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Add TimingProperty with step timing to internal test framework test nodes #6882

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e091994
Initial plan
Copilot Nov 4, 2025
b47a317
Add TimingProperty to test nodes in TestFrameworkEngine
Copilot Nov 4, 2025
8b21bfd
Address code review feedback: initialize variables and extract timing…
Copilot Nov 4, 2025
df8cf2f
Add step timing for init, test, and cleanup phases
Copilot Nov 4, 2025
0cd417f
Update test/Utilities/TestFramework.ForTestingMSTest/TestFrameworkEng…
Evangelink Nov 4, 2025
697ff51
Update test/Utilities/TestFramework.ForTestingMSTest/TestFrameworkEng…
Evangelink Nov 4, 2025
e51aee2
Merge branch 'main' into copilot/add-timingproperty-to-test-nodes
Evangelink Nov 4, 2025
a963a3e
Apply suggestion from @Evangelink
Evangelink Nov 5, 2025
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80 changes: 65 additions & 15 deletions test/Utilities/TestFramework.ForTestingMSTest/TestFrameworkEngine.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -107,16 +107,39 @@ [.. publicMethod.GetParameters().Select(x => x.ParameterType.FullName!)],
progressNode.Properties.Add(InProgressTestNodeStateProperty.CachedInstance);
await messageBus.PublishAsync(this, new TestNodeUpdateMessage(request.Session.SessionUid, progressNode));

DateTimeOffset startTime = DateTimeOffset.UtcNow;
bool isSuccessRun = false;
bool isSuccessTeardown = false;
List<StepTimingInfo> stepTimings = new();

object? testClassInstance = await TryRunSetupMethodAsync(testContainerType, setupMethod, testNode, PublishNodeUpdateAsync);
if (testClassInstance is not null)
try
{
isSuccessRun = await RunTestMethodAsync(testClassInstance, publicMethod, testNode, PublishNodeUpdateAsync);
(object? testClassInstance, StepTimingInfo? setupTiming) = await TryRunSetupMethodAsync(testContainerType, setupMethod, testNode, PublishNodeUpdateAsync);
if (setupTiming is not null)
{
stepTimings.Add(setupTiming);
}

if (testClassInstance is not null)
{
(isSuccessRun, StepTimingInfo? testTiming) = await RunTestMethodAsync(testClassInstance, publicMethod, testNode, PublishNodeUpdateAsync);
if (testTiming is not null)
{
stepTimings.Add(testTiming);
}
}

// Always call teardown even if previous steps failed because we want to try to clean as much as we can.
(isSuccessTeardown, StepTimingInfo? teardownTiming) = await RunTestTeardownAsync(testClassInstance, testContainerType, teardownMethod, testNode, PublishNodeUpdateAsync);
if (teardownTiming is not null)
{
stepTimings.Add(teardownTiming);
}
}
finally
{
testNode.Properties.Add(CreateTimingProperty(startTime, stepTimings));
}

// Always call teardown even if previous steps failed because we want to try to clean as much as we can.
bool isSuccessTeardown = await RunTestTeardownAsync(testClassInstance, testContainerType, teardownMethod, testNode, PublishNodeUpdateAsync);

if (isSuccessRun && isSuccessTeardown)
{
Expand Down Expand Up @@ -199,29 +222,37 @@ private static bool IsTestContainer(Type typeInfo)
return false;
}

private async Task<object?> TryRunSetupMethodAsync(TypeInfo testContainerType, ConstructorInfo setupMethod, TestNode testNode,
private async Task<(object?, StepTimingInfo?)> TryRunSetupMethodAsync(TypeInfo testContainerType, ConstructorInfo setupMethod, TestNode testNode,
Func<TestNode, Task> publishNodeUpdateAsync)
{
DateTimeOffset stepStartTime = DateTimeOffset.UtcNow;
try
{
_logger.LogDebug($"Executing test '{testNode.DisplayName}' setup (ctor for '{testContainerType.FullName}')");
return setupMethod.Invoke(null);
object? instance = setupMethod.Invoke(null);
DateTimeOffset stepEndTime = DateTimeOffset.UtcNow;
return (instance, new StepTimingInfo("init", "Test initialization", new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime)));
}
catch (Exception ex)
{
Exception realException = ex.InnerException ?? ex;
_logger.LogError("Error during test setup", realException);
DateTimeOffset stepEndTime = DateTimeOffset.UtcNow;
TestNode errorNode = CloneTestNode(testNode);
errorNode.Properties.Add(new TimingProperty(
new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime),
[new StepTimingInfo("init", "Test initialization", new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime))]));
errorNode.Properties.Add(new ErrorTestNodeStateProperty(ex));
errorNode.Properties.Add(new TrxExceptionProperty(ex.Message, ex.StackTrace));
await publishNodeUpdateAsync(errorNode);
return null;
return (null, null);
}
}

