public static StackHashEventCollection GetEventsApi(ref Login login, ApplicationFile file, out List <Event> rawEvents, DateTime startTime) { EventPageReader eventPageReader = file.GetEvents(startTime); // Get all events. StackHashEventCollection apiStackHashEvents = new StackHashEventCollection(); rawEvents = new List <Event>(); // Read each page of new events. while (eventPageReader.Read(ref login) == true) { // Get the events for the page. EventReader events = eventPageReader.Events; while (events.Read() == true) { // Get the event Event dpEvent = events.Event; rawEvents.Add(dpEvent); StackHashEvent stackHashEvent = ObjectConversion.ConvertEvent(dpEvent, file.ID); apiStackHashEvents.Add(stackHashEvent); } } return(apiStackHashEvents); }
public static StackHashEventCollection GetEventsAtom(AtomFeed feed, AtomFile file, DateTime startTime) { // Get the list of events. AtomEventCollection atomEvents = feed.GetEvents(file, startTime); // Convert to a StackHashEventCollection. StackHashEventCollection atomStackHashEvents = new StackHashEventCollection(); foreach (AtomEvent atomEvent in atomEvents) { atomStackHashEvents.Add(atomEvent.Event); } return(atomStackHashEvents); }
/// <summary> /// Gets the File event data associated with a particular product file. /// </summary> /// <returns>Response result code.</returns> public GetEventsResponse GetEvents(GetEventsRequest requestData) { if (requestData == null) { throw new ArgumentNullException("requestData"); } GetEventsResponse resp = new GetEventsResponse(); StackHashEventCollection events = StaticObjects.TheStaticObjects.TheController.GetEvents( requestData.ContextId, requestData.Product, requestData.File); resp.Events = events; resp.ResultData = new StackHashServiceResultData( StackHashServiceResult.Success, s_OperationSuccessful, null); return(resp); }
/// <summary> /// Parses the database looking for cabs to unwrap. /// </summary> private void analyzeAllCabs() { IErrorIndex index = m_TaskParameters.ErrorIndex; // Get a list of products. StackHashProductCollection products = index.LoadProductList(); foreach (StackHashProduct product in products) { if (CurrentTaskState.AbortRequested) { throw new OperationCanceledException("Task aborted"); } if (!shouldProcessProduct(product)) { continue; } // Get the file list. StackHashFileCollection files = index.LoadFileList(product); foreach (StackHashFile file in files) { if (CurrentTaskState.AbortRequested) { throw new OperationCanceledException("Task aborted"); } if (!shouldProcessFile(product, file)) { continue; } // Get the event data. StackHashEventCollection events = index.LoadEventList(product, file); foreach (StackHashEvent theEvent in events) { if (CurrentTaskState.AbortRequested) { throw new OperationCanceledException("Task aborted"); } if (!shouldProcessEvent(product, file, theEvent)) { continue; } StackHashCabCollection cabs = index.LoadCabList(product, file, theEvent); // Process each cab. foreach (StackHashCab cab in cabs) { if (CurrentTaskState.AbortRequested) { throw new OperationCanceledException("Task aborted"); } if (!shouldProcessCab(product, file, theEvent, cab)) { continue; } processCab(product, file, theEvent, cab); } } } } }
public void runAnalyzeJustAutoScripts(ErrorIndexType indexType, int numberOfProducts, int numberOfFiles, int numberOfEvents, int numberOfCabs, int numberOfAutoUnmanagedAndManagedScripts, int numberOfManualUnmanagedAndManagedScripts, bool useUnmanagedCabs, int numberOfAutoManagedScripts, int numberOfManualManagedScripts, int numberOfAutoUnmanagedScripts, int numberOfManualUnmanagedScripts) { int numberOfEventInfos = 1; // Use the dummy winqual. StackHashTestData testData = new StackHashTestData(); testData.DummyWinQualSettings = new StackHashTestDummyWinQualSettings(); testData.DummyWinQualSettings.UseDummyWinQual = true; testData.DummyWinQualSettings.ObjectsToCreate = new StackHashTestIndexData(); testData.DummyWinQualSettings.ObjectsToCreate.UseLargeCab = false; testData.DummyWinQualSettings.ObjectsToCreate.NumberOfProducts = numberOfProducts; testData.DummyWinQualSettings.ObjectsToCreate.NumberOfFiles = numberOfFiles; testData.DummyWinQualSettings.ObjectsToCreate.NumberOfEvents = numberOfEvents; testData.DummyWinQualSettings.ObjectsToCreate.NumberOfEventInfos = numberOfEventInfos; testData.DummyWinQualSettings.ObjectsToCreate.NumberOfCabs = numberOfCabs; testData.DummyWinQualSettings.ObjectsToCreate.UseUnmanagedCab = useUnmanagedCabs; m_Utils.SetTestData(testData); m_Utils.RegisterForNotifications(true, m_Utils.ApplicationGuid); m_Utils.CreateNewContext(indexType); // Set the username and password to something valid. GetStackHashPropertiesResponse settings = m_Utils.GetContextSettings(); String testPath = "c:\\stackhashunittest\\testindex\\"; settings.Settings.ContextCollection[0].ErrorIndexSettings.Folder = testPath; settings.Settings.ContextCollection[0].ErrorIndexSettings.Name = "TestIndex"; settings.Settings.ContextCollection[0].WinQualSettings.UserName = m_UserName; settings.Settings.ContextCollection[0].WinQualSettings.Password = m_Password; m_Utils.SetContextSettings(settings.Settings.ContextCollection[0]); // Make sure the index starts off empty. m_Utils.DeleteIndex(0); m_Utils.ActivateContext(0); for (int i = 0; i < numberOfAutoUnmanagedAndManagedScripts; i++) { StackHashScriptSettings scriptSettings = m_Utils.MakeScriptSettings(i, true, StackHashScriptDumpType.UnmanagedAndManaged, true); m_Utils.AddDebuggerScript(scriptSettings, false); } for (int i = 0; i < numberOfManualUnmanagedAndManagedScripts; i++) { StackHashScriptSettings scriptSettings = m_Utils.MakeScriptSettings(i + 100, true, StackHashScriptDumpType.UnmanagedAndManaged, false); m_Utils.AddDebuggerScript(scriptSettings, false); } for (int i = 0; i < numberOfAutoManagedScripts; i++) { StackHashScriptSettings scriptSettings = m_Utils.MakeScriptSettings(i + 200, true, StackHashScriptDumpType.ManagedOnly, true); m_Utils.AddDebuggerScript(scriptSettings, false); } for (int i = 0; i < numberOfManualManagedScripts; i++) { StackHashScriptSettings scriptSettings = m_Utils.MakeScriptSettings(i + 300, true, StackHashScriptDumpType.ManagedOnly, false); m_Utils.AddDebuggerScript(scriptSettings, false); } for (int i = 0; i < numberOfAutoUnmanagedScripts; i++) { StackHashScriptSettings scriptSettings = m_Utils.MakeScriptSettings(i + 400, true, StackHashScriptDumpType.UnmanagedOnly, true); m_Utils.AddDebuggerScript(scriptSettings, false); } for (int i = 0; i < numberOfManualUnmanagedScripts; i++) { StackHashScriptSettings scriptSettings = m_Utils.MakeScriptSettings(i + 500, true, StackHashScriptDumpType.UnmanagedOnly, false); m_Utils.AddDebuggerScript(scriptSettings, false); } try { // Synchronize so we have a copy of just the product list. StartSynchronizationResponse resp = m_Utils.StartSynchronization(0, 60000); StackHashClientData clientData = m_Utils.LastClientData; StackHashWinQualSyncCompleteAdminReport adminReport = m_Utils.WinQualSyncAdminReport as StackHashWinQualSyncCompleteAdminReport; Assert.AreNotEqual(null, adminReport); Assert.AreEqual(clientData.ApplicationGuid, adminReport.ClientData.ApplicationGuid); Assert.AreEqual(clientData.ClientId, adminReport.ClientData.ClientId); Assert.AreEqual(clientData.ClientName, adminReport.ClientData.ClientName); Assert.AreEqual(clientData.ClientRequestId, adminReport.ClientData.ClientRequestId); Assert.AreEqual(0, adminReport.ContextId); Assert.AreEqual(null, adminReport.LastException); Assert.AreEqual(StackHashAdminOperation.WinQualSyncCompleted, adminReport.Operation); Assert.AreEqual(StackHashAsyncOperationResult.Success, adminReport.ResultData); Assert.AreEqual(numberOfProducts, adminReport.ErrorIndexStatistics.Products); Assert.AreEqual(0, adminReport.ErrorIndexStatistics.Files); Assert.AreEqual(0, adminReport.ErrorIndexStatistics.Events); Assert.AreEqual(0, adminReport.ErrorIndexStatistics.Cabs); Assert.AreEqual(0, adminReport.ErrorIndexStatistics.EventInfos); // Enable