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PK k�Zڴz�{& {& index.htmlnu �[��� <!doctype html> <title>CodeMirror: LiveScript mode</title> <meta charset="utf-8"/> <link rel=stylesheet href="../../doc/docs.css"> <link rel="stylesheet" href="../../lib/codemirror.css"> <link rel="stylesheet" href="../../theme/solarized.css"> <script src="../../lib/codemirror.js"></script> <script src="livescript.js"></script> <style>.CodeMirror {font-size: 80%;border-top: 1px solid silver; border-bottom: 1px solid silver;}</style> <div id=nav> <a href="https://codemirror.net"><h1>CodeMirror</h1><img id=logo src="../../doc/logo.png" alt=""></a> <ul> <li><a href="../../index.html">Home</a> <li><a href="../../doc/manual.html">Manual</a> <li><a href="https://github.com/codemirror/codemirror">Code</a> </ul> <ul> <li><a href="../index.html">Language modes</a> <li><a class=active href="#">LiveScript</a> </ul> </div> <article> <h2>LiveScript mode</h2> <form><textarea id="code" name="code"> # LiveScript mode for CodeMirror # The following script, prelude.ls, is used to # demonstrate LiveScript mode for CodeMirror. # https://github.com/gkz/prelude-ls export objToFunc = objToFunc = (obj) -> (key) -> obj[key] export each = (f, xs) --> if typeof! xs is \Object for , x of xs then f x else for x in xs then f x xs export map = (f, xs) --> f = objToFunc f if typeof! f isnt \Function type = typeof! xs if type is \Object {[key, f x] for key, x of xs} else result = [f x for x in xs] if type is \String then result * '' else result export filter = (f, xs) --> f = objToFunc f if typeof! f isnt \Function type = typeof! xs if type is \Object {[key, x] for key, x of xs when f x} else result = [x for x in xs when f x] if type is \String then result * '' else result export reject = (f, xs) --> f = objToFunc f if typeof! f isnt \Function type = typeof! xs if type is \Object {[key, x] for key, x of xs when not f x} else result = [x for x in xs when not f x] if type is \String then result * '' else result export partition = (f, xs) --> f = objToFunc f if typeof! f isnt \Function type = typeof! xs if type is \Object passed = {} failed = {} for key, x of xs (if f x then passed else failed)[key] = x else passed = [] failed = [] for x in xs (if f x then passed else failed)push x if type is \String passed *= '' failed *= '' [passed, failed] export find = (f, xs) --> f = objToFunc f if typeof! f isnt \Function if typeof! xs is \Object for , x of xs when f x then return x else for x in xs when f x then return x void export head = export first = (xs) -> return void if not xs.length xs.0 export tail = (xs) -> return void if not xs.length xs.slice 1 export last = (xs) -> return void if not xs.length xs[*-1] export initial = (xs) -> return void if not xs.length xs.slice 0 xs.length - 1 export empty = (xs) -> if typeof! xs is \Object for x of xs then return false return yes not xs.length export values = (obj) -> [x for , x of obj] export keys = (obj) -> [x for x of obj] export len = (xs) -> xs = values xs if typeof! xs is \Object xs.length export cons = (x, xs) --> if typeof! xs is \String then x + xs else [x] ++ xs export append = (xs, ys) --> if typeof! ys is \String then xs + ys else xs ++ ys export join = (sep, xs) --> xs = values xs if typeof! xs is \Object xs.join sep export reverse = (xs) -> if typeof! xs is \String then (xs / '')reverse! * '' else xs.slice!reverse! export fold = export foldl = (f, memo, xs) --> if typeof! xs is \Object for , x of xs then memo = f memo, x else for x in xs then memo = f memo, x memo export fold1 = export foldl1 = (f, xs) --> fold f, xs.0, xs.slice 1 export foldr = (f, memo, xs) --> fold f, memo, xs.slice!reverse! export foldr1 = (f, xs) --> xs.