public void OnTestFinished(object testClass, string testName, PtfTestOutcome testOutcome, AssertExceptionHandler exceptionHandler)
{
testProperties[TestPropertyNames.CurrentTestCaseName] = testName;
testProperties[TestPropertyNames.CurrentTestOutcome] = testOutcome;
EventHandler <TestStartFinishEventArgs> handler = eventTable["TestFinished"];
try
{
if (handler != null)
{
//may throw exception and make test finish
handler(this, new TestStartFinishEventArgs(testName, testOutcome));
}
this.InvokeActions(typeof(ProtocolTestCleanupAttribute), testClass);
UpdateTestResultsStatistics(testOutcome);
}
catch (Exception e)
{
UpdateTestResultsStatistics(exceptionHandler(e));
throw;
}
finally
{
this.Log.Add(LoggingHelper.PtfTestOutcomeToLogEntryKind(testOutcome), testName);
this.Log.Add(LogEntryKind.ExitMethod, testName);
this.WaitForProcessMessage();
testProperties[TestPropertyNames.CurrentTestCaseName] = null;
testProperties[TestPropertyNames.CurrentTestOutcome] = PtfTestOutcome.Unknown;
}
}
private static TestStatus PtfTestOutcomeToTestStatus(PtfTestOutcome testOutcome)
{
//keep the previous test status if not changing
TestStatus result = TestStatus.Framework;
switch (testOutcome)
{
case PtfTestOutcome.Passed:
case PtfTestOutcome.Aborted:
case PtfTestOutcome.Error:
case PtfTestOutcome.Failed:
case PtfTestOutcome.Timeout:
case PtfTestOutcome.Inconclusive:
result = TestStatus.Stop;
break;
case PtfTestOutcome.InProgress:
result = TestStatus.Running;
break;
case PtfTestOutcome.Unknown:
result = TestStatus.Framework;
break;
default:
break;
}
return(result);
}
/// <summary>
/// Map a PtfTestOutcome value to its corresponding LogEntryKind value.
/// </summary>
/// <param name="unitTestOutcome">Unit test outcome</param>
/// <returns>The log entry kind</returns>
public static LogEntryKind PtfTestOutcomeToLogEntryKind(PtfTestOutcome unitTestOutcome)
{
LogEntryKind logEntryKind = LogEntryKind.TestUnknown;
switch(unitTestOutcome)
{
case PtfTestOutcome.Failed:
logEntryKind = LogEntryKind.TestFailed;
break;
case PtfTestOutcome.Inconclusive:
logEntryKind = LogEntryKind.TestInconclusive;
break;
case PtfTestOutcome.Passed:
logEntryKind = LogEntryKind.TestPassed;
break;
case PtfTestOutcome.InProgress:
logEntryKind = LogEntryKind.TestInProgress;
break;
case PtfTestOutcome.Error:
logEntryKind = LogEntryKind.TestError;
break;
case PtfTestOutcome.Timeout:
logEntryKind = LogEntryKind.TestTimeout;
break;
case PtfTestOutcome.Aborted:
logEntryKind = LogEntryKind.TestAborted;
break;
default:
logEntryKind = LogEntryKind.TestUnknown;
break;
}
return logEntryKind;
}
private static void InitializeTestSite(
IConfigurationData config,
string configPath,
string testSuiteName,
PtfTestOutcome currentTestOutCome,
string testAssemblyName)
{
if (null == config)
{
throw new ArgumentException("config cannot be null.");
}
if (testSites == null)
{
testSites = new Dictionary <string, DefaultTestSite>();
}
if (!testSites.ContainsKey(testSuiteName))
{
DefaultTestSite testSite = new DefaultTestSite(config, configPath, testSuiteName, testAssemblyName);
testSites.Add(testSuiteName, testSite);
}
else
{
testSites[testSuiteName].DisposeAdapters();
}
testSites[testSuiteName].TestProperties[TestPropertyNames.CurrentTestCaseName] = null;
testSites[testSuiteName].TestProperties[TestPropertyNames.CurrentTestOutcome] = currentTestOutCome;
