private void DoRegularTest(TestAgent test, TestUnit testUnit, Object container, Object testedObject, Int32 iterationIndex)
{
var timeMonitor = new Stopwatch();
var memoryMonitor = new MemoryMonitor();
Object[] invokeParameters = null;
if (test.TestedType != null)
{
invokeParameters = new Object[1] { testedObject };
}
memoryMonitor.Prepare();
memoryMonitor.Start();
timeMonitor.Start();
var result = testUnit.TestMethod.Invoke(container, invokeParameters);
timeMonitor.Stop();
memoryMonitor.Stop();
//skip results of first call storing
if (iterationIndex != -1)
{
bool isValid = true;
if (testUnit.ValidatorMethod != null)
{
invokeParameters = new Object[1] { result };
isValid = (bool)testUnit.ValidatorMethod.Invoke(container, invokeParameters);
}
var runResult = new PassResult(timeMonitor.Elapsed, memoryMonitor.Usage, test.Metrics, isValid);
_resultHandler.AddResult(runResult, testUnit.Id, iterationIndex);
_progressHandler.PortionDone();
}
}
public void CompleteFilling()
{
if (_testMethods == null)
{
_warningHandler.NoTestMethodsWereFoundWarning(ContainerType, Id);
return;
}
TestUnits = new List<TestUnit>();
bool isNamelessValidatorApplied = false;
foreach (var testMethodAttribute in _testMethods)
{
var testMethod = testMethodAttribute.Item1;
var testAttribute = testMethodAttribute.Item2;
MethodInfo validator = null;
if (_validatorMethods != null)
{
validator = _validatorMethods[testMethod.Name];
if (validator != null)
{
_validatorMethods.Remove(testMethod.Name);
}
else
{
validator = _validatorMethods[String.Empty];
isNamelessValidatorApplied = validator != null;
}
}
//check matching of test return and validator parameter types
if (validator != null)
{
var validatorParameterType = validator.GetParameters().First().ParameterType;
var testReturnType = testMethod.ReturnType;
if (!validatorParameterType.IsAssignableFrom(testReturnType))
{
_warningHandler.ValidatorParameterTypeMismatchWarning(testMethod, validator);
validator = null;
}
}
if (testAttribute.Validate && validator == null)
{
_warningHandler.NoValidatorWasFoundWarning(testMethodAttribute);
}
else if (!testAttribute.Validate && validator != null)
{
_warningHandler.ExcessValidatorWasFoundWarning(testMethodAttribute, validator);
}
var testUnit = new TestUnit(testMethod, testAttribute, validator);
TestUnits.Add(testUnit);
}
if (_validatorMethods != null)
{
if (isNamelessValidatorApplied && _validatorMethods.Count > 1)
{
_validatorMethods.Remove(String.Empty);
}
foreach (var excessValidator in _validatorMethods.Values)
{
_warningHandler.ExcessValidatorWasFoundWarning(null, excessValidator);
}
}
IsValid = true;
}
private static PassResult DoJITTest(TestAgent agent, TestUnit testUnit, Object container, Object testedObject, Int32 iterationIndex)
{
var timeMonitor = new Stopwatch();
var memoryMonitor = new MemoryMonitor();
Object[] invokeParameters = null;
if (agent.TestedType != null)
{
invokeParameters = new Object[1] { testedObject };
}
//todo: Create delegates to call instead of Invoking
//Test test = (Test)Delegate.CreateDelegate(typeof(Test), container, testUnit.TestMethod);
Object result = null;
Assembly.Load("System.Core, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089");
memoryMonitor.Prepare();
memoryMonitor.Start();
timeMonitor.Start();
result = testUnit.TestMethod.Invoke(container, invokeParameters);
//test();
timeMonitor.Stop();
memoryMonitor.Stop();
bool isValid = true;
if (testUnit.ValidatorMethod != null)
{
invokeParameters = new Object[1] { result };
isValid = (bool)testUnit.ValidatorMethod.Invoke(container, invokeParameters);
}
var runResult = new PassResult(timeMonitor.Elapsed, memoryMonitor.Usage, agent.Metrics, isValid);
return runResult;
}
