public void Recorded_Method_Manager_Instance_Verifier_Fail_Should_Still_Add_Sub_Method()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var serTarget = new SerializedValue(typeof(int), "1");
var args = new List <object>();
var _methods = new List <RecordingMethod>()
{
new RecordingMethod(Guid.NewGuid(), serTarget, args, TestClass.Method1Entry.Method)
};
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(_methods[0].Identifier);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
var procData = TestSubClass.Method1Entry;
procData.AddVerificationFailures(new List <VerificationFailure>()
{
new TypeSerializationFailure(typeof(double))
});
SUT.ProcessCapture(procData);
Assert.IsTrue(_methods.Count == 1);
Assert.IsTrue(_methods[0].SubMethods.Count == 1);
}
public void Recorded_Method_Manager_Sub_Method_With_Invalid_Return_Should_Clear_From_Cache()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>();
var serTarget = new SerializedValue(typeof(int), "1");
var args = new List <object>();
var recMethod = new RecordingMethod(Guid.NewGuid(), serTarget, args, TestClass.Method1Entry.Method);
var subMethodGuid = Guid.NewGuid();
recMethod.SubMethods.Add(new RecordedSubMethod(subMethodGuid, typeof(int), new List <object>(), typeof(int), TestClass.Method1Entry.Method));
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(new List <RecordingMethod>()
{
recMethod
});
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(subMethodGuid);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
var procData = TestSubClass.Method1Exit;
procData.AddVerificationFailures(new List <VerificationFailure>()
{
new TypeSerializationFailure(typeof(double))
});
SUT.ProcessCapture(procData);
Assert.IsTrue(_methods.Count == 0);
}
public void Recorded_Method_Manager_Test_Thread_Id_Is_Used_On_Execution_Stack()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>();
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
SUT.ProcessCapture(TestClass.Method1Entry);
mockStack.Verify(x => x.ProcessEntry(_defaultThreadId, It.IsAny <Guid>()), Times.AtLeastOnce);
}
public void Recorded_Method_Manager_Verify_Execution_Stack_Is_Added_To()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>()
{
TestClass.Method1EntryRecording
};
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(_methods[0].Identifier);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
SUT.ProcessCapture(TestSubClass.Method1Entry);
mockStack.Verify(x => x.ProcessEntry(_defaultThreadId, It.IsAny <Guid>()), Times.Once);
}
public void Recorded_Method_Manager_Handles_Recursion_Method_Adding()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>()
{
TestClass.Method1EntryRecording
};
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(_methods.FirstOrDefault().Identifier);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
SUT.MethodRecordingComplete += SUT_MethodRecordingComplete;
SUT.ProcessCapture(TestSubClass.Method1Entry);
Assert.IsTrue(_methodCompleteEventRaised == false);
}
public void Recorded_Method_Manager_Instace_Verifier_Fail_Should_Not_Call_Serializer()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>();
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
var procData = TestClass.Method1Entry;
procData.AddVerificationFailures(new List <VerificationFailure>()
{
new TypeSerializationFailure(typeof(double))
});
SUT.ProcessCapture(procData);
_defaultSerializer.Verify(x => x.Serialize(It.IsAny <object>()), Times.Never);
}
public void Recorded_Method_Manager_Closes_Method_With_Stack_Depth_GT_1()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>()
{
TestClass.Method1EntryRecording,
TestSubClass.Method1EntryRecording
};
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(_methods[1].Identifier);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
SUT.MethodRecordingComplete += SUT_MethodRecordingComplete;
SUT.ProcessCapture(TestSubClass.Method1Exit);
Assert.IsTrue(_methodCompleteEventRaised == true);
}
public void Recorded_Method_Manager_Instance_Verifier_Fail_Should_Not_Create_New_Exec_Method()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>();
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(_emptySentinel);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
var procData = TestClass.Method1Exit;
procData.AddVerificationFailures(new List <VerificationFailure>()
{
new TypeSerializationFailure(typeof(double))
});
SUT.ProcessCapture(procData);
Assert.IsTrue(_methods.Count == 0);
}
public void Recorded_Method_Manager_Method_Exception_Raises_Complete_Event()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var serTarget = new SerializedValue(typeof(int), "1");
var args = new List <object>();
var _methods = new List <RecordingMethod>()
{
new RecordingMethod(Guid.NewGuid(), serTarget, args, TestClass.Method1Entry.Method)
};
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(_methods.FirstOrDefault().Identifier);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
SUT.MethodRecordingComplete += SUT_MethodRecordingComplete;
SUT.ProcessCapture(TestClass.Method1Exception);
Assert.IsTrue(_methodCompleteEventRaised == true);
}
public void Recorded_Method_Manager_Verify_Completed_Method_Is_Returned()
{
var mockCache = new Mock <IExecutionCache>();
var mockStack = new Mock <IExecutionStack>();
var _methods = new List <RecordingMethod>()
{
TestClass.Method1EntryRecording,
TestSubClass.Method1EntryRecording
};
mockCache.Setup(x => x.GetMethods(It.IsAny <int>())).Returns(_methods);
var closeOutMethodId = _methods[1].Identifier;
mockStack.Setup(x => x.ExecutingGuid(It.IsAny <int>())).Returns(closeOutMethodId);
var SUT = new RecordingMethodManager(mockCache.Object, _defaultThreadProvider.Object, mockStack.Object, _defaultSerializer.Object);
SUT.MethodRecordingComplete += SUT_MethodRecordingComplete;
SUT.ProcessCapture(TestSubClass.Method1Exit);
Assert.IsTrue(_eventArgs.Method.Identifier == closeOutMethodId);
}