sync for all the products. GetProductsResponse getProducts = m_Utils.GetProducts(0); foreach (StackHashProductInfo productInfo in getProducts.Products) { Assert.AreEqual(false, productInfo.SynchronizeEnabled); m_Utils.SetProductSynchronizationState(0, productInfo.Product.Id, true); // Make sure there are no files for this product yet. GetFilesResponse getFiles = m_Utils.GetFiles(0, productInfo.Product); Assert.AreEqual(0, getFiles.Files.Count); } // Start the sync and wait for the sync and analyze to complete. resp = m_Utils.StartSynchronization(0, 120000, false, false, null); clientData = m_Utils.LastClientData; adminReport = m_Utils.WinQualSyncAdminReport as StackHashWinQualSyncCompleteAdminReport; Assert.AreNotEqual(null, adminReport); Assert.AreEqual(clientData.ApplicationGuid, adminReport.ClientData.ApplicationGuid); Assert.AreEqual(clientData.ClientId, adminReport.ClientData.ClientId); Assert.AreEqual(clientData.ClientName, adminReport.ClientData.ClientName); Assert.AreEqual(clientData.ClientRequestId, adminReport.ClientData.ClientRequestId); Assert.AreEqual(0, adminReport.ContextId); Assert.AreEqual(null, adminReport.LastException); Assert.AreEqual(StackHashAdminOperation.WinQualSyncCompleted, adminReport.Operation); Assert.AreEqual(StackHashAsyncOperationResult.Success, adminReport.ResultData); Assert.AreEqual(0, adminReport.ErrorIndexStatistics.Products); // Should have already added the product. Assert.AreEqual(numberOfFiles * numberOfProducts, adminReport.ErrorIndexStatistics.Files); Assert.AreEqual(numberOfEvents * numberOfFiles * numberOfProducts, adminReport.ErrorIndexStatistics.Events); Assert.AreEqual(numberOfCabs * numberOfEvents * numberOfFiles * numberOfProducts, adminReport.ErrorIndexStatistics.Cabs); Assert.AreEqual(numberOfEventInfos * numberOfEvents * numberOfFiles * numberOfProducts, adminReport.ErrorIndexStatistics.EventInfos); // Make sure the task is no longer running. GetStackHashServiceStatusResponse statusResp = m_Utils.GetServiceStatus(); Assert.AreEqual(false, m_Utils.IsTaskRunning(statusResp.Status.ContextStatusCollection[0].TaskStatusCollection, StackHashTaskType.WinQualSynchronizeTask)); Assert.AreEqual(false, m_Utils.IsTaskRunning(statusResp.Status.ContextStatusCollection[0].TaskStatusCollection, StackHashTaskType.AnalyzeTask)); // Check that the scripts have been run ok. Both auto scripts should be run. StackHashProductInfoCollection products = m_Utils.GetProducts(0).Products; foreach (StackHashProductInfo product in products) { StackHashFileCollection files = m_Utils.GetFiles(0, product.Product).Files; foreach (StackHashFile file in files) { StackHashEventCollection events = m_Utils.GetEvents(0, product.Product, file).Events; foreach (StackHashEvent currentEvent in events) { StackHashEventPackage eventPackage = m_Utils.GetEventPackage(0, product.Product, file, currentEvent).EventPackage; foreach (StackHashCabPackage cab in eventPackage.Cabs) { StackHashScriptResultFiles scriptResults = m_Utils.GetDebugResultFiles(0, product.Product, file, currentEvent, cab.Cab).ResultFiles; int numberOfAutoScripts = 2; int expectedResults = numberOfAutoScripts + numberOfAutoUnmanagedAndManagedScripts; if (!useUnmanagedCabs) { expectedResults += numberOfAutoManagedScripts; } else { expectedResults += numberOfAutoUnmanagedScripts; } Assert.AreEqual(expectedResults, scriptResults.Count); } } } } } finally { m_Utils.DeactivateContext(0); m_Utils.DeleteIndex(0); } }
