x2 + (DEX or STR) x2|[[開車]]、[[戰鬥]]、[[火器]]、[[人際技能]]×2、[[心理學]]、個人專長×2|9~20|| |幫派女匪|Gun Moll|EDU x2 + APP x2|[[技藝]](任意)、[[人際技能]]×2、[[戰鬥]](拳腳)或[[火器]](手槍)、[[開車]]、[[聆聽]]、[[匿蹤]]、個人專長|10~80|[非現代]| |紳士/女士|Gentleman/Lady|EDU x2 + APP x2|[[技藝]](任意)、[[人際技能]]×2、[[火器]](步槍/散彈槍)、[[歷史]]、[[外語]](任意)、[[導航]]、[[騎術]]|40~90|| |駭客|Hacker|EDU x4|[[電腦使用]]、[[電器維修]]、[[電子學]]、[[圖書館使用]]、[[識破]]、[[人際技能]]、個人專長×2|10~70|| |流浪漢|Hobo|EDU x2 + (APP or DEX) x2|[[技藝]](任意)、[[攀爬]]、[[跳躍]]、[[聆聽]]、[[鎖匠]]or[[巧手]]、[[導航]]、[[匿蹤]]、個人專長|0~5|| |醫院人員|Hospital Orderly|EDU x2 + STR x2|[[電器維修]]、[[人際技能]]、[[戰鬥]](拳腳)、[[急救]]、[[聆聽]]、[[機械維修]]、[[心理學]]、[[匿蹤]]|6~15|| |文字記者|Journalist|EDU x4|[[技藝]](藝術 或 照像)、[[人際技能]]、[[歷史]]、[[圖書館使用]]、[[母語]]、[[心理學]]、個人專長×2|9~30|[Lovecraftian]| |法官|Judge|EDU x4|[[歷史]]、[[威脅]]、[[法律]]、[[圖書館使用]]、[[聆聽]]、[[母語]]、[[說服]]、[[心理學]]|50~80|| |實驗室助理|Laboratory Assistant|EDU x4|[[電腦使用]]or[[圖書館使用]]、[[電器維修]]、[[外語]]、[[科學]](化學與任意×2)、[[識破]]、個人專長|10~30|| |雜工|Laborer, Unskilled|EDU x2 + (DEX or STR) x2|[[開車]]、[[電器維修]]、[[戰鬥]]、[[急救]]、[[機械維修]]、[[操作重機]]、[[投擲]]、個人專長|9~30|| |律師|Lawyer|EDU x4|[[會計]]、[[法律]]、[[圖書館使用]]、[[人際技能]]×2、[[心理學]]、個人專長×2|30~80|| |圖書館員|Librarian|EDU x4|[[會計]]、[[圖書館使用]]、[[外語]]、[[母語]]、個人專長×4|9~35|[Lovecraftian]| |樵子|Lumberjack|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[閃避]]、[[戰鬥]](鍊鋸)、[[急救]]、[[跳躍]]、[[機械維修]]、[[自然世界]]或[[科學]](生物學或植物學)、[[投擲]]|9 ~30|| |技工/技師|Mechanic (and Skilled Trades)|EDU x4|[[技藝]](木匠、焊接、管線工等)、[[攀爬]]、[[開車]]、[[電器維修]]、[[機械維修]]、[[操作重機]]、個人專長×2|9~40|| |軍官|Military Officer|EDU x2 + (DEX or STR) x2|[[會計]]、[[火器]]、[[導航]]、[[急救]]、[[人際技能]]×2、[[心理學]]、個人專長|20~70|| |礦工|Miner|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[科學]](地質學)、[[跳躍]]、[[機械維修]]、[[操作重機]]、[[匿蹤]]、[[識破]]、個人專長|9~30|| |傳教士|Missionary|EDU x2 + APP x2|[[技藝]](任意)、[[急救]]、[[機械維修]]、[[醫藥]]、[[自然世界]]、[[人際技能]]、個人專長×2|0~30|| |登山家|Mountain Climber|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[急救]]、[[跳躍]]、[[聆聽]]、[[導航]]、[[外語]]、[[生存]](阿爾卑斯山之類的)、[[追蹤]]|30~60|| |策展人|Museum Curator|EDU x4|[[會計]]、[[鑑定]]、[[考古學]]、[[歷史]]、[[圖書館使用]]、[[神祕學]]、[[外語]]、[[識破]]|10~30|| |音樂家|Musician|EDU x2 + (APP or DEX) x2|[[技藝]](樂器)、[[人際技能]]、[[聆聽]]、[[心理學]]、個人專長×4|9~30|| |護理師/護士|Nurse|EDU x4|[[急救]]、[[聆聽]]、[[醫藥]]、[[人際技能]]，[[心理學]]、[[科學]](生物學)、[[科學]](化學)、[[識破]]|9~30|| |神祕學家|Occultist|EDU