internal void ParseMapping(YamlMappingNode node, Dictionary <string, string> variables) { var children = node.Children; if (children.ContainsKey(new YamlScalarNode("match"))) { includesAndMatches.Add(Sublime3Format.ReadMatch(node, variables)); return; } YamlNode val; if (children.TryGetValue(new YamlScalarNode("meta_scope"), out val)) { Sublime3Format.ParseScopes(metaScope, ((YamlScalarNode)val).Value); } if (children.TryGetValue(new YamlScalarNode("meta_content_scope"), out val)) { Sublime3Format.ParseScopes(metaContentScope, ((YamlScalarNode)val).Value); } if (children.TryGetValue(new YamlScalarNode("meta_include_prototype"), out val)) { MetaIncludePrototype = ((YamlScalarNode)val).Value != "false"; } if (children.TryGetValue(new YamlScalarNode("include"), out val)) { includesAndMatches.Add(((YamlScalarNode)val).Value); } }
static SyntaxMatch ReadMatch(PDictionary dict) { List <string> matchScope = new List <string> (); Sublime3Format.ParseScopes(matchScope, (dict ["name"] as PString)?.Value); Captures captures = null; var captureDict = dict ["captures"] as PDictionary; if (captureDict != null) { captures = ReadCaptureDictionary(captureDict); } ContextReference pushContext = null; var begin = (dict ["begin"] as PString)?.Value; if (begin != null) { Captures beginCaptures = null; captureDict = dict ["beginCaptures"] as PDictionary; if (captureDict != null) { beginCaptures = ReadCaptureDictionary(captureDict); } var end = (dict ["end"] as PString)?.Value; Captures endCaptures = null; List <string> endScope = new List <string> (); if (end != null) { captureDict = dict ["endCaptures"] as PDictionary; if (captureDict != null) { endCaptures = ReadCaptureDictionary(captureDict); } var list = new List <object> (); if (end != null) { list.Add(new SyntaxMatch(Sublime3Format.CompileRegex(end), endScope, endCaptures ?? captures, null, true, null, null)); } var patternsArray = dict ["patterns"] as PArray; if (patternsArray != null) { ReadPatterns(patternsArray, list); } List <string> metaContent = null; var contentScope = (dict ["contentName"] as PString)?.Value; if (contentScope != null) { metaContent = new List <string> { contentScope }; } var ctx = new SyntaxContext("__generated begin/end capture context", list, metaScope: metaContent); pushContext = new AnonymousMatchContextReference(ctx); } var whileLoop = (dict ["while"] as PString)?.Value; endCaptures = null; endScope = new List <string> (); if (whileLoop != null) { captureDict = dict ["endCaptures"] as PDictionary; if (captureDict != null) { endCaptures = ReadCaptureDictionary(captureDict); } var list = new List <object> (); if (whileLoop != null) { list.Add(new SyntaxMatch("^(?!" + Sublime3Format.CompileRegex(whileLoop) + ")", endScope, endCaptures ?? captures, null, true, null, null)); } var patternsArray = dict ["patterns"] as PArray; if (patternsArray != null) { ReadPatterns(patternsArray, list); } List <string> metaContent = null; var contentScope = (dict ["contentName"] as PString)?.Value; if (contentScope != null) { metaContent = new List <string> { contentScope }; } var ctx = new SyntaxContext("__generated begin/while capture context", list, metaScope: metaContent); pushContext = new AnonymousMatchContextReference(ctx); } return(new SyntaxMatch(Sublime3Format.CompileRegex(begin), matchScope, beginCaptures ?? captures, pushContext, false, null, null)); } var match = (dict ["match"] as PString)?.Value; if (match == null) { return(null); } return(new SyntaxMatch(Sublime3Format.CompileRegex(match), matchScope, captures, pushContext, false, null, null)); }