// // You can use the following additional attributes as you write your tests: // // Use ClassInitialize to run code before running the first test in the class // [ClassInitialize()] // public static void MyClassInitialize(TestContext testContext) { } // // Use ClassCleanup to run code after all tests in a class have run // [ClassCleanup()] // public static void MyClassCleanup() { } // // Use TestInitialize to run code before running each test // [TestInitialize()] // public void MyTestInitialize() { } // // Use TestCleanup to run code after each test has run // [TestCleanup()] // public void MyTestCleanup() { } // #endregion public void addRemoveEventNotes(int numberOfNotes) { StackHashTestIndexData testIndexData = new StackHashTestIndexData(); testIndexData.NumberOfProducts = 1; testIndexData.NumberOfFiles = 1; testIndexData.NumberOfEvents = 1; testIndexData.NumberOfEventInfos = 0; testIndexData.NumberOfCabs = 0; // Add a context. CreateNewStackHashContextResponse resp = m_Utils.CreateNewContext(ErrorIndexType.SqlExpress); String testPath = "c:\\stackhashunittests\\testindex\\"; resp.Settings.ErrorIndexSettings.Folder = testPath; resp.Settings.ErrorIndexSettings.Name = "TestIndex"; resp.Settings.ErrorIndexSettings.Type = ErrorIndexType.SqlExpress; m_Utils.SetContextSettings(resp.Settings); m_Utils.DeleteIndex(0); m_Utils.ActivateContext(0); m_Utils.CreateTestIndex(0, testIndexData); try { // Enable all products so that they appear in searchs. StackHashProductInfoCollection products = m_Utils.GetProducts(0).Products; StackHashProduct product = products[0].Product; StackHashFileCollection files = m_Utils.GetFiles(0, product).Files; StackHashEventCollection events = m_Utils.GetEvents(0, product, files[0]).Events; // Add the specified number of event notes. for (int eventCount = 0; eventCount < numberOfNotes; eventCount++) { StackHashNoteEntry note = new StackHashNoteEntry(); note.Note = "Note" + (eventCount + 1).ToString(); note.Source = "USER"; note.User = "******"; note.TimeOfEntry = DateTime.Now.AddDays(-1); m_Utils.AddEventNote(0, product, files[0], events[0], note); StackHashNotes notes = m_Utils.GetEventNotes(0, product, files[0], events[0]).Notes; Assert.AreEqual(eventCount + 1, notes.Count); bool found = false; foreach (StackHashNoteEntry noteEntry in notes) { if (noteEntry.NoteId == eventCount + 1) { Assert.AreEqual(note.Note, noteEntry.Note); Assert.AreEqual(note.Source, noteEntry.Source); Assert.AreEqual(note.User, noteEntry.User); Assert.AreEqual(DateTime.UtcNow.Date, noteEntry.TimeOfEntry.Date); found = true; break; } } Assert.AreEqual(true, found); } // Now delete the event notes. int expectedEventNotes = numberOfNotes; for (int eventCount = 0; eventCount < numberOfNotes; eventCount++) { m_Utils.DeleteEventNote(0, product, files[0], events[0], eventCount + 1); expectedEventNotes--; StackHashNotes notes = m_Utils.GetEventNotes(0, product, files[0], events[0]).Notes; Assert.AreEqual(expectedEventNotes, notes.Count); bool found = false; foreach (StackHashNoteEntry noteEntry in notes) { if (noteEntry.NoteId == eventCount + 1) { found = true; break; } } Assert.AreEqual(false, found); } } finally { m_Utils.DeactivateContext(0); m_Utils.DeleteIndex(0); } }
