internal static RuleMap Create() { RuleMap ruleMap = new RuleMap(); ruleMap.AddEnabledRulesOrInverses(new OptionalRuleMap(Enumerable.Empty<DisableableRules>())); return ruleMap; }
internal static RuleMap Create(OptionalRuleMap optionalRuleMap) { RuleMap ruleMap = new RuleMap(); ruleMap.AddEnabledRulesOrInverses(optionalRuleMap); return ruleMap; }
internal static RuleMap Create() { RuleMap ruleMap = new RuleMap(); ruleMap.AddEnabledRulesOrInverses(new OptionalRuleMap(Enumerable.Empty <DisableableRules>())); return(ruleMap); }
internal static RuleMap Create(OptionalRuleMap optionalRuleMap) { RuleMap ruleMap = new RuleMap(); ruleMap.AddEnabledRulesOrInverses(optionalRuleMap); return(ruleMap); }
/// <summary> /// This is main entry point for the VS side of things. For now, the implementation /// of the function is not final and it just used as a way seeing results in VS. /// Ideally, Format will also take in a "formatting option" object that dictates /// the rules that should be enabled, spacing and tabs. /// </summary> /// <param name="sourceText">The SourceText that represents the text to be formatted</param> /// <param name="range">The range of indicies to be formatted</param> /// <param name="formattingOptions">The options to format with, null leaves the options as they were</param> /// <returns> /// A list of TextEditInfo objects are returned for the spacing between tokens (starting from the /// first token in the document to the last token. After the spacing text edits, the indentation /// text edits follow (starting again from the beginning of the document). I might separate the /// indentation text edits from the spacing text edits in the future but for now they are in /// the same list. /// </returns> public List<TextEditInfo> Format(SourceText sourceText, Range range, FormattingOptions formattingOptions) { Requires.NotNull(formattingOptions, nameof(formattingOptions)); Requires.NotNull(sourceText, nameof(sourceText)); this.formattingOptions = formattingOptions; this.ruleMap = RuleMap.Create(this.formattingOptions.OptionalRuleMap); List<TextEditInfo> textEdits = new List<TextEditInfo>(); SyntaxTree syntaxTree = this.parseTreeProvider.Get(sourceText); List<ParsedToken> parsedTokens = new List<ParsedToken>(ParsedToken.GetParsedTokens(syntaxTree, range)); if (syntaxTree.ErrorList.Count == 0) { for (int i = 0; i < parsedTokens.Count - 1; ++i) { FormattingContext formattingContext = new FormattingContext(parsedTokens[i], parsedTokens[i + 1], sourceText); Rule rule = this.ruleMap.Get(formattingContext); if (rule != null) { textEdits.AddRange(rule.Apply(formattingContext)); } } } textEdits.AddRange(Indenter.GetIndentations(parsedTokens, this.formattingOptions)); textEdits.Sort((x, y) => x.Start < y.Start ? 1 : x.Start == y.Start ? 0 : -1); return textEdits; }