x4|[[人類學]]、[[歷史]]、[[圖書館使用]]、[[人際技能]]、[[神祕學]]、[[外語]]、[[科學]](天文學)、個人專長|9~65|[Lovecraftian]，根據KP的決定可開放[[克蘇魯神話]]到10%為止| |戶外生活者|Outdoorsman/Outdoorswoman|EDU x2 + (DEX or STR) x2|[[火器]]、[[急救]]、[[聆聽]]、[[自然世界]]、[[導航]]、[[識破]]、[[生存]](任意)、[[追蹤]]|5~20|| |通靈學家|Parapsychologist|EDU x4|[[人類學]]、[[技藝]](照相)、[[歷史]]、[[圖書館使用]]、[[神祕學]]、[[外語]]、[[心理學]]、個人專長|9~30|| |藥劑師|Pharmacist|EDU x4|[[會計]]、[[急救]]、[[外語]](拉丁文)、[[圖書館使用]]、[[人際技能]]、[[心理學]]、[[科學]](藥學)、[[科學]](化學)|35~75|| |攝影師|Photographer|EDU x4|[[技藝]](照相)、[[人際技能]]、[[心理學]]、[[科學]](化學)、[[匿蹤]]、[[識破]]、個人專長×2|9~30|| |攝影記者|Photojournalist|EDU x4|[[技藝]](照相)、[[攀爬]]、[[人際技能]]、個人專長×2、[[外語]]、[[心理學]]、[[科學]](化學)|10~30|| |飛行員|Pilot|EDU x2 + DEX x2|[[電器維修]]、[[機械維修]]、[[導航]]、[[操作重機]]、[[駕駛]](飛機)、[[科學]](天文學)、個人專長×2|20~70|| |警探|Police Detective|EDU x2 + (DEX or STR) x2|[[技藝]](表演) or[[偽裝]]、[[火器]]、[[法律]]、[[聆聽]]、[[人際技能]]、[[心理學]]、[[識破]]、個人專長|20~50|[Lovecraftian]| |制服警察|Police Officer, Uniformed|EDU x2 + (DEX or STR) x2|[[戰鬥]](空手)、[[火器]]、[[急救]]、[[人際技能]]、[[法律]]、[[心理學]]、[[識破]]、下列選一：[[開車]]或[[騎術]]|9~30|| |私家偵探|Private Investigator|EDU x2 + (DEX or STR) x2|[[技藝]](照相)、[[偽裝]]、[[法律]]、[[圖書館使用]]、[[人際技能]]、[[心理學]]、[[識破]]、個人專長(如[[電腦使用]]、[[鎖匠]]、[[戰鬥]]、[[火器]])|9~30|| |教授|Professor|EDU x4|[[圖書館使用]]、[[外語]]、[[母語]]、[[心理學]]、個人專長或是學術專長×4|20~70|[Lovecraftian]| |探勘者|Prospector|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[急救]]、[[歷史]]、[[機械維修]]、[[導航]]、[[科學]](地質)、[[識破]]、個人專長|0~10|| |娼妓|Prostitute|EDU x2 + APP x2|[[技藝]](任意)、[[人際技能]]×2、[[閃避]]、[[心理學]]、[[巧手]]、[[匿蹤]]、個人專長|5~50|| |心理治療師|Psychiatrist|EDU x4|[[外語]]、[[聆聽]]、[[醫藥]]、[[說服]]、[[精神分析]]、[[心理學]]、[[科學]](生物學)、[[科學]](化學)|30~80|| |心理學家/精神分析師|Psychologist/Psychoanalyst|EDU x4|[[會計]]、[[圖書館使用]]、[[聆聽]]、[[說服]]、[[精神分析]]、[[心理學]]、個人專長或是學術專長×2|10~40|| |記者|Reporter|EDU x4|[[技藝]](表演)、[[歷史]]、[[聆聽]]、[[母語]]、[[人際技能]]、[[心理學]]、[[匿蹤]]、[[識破]]|9~30|| |研究者|Researcher|EDU x4|[[歷史]]、[[圖書館使用]]、[[人際技能]]、[[外語]]、[[識破]]、研究領域×3|9~30|| |海軍水手|Sailor, Naval|EDU x2 + (DEX or STR) x2|[[電器維修]]或[[機械維修]]、[[戰鬥]]、[[火器]]、[[急救]]、[[導航]]、[[駕駛]](船)、[[生存]](海)、[[游泳]]|9~30|| |商船水手|Sailor, Commercial|EDU x2 + (DEX or STR) x2|[[急救]]、[[機械維修]]、[[自然世界]]、[[導航]]、[[人際技能]]、[[駕駛]](船)、[[識破]]、[[游泳]]|20~40|| |銷售員|Salesperson|EDU x2 + APP x2|[[會計]]、[[人際技能]]×2、[[開車]]、[[聆聽]]、[[心理學]]、[[匿蹤]]或[[巧手]]、個人專長|9~40|| |科學家|Scientist|EDU x4|[[科學]]×3、[[電腦使用]]or[[圖書館使用]]、[[外語]]、[[母語]]、[[人際技能]]、[[識破]]|9~50|| |秘書|Secretary|EDU x2 + (DEX or