public void AutoScriptOnOneCabAlreadyRunButNewerVersion() { // If the auto task sees the AutoScript.log file exists and has the same // version as the current AutoScript.xml then it shouldn't run it again. // Determine this by checking the file time after a second run. // Create an index with 1 cab file. XmlErrorIndex errorIndex = new XmlErrorIndex(m_TempPath, "ErrorIndex"); errorIndex.Activate(); StackHashTestIndexData testData = new StackHashTestIndexData(); testData.NumberOfProducts = 1; testData.NumberOfFiles = 1; testData.NumberOfEvents = 1; testData.NumberOfEventInfos = 1; testData.NumberOfCabs = 1; testData.UseLargeCab = false; TestManager.CreateTestIndex(errorIndex, testData); ScriptManager scriptManager = new ScriptManager(m_TempPath + "Scripts"); Assert.AreEqual(scriptManager.NumberOfAutoScripts, scriptManager.ScriptNames.Count); ScriptResultsManager scriptResultsManager = new ScriptResultsManager(errorIndex, scriptManager, m_Debugger, m_DebuggerSettings); // Set up parameters for the task. AnalyzeTaskParameters analyzeParams = new AnalyzeTaskParameters(); // Standard task parameters. analyzeParams.IsBackgroundTask = true; analyzeParams.Name = "TestRunOneTask"; analyzeParams.RunInParallel = false; analyzeParams.UseSeparateThread = true; analyzeParams.AnalysisSettings = new StackHashAnalysisSettings(); analyzeParams.AnalysisSettings.ForceRerun = true; analyzeParams.ContextId = 0; analyzeParams.ClientData = new StackHashClientData(Guid.NewGuid(), "MarkJ", 1); analyzeParams.Debugger = m_Debugger; analyzeParams.DebuggerSettings = m_DebuggerSettings; analyzeParams.TheScriptManager = scriptManager; analyzeParams.TheScriptResultsManager = scriptResultsManager; int productId = 1; analyzeParams.ProductsToSynchronize = new StackHashProductSyncDataCollection(); analyzeParams.ProductsToSynchronize.Add(new StackHashProductSyncData(productId)); analyzeParams.ErrorIndex = errorIndex; // Create the task and run it. AnalyzeTask analyzeTask = new AnalyzeTask(analyzeParams); TaskManager taskManager = new TaskManager("Test"); taskManager.Enqueue(analyzeTask); taskManager.WaitForTaskCompletion(analyzeTask, s_TaskTimeout); StackHashProductCollection products = errorIndex.LoadProductList(); StackHashFileCollection files = errorIndex.LoadFileList(products[0]); StackHashEventCollection events = errorIndex.LoadEventList(products[0], files[0]); StackHashCabCollection cabs = errorIndex.LoadCabList(products[0], files[0], events[0]); StackHashScriptResult script1 = scriptResultsManager.GetResultFileData(products[0], files[0], events[0], cabs[0], "AutoScript"); // Wait for 1 second - so file time granularity exceeded. Thread.Sleep(1000); // Change the version on the autoscript. StackHashScriptSettings settings = scriptManager.LoadScript("AutoScript"); settings.LastModifiedDate = DateTime.Now; scriptManager.AddScript(settings, true, true); // Now run the task again. analyzeTask = new AnalyzeTask(analyzeParams); taskManager.Enqueue(analyzeTask); taskManager.WaitForTaskCompletion(analyzeTask, s_TaskTimeout); Assert.AreEqual(true, analyzeTask.CurrentTaskState.TaskCompleted); // Refresh the cab list data. cabs = errorIndex.LoadCabList(products[0], files[0], events[0]); StackHashDumpAnalysis analysis = cabs[0].DumpAnalysis; Assert.AreEqual("not available", analysis.SystemUpTime); Assert.AreEqual("0 days 0:00:15.000", analysis.ProcessUpTime); Assert.AreEqual("2.0.50727.3603", analysis.DotNetVersion); StackHashScriptResult script2 = scriptResultsManager.GetResultFileData(products[0], files[0], events[0], cabs[0], "AutoScript"); Assert.AreEqual(true, script2.RunDate > script1.RunDate); }
public void AutoScriptOnOneCabProductNotEnabled() { // Create an index with 1 cab file. XmlErrorIndex errorIndex = new XmlErrorIndex(m_TempPath, "ErrorIndex"); errorIndex.Activate(); StackHashTestIndexData testData = new StackHashTestIndexData(); testData.NumberOfProducts = 1; testData.NumberOfFiles = 1; testData.NumberOfEvents = 1; testData.NumberOfEventInfos = 1; testData.NumberOfCabs = 1; testData.UseLargeCab = false; TestManager.CreateTestIndex(errorIndex, testData); ScriptManager scriptManager = new ScriptManager(m_TempPath + "Scripts"); Assert.AreEqual(scriptManager.NumberOfAutoScripts, scriptManager.ScriptNames.Count); ScriptResultsManager scriptResultsManager = new ScriptResultsManager(errorIndex, scriptManager, m_Debugger, m_DebuggerSettings); // Set