public bool OpenWriter(string message)
{
TouchOptions options = TouchOptions.Current;
DateTime now = DateTime.Now;
// let the application provide it's own TextWriter to ease automation with AutoStart property
if (Writer == null)
{
if (options.ShowUseNetworkLogger)
{
try {
string hostname = null;
WriterFinishedTask = null;
TextWriter defaultWriter = null;
switch (options.Transport)
{
case "FILE":
Console.WriteLine("[{0}] Sending '{1}' results to the file {2}", now, message, options.LogFile);
defaultWriter = new StreamWriter(options.LogFile, true, System.Text.Encoding.UTF8)
{
AutoFlush = true,
};
break;
case "HTTP":
var hostnames = options.HostName.Split(',');
hostname = hostnames [0];
if (hostnames.Length > 1)
{
Console.WriteLine("[{0}] Found multiple host names ({1}); will only try sending to the first ({2})", now, options.HostName, hostname);
}
Console.WriteLine("[{0}] Sending '{1}' results to {2}:{3}", now, message, hostname, options.HostPort);
var w = new HttpTextWriter()
{
HostName = hostname,
Port = options.HostPort,
};
w.Open();
defaultWriter = w;
WriterFinishedTask = w.FinishedTask;
break;
default:
Console.WriteLine("Unknown transport '{0}': switching to default (TCP)", options.Transport);
goto case "TCP";
case "TCP":
hostname = SelectHostName(options.HostName.Split(','), options.HostPort);
if (string.IsNullOrEmpty(hostname))
{
break;
}
Console.WriteLine("[{0}] Sending '{1}' results to {2}:{3}", now, message, hostname, options.HostPort);
defaultWriter = new TcpTextWriter(hostname, options.HostPort);
break;
}
if (options.EnableXml)
{
Writer = new NUnitOutputTextWriter(
this, defaultWriter, new NUnitLite.Runner.NUnit2XmlOutputWriter(DateTime.UtcNow), options.XmlMode);
}
else
{
Writer = defaultWriter;
}
} catch (Exception ex) {
connection_failure = true;
if (!ShowConnectionErrorAlert(options.HostName, options.HostPort, ex))
{
return(false);
}
Console.WriteLine("Network error: Cannot connect to {0}:{1}: {2}. Continuing on console.", options.HostName, options.HostPort, ex);
Writer = Console.Out;
}
}
}
if (Writer == null)
{
Writer = Console.Out;
}
Writer.WriteLine("[Runner executing:\t{0}]", message);
Writer.WriteLine("[MonoTouch Version:\t{0}]", Constants.Version);
Writer.WriteLine("[Assembly:\t{0}.dll ({1} bits)]", typeof(NSObject).Assembly.GetName().Name, IntPtr.Size * 8);
Writer.WriteLine("[GC:\t{0}]", GC.MaxGeneration == 0 ? "Boehm": "sgen");
WriteDeviceInformation(Writer);
Writer.WriteLine("[Device Locale:\t{0}]", NSLocale.CurrentLocale.Identifier);
Writer.WriteLine("[Device Date/Time:\t{0}]", now); // to match earlier C.WL output
Writer.WriteLine("[Bundle:\t{0}]", NSBundle.MainBundle.BundleIdentifier);
// FIXME: add data about how the app was compiled (e.g. ARMvX, LLVM, GC and Linker options)
PassedCount = 0;
IgnoredCount = 0;
FailedCount = 0;
InconclusiveCount = 0;
return(true);
}
void RunTests()
{
var options = ApplicationOptions.Current;
TextWriter writer = null;
if (!string.IsNullOrEmpty(options.HostName) && string.IsNullOrEmpty(options.LogFile))
{
http_writer = new HttpTextWriter()
{
HostName = options.HostName.Split(',')[0], Port = options.HostPort
};
