public TestSet(object prototypeObject, string description, Action speedFactorMeasureFunction = null, object settings = null, int stackSize = 1)
{
_prototypeObject = prototypeObject;
Description = description;
SpeedFactor = TimeLimitRunner.CalculateSpeedFactor(speedFactorMeasureFunction);
_speedFactorMeasureFunction = speedFactorMeasureFunction;
_settings = settings;
_stackSize = stackSize;
}
private string PerformSingleTest(TestCase testCase, object proxyPrototypeObject, bool checkTimeLimit, bool verbose)
{
testCase.PerformanceTime = TimeLimitRunner.Run(SpeedFactor * testCase.TimeLimit, checkTimeLimit, testCase.ExpectedException, out var timeout, out var thrownException,
() => testCase.PerformTestCase(proxyPrototypeObject), _stackSize) / SpeedFactor;
testCase.Timeout = timeout;
testCase.ThrownException = thrownException;
string result;
if (testCase.ThrownException != null)
{
if (testCase.ExpectedException == null)
{
testCase.ResultCode = TestCase.Result.UnexpectedExceptionThrown;
testCase.Message = testCase.ThrownException.Message;
FailedCount++;
result = "unexpected exception";
}
else if (testCase.ThrownException.GetType() != testCase.ExpectedException.GetType())
{
testCase.ResultCode = TestCase.Result.IncorrectExceptionThrown;
testCase.Message = testCase.ThrownException.Message;
FailedCount++;
result = "incorrect exception";
}
else
{
testCase.ResultCode = TestCase.Result.ExpectedExceptionThrown;
testCase.Message = $"OK, expected exception of type {testCase.ThrownException.GetType()} thrown";
PassedCount++;
result = "OK, expected exception thrown";
}
}
else if (testCase.ExpectedException != null)
{
testCase.ResultCode = TestCase.Result.ExceptionNotThrown;
testCase.Message = $"error, expected exception of type {testCase.ExpectedException.GetType()} not thrown";
FailedCount++;
result = "error, expected exception not thrown";
}
else if (testCase.Timeout)
{
testCase.ResultCode = TestCase.Result.Timeout;
testCase.Message = $"computation interrupted (time limit {testCase.TimeLimit} time units exceeded)";
TimeoutsCount++;
FailedCount++;
result = "timeout";
}
else
{
(testCase.ResultCode, testCase.Message) = testCase.VerifyTestCase(_settings);
if (testCase.ResultCode < TestCase.Result.WrongResult && testCase.ResultCode != TestCase.Result.Success && testCase.ResultCode != TestCase.Result.LowEfficiency)
{
throw new Exception("Test engine error: invalid result code");
}
if (testCase.Message == null || testCase.Message.Trim() == string.Empty)
{
throw new Exception("Test engine error: invalid result message");
}
if (testCase.ResultCode != TestCase.Result.Success)
{
if (testCase.ResultCode != TestCase.Result.LowEfficiency)
{
if (testCase.ResultCode != TestCase.Result.WrongResult)
{
FailedCount++;
result = "undescribed error";
}
else
{
FailedCount++;
result = "wrong result";
}
}
else
{
LowEfficiencyCount++;
PassedCount++;
result = "low efficiency";
}
}
else
{
PassedCount++;
result = "OK";
}
}
return(!verbose ? result : testCase.Message);
}
private void OnDeserializedCalculateSpeedFactor(StreamingContext context)
{
SpeedFactor = TimeLimitRunner.CalculateSpeedFactor(_speedFactorMeasureFunction);
}