}
private void UpdateTestResultsStatistics(PtfTestOutcome testOutcome)
{
if (testResultsStatistics.ContainsKey(testOutcome))
{
testResultsStatistics[testOutcome]++;
}
else
{
testResultsStatistics.Add(testOutcome, 1);
}
}
private static TestResult PtfTestOutcomeToTestResult(PtfTestOutcome testOutcome)
{
//keep the previous test result if not changing
TestResult result = TestResult.Unknown;
switch (testOutcome)
{
case PtfTestOutcome.Passed:
result = TestResult.Passed;
break;
case PtfTestOutcome.Aborted:
result = TestResult.Aborted;
break;
case PtfTestOutcome.Error:
result = TestResult.Error;
break;
case PtfTestOutcome.Failed:
result = TestResult.Failed;
break;
case PtfTestOutcome.Timeout:
result = TestResult.Timeout;
break;
case PtfTestOutcome.Inconclusive:
result = TestResult.Inconclusive;
break;
case PtfTestOutcome.Unknown:
result = TestResult.Unknown;
break;
case PtfTestOutcome.InProgress:
result = TestResult.InProgress;
break;
default:
break;
}
return(result);
}
/// <summary>
/// Map a PtfTestOutcome value to its corresponding LogEntryKind value.
/// </summary>
/// <param name="unitTestOutcome">Unit test outcome</param>
/// <returns>The log entry kind</returns>
public static LogEntryKind PtfTestOutcomeToLogEntryKind(PtfTestOutcome unitTestOutcome)
{
LogEntryKind logEntryKind = LogEntryKind.TestUnknown;
switch (unitTestOutcome)
{
case PtfTestOutcome.Failed:
logEntryKind = LogEntryKind.TestFailed;
break;
case PtfTestOutcome.Inconclusive:
logEntryKind = LogEntryKind.TestInconclusive;
break;
case PtfTestOutcome.Passed:
logEntryKind = LogEntryKind.TestPassed;
break;
case PtfTestOutcome.InProgress:
logEntryKind = LogEntryKind.TestInProgress;
break;
case PtfTestOutcome.Error:
logEntryKind = LogEntryKind.TestError;
break;
case PtfTestOutcome.Timeout:
logEntryKind = LogEntryKind.TestTimeout;
break;
case PtfTestOutcome.Aborted:
logEntryKind = LogEntryKind.TestAborted;
break;
default:
logEntryKind = LogEntryKind.TestUnknown;
break;
}
return(logEntryKind);
}
private static PtfTestOutcome UnitTestOutcomeToPtfTestOutcome(UnitTestOutcome uto)
{
PtfTestOutcome pto = PtfTestOutcome.Unknown;
switch (uto)
{
case UnitTestOutcome.Failed:
pto = PtfTestOutcome.Failed;
break;
case UnitTestOutcome.Inconclusive:
pto = PtfTestOutcome.Inconclusive;
break;
case UnitTestOutcome.Passed:
pto = PtfTestOutcome.Passed;
break;
case UnitTestOutcome.InProgress:
pto = PtfTestOutcome.InProgress;
break;
case UnitTestOutcome.Error:
pto = PtfTestOutcome.Error;
break;
case UnitTestOutcome.Timeout:
pto = PtfTestOutcome.Timeout;
break;
case UnitTestOutcome.Aborted:
pto = PtfTestOutcome.Aborted;
break;
default:
pto = PtfTestOutcome.Unknown;
break;
}
return(pto);
}
public override void PrepareLogInformation(
LogEntryKind kind,
string message,
DateTime timeStamp,
Dictionary <string, Object> testProperties)
{
if (testProperties.ContainsKey(TestPropertyNames.CurrentTestCaseName) &&
testProperties[TestPropertyNames.CurrentTestCaseName] != null)
{
testCaseName = testProperties[TestPropertyNames.CurrentTestCaseName] as string;
}
else
{
testCaseName = null;
}
if (testProperties.ContainsKey(TestPropertyNames.CurrentTestOutcome) &&
testProperties[TestPropertyNames.CurrentTestOutcome] != null)
{
PtfTestOutcome currentTestOutcome =
(PtfTestOutcome)testProperties[TestPropertyNames.CurrentTestOutcome];
