public TestVerdict ScratchMethod() { try { //using (var testMetric = new TestMetric("9999", "Test metric description")) //{ // testMetric.Start(); // Thread.Sleep(5000); // testMetric.Stop(); //}; var testCheck = TestCheck.IsTrue("This is the first a sample test check", false, "I expected this to fail"); testCheck = TestCheck.IsTrue("This is the second a sample test check", true, "I expected this to pass."); testCheck = TestCheck.IsTrue("This is the third a sample test check", false, $"Expected: Pass, Actual: Fail."); TestWarning.IsTrue(false, "This is a sample test warning."); TestTrace.Trace("This is a sample trace message"); Thread.Sleep(5000); TestMessage += "Completed!"; TestVerdict = TestVerdict.Pass; } catch (Exception e) { TestMessage += e.ToString(); TestVerdict = TestVerdict.Error; } finally { } return(TestVerdict); }
public TestVerdict Dictionary() { try { var parameters = new Dictionary <string, string>(); parameters.Add("Param1", "Value1"); parameters.Add("Param2", "Value2"); foreach (var item in parameters) { TestTrace.Trace($"Key: {item.Key}, Value: {item.Value}"); } TestMessage += "Success"; TestVerdict = TestVerdict.Pass; } catch (Exception e) { TestMessage += e.ToString(); TestVerdict = TestVerdict.Error; } finally { } return(TestVerdict); }
public override void OnTestMetric(string virtualUser, TestMetricEventArgs args) { try { if (!args.ElapsedTime.Equals(TimeSpan.Zero)) { var flattenedArgs = args.FlattenStateArgs(); var metric = string.Format(testMetricInsert, testRunId, args.VirtualUser, args.PerfID, args.Description, args.StartTime, args.StopTime, args.ElapsedTime.TotalSeconds, flattenedArgs); #if VERBOSE TestTrace.Trace(metric); #endif using (SqlCommand sqlCommand = sqlConnection.CreateCommand()) { sqlCommand.CommandText = metric; sqlCommand.ExecuteNonQuery(); } } } catch (Exception e) { TestTrace.Trace(e.ToString()); } }
public TestVerdict RandomTimeout( int minTime, int maxTime) { try { Random rnd = new Random(); var millisecs = rnd.Next(minTime, maxTime); var testMessage = $"Virtual user: {GetCurrentUser()} random timeout: {millisecs} millseconds."; TestTrace.Trace(testMessage); Thread.Sleep(millisecs); TestMessage += $"{GetCurrentUser()}: Success!"; TestVerdict = TestVerdict.Pass; } catch (Exception e) { TestMessage += e.ToString(); TestVerdict = TestVerdict.Error; } finally { } return(TestVerdict); }
public override void OnTestExecutionBegin(TestExecutor testExecutor, TestExecutionBeginArgs args) { try { if (sqlConnection == null) { sqlConnection = new SqlConnection(sqlConnectionString); using (SqlCommand sqlCommand = sqlConnection.CreateCommand()) { if (sqlConnection.State != System.Data.ConnectionState.Open) { sqlConnection.Open(); } sqlCommand.CommandText = string.Format(testRunInsert, DateTime.Now); testRunId = Convert.ToInt32(sqlCommand.ExecuteScalar()); } } } catch (Exception e) { TestTrace.Trace(e.ToString()); } }
public override void OnTestSuiteExecutionComplete(TestSuite testSuite, TestSuiteResult testSuiteResult) { try { var metric = string.Format(testResultInsert, testRunId, testSuiteResult.VirtualUser, testSuiteResult.StartTime, testSuiteResult.EndTime, testSuiteResult.ElapsedTime, testSuiteResult.TestVerdict); Debug.WriteLine(metric); using (SqlCommand sqlCommand = sqlConnection.CreateCommand()) { sqlCommand.CommandText = metric; sqlCommand.ExecuteNonQuery(); } } catch (Exception e) { TestTrace.Trace(e.ToString()); } }
/// <summary> /// Setup generic environment for unit testing with XFS code. /// </summary> public static void SetupUnitTests() { ErrorHandling.ErrorHandler = (message) => { TestTrace.Trace("Testing", "Error", message); if (System.Diagnostics.Debugger.IsAttached) { System.Diagnostics.Debugger.Break(); } throw new TestFatalErrorException(message); }; }
public TestVerdict GetProjects( [TestParameter("TestRail Url", "Enter the TestRail Url", "[TestRailUrl]")] string url, [TestParameter("User name", "Enter the TestRail user name.", "[TestRailUser]")] string userName, [TestParameter("User password", "Enter the TestRail user password.", "[TestRailPassword]")] string password) { try { var client = new TestRail.TestRailClient(url, userName, password); var projects = client.GetProjects(); var project = projects.Find(x => x.Name.Equals("TestProject")); //client.GetProject() var runs = client.GetRuns(project.ID); var bob = client.GetResults(136); var results = client.GetResultsForCase(59, 136); var suites = client.GetSuites(project.ID); var suite = suites.Find(x => x.Name.Equals("Master test suite")); var testRun = client.AddRun(project.ID, (ulong)suite.ID, $"Very important test run: {DateTime.Now}", "Blah, blah, blah", 1); var dorks = client.GetResultsForRun(60); var tests = client.GetTests(60); var cases = client.GetCases(project.ID, (ulong)suite.ID); var comment = File.ReadAllText(@"C:\DevProjects\Quintity\Repos\Quintity.TestFramework.TestListeners\Quintity.TestFramework.TestListeners.Test\TestProperties\TestProperties.props"); foreach (var @case in cases) { var spud = client.AddResultForCase(testRun.Value, (ulong)@case.ID, TestRail.Types.ResultStatus.Passed, comment, "version 1.0", new TimeSpan(0, 0, 30)); TestTrace.Trace($"Added result: {spud.Value}"); } TestMessage += "Success"; TestVerdict = TestVerdict.Pass; } catch (Exception e) { TestMessage += e.ToString(); TestVerdict = TestVerdict.Error; } return(TestVerdict.Pass); }
public TestVerdict MyTestMethod( [TestParameter("String parameter", "Enter string parameter", "Default value")] string param1, [TestParameter("Int parameter", "Enter integer parameter", 0)] int param2, [TestParameter("Boolean parameter", "Enter boolean parameter", true)] bool param3) { try { Setup(); TestTrace.Trace("This is a sample TestTrace message."); TestAssert.IsTrue(param3, "This is a sample assertion."); TestCheck.IsTrue("Test of param3", param3, "This is a sample TestCheck."); TestMessage += "This is the returned test message."; TestVerdict = TestVerdict.Pass; } catch (TestAssertFailedException e) { TestMessage += e.ToString(); TestVerdict = TestVerdict.Fail; } catch (Exception e) { TestMessage += e.ToString(); TestVerdict = TestVerdict.Error; } finally { Teardown(); } return(TestVerdict); }