private async Task<bool> RunTestMethodAsync(object testClassInstance, MethodInfo publicMethod, TestNode testNode,
private async Task<(bool, StepTimingInfo?)> RunTestMethodAsync(object testClassInstance, MethodInfo publicMethod, TestNode testNode,
Func<TestNode, Task> publishNodeUpdateAsync)
{
DateTimeOffset stepStartTime = DateTimeOffset.UtcNow;
try
{
_logger.LogDebug($"Executing test '{testNode.DisplayName}'");
Expand All @@ -230,24 +261,31 @@ private async Task<bool> RunTestMethodAsync(object testClassInstance, MethodInfo
await task;
}

return true;
DateTimeOffset stepEndTime = DateTimeOffset.UtcNow;
return (true, new StepTimingInfo("test", "Test method execution", new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime)));
}
catch (Exception ex)
{
Exception realException = ex is TargetInvocationException ? ex.InnerException! : ex;
_logger.LogError("Error during test", realException);
DateTimeOffset stepEndTime = DateTimeOffset.UtcNow;

TestNode errorNode = CloneTestNode(testNode);
errorNode.Properties.Add(new TimingProperty(
new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime),
[new StepTimingInfo("test", "Test method execution", new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime))]));
errorNode.Properties.Add(new ErrorTestNodeStateProperty(realException));
errorNode.Properties.Add(new TrxExceptionProperty(realException.Message, realException.StackTrace));
await publishNodeUpdateAsync(errorNode);

return false;
return (false, null);
}
}

private async Task<bool> RunTestTeardownAsync(object? testClassInstance, TypeInfo testContainerType, MethodInfo teardownMethod, TestNode testNode,
private async Task<(bool, StepTimingInfo?)> RunTestTeardownAsync(object? testClassInstance, TypeInfo testContainerType, MethodInfo teardownMethod, TestNode testNode,
Func<TestNode, Task> publishNodeUpdateAsync)
{
DateTimeOffset stepStartTime = DateTimeOffset.UtcNow;
try
{
if (testClassInstance is not null)
Expand All @@ -256,20 +294,32 @@ private async Task<bool> RunTestTeardownAsync(object? testClassInstance, TypeInf
teardownMethod.Invoke(testClassInstance, null);
}

return true;
DateTimeOffset stepEndTime = DateTimeOffset.UtcNow;
return (true, new StepTimingInfo("cleanup", "Test cleanup", new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime)));
}
catch (Exception ex)
{
Exception realException = ex.InnerException ?? ex;
_logger.LogError("Error during test teardown", realException);
DateTimeOffset stepEndTime = DateTimeOffset.UtcNow;
TestNode errorNode = CloneTestNode(testNode);
errorNode.Properties.Add(new TimingProperty(
new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime),
[new StepTimingInfo("cleanup", "Test cleanup", new TimingInfo(stepStartTime, stepEndTime, stepEndTime - stepStartTime))]));
errorNode.Properties.Add(new ErrorTestNodeStateProperty(ex));
await publishNodeUpdateAsync(errorNode);

return false;
return (false, null);
}
}

private static TimingProperty CreateTimingProperty(DateTimeOffset startTime, List<StepTimingInfo> stepTimings)
{
DateTimeOffset endTime = DateTimeOffset.UtcNow;
TimeSpan duration = endTime - startTime;
return new TimingProperty(new TimingInfo(startTime, endTime, duration), [.. stepTimings]);
}

private static TestNode CloneTestNode(TestNode testNode)
=> new()
{
Expand Down
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