=slice!reverse! fold f, xs.0, xs.slice 1 export unfoldr = export unfold = (f, b) --> if (f b)? [that.0] ++ unfoldr f, that.1 else [] export andList = (xs) -> for x in xs when not x return false true export orList = (xs) -> for x in xs when x return true false export any = (f, xs) --> f = objToFunc f if typeof! f isnt \Function for x in xs when f x return yes no export all = (f, xs) --> f = objToFunc f if typeof! f isnt \Function for x in xs when not f x return no yes export unique = (xs) -> result = [] if typeof! xs is \Object for , x of xs when x not in result then result.push x else for x in xs when x not in result then result.push x if typeof! xs is \String then result * '' else result export sort = (xs) -> xs.concat!sort (x, y) -> | x > y => 1 | x < y => -1 | _ => 0 export sortBy = (f, xs) --> return [] unless xs.length xs.concat!sort f export compare = (f, x, y) --> | (f x) > (f y) => 1 | (f x) < (f y) => -1 | otherwise => 0 export sum = (xs) -> result = 0 if typeof! xs is \Object for , x of xs then result += x else for x in xs then result += x result export product = (xs) -> result = 1 if typeof! xs is \Object for , x of xs then result *= x else for x in xs then result *= x result export mean = export average = (xs) -> (sum xs) / len xs export concat = (xss) -> fold append, [], xss export concatMap = (f, xs) --> fold ((memo, x) -> append memo, f x), [], xs export listToObj = (xs) -> {[x.0, x.1] for x in xs} export maximum = (xs) -> fold1 (>?), xs export minimum = (xs) -> fold1 (<?), xs export scan = export scanl = (f, memo, xs) --> last = memo if typeof! xs is \Object then [memo] ++ [last = f last, x for , x of xs] else [memo] ++ [last = f last, x for x in xs] export scan1 = export scanl1 = (f, xs) --> scan f, xs.0, xs.slice 1 export scanr = (f, memo, xs) --> xs.=slice!reverse! scan f, memo, xs .reverse! export scanr1 = (f, xs) --> xs.=slice!reverse! scan f, xs.0, xs.slice 1 .reverse! export replicate = (n, x) --> result = [] i = 0 while i < n, ++i then result.push x result export take = (n, xs) --> | n <= 0 if typeof! xs is \String then '' else [] | not xs.length => xs | otherwise => xs.slice 0, n export drop = (n, xs) --> | n <= 0 => xs | not xs.length => xs | otherwise => xs.slice n export splitAt = (n, xs) --> [(take n, xs), (drop n, xs)] export takeWhile = (p, xs) --> return xs if not xs.length p = objToFunc p if typeof! p isnt \Function result = [] for x in xs break if not p x result.push x if typeof! xs is \String then result * '' else result export dropWhile = (p, xs) --> return xs if not xs.length p = objToFunc p if typeof! p isnt \Function i = 0 for x in xs break if not p x ++i drop i, xs export span = (p, xs) --> [(takeWhile p, xs), (dropWhile p, xs)] export breakIt = (p, xs) --> span (not) << p, xs export zip = (xs, ys) --> result = [] for zs, i in [xs, ys] for z, j in zs result.push [] if i is 0 result[j]?push z result export zipWith = (f,xs, ys) --> f = objToFunc f if typeof! f isnt \Function if not xs.length or not ys.length [] else [f.apply this, zs for zs in zip.call this, xs, ys] export zipAll = (...xss) -> result = [] for xs, i in xss for x, j in xs result.push [] if i is 0 result[j]?push x result export zipAllWith = (f, ...xss) -> f = objToFunc f if typeof! f isnt \Function if not xss.0.length or not xss.1.length [] else [f.apply this, xs for xs in zipAll.apply this, xss] export compose = (...funcs) -> -> args = arguments for f in funcs args = [f.apply this, args] args.0 export curry = (f) -> curry$ f # using util method curry$ from livescript export id = (x) -> x export flip = (f, x, y) --> f y, x export fix = (f) -> ( (g, x) -> -> f(g g) ...arguments ) do (g, x) -> -> f(g g) ...arguments export lines = (str) -> return [] if not str.length str / \\n export unlines = (strs) -> strs * \\n export words = (str) -> return [] if not str.length str / /[ ]+/ export unwords = (strs) -> strs * ' ' export max = (>?) export min = (<?) export negate = (x) -> -x export abs = Math.abs export signum = (x) -> | x < 0 => -1 | x > 0 => 1 | otherwise => 0 export quot = (x, y) --> ~~(x / y) export rem = (%) export div = (x, y) --> Math.floor x / y export mod = (%%) export recip = (1 /) export pi = Math.PI export tau = pi * 2 export exp = Math.exp export sqrt = Math.sqrt # changed from log as log is a # common function for logging things export ln = Math.log export pow = (^) export sin = Math.sin export tan = Math.tan export cos = Math.cos export asin = Math.asin export acos = Math.acos export atan = Math.atan export atan2 = (x, y) --> Math.atan2 x, y # sinh # tanh # cosh # asinh # atanh # acosh export truncate = (x) -> ~~x export round = Math.round export ceiling = Math.ceil export floor = Math.floor export isItNaN = (x) -> x isnt x export even = (x) -> x % 2 == 0 export odd = (x) -> x % 2 != 0 export gcd = (x, y) --> x = Math.abs x y = Math.abs y until y is 0 z = x % y x = y y = z x export lcm = (x, y) --> Math.abs Math.floor (x / (gcd x, y) * y) # meta export installPrelude = !(target) -> unless target.prelude?isInstalled target <<< out$ # using out$ generated by livescript target <<< target.prelude.isInstalled = true export prelude = out$ </textarea></form> <script> var editor = CodeMirror.fromTextArea(document.getElementById("code"), { theme: "solarized light", lineNumbers: true }); </script> <p><strong>MIME types defined:</strong> <code>text/x-livescript</code>.</p> <p>The LiveScript mode was written by Kenneth Bentley.</p> </article> PK k�Z�) �� � livescript.jsnu �[��� // CodeMirror, copyright (c) by Marijn Haverbeke and others // Distributed under an MIT license: https://codemirror.net/LICENSE /** * Link to the project's GitHub page: * https://github.com/duralog/CodeMirror */ (function(mod) { if (typeof exports == "object" && typeof module == "object") // CommonJS mod(require("../../lib/codemirror")); else if (typeof define == "function" && define.amd) // AMD define(["../../lib/codemirror"], mod); else // Plain browser env mod(CodeMirror); })(function(CodeMirror) { "use strict"; CodeMirror.defineMode('livescript', function(){ var tokenBase = function(stream, state) { var next_rule = state.next || "start"; if (next_rule) { state.next = state.next; var nr = Rules[next_rule]; if (nr.splice) { for (var i$ = 0; i$ < nr.length; ++i$) { var r = nr[i$]; if (r.regex && stream.match(r.regex)) { state.next = r.next || state.next; return r.token; } } stream.next(); return 'error'; } if (stream.match(r = Rules[next_rule])) { if (r.regex && stream.match(r.regex)) { state.next = r.next; return r.token; } else { stream.next(); return 'error'; } } } stream.next(); return 'error'; }; var external = { startState: function(){ return { next: 'start', lastToken: {style: null, indent: 0, content: ""} }; }, token: function(stream, state){ while (stream.pos == stream.start) var style = tokenBase(stream, state); state.lastToken = { style: style, indent: stream.indentation(), content: stream.current() }; return style.replace(/\./g, ' '); }, indent: function(state){ var indentation = state.lastToken.indent; if (state.lastToken.content.match(indenter)) { indentation += 2; } return indentation; } }; return external; }); var identifier = '(?![\\d\\s])[$\\w\\xAA-\\uFFDC](?:(?!\\s)[$\\w\\xAA-\\uFFDC]|-[A-Za-z])*'; var indenter = RegExp('(?:[({[=:]|[-~]>|\\b(?:e(?:lse|xport)|d(?:o|efault)|t(?:ry|hen)|finally|import(?:\\s*all)?|const|var|let|new|catch(?:\\s*' + identifier + ')?))\\s*$'); var keywordend = '(?![$\\w]|-[A-Za-z]|\\s*:(?![:=]))'; var stringfill = { token: 'string', regex: '.+' }; var Rules = { start: [ { token: 'comment.doc', regex: '/\\*', next: 'comment' }, { token: 'comment', regex: '#.*' }, { token: 'keyword', regex: '(?:t(?:h(?:is|row|en)|ry|ypeof!?)