public void UnregisterConsole(ITestConsoleAccess console) { lock (mConsoles) { mConsoles.Remove(console); } }
public void RegisterConsole(ITestConsoleAccess console) { lock (mConsoles) { if (!mConsoles.Contains(console)) { mConsoles.Add(console); } } }
public GuiTestRunner( string testInfoFile, string pathToAssemblies, IGuiFinalizer guiFinalizer, ITestConsoleAccess guiConsole) { mTestInfoFile = testInfoFile; mPathToAssemblies = pathToAssemblies; mGuiFinalizer = guiFinalizer; mGuiConsole = guiConsole; }
// To be used only by the runner public PNUnitServices( PNUnitTestInfo info, IPNUnitServices services, ITestConsoleAccess consoleAccess, ITestLogInfo testLogInfo) { mInfo = info; mServices = services; mConsoles = new ArrayList(); mConsoles.Add(consoleAccess); mTestLogInfo = testLogInfo; mInstance = this; }
static void CreatePNUnitServices( PNUnitTestInfo testInfo, TestRunner testRunner, IPNUnitServices services, TestConsoleAccess consoleAccess, TestLogInfo testLogInfo, ITestConsoleAccess extraConsoleAccess) { // Intialize the singleton new PNUnitServices(testInfo, services, consoleAccess, testLogInfo); if (extraConsoleAccess != null) { PNUnitServices.Get().RegisterConsole(extraConsoleAccess); } }
// To be used only by the runner public PNUnitServices(object info, object consoleaccess) { mInfo = info as PNUnitTestInfo; mConsole = consoleaccess as ITestConsoleAccess; mInstance = this; }
// To be used only by the runner public PNUnitServices(object info, object consoleaccess) { mInfo = info as TestInfo; mConsole = consoleaccess as ITestConsoleAccess; mInstance = this; }
public void UnregisterConsole(ITestConsoleAccess console) { lock (mConsoles) { mConsoles.Remove(console); } }
public void RegisterConsole(ITestConsoleAccess console) { lock (mConsoles) { if (!mConsoles.Contains(console)) mConsoles.Add(console); } }
public void Run( PNUnitTestInfo testInfo, IPNUnitServices services, ITestConsoleAccess extraConsoleAccess) { try { TestResult result = null; TestRunner testRunner = null; TestConsoleAccess consoleAccess = new TestConsoleAccess(testInfo.OutputFile); TestLogInfo testLogInfo = new TestLogInfo(); try { mLog.DebugFormat("Running test {0}:{1} Assembly {2}", testInfo.TestName, testInfo.TestToRun, testInfo.AssemblyName); ConsoleWriter outStream = new ConsoleWriter(Console.Out); ConsoleWriter errorStream = new ConsoleWriter(Console.Error); testRunner = SetupTest(testInfo, services, consoleAccess, testLogInfo, extraConsoleAccess); if (testRunner == null) { return; } mLog.DebugFormat("RunTest {0}", testInfo.TestName); PrintSeparator(); try { result = RunTest(testInfo, outStream, testRunner); } catch (Exception e) { mLog.ErrorFormat("Error running test {0}. {1}", testInfo.TestName, e.Message); mLog.Debug(e.StackTrace); result = BuildError(testInfo, e, consoleAccess, testLogInfo); } } catch (Exception e) { mLog.ErrorFormat("Error launching tests: {0}", e.Message); mLog.Debug(e.StackTrace); result = BuildError(testInfo, e, consoleAccess, testLogInfo); } finally { mLog.InfoFormat("Notifying the results {0}", testInfo.TestName); PNUnitTestResult pnunitResult = BuildResult( testInfo, result, consoleAccess, testLogInfo); mLog.DebugFormat("Result built!! Now, notify the launcher ... {0}", testInfo.TestName); try { services.NotifyResult( testInfo.TestName, pnunitResult); mLog.DebugFormat("<-Results NOTIFIED - {0}", testInfo.TestName); } catch (Exception e) { mLog.ErrorFormat( "Error notifying back the result of test {0}. {1}", testInfo.TestName, e.Message); mLog.Error( "If you're using a custom launcher.remoting.conf" + " check that you've defined the binaryFormatter"); } result = null; UnloadTests(testRunner); } } catch (Exception ex) { mLog.ErrorFormat("Error running test {0} {1}", testInfo.TestName, ex.Message); mLog.Debug(ex.StackTrace); } }
TestRunner SetupTest( PNUnitTestInfo testInfo, IPNUnitServices services, TestConsoleAccess consoleAccess, TestLogInfo testLogInfo, ITestConsoleAccess extraConsoleAccess) { TestRunner result; bool testAssemblyLoaded; if (mPreloader == null) { result = new SimpleTestRunner(); int ini = Environment.TickCount; string fullAssemblyPath = Path.GetFullPath( Path.Combine(mPathToAssemblies, testInfo.AssemblyName)); mLog.DebugFormat("Loading test assembly from {0}", fullAssemblyPath); testAssemblyLoaded = MakeTest(result, fullAssemblyPath); mLog.DebugFormat("Load test assembly {0} ms", Environment.TickCount - ini); } else { //if (!AssemblyPreload.CanUsePreload(testInfo.AssemblyName)) //{ // throw new Exception( // "The preloaded and the target assembly don't match!!"); //} result = mPreloader.TestRunner; testAssemblyLoaded = mPreloader.TestAssemblyLoaded; } if (!testAssemblyLoaded) { mLog.InfoFormat("Unable to load test assembly {0} for test {1}", testInfo.AssemblyName, testInfo.TestName); PNUnitTestResult testResult = BuildError( testInfo, new Exception("Unable to locate tests"), consoleAccess, testLogInfo); services.NotifyResult( testInfo.TestName, testResult); return(null); } mLog.Debug("Test loaded, going to set CurrentDirectory"); Directory.SetCurrentDirectory(mPathToAssemblies); mLog.Debug("Creating PNUnit services"); CreatePNUnitServices(testInfo, result, services, consoleAccess, testLogInfo, extraConsoleAccess); return(result); }