APP) x2|[[會計]]、[[技藝]](打字或速記)、[[人際技能]]×2、[[母語]]、[[圖書館使用]]or[[電腦使用]]、[[心理學]]、個人專長|9~30|| |店長|Shopkeeper|EDU x2 + (APP or DEX) x2|[[會計]]、[[人際技能]]×2、[[電器維修]]、[[聆聽]]、[[機械維修]]、[[心理學]]、[[識破]]|20 ~ 40|| |走私商|Smuggler|EDU x2 + (APP or DEX) x2|[[火器]]、[[聆聽]]、[[導航]]、[[人際技能]]、[[開車]]或[[駕駛]](飛機或船)、[[心理學]]、[[巧手]]、[[識破]]|20~60|| |士兵/海軍|Soldier/Marine|EDU x2 + (DEX or STR) x2|[[攀爬]]or[[游泳]]、[[閃避]]、[[戰鬥]]、[[火器]]、[[匿蹤]]、[[生存]]、下列選兩個：[[急救]]、[[機械維修]]或[[外語]]|9~30|| |間諜|Spy|EDU x2 + (APP or DEX) x2|[[技藝]](表演) or[[偽裝]]、[[火器]]、[[聆聽]]、[[外語]]、[[人際技能]]、[[心理學]]、[[巧手]]、[[匿蹤]]|20~60|| |舞台演員|Stage Actor|EDU x2 + APP x2|[[技藝]](表演)、[[偽裝]]、[[戰鬥]]、[[歷史]]、[[心理學]]、[[人際技能]]×2、個人專長|9~40|| |街頭痞子|Street Punk|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[人際技能]]、[[戰鬥]]、[[火器]]、[[跳躍]]、[[巧手]]、[[匿蹤]]、[[投擲]]|3~10|| |學生/實習生|Student/Intern|EDU x4|[[母語]]或[[外語]]、[[圖書館使用]]、[[聆聽]]、研讀領域×3 跟 個人專長×2|5~10|| |替身演員|Stuntman|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[閃避]]、[[電器維修]]或[[機械維修]]、[[戰鬥]]、[[急救]]、[[跳躍]]、[[游泳]]、下列選一：[[潛水]]、[[開車]]、[[駕駛]](任意)、[[騎術]]|10~50|| |計程車司機|Taxi Driver|EDU x2 + DEX x2|[[會計]]、[[開車]]、[[電器維修]]、[[話術]]、[[機械維修]]、[[導航]]、[[識破]]、個人專長|9~30|| |部落成員|Tribe Member|EDU x2 + (DEX or STR) x2|[[攀爬]]、[[戰鬥]]或[[投擲]]、[[聆聽]]、[[自然世界]]、[[神祕學]]、[[識破]]、[[游泳]]、[[生存]](任意)|5~10|| |殯塟業者|Undertaker|EDU x4|[[會計]]、[[開車]]、[[人際技能]]、[[歷史]]、[[神祕學]]、[[心理學]]、[[科學]](生物學)、[[科學]](化學)|20~40|| |工會份子|Union Activist|EDU x4|[[會計]]、[[人際技能]]×2、[[戰鬥]](拳腳)、[[法律]]、[[聆聽]]、[[操作重機]]、[[心理學]]|5~30|| |服務生|Waitress/Waiter|EDU x2 + (APP or DEX) x2|[[會計]]、[[技藝]](任意)、[[閃避]]、[[聆聽]]、[[人際技能]]×2、[[心理學]]、個人專長|9~20|| |白領職員/行政|White-collar Worker, Clerk/Executive|EDU x4|[[會計]]、[[母語]]、[[法律]]、[[圖書館使用]]或[[電腦使用]]、[[聆聽]]、[[人際技能]]、個人專長×2|9~20|| |白領中高階主管|White-collar Worker, Middle/Senior Manager|EDU x4|[[會計]]、[[外語]]、[[法律]]、[[人際技能]]×2、[[心理學]]、個人專長×2|20~80|| |狂信者|Zealot|EDU x2 + (APP or POW) x2|[[歷史]]、[[人際技能]]×2、[[心理學]]、[[匿蹤]]、個人專長×3|0~30|| |動物園員工|Zookeeper|EDU x4|[[掌控動物]]、[[會計]]、[[閃避]]、[[急救]]、[[自然世界]]、[[醫藥]]、[[科學]](藥學)、[[科學]](動物學)|9~40|| > 職業細節可參考[[涼涼的探索者手冊職業翻譯|https://drive.google.com/file/d/0B6ZiS9f8Cm9qdWFVYTVkMlZ4dnM/view?usp=sharing]]
自動型火器包括那些可以多連發、三連發的自動機槍，有些則是可以切換單發和三連發的半自動步槍。 如果攻擊擲骰成功，將有一半的子彈（最少一發）命中目標。 在一般難度射擊下的極限成功射擊，全部的子彈都將命中目標，並且前面一半的子彈將造成貫穿傷害。 !掃射 在掃射過程中，射擊者只要轉移射擊目標（要能合理轉換目標，譬如夾角在60度以內），就必須要丟新的攻擊骰。掃射會浪費彈藥，每個目標距離一公尺將浪費一顆彈藥。 ! 自動類型 !! 全自動 每回合進行射擊的單位是連射，一次連射的子彈顆數不能超過機關槍或半機槍技能的十分之一，但不會小於三發。 全自動射擊是有後座力的，每次連射將越來越困難。第一次連射如同一般的射擊規則來擲攻擊骰。第二次以上的連射擲攻擊骰每次要增加一顆懲罰骰，在超過懲罰骰上限兩顆以後，會不斷增加射擊難度。 !! 三連發 三連發的槍可用兩到三發的子彈進行精準射擊，也可以進行掃射。
