private static bool Run(string[] args)
{
if (args.Length < 1)
{
return(Print(Usage));
}
var newArgs = args.Skip(1).ToArray();
switch (args[0])
{
case "ins":
case "insert":
return(Inserter.Run(newArgs));
case "res":
case "restore":
return(Restorer.Run(newArgs));
case "cov":
case "coverage":
return(CoverageDisplay.Run(newArgs));
case "dup":
case "duplicate":
return(DuplicationDetector.Run(newArgs));
case "path":
return(PathAnalyzer.Run(newArgs));
case "loc":
case "localize":
return(BugLocalizer.Run(newArgs));
case "klee":
return(KleeBugLocalizer.Run(newArgs));
case "line_insert":
case "lins":
return(LineInserter.Run(newArgs));
case "klee_main":
case "kmain":
return(KleeMain.Run(newArgs));
case "line_map":
case "lmap":
return(LineMapCreater.Run(newArgs));
}
return(Print(Usage));
}
private static void Localize(
DirectoryInfo rootDir, DirectoryInfo testDir,
string metricsFilePath, DirectoryInfo csvDir,
FileInfo passFile)
{
var formatter = new BinaryFormatter();
var covInfoFile = FileUtil.GetCoverageInfo(rootDir);
var covInfo = CoverageInfo.Read(covInfoFile, formatter);
var testInfo = AnalyzeKleeTestFiles(testDir);
if (passFile != null)
{
AnalyzeTestResultCsv(passFile, testInfo);
}
else
{
AnalyzeTestResult(rootDir, testInfo);
}
//Line対応のMapのMapを作成、
var lineDic = new Dictionary <FileInfo, Dictionary <int, int> >();
var mapFileInfo = new FileInfo(rootDir.FullName + "/" + OccfNames.LineMapping);
if (mapFileInfo.Exists)
{
lineDic = MapDicCreater(mapFileInfo);
}
else
{
Console.WriteLine("\"" + OccfNames.LineMapping + "\" file is not found.");
}
var localizeStatements =
BugLocalizer.LocalizeStatements(covInfo, testInfo, metricsFilePath)
.ToList();
BugLocalizer.ShowLocalizeStatements(localizeStatements, lineDic, metricsFilePath);
if (csvDir != null)
{
BugLocalizer.LocalizeStatementsCsv(csvDir, localizeStatements, lineDic);
}
}