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 MutationTestInfo MutateAndTest()
{
var mutationInfo = new MutationTestInfo(0, 0);
if (_mutationsToApply.Count == 0)
{
PopulateDefaultTurtles();
}
foreach (var turtleType in _mutationsToApply)
{
var turtle = (MethodTurtleBase)Activator.CreateInstance(turtleType);
Console.WriteLine(turtle.Description);
_pendingTest = new Dictionary <string, MutantMetaData>();
foreach (var mutation in turtle.Mutate(_method, _module, _originalOffsets))
{
SendMutationTestToDispatcher(mutation);
}
mutationInfo += ProceedTestResult(turtle);
}
return(mutationInfo);
}
private MutationTestInfo MutateAndCount()
{
var mutationsInfo = new MutationTestInfo(0, 0);
if (_mutationsToApply.Count == 0)
{
PopulateDefaultTurtles();
}
foreach (var turtleType in _mutationsToApply)
{
var turtle = (MethodTurtleBase)Activator.CreateInstance(turtleType);
foreach (var mutation in turtle.Mutate(_method, _module, _originalOffsets))
{
mutationsInfo.MutantsCount++;
_report.AddResult(mutation.MethodDefinition.GetCurrentSequencePoint(mutation.ILIndex), mutation, false);
turtle.MutantComplete(mutation);
}
}
mutationsInfo.MutantsFailures = mutationsInfo.MutantsCount;
return(mutationsInfo);
}