!自然世界 (10%) 原本是研究動植物在適合環境中生長的學問。19世紀時，這學問被分成許多學派（生物學、植物學等）。作為一個技能，這代表了傳統知識與農夫、漁人、熱血外行人或其他業餘者的觀察。可以廣泛地辨別物種、習性、棲地，也可以猜出對此物種而言的重要之處。如果想要的是自然世界的科學知識，應該去看看[[生物學、植物學與動物學|科學]]技能。 自然世界可精確也可不精確──這是一個鑑賞、判斷、傳統與激情的領域。使用自然世界可以判定馬的毛皮或某蝴蝶標本是極品還是虛有其表。
角色或交通工具必須在同一個區位才能攻擊對方。攻擊的處理和一般戰鬥中的情況是一樣的，無論被攻擊的角色是不是還有行動可以進行。 交通工具的撞擊改用[[駕駛]]或[[開車]]來取代[[戰鬥]]與[[閃避]]技能。交通工具成功攻擊造成的傷害是為它的每 1 點體格擲 1D10 ，並對自己造成一半的傷害（如果對方能造成足夠的反作用力的話）。在單次撞擊或反作用力中，每造成 10 點傷害，減少交通工具的 1 點體格（不滿 10 點則捨去）。 如果角色被交通工具攻擊，角色同樣可以選擇反擊或是閃避。 ! 在追逐中使用策略 成功的策略可用以製造危害，來讓追逐者必須通過，否則失去 1D3 次行動，或再造成傷害。 如果想對交通工具進行策略，一樣遵循策略的體格調整規定： *如果體格比對方低 3 以上，攻擊自動失敗 *如果體格比對方低 2 ，增加兩顆懲罰骰 *如果體格比對方低 1 ，增加一顆懲罰骰 *如果體格和對方一樣或更高，沒有懲罰骰
!! 1. 現金與資產
先依照角色的[[信用評級]]，來決定角色的[[每日花費額度]]（Spending Level）、現金（Cash）與資產（Assets）：
{{信用評級對照表}}
現金是可以使用的，但資產則必須要先變賣，並不是馬上可以取得並使用的金錢。
!! 2. 裝備
寫下一些重要的道具、武器或是裝備，不必將角色所有的東西都詳細寫上，只要寫上特別重要的那些。在許多情況下，探索者不需要真的寫下什麼特別或是有價值的東西。
那些生活用品、謀生用品或在你的生活周遭和自然可以取得的東西，就不需特別花錢去買，你直接擁有它們。
花費現金購買裝備物品和武器並添購資產：
*[[1920s 物品表|https://drive.google.com/open?id=0B6ZiS9f8Cm9qNl9IUlZFckRRMmc&authuser=0]]（[[中文翻譯|https://drive.google.com/open?id=1yyrEgH8p58t4RDLfLAQUP7yFAb3nmIqO8p650LYmkl4]]）
*[[現代物品表|https://drive.google.com/open?id=0B6ZiS9f8Cm9qNFpuSEVVM3dyWEE&authuser=0]]
*[[武器表（全時代）|https://drive.google.com/open?id=0B6ZiS9f8Cm9qcE9ZZDNtcmxoZGc&authuser=0]] [[中文翻譯|https://docs.google.com/spreadsheets/d/1yyrEgH8p58t4RDLfLAQUP7yFAb3nmIqO8p650LYmkl4/edit#gid=583474794]]
> 完成！
|!裝甲|!裝甲值| |厚羽絨外套| 1 | |WWI 頭盔| 2 | |1吋硬木| 3 | |現代美國頭盔| 5 | |厚克維拉防彈背心| 8 | |軍用護身防具| 12 | |1.5吋防彈玻璃| 15 | |1吋鋼板| 19 | |大型沙包| 20 |
# 對打勾過的技能進行[[成長擲骰]] # 擦去打勾 # 如果有技能因此提昇至90或以上，San 值 +2D6 # 檢查現有資產與現金是否符合[[信用評級]] # [[心智治癒]] # 檢查與調整背景故事 # 如果使用「可支用 Luck 」的可選規則，在此時進行「Luck 回復」。請見[[Luck]]條目 --- !! 屬性訓練房規 安逸時間的成長，適當地描述這些日子以來的行為，每三個完整的月份（意味著在這段時間中，你可以專心進行訓練，而不需要進行[[心智治癒]]）可以挑選 SIZ、APP 和 INT 以外的一個屬性進行屬性成長檢定： # 通過（大於屬性值）： ## EDU：獲得 1D3 的屬性值，每獲得 1 點 EDU 可以獲得 4 點技能值，任意分配在克蘇魯神話以外的技能值上。 ## 其他：獲得 1D3 的屬性值。 # 一般失敗：什麼事也沒發生，你進行了一段可有可無的鍛鍊或學習。 # 極端失敗（擲出 1/5 以內的屬性值），先描述失敗如何發生，然後選擇一種後果： ## DEX、CON 或 STR 檢定：在訓練時遭受運動傷害，減少 1D6 的屬性值。 ## EDU：長時間的學習令你默默地失去青春，從 APP 或 DEX 或 CON 或 STR 選擇一個屬性值減少 1D6 的該屬性值。 ## POW：你的精神狀態顯然無法讓你穩定地走那麼遠的路。減去 1D6 的 POW 。