/// <summary>
/// Runs the test specified in the configuration.
/// </summary>
private static ExitCode RunTest(Configuration configuration)
{
try
{
Console.WriteLine($". Testing {configuration.AssemblyToBeAnalyzed}.");
using TestingEngine engine = TestingEngine.Create(configuration);
engine.Run();
string directory = OutputFileManager.CreateOutputDirectory(configuration);
string fileName = OutputFileManager.GetResolvedFileName(configuration.AssemblyToBeAnalyzed, directory);
// Emit the test reports.
Console.WriteLine($"... Emitting trace-related reports:");
if (engine.TryEmitReports(directory, fileName, out IEnumerable <string> reportPaths))
{
foreach (var path in reportPaths)
{
Console.WriteLine($"..... Writing {path}.");
}
}
else
{
Console.WriteLine($"..... No test reports available.");
}
// Emit the coverage reports.
Console.WriteLine($"... Emitting coverage reports:");
if (engine.TryEmitCoverageReports(directory, fileName, out reportPaths))
{
foreach (var path in reportPaths)
{
Console.WriteLine($"..... Writing {path}.");
}
}
else
{
Console.WriteLine($"..... No coverage reports available.");
}
Console.WriteLine(engine.TestReport.GetText(configuration, "..."));
Console.WriteLine($"... Elapsed {engine.Profiler.Results()} sec.");
return(GetExitCodeFromTestReport(engine.TestReport));
}
catch (Exception ex)
{
IO.Debug.WriteLine(ex.Message);
IO.Debug.WriteLine(ex.StackTrace);
return(ExitCode.Error);
}
}
public static Dictionary<string, string> ProcessOutputs(PackageEngineState engineState, string ftpRoot, out IEnumerable<TaskFileDescription> outFiles, out TimeSpan outputFilesTime)
{
var forbiddenFileNamesRx = (new string[] {
@"\.\./", @"torque", @"\.dataList\.src$", @"\.hosts$", @"\.sh$", @"\.exe$"
}).Select(st => new Regex(st, RegexOptions.IgnoreCase));
string ftpRootWithoutSlash = ftpRoot.TrimEnd(new[] { '/', '\\' });
var allFilePaths = IOProxy.Ftp.GetFileNamesInAllTree(ftpRootWithoutSlash);
var filteredFilePathsWithRoot = allFilePaths.Where(st => !forbiddenFileNamesRx.Any(rx => rx.IsMatch(st)));
var filteredFilePaths = filteredFilePathsWithRoot.Select(st => st.Substring(ftpRoot.Length));
var fileManager = new OutputFileManager(ftpRoot, engineState.StoragePathBase);
var engine = new PackageEngine(engineState.CompiledDef, engineState.EngineContext);
var actionStarted = DateTime.Now;
{
TimeSpan timeLimit = PB_PROCESS_TIME_LIMIT;
try
{
Tools.ProcessWithTimeLimit(timeLimit, () =>
{
//engine.ProcessOutputs(outputFileNames, fileManager);
engine.ProcessOutputs(filteredFilePaths, fileManager);
});
}
catch (TimeLimitException tle)
{
throw new PackageBaseException("Outputs processing in Package base exceeded time limit (" + timeLimit.TotalSeconds + " seconds).", tle);
}
finally
{
outFiles = fileManager.GetOutputFiles(); // includes Cleanup();
}
}
var actionFinished = DateTime.Now;
outputFilesTime = actionFinished - actionStarted; // todo : fix ugliness
var processedOuts = engine.GetEnabledOutsValues();
var outFilesAndGroups = engine.GetEnabledOutDefs().Where(def => def is IOutFileDef || def is OutFileGroupDefBase);
foreach (var def in outFilesAndGroups)
{
var memoryEntry = processedOuts.First(me => me.VarName == def.Name);
if (memoryEntry.IsSet) // file was there
{
if (def is IOutFileDef)
{
var extFileDef = memoryEntry.Value as ExternalFileDef;
extFileDef.Locator = outFiles.FirstOrDefault(fd => fd.SlotName == def.Name).StorageId;
if (extFileDef.Locator == null) // todo : null.StorageId will fail earlier
{
Log.Warn("No output file processed for param " + memoryEntry.VarName + ", and memoryEntry.IsSet == true");
}
}
else
if (def is OutFileGroupDefBase)
{
var group = def as OutFileGroupDefBase;
var extFileDefs = memoryEntry.Value as IEnumerable<ExternalFileDef>;
foreach (var extFileDef in extFileDefs)
{
extFileDef.Locator = outFiles.FirstOrDefault(file =>
