public static void CurrentDomainUnhandledExceptionHandler(object sender, UnhandledExceptionEventArgs args)
{
var message = getException((Exception)args.ExceptionObject);
var result = new TestResult("Any", "", "", 0, "An unhandled exception was thrown while running a test", TestState.Panic, message);
AddResults(result);
var writer = new ResultsXmlWriter(_results);
writer.Write(_arguments.OutputFile);
if (args.IsTerminating)
{
Environment.Exit(-1);
}
}
public static void CurrentDomainUnhandledExceptionHandler(object sender, UnhandledExceptionEventArgs args)
{
var message = getException((Exception)args.ExceptionObject);
// TODO: Seriously!? Firgure out what thread is causing the app domain unload exception
// Yeah, seriously. When user code throws background exceptions we want them to know.
if (!_arguments.CompatabilityMode && !args.ExceptionObject.GetType().Equals(typeof(System.AppDomainUnloadedException)))
{
var finalOutput = new TestResult("Any", "", "", 0, "An unhandled exception was thrown while running a test.", TestState.Panic,
"This is usually caused by a background thread throwing an unhandled exception. " +
"Most test runners run in clr 1 mode which hides these exceptions from you. If you still want to suppress these errors (not recommended) you can enable compatibility mode." + Environment.NewLine + Environment.NewLine +
"To head on to happy land where fluffy bunnies roam freely painting green left right and center do so by passing the --compatibility-mode switch to the test " +
"runner or set the <TestRunnerCompatibilityMode>true</TestRunnerCompatibilityMode> configuration option in " +
"AutoTest.Net." + Environment.NewLine + Environment.NewLine + message);
AddResults(finalOutput);
}
if (args.IsTerminating)
{
var writer = new ResultsXmlWriter(_results);
writer.Write(_arguments.OutputFile);
Write(" ");
if (File.Exists(_arguments.OutputFile))
{
Write("Test run result:");
Write(File.ReadAllText(_arguments.OutputFile));
}
Environment.Exit(-1);
}
Thread.CurrentThread.IsBackground = true;
Thread.CurrentThread.Name = "Dead thread";
lock (_haltedThreads)
{
_haltedThreads.Add(Thread.CurrentThread);
}
/*if (Thread.CurrentThread.ManagedThreadId != _mainThreadID)
* {
* while (true)
* Thread.Sleep(TimeSpan.FromHours(1));
* }*/
}
public void Should_write_result()
{
var result = new List <TestResult>();
result.Add(new TestResult("nunit", @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\bin\AutoTest.NET\AutoTest.Runners.NUnit.Tests.TestResource.dll",
"AutoTest.Runners.NUnit.Tests.TestResource.Fixture1", 100, "AutoTest.Runners.NUnit.Tests.TestResource.Fixture1.Should_fail", Shared.Results.TestState.Failed,
"failing test"));
result[0].AddStackLine(new StackLine()
{
Method = "AutoTest.Runners.NUnit.Tests.TestResource.Fixture1.Should_fail()",
File = @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\Fixture1.cs", Line = 21
});
result.Add(new TestResult("nunit", @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\bin\AutoTest.NET\AutoTest.Runners.NUnit.Tests.TestResource.dll",
"AutoTest.Runners.NUnit.Tests.TestResource.Fixture1", 20, "AutoTest.Runners.NUnit.Tests.TestResource.Fixture1.Should_ignore", Shared.Results.TestState.Ignored,
"ignored test"));
result[1].AddStackLine(new StackLine()
{
Method = "AutoTest.Runners.NUnit.Tests.TestResource.Fixture1.Should_ignore()",
File = @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\Fixture1.cs", Line = 27
});
result.Add(new TestResult("nunit", @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\bin\AutoTest.NET\AutoTest.Runners.NUnit.Tests.TestResource.dll",
"AutoTest.Runners.NUnit.Tests.TestResource.Fixture1", 20, "AutoTest.Runners.NUnit.Tests.TestResource.Fixture1.Should_pass", Shared.Results.TestState.Passed, ""));
result.Add(new TestResult("nunit", @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\bin\AutoTest.NET\AutoTest.Runners.NUnit.Tests.TestResource.dll",
"AutoTest.Runners.NUnit.Tests.TestResource.Fixture2", 20, "AutoTest.Runners.NUnit.Tests.TestResource.Fixture2.Should_also_pass", Shared.Results.TestState.Passed, ""));
result.Add(new TestResult("nunit", @"C:\Users\ack\src\AutoTest.Net\src\AutoTest.Runners.NUnit.Tests.TestResource\bin\AutoTest.NET\AutoTest.Runners.NUnit.Tests.TestResource.dll",
"AutoTest.Runners.NUnit.Tests.TestResource.Fixture2", 250, "AutoTest.Runners.NUnit.Tests.TestResource.Fixture2.Should_also_pass_again", "Alternative description", Shared.Results.TestState.Passed, ""));
var file = Path.GetTempFileName();
var writer = new ResultsXmlWriter(result);
writer.Write(file);
var original = File.ReadAllText(file).Replace("\r\n", "\n");
var generated = File.ReadAllText(getPath("Results.xml")).Replace("\r\n", "\n");
Assert.That(original, Is.EqualTo(generated));
}
private static void tryRunTests()
{
AppDomain.CurrentDomain.UnhandledException += CurrentDomainUnhandledExceptionHandler;
var junction = new PipeJunction(_arguments.Channel);
try
{
var parser = new OptionsXmlReader(_arguments.InputFile);
parser.Parse();
if (!parser.IsValid)
{
return;
}
run(parser, junction);
var writer = new ResultsXmlWriter(_results);
writer.Write(_arguments.OutputFile);
}
catch (Exception ex)
{
try
{
var result = new List <TestResult>();
result.Add(ErrorHandler.GetError("Init", ex));
var writer = new ResultsXmlWriter(result);
writer.Write(_arguments.OutputFile);
}
catch
{
Console.WriteLine(ex.ToString());
}
}
finally
{
junction = null;
}
}