進行一次 INT 檢定，通過的話獲得 1 點克蘇魯神話技能值，並進行 1/1D6 的 SAN 檢定。 !! 技能訓練房規 安逸時間的成長，在有效的指導與訓練下，每三個完整的月份（意味著在這段時間中，你可以專心進行訓練，而不需要進行[[心智治癒]]）可以挑選一個克蘇魯神話以外的技能進行一次成長檢定： # 通過：獲得 1D10 的技能值。 # 失敗：什麼事都沒發生。
!話術 (05%) 話術專用在口頭哄騙、欺騙與誤導，像是欺騙俱樂部的門衛放你進入、讓人連表格內容都沒讀過就簽名、讓警察朝向錯誤的方向等等。這個技能與[[心理學]]或話術對立。經過一段時間後，目標會發現他們剛才被騙了。話術的效果總是暫時的，無論他達到多好的效果和達成的難度有多高。 話術可用於殺價。如果成功，賣家會忽然認為你提出了一個好主意；然後，如果買家之後又回來、並且嘗試購買其他東西，賣家將會拒絕之後的討價還價，甚至提高物品的售價。
說服 (10%) 使用說服，透過理性推論、辯論與討論，來使目標相信特定觀念、概念或是信念。說服可用於不符事實的時候。成功的說服需要時間：至少需要一個小時。如果你希望快速說服人，你應該使用[[花言巧語]]。 根據玩家所表述的目標，如果探索者以足夠的時間進行說服，其效果可以綿延無期；要到幾年後，遇到一些事情或是另一次說服才能改變他的看法。 說服可用於殺價。如果成功，賣家會忽然認為你提出了一個好主意。
!識破 (25%) 這技能允許人可以發現密門或秘密隔間、注意到隱藏的入侵者、找到不顯眼的線索、發覺重新上漆的車子、感知到埋伏、注意到鼓起的口袋，或任何類似的情形。這在探索者的眾工具中是一個重要的技能。 如果探索者只有稍縱即逝的機會來看到某物， Keeper 可以提升難度水平。如果角色在執行徹底的搜尋， Keeper 可能會獎勵一個自動成功。難度也會因環境而改變，在一個凌亂的房間裡將更難發現什麼東西。
!讀唇 (01%) [特] 這個技能允許好奇的探索者不需要聽到說話者的聲音，就能知道他們的對話內容。必須保持視線，如果只看到一個說話者的嘴唇，對話的另外一半就聽不到。 讀唇也可以用於與另一個人進行安靜溝通（如果兩人都有此技能），允許相對複雜的語意傳達。
> 為了節約時間，如果你的探索者希望用賭博來賺一些外快（因此，「賭徒」不使用此房規），可使用此規則。 # 每次賭博，選擇一筆大於等於 20 美元（1920 幣值，如果是現代，相當於 300 美元）的賭金。 # 如果不打算出千，以 49 % 作為賭博技能值。 # 若打算出千，選擇一種遊戲和方式來代表決定賭博使用的技能。 # 賭場的賭博技能為 30 + 2D20 ，由擲骰決定挑戰難度 #* 大失敗：增加兩顆獎勵骰 #* 失敗：增加一顆獎勵骰 #* 一般成功：直接擲骰 #* 艱難成功：增加一顆懲罰骰 #* 極限成功：增加兩顆懲罰骰 #* 大成功：沒收所有賭金，如果出千，則被抓包 # 賭博擲骰對應 #* 大失敗：取回賭金的 30%，如果出千，則被抓包，並且失去所有賭金 #* 失敗：取回賭金的 70% #* 一般成功：取回賭金的 90% #* 艱難成功：取回賭金的 150% #* 極限成功：取回賭金的 200% #* 大成功：取回賭金的 300%
如果採用這個可選規則，則不以擲骰產生初始的屬性值，而是將 460 點的屬性點分配在八個屬性值上，所有屬性必須在 15 到 90 之間。 建議 [[INT]] 和 [[SIZ]] 最少能有 40，雖然你還是可以和守密人爭論這一點。但不要有值在 15 以下。 !! 接著...... # [[決定職業]] # [[決定技能與分配技能點]] # [[創造背景故事]] # [[裝備探索者]]
!跳躍 (20%) 成功的話，探索者可以助跑或助跑垂直躍上、躍下，或進行水平跳躍。掉落的時候，跳躍可以用來降低可能的掉落傷害。 跳躍的使用包含三種：一般跳躍、艱難跳躍與極限跳躍（分別需要一般成功、艱難成功與極限成功）。作為原則，一般成功可以成功垂直躍下如他身高的高度、立定跳過如他身高的間隙，或是助跑跳過如他身高兩倍的間隙。極限成功的跳躍說不定可以跳過這個距離的兩倍。 從一個高度掉落的話，成功的跳躍擲骰可以減少一半傷害。
> 推薦的房規。這會讓角色大大降低在戰鬥中立刻死亡的機率，並提供了如何在戰鬥中製造殘廢的方法。 ! 隨機部位擲骰 |!1D20|!部位|!描述| |1-3|右腿|從臀部結合處到腳底| |4-6|左腿|同上| |7-10|腹部|臀部到肋骨下方| |11-15|胸部|肋骨到頸部以下，雙肩之間| |16-17|右臂|整條手臂| |18-19|左臂|同上| |20|頭部|頭和頸部| ! 各部位 HP 公式如下（無條件進位）： * 每條腿為總 HP 的 1/3 * 胸部、腹部和頭部為總 HP 的 1/2 * 每條手臂為總 HP 的 1/4 !! 規則補充 * 一個肢體在單次傷害中，如果承受超過它現有部位 HP 兩倍的傷害，進行幸運檢定： ** ''成功''：該肢體只承受了現有部位 HP 兩倍的傷害 ** ''失敗''：因為失血，該肢體最多可承受等同於現有部位 HP 三倍的傷害 * 在部位受傷的同時，角色的 HP 一樣需要扣除，見[[傷害與回復]] ! 傷害效果 |!傷害名稱|!單次傷害|!後果| |!輕傷|大於該部位 HP 的一半|行動不便、劇痛、機能無法完全發揮。提高檢定難度| |!重傷|大於該部位 HP |無法在沒人幫助的情況下使用該部位的肌肉機能（腹部重傷則無法使用雙腳），造成永久傷害（視情況調整屬性值）| |!劇烈傷害|該部位所受傷害大於角色 HP 的一半|角色 CON 檢定失敗則進入昏迷，角色陷入重傷| |!致命傷害|該部位所受傷害大於角色 HP|角色立刻死亡|
