private MutationTestInfo ProceedTestResult(MethodTurtleBase turtle)
{
var mutationInfo = new MutationTestInfo(0, 0);
while (_pendingTest.Count != 0)
{
var testResult = _dispatcher.ReadATest();
var mutation = _pendingTest[testResult.Uid];
if (!CheckTestResult(turtle, mutation, testResult))
{
Interlocked.Increment(ref mutationInfo.MutantsFailures);
}
Interlocked.Increment(ref mutationInfo.MutantsCount);
_pendingTest.Remove(testResult.Uid);
}
return(mutationInfo);
}
private bool CheckTestResult(MethodTurtleBase turtle, MutantMetaData mutation, TestDescription testDescription)
{
var exitedInTime = testDescription.ExitedInTime;
var exitCode = (testDescription.TestsPass ? 0 : 1);
bool testSuitePassed = exitCode == 0 && exitedInTime;
string result = string.Format(" Mutant: {0}. {1}",
mutation.Description,
testSuitePassed
? "Survived."
: "Killed.");
_report.AddResult(mutation.MethodDefinition.GetCurrentSequencePoint(mutation.ILIndex), mutation, !testSuitePassed);
if (testSuitePassed)
{
mutation.TestDirectory.DoNotDelete = true;
var sourceFilename = mutation.MethodDefinition.GetOriginalSourceFileName(mutation.ILIndex);
var testDirectoryPath = mutation.TestDirectoryName;
if (sourceFilename != null)
{
var sourceCode = mutation.GetOriginalSourceCode(mutation.ILIndex);
result =
string.Format(
"{0}\nOriginal source code around surviving mutant (in {1}):\n{2}\nFiles left for inspection in: {3}",
result,
sourceFilename,
sourceCode,
testDirectoryPath);
}
else
{
result = string.Format(
"{0}\nOriginal source code couldn't be retrieve\nFiles left for inspection in: {1}",
result,
testDirectoryPath);
}
}
Console.WriteLine(result);
turtle.MutantComplete(mutation);
return(!testSuitePassed);
}