Console.WriteLine("Sending results to {0}:{1} using HTTP", http_writer.HostName, http_writer.Port);
http_writer.Open();
writer = http_writer;
}
else if (!string.IsNullOrEmpty(options.LogFile))
{
writer = new StreamWriter(options.LogFile);
}
// we generate the logs in two different ways depending if the generate xml flag was
// provided. If it was, we will write the xml file to the tcp writer if present, else
// we will write the normal console output using the LogWriter
var logger = (writer == null || options.EnableXml) ? new LogWriter() : new LogWriter(writer);
logger.MinimumLogLevel = MinimumLogLevel.Info;
var testAssemblies = GetTestAssemblies();
runner = RegisterType.IsXUnit ? (Xamarin.iOS.UnitTests.TestRunner) new XUnitTestRunner(logger) : new NUnitTestRunner(logger);
var categories = IgnoreFileParser.ParseTraitsContentFile(NSBundle.MainBundle.BundlePath, RegisterType.IsXUnit);
// add category filters if they have been added
runner.SkipCategories(categories);
// if we have ignore files, ignore those tests
var skippedTests = IgnoreFileParser.ParseContentFiles(NSBundle.MainBundle.BundlePath);
if (skippedTests.Any())
{
// ensure that we skip those tests that have been passed via the ignore files
runner.SkipTests(skippedTests);
}
ThreadPool.QueueUserWorkItem((v) =>
{
BeginInvokeOnMainThread(async() =>
{
lblStatus.SetText(string.Format("{0} tests", runner.TotalTests));
await runner.Run(testAssemblies).ConfigureAwait(false);
RenderResults();
cmdRun.SetEnabled(true);
cmdRun.SetHidden(false);
if (options.EnableXml)
{
runner.WriteResultsToFile(writer);
logger.Info("Xml file was written to the http listener.");
}
else
{
string resultsFilePath = runner.WriteResultsToFile();
logger.Info($"Xml result can be found {resultsFilePath}");
}
logger.Info($"Tests run: {runner.TotalTests} Passed: {runner.PassedTests} Inconclusive: {runner.InconclusiveTests} Failed: {runner.FailedTests} Ignored: {runner.FilteredTests}");
if (options.TerminateAfterExecution)
{
var writer_finished_task = http_writer?.FinishedTask;
http_writer?.Close();
Task.Run(async() => {
if (writer_finished_task != null)
{
await writer_finished_task;
}
TerminateWithSuccess();
});
}
});
});
}
void RunTests()
{
var options = ApplicationOptions.Current;
TextWriter writer = null;
if (!string.IsNullOrEmpty(options.HostName) && string.IsNullOrEmpty(options.LogFile))
{
writer = new HttpTextWriter()
{
HostName = options.HostName, Port = options.HostPort
}
}
;
if (!string.IsNullOrEmpty(options.LogFile))
{
writer = new StreamWriter(options.LogFile);
}
// we generate the logs in two different ways depending if the generate xml flag was
// provided. If it was, we will write the xml file to the tcp writer if present, else
// we will write the normal console output using the LogWriter
var logger = (writer == null || options.EnableXml) ? new LogWriter() : new LogWriter(writer);
logger.MinimumLogLevel = MinimumLogLevel.Info;
var testAssemblies = GetTestAssemblies();
runner = RegisterType.IsXUnit ? (Xamarin.iOS.UnitTests.TestRunner) new XUnitTestRunner(logger) : new NUnitTestRunner(logger);
var categories = RegisterType.IsXUnit ?