|c(?:on(?:tinue|st)|a(?:se|tch)|lass)|i(?:n(?:stanceof)?|mp(?:ort(?:\\s+all)?|lements)|[fs])|d(?:e(?:fault|lete|bugger)|o)|f(?:or(?:\\s+own)?|inally|unction)|s(?:uper|witch)|e(?:lse|x(?:tends|port)|val)|a(?:nd|rguments)|n(?:ew|ot)|un(?:less|til)|w(?:hile|ith)|o[fr]|return|break|let|var|loop)' + keywordend }, { token: 'constant.language', regex: '(?:true|false|yes|no|on|off|null|void|undefined)' + keywordend }, { token: 'invalid.illegal', regex: '(?:p(?:ackage|r(?:ivate|otected)|ublic)|i(?:mplements|nterface)|enum|static|yield)' + keywordend }, { token: 'language.support.class', regex: '(?:R(?:e(?:gExp|ferenceError)|angeError)|S(?:tring|yntaxError)|E(?:rror|valError)|Array|Boolean|Date|Function|Number|Object|TypeError|URIError)' + keywordend }, { token: 'language.support.function', regex: '(?:is(?:NaN|Finite)|parse(?:Int|Float)|Math|JSON|(?:en|de)codeURI(?:Component)?)' + keywordend }, { token: 'variable.language', regex: '(?:t(?:hat|il|o)|f(?:rom|allthrough)|it|by|e)' + keywordend }, { token: 'identifier', regex: identifier + '\\s*:(?![:=])' }, { token: 'variable', regex: identifier }, { token: 'keyword.operator', regex: '(?:\\.{3}|\\s+\\?)' }, { token: 'keyword.variable', regex: '(?:@+|::|\\.\\.)', next: 'key' }, { token: 'keyword.operator', regex: '\\.\\s*', next: 'key' }, { token: 'string', regex: '\\\\\\S[^\\s,;)}\\]]*' }, { token: 'string.doc', regex: '\'\'\'', next: 'qdoc' }, { token: 'string.doc', regex: '"""', next: 'qqdoc' }, { token: 'string', regex: '\'', next: 'qstring' }, { token: 'string', regex: '"', next: 'qqstring' }, { token: 'string', regex: '`', next: 'js' }, { token: 'string', regex: '<\\[', next: 'words' }, { token: 'string.regex', regex: '//', next: 'heregex' }, { token: 'string.regex', regex: '\\/(?:[^[\\/\\n\\\\]*(?:(?:\\\\.|\\[[^\\]\\n\\\\]*(?:\\\\.[^\\]\\n\\\\]*)*\\])[^[\\/\\n\\\\]*)*)\\/[gimy$]{0,4}', next: 'key' }, { token: 'constant.numeric', regex: '(?:0x[\\da-fA-F][\\da-fA-F_]*|(?:[2-9]|[12]\\d|3[0-6])r[\\da-zA-Z][\\da-zA-Z_]*|(?:\\d[\\d_]*(?:\\.\\d[\\d_]*)?|\\.\\d[\\d_]*)(?:e[+-]?\\d[\\d_]*)?[\\w$]*)' }, { token: 'lparen', regex: '[({[]' }, { token: 'rparen', regex: '[)}\\]]', next: 'key' }, { token: 'keyword.operator', regex: '\\S+' }, { token: 'text', regex: '\\s+' } ], heregex: [ { token: 'string.regex', regex: '.*?//[gimy$?]{0,4}', next: 'start' }, { token: 'string.regex', regex: '\\s*#{' }, { token: 'comment.regex', regex: '\\s+(?:#.*)?' }, { token: 'string.regex', regex: '\\S+' } ], key: [ { token: 'keyword.operator', regex: '[.?@!]+' }, { token: 'identifier', regex: identifier, next: 'start' }, { token: 'text', regex: '', next: 'start' } ], comment: [ { token: 'comment.doc', regex: '.*?\\*/', next: 'start' }, { token: 'comment.doc', regex: '.+' } ], qdoc: [ { token: 'string', regex: ".*?'''", next: 'key' }, stringfill ], qqdoc: [ { token: 'string', regex: '.*?"""', next: 'key' }, stringfill ], qstring: [ { token: 'string', regex: '[^\\\\\']*(?:\\\\.[^\\\\\']*)*\'', next: 'key' }, stringfill ], qqstring: [ { token: 'string', regex: '[^\\\\"]*(?:\\\\.[^\\\\"]*)*"', next: 'key' }, stringfill ], js: [ { token: 'string', regex: '[^\\\\`]*(?:\\\\.[^\\\\`]*)*`', next: 'key' }, stringfill ], words: [ { token: 'string', regex: '.*?\\]>', next: 'key' }, stringfill ] }; for (var idx in Rules) { var r = Rules[idx]; if (r.splice) { for (var i = 0, len = r.length; i < len; ++i) { var rr = r[i]; if (typeof rr.regex === 'string') { Rules[idx][i].regex = new RegExp('^' + rr.regex); } } } else if (typeof rr.regex === 'string') { Rules[idx].regex = new RegExp('^' + r.regex); } } CodeMirror.defineMIME('text/x-livescript', 'livescript'); }); PK k�Zڴz�{& {& index.htmlnu �[��� PK k�Z�) �� � �& livescript.jsnu �[��� PK � �D
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