up parameters for the task. AnalyzeTaskParameters analyzeParams = new AnalyzeTaskParameters(); // Standard task parameters. analyzeParams.IsBackgroundTask = true; analyzeParams.Name = "TestRunOneTask"; analyzeParams.RunInParallel = false; analyzeParams.UseSeparateThread = true; analyzeParams.AnalysisSettings = new StackHashAnalysisSettings(); analyzeParams.AnalysisSettings.ForceRerun = true; analyzeParams.ContextId = 0; analyzeParams.ClientData = new StackHashClientData(Guid.NewGuid(), "MarkJ", 1); analyzeParams.Debugger = m_Debugger; analyzeParams.DebuggerSettings = m_DebuggerSettings; analyzeParams.TheScriptManager = scriptManager; analyzeParams.TheScriptResultsManager = scriptResultsManager; analyzeParams.ProductsToSynchronize = new StackHashProductSyncDataCollection(); analyzeParams.ErrorIndex = errorIndex; // Create the task and run it. AnalyzeTask analyzeTask = new AnalyzeTask(analyzeParams); TaskManager taskManager = new TaskManager("Test"); taskManager.Enqueue(analyzeTask); taskManager.WaitForTaskCompletion(analyzeTask, s_TaskTimeout); Assert.AreEqual(true, analyzeTask.CurrentTaskState.TaskCompleted); StackHashProductCollection products = errorIndex.LoadProductList(); StackHashFileCollection files = errorIndex.LoadFileList(products[0]); StackHashEventCollection events = errorIndex.LoadEventList(products[0], files[0]); StackHashCabCollection cabs = errorIndex.LoadCabList(products[0], files[0], events[0]); StackHashDumpAnalysis analysis = cabs[0].DumpAnalysis; Assert.AreEqual(null, analysis.DotNetVersion); Assert.AreEqual(null, analysis.MachineArchitecture); Assert.AreEqual(null, analysis.OSVersion); Assert.AreEqual(null, analysis.ProcessUpTime); Assert.AreEqual(null, analysis.SystemUpTime); }
public void GetEventsStartDate() { DateTime startTime = DateTime.Now.AddMonths(-1); AtomFeed atomFeed = new AtomFeed(null, 1, 100000, false, false, null, 11); // ATOM LOGIN. Assert.AreEqual(true, atomFeed.Login(TestSettings.WinQualUserName, TestSettings.WinQualPassword)); // ATOM GetProducts. AtomProductCollection atomProducts = atomFeed.GetProducts(); // WERAPI Login. Login login = new Login(TestSettings.WinQualUserName, TestSettings.WinQualPassword); login.Validate(); // WERAPI GetProducts. ProductCollection apiProducts = Product.GetProducts(ref login); Assert.AreEqual(atomProducts.Count, apiProducts.Count); bool eventListsDifferent = false; foreach (AtomProduct atomProduct in atomProducts) { // ATOM GetFiles. AtomFileCollection atomFiles = atomFeed.GetFiles(atomProduct); // API GetFiles Product apiProduct = Utils.FindProduct(apiProducts, atomProduct.Product.Id); ApplicationFileCollection apiFiles = apiProduct.GetApplicationFiles(ref login); Assert.AreEqual(atomFiles.Count, apiFiles.Count); foreach (AtomFile atomFile in atomFiles) { ApplicationFile apiFile = Utils.FindFile(apiFiles, atomFile.File.Id); // ATOM GetEvents. StackHashEventCollection atomStackHashEvents = Utils.GetEventsAtom(atomFeed, atomFile, startTime); StackHashEventCollection atomStackHashEventsNoTime = Utils.GetEventsAtom(atomFeed, atomFile); if (atomStackHashEvents.Count != atomStackHashEventsNoTime.Count) { eventListsDifferent = true; } // WERAPI GetEvents. List <Event> rawApiEvents; StackHashEventCollection apiStackHashEvents = Utils.GetEventsApi(ref login, apiFile, out rawApiEvents, startTime); Assert.AreEqual(apiStackHashEvents.Count, atomStackHashEvents.Count); foreach (StackHashEvent stackHashEvent in atomStackHashEvents) { // Find the equivalent event in the api file list. StackHashEvent apiEvent = apiStackHashEvents.FindEvent(stackHashEvent.Id, stackHashEvent.EventTypeName); Assert.AreNotEqual(null, apiEvent); Assert.AreEqual(true, stackHashEvent.CompareTo(apiEvent) == 0); } } } Assert.AreEqual(true, eventListsDifferent); }