new List <string> {
"failing",
"nonmonotests",
"outerloop",
"nonosxtests"
} :
new List <string> {
"MobileNotWorking",
"NotOnMac",
"NotWorking",
"ValueAdd",
"CAS",
"InetAccess",
"NotWorkingLinqInterpreter",
"BitcodeNotSupported",
};
if (RegisterType.IsXUnit)
{
// special case when we are using the xunit runner,
// there is a trait we are not interested in which is
// the Benchmark one
var xunitRunner = runner as XUnitTestRunner;
xunitRunner.AddFilter(XUnitFilter.CreateTraitFilter("Benchmark", "true", true));
}
// add category filters if they have been added
runner.SkipCategories(categories);
// if we have ignore files, ignore those tests
var skippedTests = IgnoreFileParser.ParseContentFiles(NSBundle.MainBundle.BundlePath);
if (skippedTests.Any())
{
// ensure that we skip those tests that have been passed via the ignore files
runner.SkipTests(skippedTests);
}
ThreadPool.QueueUserWorkItem((v) =>
{
BeginInvokeOnMainThread(() =>
{
lblStatus.SetText(string.Format("{0} tests", runner.TotalTests));
runner.Run((IList <TestAssemblyInfo>)testAssemblies);
RenderResults();
cmdRun.SetEnabled(true);
cmdRun.SetHidden(false);
if (options.EnableXml)
{
runner.WriteResultsToFile(writer);
logger.Info("Xml file was written to the http listener.");
}
else
{
string resultsFilePath = runner.WriteResultsToFile();
logger.Info($"Xml result can be found {resultsFilePath}");
}
logger.Info($"Tests run: {runner.TotalTests} Passed: {runner.PassedTests} Inconclusive: {runner.InconclusiveTests} Failed: {runner.FailedTests} Ignored: {runner.FilteredTests}");
if (options.TerminateAfterExecution)
{
TerminateWithSuccess();
}
});
});
}
void RenderResults()
{
var options = ApplicationOptions.Current;
if (runner.TotalTests == 0)
{
return;
}
lblSuccess.SetText(string.Format("P: {0}/{1} {2}%", runner.PassedTests, runner.TotalTests, 100 * runner.PassedTests / runner.TotalTests));
lblFailed.SetText(string.Format("F: {0}/{1} {2}%", runner.FailedTests, runner.TotalTests, 100 * runner.FailedTests / runner.TotalTests));
lblIgnInc.SetText(string.Format("I: {0}/{1} {2}%", (runner.SkippedTests + runner.InconclusiveTests), runner.TotalTests, 100 * (runner.SkippedTests + runner.InconclusiveTests) / runner.TotalTests));
if (running == false && runner.PassedTests > 0)
{
if (runner.FailedTests == 0)
{
lblSuccess.SetTextColor(UIKit.UIColor.Green);
lblStatus.SetTextColor(UIKit.UIColor.Green);
lblStatus.SetText("Success");
}
if (runner.FailedTests > 0)
{
lblFailed.SetTextColor(UIKit.UIColor.Red);
lblStatus.SetTextColor(UIKit.UIColor.Red);
lblStatus.SetText("Failed");
}
}
}
partial void RunTests(NSObject obj)
{
RunTests();
}
}
public bool OpenWriter(string message)
{
TouchOptions options = TouchOptions.Current;
DateTime now = DateTime.Now;
// let the application provide it's own TextWriter to ease automation with AutoStart property
if (Writer == null)
{
if (options.ShowUseNetworkLogger)
{
var hostname = SelectHostName(options.HostName.Split(','), options.HostPort);
if (hostname != null)
{
Console.WriteLine("[{0}] Sending '{1}' results to {2}:{3}", now, message, hostname, options.HostPort);
try {
WriterFinishedTask = null;
switch (options.Transport)
{
case "HTTP":
var w = new HttpTextWriter()
{
HostName = hostname,
Port = options.HostPort,
};
w.Open();
Writer = w;
WriterFinishedTask = w.FinishedTask;
break;
default:
Console.WriteLine("Unknown transport '{0}': switching to default (TCP)", options.Transport);
goto case "TCP";
case "TCP":
Writer = new TcpTextWriter(hostname, options.HostPort);
break;
}
}
catch (Exception ex) {
#if __TVOS__ || __WATCHOS__
