public TestModes DetermineTestMode(params object[] requestArgs)
{
var requestedMode = TestFlaskContext.RequestedMode;
if (requestedMode == TestModes.Record || requestedMode == TestModes.NoMock)
{
return(requestedMode);
}
else
{
if (TestFlaskContext.LoadedStep == null && TestFlaskContext.CurrentDepth == 1)
{
TestFlaskContext.LoadedStep = api.GetStep(requestedInvocation.StepNo);
}
Invocation existingInvocation = TestFlaskContext.GetInvocation(requestedInvocation.InstanceHashCode);
if (existingInvocation != null)
{
if (requestedMode == TestModes.Assert)
{
mustPersistAssertionResult = (TestFlaskContext.CurrentDepth == 1);
}
//lookup existing invocation and determine test mode
return(existingInvocation.IsReplayable ? TestModes.Play : TestModes.NoMock);
}
else
{
//cannot find same invocation
return(TestModes.NoMock);
}
}
}
protected void EndInvocation(object result = null)
{
TestFlaskContext.CurrentDepth--;
if (mustPersistAssertionResult && result != null)
{
Invocation rootInvocation = TestFlaskContext.GetRootInvocation();
rootInvocation.AssertionResult = JsonConvert.SerializeObject(result);
api.PutInvocation(rootInvocation); //persist assertion result
}
}
public void Play(params object[] requestArgs)
{
var loadedInvocation = TestFlaskContext.GetInvocation(requestedInvocation.InstanceHashCode);
if (!loadedInvocation.IsFaulted)
{
EndInvocation();
}
else
{
var exception = (Exception)JsonConvert.DeserializeObject(loadedInvocation.Exception, Type.GetType(loadedInvocation.ExceptionType));
EndInvocation(exception);
throw exception;
}
}