file.SlotName == def.Name &&
file.FileName == extFileDef.FileName
).StorageId;
if (extFileDef.Locator == null) // todo : null.StorageId will fail earlier
{
Log.Warn(String.Format(
"File '{0}' wasn't processed for param {1}, and memoryEntry.IsSet == true",
extFileDef.FileName, memoryEntry.VarName
));
}
}
}
}
}
//var outputParams = engine.Stringify(processedOuts, engine.CompiledMode.Outs.Values);
var outputParams = PackageBase.Serializer.PackageBaseSerializer.Serialize(processedOuts, engine.CompiledMode.Outs.Values);
Log.Debug(String.Format("Task's {0} output params are: {1}", engineState._taskDescription.TaskId,
String.Join(", ", outputParams.Select(pair => pair.Key + " = " + pair.Value))
));
return outputParams;
}
public static Dictionary <string, string> ProcessOutputs(PackageEngineState engineState, string ftpRoot, out IEnumerable <TaskFileDescription> outFiles, out TimeSpan outputFilesTime)
{
var forbiddenFileNamesRx = (new string[] {
@"\.\./", @"torque", @"\.dataList\.src$", @"\.hosts$", @"\.sh$", @"\.exe$"
}).Select(st => new Regex(st, RegexOptions.IgnoreCase));
string ftpRootWithoutSlash = ftpRoot.TrimEnd(new[] { '/', '\\' });
var allFilePaths = IOProxy.Ftp.GetFileNamesInAllTree(ftpRootWithoutSlash);
var filteredFilePathsWithRoot = allFilePaths.Where(st => !forbiddenFileNamesRx.Any(rx => rx.IsMatch(st)));
var filteredFilePaths = filteredFilePathsWithRoot.Select(st => st.Substring(ftpRoot.Length));
var fileManager = new OutputFileManager(ftpRoot, engineState.StoragePathBase);
var engine = new PackageEngine(engineState.CompiledDef, engineState.EngineContext);
var actionStarted = DateTime.Now;
{
TimeSpan timeLimit = PB_PROCESS_TIME_LIMIT;
try
{
Tools.ProcessWithTimeLimit(timeLimit, () =>
{
//engine.ProcessOutputs(outputFileNames, fileManager);
engine.ProcessOutputs(filteredFilePaths, fileManager);
});
}
catch (TimeLimitException tle)
{
throw new PackageBaseException("Outputs processing in Package base exceeded time limit (" + timeLimit.TotalSeconds + " seconds).", tle);
}
finally
{
outFiles = fileManager.GetOutputFiles(); // includes Cleanup();
}
}
var actionFinished = DateTime.Now;
outputFilesTime = actionFinished - actionStarted; // todo : fix ugliness
var processedOuts = engine.GetEnabledOutsValues();
var outFilesAndGroups = engine.GetEnabledOutDefs().Where(def => def is IOutFileDef || def is OutFileGroupDefBase);
foreach (var def in outFilesAndGroups)
{
var memoryEntry = processedOuts.First(me => me.VarName == def.Name);
if (memoryEntry.IsSet) // file was there
{
if (def is IOutFileDef)
{
var extFileDef = memoryEntry.Value as ExternalFileDef;
extFileDef.Locator = outFiles.FirstOrDefault(fd => fd.SlotName == def.Name).StorageId;
if (extFileDef.Locator == null) // todo : null.StorageId will fail earlier
{
Log.Warn("No output file processed for param " + memoryEntry.VarName + ", and memoryEntry.IsSet == true");
}
}
else
if (def is OutFileGroupDefBase)
{
var group = def as OutFileGroupDefBase;
var extFileDefs = memoryEntry.Value as IEnumerable <ExternalFileDef>;
foreach (var extFileDef in extFileDefs)
{
extFileDef.Locator = outFiles.FirstOrDefault(file =>
file.SlotName == def.Name &&
file.FileName == extFileDef.FileName
).StorageId;
if (extFileDef.Locator == null) // todo : null.StorageId will fail earlier
{
Log.Warn(String.Format(
"File '{0}' wasn't processed for param {1}, and memoryEntry.IsSet == true",
extFileDef.FileName, memoryEntry.VarName
));
}
}
}
}
}
//var outputParams = engine.Stringify(processedOuts, engine.CompiledMode.Outs.Values);
var outputParams = PackageBase.Serializer.PackageBaseSerializer.Serialize(processedOuts, engine.CompiledMode.Outs.Values);
Log.Debug(String.Format("Task's {0} output params are: {1}", engineState._taskDescription.TaskId,
String.Join(", ", outputParams.Select(pair => pair.Key + " = " + pair.Value))
));
return(outputParams);
}