!流程 # 一個人拿起手上的武器、拳頭或任何武術，向對方進行攻擊 # 被攻擊方決定要以什麼方式[[反擊]]或是[[閃躲]] # [[結算傷害]]
!追蹤 (10%) 透過追蹤，探索者可由軟土和葉子追蹤從上通過的人、車或動物。時間經過長度、下雨，與地面的型態都可能影響難度水平。
追逐分成兩個階段： # [[建立追逐]]：進行速度擲骰與比較速度 # [[切換到追逐階段]]：守密人建立區位，將參與者放上指定區位，開始進行追逐 #* [[移動]]與[[衝突]] ! 可選規則 *[[隨機區位]] *[[用力踩油門]] *[[乘客行動]] *[[駕駛受傷]]
如果你有一項特徵值到了90，但你希望能夠挑戰人類極限。擲 1D10 ，從其他特徵值那裡分配此結果的點數到該特徵值上（10 就是 0）。
這是一個屬性擲骰時的可選規則。 擲出 5 個 3D6 x5 以及 3 個 (3D6+6) x5 。將擲出來的數值安排在所有八個屬性值上。 雖然說建議 INT 和 SIZ 不要小於 40 ，但這還是由你的守密人來決定。
!醫藥 (01%) 使用者能診斷與處理意外、損傷、疾病與中毒等狀況，並可進行公開健康建議。如果在一個對此病症的處置並不拿手的時代，效果就很有限、不確定或沒有結果。醫藥技能提供了藥丸與藥劑、自然與人工的廣泛知識，了解其副作用與禁忌症。 使用醫藥進行處置起碼需要一個小時的時間，可以在傷害後的任何時間進行處置，但是，如果不在傷害當天進行治療，治療的難度將會上升。成功接受醫藥處置者，將恢復 1D3 的 HP，除了瀕死的角色，必須先以[[急救]]穩定傷勢外。 一個角色在傷害一旦造成後，只能進行各一次的醫藥與[[急救]]治療。成功的醫藥使用可以喚醒失去意識的人。 處置重大傷勢（Major Wounds）時，成功的醫藥技能可在每週的康復擲骰時，提供一個額外的獎勵骰。 在一間裝備優良的醫院裡進行醫藥處置， Keeper 可以使其自動成功。
若一個角色正在經受重大傷害，他在遊戲中的每周結束後，進行一次 CON 檢定： *''失敗''：不恢復任何 HP *''成功''：恢復 1D3 的 HP *''極端成功''：恢復 2D3 的 HP，並且從重大傷害中脫離 *''大失敗''：Keeper 大概會拿走與角色受傷的本性關聯的某的東西（如：跛足、瞎一隻眼、失去手指、失去一隻手臂、被刮花的臉），並將這紀錄在角色的背景故事中 以下情況會為這次檢定提供調整擲骰： *獎勵骰：如果角色在舒服的環境、完整的設施中休息 *獎勵骰：如果角色受到有效率的醫療照顧（讓醫藥最高的人通過[[醫藥]]檢定） *懲罰骰：如果角色在一個很糟糕的環境，沒辦法好好休息，或是想要治療他的人丟出大失敗 !脫離重傷 當角色的 HP 回復到 HP 最大值的一半或以上時，從重大傷害中脫離。
可擲 1D10 決定，或自己選擇。 !重要人士： *1: 父母（如：媽媽、爸爸、繼母） *2: 祖父母（如：媽媽那邊的祖母、爸爸那邊的祖父） *3: 兄弟姊妹（如：哥哥、同父異母弟弟、繼妹妹） *4: 孩子（如：兒子、女兒） *5: 伴侶（如：配偶、未婚妻、愛人） *6: 教你最高級職業技能的人。標註他教了你什麼技能（如：學校老師、你拜的老師、你爸） *7: 兒時朋友（如：同學、鄰居、想像中的朋友） *8: 名人。你的偶像或是英雄。從可能從未遇過他（如：電影明星、政治家、音樂家） *9: 遊戲中的另一個同伴探索者。自己或隨機選一個。 *10: 一個遊戲中的 NPC 。叫 Keeper 幫你選一個。 !他們為何重要： *1: 你感激他們。他們如何幫助你？（如：經濟上、在你的艱苦時刻保護你、給你第一份工作） *2: 他們教了你某件事。那是什麼？（如：一個技能、去愛、當個男子漢） *3: 他們給予你人生的意義。如何？（如：你渴望成為他們、你想和他們在一起、你想讓他們快樂） *4: 你傷害了他們，想要和好。你做了什麼？（如：偷了他們的錢、告訴警察關於他們的事、在他們沮喪時拒絕幫忙） *5: 共享一段經歷。什麼？（如：你們一起度過了一段艱苦的時光、你們一起長大、你們曾一起作戰） *6: 你想向他們證明你自己。如何？（如：得到一份好工作、找到一個好老婆、書讀得很好） *7: 你視他們為偶像（如：因為他們的名望、他們的美貌、他們的作品） *8: 一種懊悔（如：你本該死在他們那裡、你們因你說的某件事而分手、當有機會時你沒有前去伸出援手） *9: 你希望證明自己比他們更好。他們的瑕疵是什麼？（如：懶惰、酗酒、缺乏愛心） *10: 他們讓你痛苦，你想要復仇。你為何責怪他們？（如：愛人之死、你的事業被毀、婚姻破碎）
可擲 1D10 決定，或自己選擇。 *1: 你學習的地方（如：學校、大學） *2: 你的家鄉（如：農村、商鎮、繁華都市） *3: 你遇見初戀的地方（如：音樂會、假日、防空洞） *4: 可安靜沈思的地方（如：圖書館、在你的莊園散步、釣魚） *5: 社交場所（如：紳士俱樂部、當地酒吧、叔叔的屋子） *6: 連結到你的「意識型態/信念」的地方（如：教區教堂、麥加、巨石陣） *7: 一個重要人士的墓地。誰？（如：父或母、孩子、愛人） *8: 真正的家（如：郊區宅邸、出租公寓、你長大的孤兒院） *9: 你在那裡度過最快樂的日子（如：初吻的公園長凳、你的大學） *10: 你的工作地點（如：辦公室、圖書館、銀行）