Console.WriteLine("Network error: Cannot connect to {0}:{1}: {2}. Continuing on console.", hostname, options.HostPort, ex);
Writer = Console.Out;
#else
Console.WriteLine("Network error: Cannot connect to {0}:{1}: {2}.", hostname, options.HostPort, ex);
UIAlertView alert = new UIAlertView("Network Error",
String.Format("Cannot connect to {0}:{1}: {2}. Continue on console ?", hostname, options.HostPort, ex.Message),
null, "Cancel", "Continue");
int button = -1;
alert.Clicked += delegate(object sender, UIButtonEventArgs e) {
button = (int)e.ButtonIndex;
};
alert.Show();
while (button == -1)
{
NSRunLoop.Current.RunUntil(NSDate.FromTimeIntervalSinceNow(0.5));
}
Console.WriteLine(button);
Console.WriteLine("[Host unreachable: {0}]", button == 0 ? "Execution cancelled" : "Switching to console output");
if (button == 0)
{
return(false);
}
else
{
Writer = Console.Out;
}
#endif
}
}
}
else
{
Writer = Console.Out;
}
}
Writer.WriteLine("[Runner executing:\t{0}]", message);
Writer.WriteLine("[MonoTouch Version:\t{0}]", Constants.Version);
Writer.WriteLine("[Assembly:\t{0}.dll ({1} bits)]", typeof(NSObject).Assembly.GetName().Name, IntPtr.Size * 8);
Writer.WriteLine("[GC:\t{0}]", GC.MaxGeneration == 0 ? "Boehm": "sgen");
WriteDeviceInformation(Writer);
Writer.WriteLine("[Device Locale:\t{0}]", NSLocale.CurrentLocale.Identifier);
Writer.WriteLine("[Device Date/Time:\t{0}]", now); // to match earlier C.WL output
Writer.WriteLine("[Bundle:\t{0}]", NSBundle.MainBundle.BundleIdentifier);
// FIXME: add data about how the app was compiled (e.g. ARMvX, LLVM, GC and Linker options)
PassedCount = 0;
IgnoredCount = 0;
FailedCount = 0;
InconclusiveCount = 0;
return(true);
}
public bool OpenWriter (string message)
{
TouchOptions options = TouchOptions.Current;
DateTime now = DateTime.Now;
// let the application provide it's own TextWriter to ease automation with AutoStart property
if (Writer == null) {
if (options.ShowUseNetworkLogger) {
var hostname = SelectHostName (options.HostName.Split (','), options.HostPort);
if (hostname != null) {
Console.WriteLine ("[{0}] Sending '{1}' results to {2}:{3}", now, message, hostname, options.HostPort);
try {
WriterFinishedTask = null;
TextWriter defaultWriter = null;
switch (options.Transport) {
case "HTTP":
var w = new HttpTextWriter ()
{
HostName = hostname,
Port = options.HostPort,
};
w.Open ();
defaultWriter = w;
WriterFinishedTask = w.FinishedTask;
break;
default:
Console.WriteLine ("Unknown transport '{0}': switching to default (TCP)", options.Transport);
goto case "TCP";
case "TCP":
defaultWriter = new TcpTextWriter (hostname, options.HostPort);
break;
}
if (options.EnableXml) {
Writer = new NUnitOutputTextWriter (
this, defaultWriter, new NUnitLite.Runner.NUnit2XmlOutputWriter (DateTime.UtcNow));
} else {
Writer = defaultWriter;
}
}
catch (Exception ex) {
#if __TVOS__ || __WATCHOS__
Console.WriteLine ("Network error: Cannot connect to {0}:{1}: {2}. Continuing on console.", hostname, options.HostPort, ex);
Writer = Console.Out;
#else
Console.WriteLine ("Network error: Cannot connect to {0}:{1}: {2}.", hostname, options.HostPort, ex);
UIAlertView alert = new UIAlertView ("Network Error",
String.Format ("Cannot connect to {0}:{1}: {2}. Continue on console ?", hostname, options.HostPort, ex.Message),
null, "Cancel", "Continue");
int button = -1;
alert.Clicked += delegate(object sender, UIButtonEventArgs e) {
button = (int)e.ButtonIndex;
};
alert.Show ();
while (button == -1)
NSRunLoop.Current.RunUntil (NSDate.FromTimeIntervalSinceNow (0.5));
Console.WriteLine (button);