UpdateStatus(currentTestOutcome);
}
}
private void UpdateStatus(PtfTestOutcome currentTestOutcome)
{
testResult = PtfTestOutcomeToTestResult(currentTestOutcome);
testStatus = PtfTestOutcomeToTestStatus(currentTestOutcome);
}
private static TestStatus PtfTestOutcomeToTestStatus(PtfTestOutcome testOutcome)
{
//keep the previous test status if not changing
TestStatus result = TestStatus.Framework;
switch (testOutcome)
{
case PtfTestOutcome.Passed:
case PtfTestOutcome.Aborted:
case PtfTestOutcome.Error:
case PtfTestOutcome.Failed:
case PtfTestOutcome.Timeout:
case PtfTestOutcome.Inconclusive:
result = TestStatus.Stop;
break;
case PtfTestOutcome.InProgress:
result = TestStatus.Running;
break;
case PtfTestOutcome.Unknown:
result = TestStatus.Framework;
break;
default:
break;
}
return result;
}
private static TestResult PtfTestOutcomeToTestResult(PtfTestOutcome testOutcome)
{
//keep the previous test result if not changing
TestResult result = TestResult.Unknown;
switch (testOutcome)
{
case PtfTestOutcome.Passed:
result = TestResult.Passed;
break;
case PtfTestOutcome.Aborted:
result = TestResult.Aborted;
break;
case PtfTestOutcome.Error:
result = TestResult.Error;
break;
case PtfTestOutcome.Failed:
result = TestResult.Failed;
break;
case PtfTestOutcome.Timeout:
result = TestResult.Timeout;
break;
case PtfTestOutcome.Inconclusive:
result = TestResult.Inconclusive;
break;
case PtfTestOutcome.Unknown:
result = TestResult.Unknown;
break;
case PtfTestOutcome.InProgress:
result = TestResult.InProgress;
break;
default:
break;
}
return result;
}
private void UpdateStatus(PtfTestOutcome currentTestOutcome)
{
testResult = PtfTestOutcomeToTestResult(currentTestOutcome);
testStatus = PtfTestOutcomeToTestStatus(currentTestOutcome);
}
/// <summary>
/// Constructs a TestStartFinishEventArgs instance which contains the test case name.
/// </summary>
/// <param name="testName">The current test case name.</param>
/// <param name="testOutcome">The current test outcome.</param>
public TestStartFinishEventArgs(string testName, PtfTestOutcome testOutcome)
{
this.testCaseName = testName;
this.testOutcome = testOutcome;
}
/// <summary>
/// Constructs a TestStartFinishEventArgs instance which contains the test case name.
/// </summary>
/// <param name="testName">The current test case name.</param>
/// <param name="testOutcome">The current test outcome.</param>
public TestStartFinishEventArgs(string testName, PtfTestOutcome testOutcome)
{
this.testCaseName = testName;
this.testOutcome = testOutcome;
}
private static void InitializeTestSite(
IConfigurationData config,
string configPath,
string testSuiteName,
PtfTestOutcome currentTestOutCome,
string testAssemblyName)
{
if (null == config)
{
throw new ArgumentException("config cannot be null.");
}
if (testSites == null)
{
testSites = new Dictionary<string, DefaultTestSite>();
}
if (!testSites.ContainsKey(testSuiteName))
{
DefaultTestSite testSite = new DefaultTestSite(config, configPath, testSuiteName, testAssemblyName);
testSites.Add(testSuiteName, testSite);
}
else
{
testSites[testSuiteName].DisposeAdapters();
}
testSites[testSuiteName].TestProperties[TestPropertyNames.CurrentTestCaseName] = null;
testSites[testSuiteName].TestProperties[TestPropertyNames.CurrentTestOutcome] = currentTestOutCome;
}