!鎖匠 (01%) 一名鎖匠可以開啟車門、圖書館窗戶，中國機關盒等，與滲透簡單的警鈴系統。使用者能夠修鎖、製作鎖匙，或是用萬能鎖匙、鐵絲和其他工具來開鎖。特別困難的鎖會降低技能的成功率。
! 鑑定 (05%) 用以評估物品的價值，包括品質、材質與做工。同時，技能使用者能指出物品的年代、得知其歷史關聯，與查明贗品。
如果進行閃避，被攻擊方改以閃避技能[[對抗|對立擲骰]]對方的徒手或武器熟練度（但是平手的話，不進行步驟3與步驟4）： # 被攻擊方閃避成功且擲骰勝利或平手的話，被攻擊方成功進行了閃躲 # 攻擊方擲骰成功且擲骰勝利的話，由攻擊方造成傷害 # 攻擊方只要擲骰失敗，就無法擊中被攻擊方 ! 被圍攻 當一個角色的攻擊次數低於攻擊他的人，則會陷入被圍攻（Outnumbered）的狀態，攻擊他的人，可以多丟一顆獎勵骰。
!閃避 (DEX/2) 所有探索者都能本能地閃避打擊、投射武器等等。一個角色在同一個回合中，可以進行任意次數的閃避（但在面對特殊攻擊的時候只能進行一次）。閃避會和其他技能一樣依經驗提升。只要看到攻擊，就可以試著閃躲。子彈是無法閃避的，因為子彈是看不到的；角色只能進行掩護以讓自己更難擊中。 （閃避技能不能強推）
火器使用的成功與否，直接進行火器技能的檢定。在不同的情況，都可能影響到火器使用的難度、獎勵骰與懲罰骰的顆數。 > 使用火器進行攻擊，比揮擊肉搏來得更快，以 DEX +50 取代原先的 DEX 的排序。 *所有火器都有[[貫穿|結算傷害]]效果。 *火器不能被[[反擊]]、不能被[[閃躲]]。 *自動型火器請見[[自動型火器]]條目。 *擲出大失敗可能會造成[[火器故障]]。 ! 難度由距離決定 |!近距離|基礎距離以內|一般擲骰| |!長距離|基礎距離 x2 以內|困難擲骰| |!超長距離|基礎距離 x4 以內|極限擲骰，並只有在大成功時有貫穿效果| > ''瞄準鏡與腳架''：使用瞄準鏡或腳架可以加倍火器的設計距離。若在建築物與交通工具上使用腳架，可以多1個獎勵骰。 ! 獎勵與懲罰骰 !! 獎勵骰 *近距離射擊（≤ ([[DEX]] 英尺) /5） *用一個回合瞄準（非移動狀態中） *大型目標（體格 ≥ 4） !! 懲罰骰 *「趴下，找掩護！」（[[閃避]]成功） *目標部份遮蔽（目標一半以上） *目標移動快速（MOV ≥ 8 的全速移動） *小型目標（體格 ≤ -2） *填裝1發子彈立刻攻擊（可能的話） *用手槍射出2發以上的子彈：每發子彈都要懲罰 *開槍打近戰（大失敗可能打中隊友）
!開車 (20%) 有此技能的人，可以駕駛小客車或是小卡車，進行正常的操縱，應付尋常的車況問題。如果探索者想要擺脫或是跟蹤某人，將用得上駕駛擲骰。 在一些文化中，這個技能是可替換的；因纽特人可能使用駕駛雪橇（Drive Dogsled），維多利亞人可能使用駕駛馬車（Drive Carriage）。
閱讀擲骰，通常是閱讀困難的書籍才需要進行的擲骰。包括所需語言技能以及需要通過的語言檢定難度。 失敗的話，便不太理解這本書的內容。閱讀擲骰可以[[強推]]，守密人該對失敗的強推擲骰給點有創意的懲罰。如果只是花一樣的時間重新閱讀一遍，則不需要強推
!1. 準備開始閱讀 在準備時，可能可瞭解標題（有的話）、語言、作者、翻譯版本、尺寸、重量等，這些描述的程度和書本的樣式、殘缺，都由 Keeper 決定。 每本神話書有三個值： *CMI：初步閱讀時相對應的[[克蘇魯神話]]技能提昇和 San 值掉落的值 *CMF：完整研讀時相對應的[[克蘇魯神話]]技能提昇和 San 值掉落的值 *[[MR]]：神話評級 > 如果手邊只有六版的表格的話，請注意 CMI 是六版CM的1/3，CMF 是2/3，MR 則是3倍。 !2. 初步閱讀 初步閱讀，可代表快速翻閱書籍並大致體會了其中的內容，也可代表從頭到尾翻過這本書。所花時間看 Keeper 想怎樣營造這個故事，可以是幾分鐘、幾小時、幾天、幾週。需不需要[[閱讀擲骰]]由 Keeper 決定。 對一個非[[相信者]]（覺得克蘇魯神話並非真實的人）來說，閱讀神話書籍並不會自動失去 San 值，而只會提昇克蘇魯神話技能。 初步閱讀過後的探索者，會大致瞭解書的一些對其中可能包含的咒語的想法，以及大致上書中的內容。 !3. 完整研讀 完整研讀神話典籍的過程，就像是在做學術工作或是宗教對神聖文本的解讀。必須反覆閱讀、使用各種參考作品、筆記等等。這部份不需要進行[[閱讀擲骰]]。這種閱讀可以花上數個月。 在閱讀者讀完後，如果是相信者，則失去相應的心智，如果他的克蘇魯神話知識比該書的神話評級要低，那麼獲得完整的 CMF 技能值，反之，只獲得 CMI 的技能值。 除此之外，相關這本書的其他技能，如[[外語]]或[[母語]]、[[歷史]]、[[人類學]]、[[考古學]]、[[神祕學]]、[[天文學或化學、生物學與物理學|科學]]，都可能獲得提昇。Keeper 可以簡單進行 1D6 到 1D10 的獎勵，或者讓玩家將該技能的成長格子打勾。 每一次要對一本神話書籍進行重複閱讀，都需要比上一次閱讀多花上一倍的時間。一次只能研讀一本典籍。 當一本書進行過完整研讀後，閱讀者可以將該書當作工具書，該書的神話評級意謂著它所關聯到的神話相關特定事實。