Console.WriteLine ("[Host unreachable: {0}]", button == 0 ? "Execution cancelled" : "Switching to console output");
if (button == 0)
return false;
else
Writer = Console.Out;
#endif
}
}
} else {
Writer = Console.Out;
}
}
Writer.WriteLine ("[Runner executing:\t{0}]", message);
Writer.WriteLine ("[MonoTouch Version:\t{0}]", Constants.Version);
Writer.WriteLine ("[Assembly:\t{0}.dll ({1} bits)]", typeof (NSObject).Assembly.GetName ().Name, IntPtr.Size * 8);
Writer.WriteLine ("[GC:\t{0}]", GC.MaxGeneration == 0 ? "Boehm": "sgen");
WriteDeviceInformation (Writer);
Writer.WriteLine ("[Device Locale:\t{0}]", NSLocale.CurrentLocale.Identifier);
Writer.WriteLine ("[Device Date/Time:\t{0}]", now); // to match earlier C.WL output
Writer.WriteLine ("[Bundle:\t{0}]", NSBundle.MainBundle.BundleIdentifier);
// FIXME: add data about how the app was compiled (e.g. ARMvX, LLVM, GC and Linker options)
PassedCount = 0;
IgnoredCount = 0;
FailedCount = 0;
InconclusiveCount = 0;
return true;
}
void RunTests()
{
var options = ApplicationOptions.Current;
TextWriter writer = null;
if (!string.IsNullOrEmpty(options.HostName) && string.IsNullOrEmpty(options.LogFile))
{
writer = new HttpTextWriter()
{
HostName = options.HostName, Port = options.HostPort
}
}
;
if (!string.IsNullOrEmpty(options.LogFile))
{
writer = new StreamWriter(options.LogFile);
}
// we generate the logs in two different ways depending if the generate xml flag was
// provided. If it was, we will write the xml file to the tcp writer if present, else
// we will write the normal console output using the LogWriter
var logger = (writer == null || options.EnableXml) ? new LogWriter() : new LogWriter(writer);
logger.MinimumLogLevel = MinimumLogLevel.Info;
var testAssemblies = GetTestAssemblies();
if (RegisterType.IsXUnit)
{
runner = new XUnitTestRunner(logger);
}
else
{
runner = new NUnitTestRunner(logger);
}
ThreadPool.QueueUserWorkItem((v) =>
{
BeginInvokeOnMainThread(() =>
{
lblStatus.SetText(string.Format("{0} tests", runner.TotalTests));
runner.Run((IList <TestAssemblyInfo>)testAssemblies);
RenderResults();
cmdRun.SetEnabled(true);
cmdRun.SetHidden(false);
if (options.EnableXml)
{
runner.WriteResultsToFile(writer);
logger.Info("Xml file was written to the http listener.");
}
else
{
string resultsFilePath = runner.WriteResultsToFile();
logger.Info($"Xml result can be found {resultsFilePath}");
}
logger.Info($"Tests run: {runner.TotalTests} Passed: {runner.PassedTests} Inconclusive: {runner.InconclusiveTests} Failed: {runner.FailedTests} Ignored: {runner.SkippedTests}");
if (options.TerminateAfterExecution)
{
TerminateWithSuccess();
}
});
});
}
void RenderResults()
{
var options = ApplicationOptions.Current;
if (runner.TotalTests == 0)
{
return;
}
lblSuccess.SetText(string.Format("P: {0}/{1} {2}%", runner.PassedTests, runner.TotalTests, 100 * runner.PassedTests / runner.TotalTests));
lblFailed.SetText(string.Format("F: {0}/{1} {2}%", runner.FailedTests, runner.TotalTests, 100 * runner.FailedTests / runner.TotalTests));
lblIgnInc.SetText(string.Format("I: {0}/{1} {2}%", (runner.SkippedTests + runner.InconclusiveTests), runner.TotalTests, 100 * (runner.SkippedTests + runner.InconclusiveTests) / runner.TotalTests));
if (running == false && runner.PassedTests > 0)
{
if (runner.FailedTests == 0)
{
lblSuccess.SetTextColor(UIKit.UIColor.Green);
lblStatus.SetTextColor(UIKit.UIColor.Green);
lblStatus.SetText("Success");
}
if (runner.FailedTests > 0)
{
lblFailed.SetTextColor(UIKit.UIColor.Red);
lblStatus.SetTextColor(UIKit.UIColor.Red);
lblStatus.SetText("Failed");
}
}
}
partial void RunTests(NSObject obj)
{
RunTests();
}
}
