protected static CreateInternalCompilerErrorMessage ( string compileroutput ) : |
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compileroutput | string | |
Résultat |
public virtual IEnumerable <CompilerMessage> Parse(string[] errorOutput, string[] standardOutput, bool compilationHadFailure) { bool flag = false; List <CompilerMessage> compilerMessageList = new List <CompilerMessage>(); Regex outputRegex = this.GetOutputRegex(); foreach (string line in errorOutput) { string input = line.Length <= 1000 ? line : line.Substring(0, 100); Match match = outputRegex.Match(input); if (match.Success) { CompilerMessage fromMatchedRegex = CompilerOutputParserBase.CreateCompilerMessageFromMatchedRegex(line, match, this.GetErrorIdentifier()); fromMatchedRegex.normalizedStatus = this.NormalizedStatusFor(match); if (fromMatchedRegex.type == CompilerMessageType.Error) { flag = true; } compilerMessageList.Add(fromMatchedRegex); } } if (compilationHadFailure && !flag) { compilerMessageList.Add(CompilerOutputParserBase.CreateInternalCompilerErrorMessage(errorOutput)); } return((IEnumerable <CompilerMessage>)compilerMessageList); }
public virtual IEnumerable <CompilerMessage> Parse(string[] errorOutput, string[] standardOutput, bool compilationHadFailure) { bool flag = false; List <CompilerMessage> list = new List <CompilerMessage>(); Regex outputRegex = this.GetOutputRegex(); for (int i = 0; i < errorOutput.Length; i++) { string text = errorOutput[i]; string input = (text.Length <= 1000) ? text : text.Substring(0, 100); Match match = outputRegex.Match(input); if (match.Success) { CompilerMessage item = CompilerOutputParserBase.CreateCompilerMessageFromMatchedRegex(text, match, this.GetErrorIdentifier()); item.normalizedStatus = this.NormalizedStatusFor(match); if (item.type == CompilerMessageType.Error) { flag = true; } list.Add(item); } } if (compilationHadFailure && !flag) { list.Add(CompilerOutputParserBase.CreateInternalCompilerErrorMessage(errorOutput)); } return(list); }