在角色卡背面有 10 個背景故事的範疇。至少試著去定義其中 6 個範疇的條目： *[[形象描述]]（Personal Description） *[[意識形態/信仰]]（Ideology/Beliefs） *[[重要人士]]（Significant People） *[[重要地點]]（Meaningful Locations） *[[珍愛的物品]]（Treasured Possessions） *[[特質]]（Traits）。 它們也指出了對於角色來說讓他感到自在、安心的連結。請在重要人士裡面選擇其中一個作關鍵連結（key connection），標註出來並告知 Keeper。失去關鍵連結必須進行 San 檢定 (1/1D6)。
|!障礙|!HP| |房門或薄木頭柵欄|5| |標準後門|10| |堅固的家用前門|15| |九吋磚牆|25| |大樹|50| |水泥橋墩|100|
Keeper 對每個區位擲骰來隨機決定危害/障礙： *01-59 = 淨空 *60+ = 1 一般危害/障礙 *85+ = 1 艱難危害/障礙 *96+ = 1 極限危害/障礙 >如果那邊看起來是暢通無阻的地方，則在擲骰時增加一個獎勵骰。
如果你受傷了，你會知道自己有沒有快死了嗎？如果你的同伴倒下了，你會知道他是昏迷還是瀕死嗎？ 這個可選規則是這樣的： * 不告訴玩家角色失去多少 HP，而是由 Keeper 暗中紀錄 * 玩家每次受傷都要丟 CON 檢定
!電器維修 (10%) 讓探索者可以維修或是改裝電器用品，像是自動點火器、電氣馬達、保險絲盒或是防盜警鈴。在當代，這個技能可以和[[電子學]]一同發揮一些作用。修理電氣裝置可能需要特別的零件或是工具。在1920年代，可能需要和[[機械維修]]混合使用。 電器維修可能與現代爆破相關，像是電雷管、C-4 塑膠炸彈、地雷等。這些武器被設計成容易發展的；只有大失敗擲骰可能造成走火。爆破物拆除必須面對防拆除機械設計，因此是遠加棘手的；必須提升難度水平——見[[爆破]]技能。
!電子學 (01%) [現] 用於排除問題與維修電子設備。允許製作簡單的電子設備。這個技能是屬於現代的——對於 1920 年代的電子設備則是使用[[物理學|科學]]與[[電器維修]]。 不同於電器維修技能，電子學工作的需求條件通常不能臨時充數：它們是為特定工作特別設計的。通常，沒有正確的微晶片與電路板，除非技能使用者可以設計出某種變通方法，否則他就要倒楣了。
電腦使用 (05%) [現] 此技能允許探索者以多種電腦語言進行編程，取得與分析隱蔽數據，入侵保全系統，探查複雜的網絡，或是調查或利用入侵、後門或病毒程式。 網際網路提供了很豐富的資訊，探索者敲打鍵盤便能取得。使用網路去進行特殊與隱蔽資訊的搜尋要求使用電腦與[[圖書館使用]]的合併擲骰。 如果只是要上網、收發電子郵件、使用人家寫好的一般的軟體，不需要使用這個技能。
!駕駛 (01%) [總] 等同於在空中或水中的開車技能，這是飛行、水上交通工具的操作技能。你可以將技能點拿來購買任意的專門技能，但不能購買駕駛這個集合技能。每種都從 01% 開始。 任何人有適當該技能的人都可以在晴天、視線良好時進行航行或航海，而在暴風雨、儀器導航、低能見度或其他困難情況時進行技能擲骰。壞天氣、糟糕的能見度與損傷將會增加航行或航海的困難度。 !!專門技能 !!!駕駛（飛行器） 了解並能夠日益掌握下方指出的一類飛行器。著陸時，就算在最佳的狀況，也必須進行駕駛擲骰。失敗的結果視情況而定。在晴朗夏日、平坦的草地上的失敗（強推）擲骰，就只是造成一次顛簸的著陸，也許使一些較纖弱的乘客不敢再搭乘飛機。另一個極端，則是在暴風雨中於冰原上著陸，此時的失敗（強推）擲骰，可能造成飛機的毀壞與乘客的傷亡。失敗通常代表了飛行器的損壞，並且必須在下次起飛前維修好。擲出 100 則代表了歷史性的災難。 每一類的飛行器都視為不同的技能，且應該獨立列出，或是由 Keeper 來判定。1920 年代：熱汽球、飛船、螺旋動力飛機與滑翔機。現代：滑翔機、民航機、客機、戰鬥機、直昇機。駕駛技能可以互相轉換，但是難度會上升。 !!!駕駛（船） 了解小型馬達船和帆船在風中、暴風雨中、海潮中的各種行為，並可以從波浪與風的表現中讀出暗礁及迫近的暴風雨。在風中，新水手連停艘小船都是困難的。
如果在移動交通工具上的駕駛受到重大傷害且意識還在，他依然會失去控制，必須馬上通過困難危害的檢定；如果失去意識則自動失敗。
!騎術 (05%) 此技能拿來用在上鞍的馬、驢、騾。要成功騎乘駱駝的話，要降低成功率。這技能提供了騎乘動物與騎乘裝置的基本照顧知識、以及如何在奔馳或遭遇躓礙時控制坐騎的技術。如果坐騎突然人立或失足，騎士還留在馬背上的機率等同於他的騎術技能值。可能可以成功騎乘不熟悉的坐騎，但困難度將會提升。 如果探索者從上摔落下來，無論是因為坐騎摔倒、累倒、死掉，或是因為沒通過騎術擲骰，他必須失去 1D6 HP，成功的[[跳躍]]擲骰可以抵消這個傷害。
!魅力 (15%) 魅力有許多形式，包括肉體吸引、勾引、奉承或是簡單地釋出溫暖。魅力可以迫使某人按照某種方式行動，但不能與他的一般行為完全矛盾。魅力的對立技能是魅力或[[心理學]]。 魅力可以用於議價，稍微壓低物品的售價。
魔法的核心規則如下： # [[MP]]的概念 # [[閱讀神話典籍]]與[[學習咒語]] # [[施放咒語]]與[[以克蘇魯神話技能使用魔法]] !可選規則 *[[POW如何提升？]]