public void SetUp()
{
PurgeQueue("jarvistest-input1");
PurgeQueue("jarvistest-input2");
_connectionString = ConfigurationManager.ConnectionStrings["rebus"].ConnectionString;
var url = new MongoUrl(_connectionString);
var db = new MongoClient(url).GetDatabase(url.DatabaseName);
db.Drop();
//Init processes
//This is the process 1, it knows that every message should be directed to queue number 2 and he
//listen on queue number 1, he is capable to handle the generic AnotherSampleMessageHandler.
var mapping1 = new System.Collections.Generic.Dictionary <string, string>()
{
["Jarvis.Framework.Tests"] = "jarvistest-input2" //Command is sent to input2
};
process1 = new TestProcess(_useJarvisConfiguration, _connectionString, "jarvistest-input1", mapping1);
handler1 = new AnotherSampleMessageHandler();
process1.RegisterHandler(handler1);
var mapping2 = new System.Collections.Generic.Dictionary <string, string>()
{
["Jarvis.Framework.Tests"] = "jarvistest-input2" //Command is sent to input2
};
process2 = new TestProcess(_useJarvisConfiguration, _connectionString, "jarvistest-input2", mapping2);
handler2 = new AnotherSampleMessageHandler();
process2.RegisterHandler(handler2);
}
public async Task TestTemplatesAsync(Template Template)
{
// Arrange
TestProcess Process = new TestProcess();
ProjectName = "TestProject";
OutputDirectory = tempPath;
directories.Add("artifacts");
directories.Add("build");
directories.Add("docs");
directories.Add("lib");
directories.Add("samples");
directories.Add("packages");
directories.Add("test");
Directory.CreateDirectory(tempPath);
NetCommand = $" new {Template.ShortName} -o src/ {ProjectName} -n {ProjectName}";
var Structuring = new Structuring(Process);
// Act
logging.WireEventHandlers(Structuring);
await Structuring.RunStructuringAsync(OutputDirectory, directories, NetCommand, ProjectName);
// Assert
Assert.Equal("dotnet", Process.StartInfo.FileName);
Assert.Contains($"new {Template.ShortName}", Process.StartInfo.Arguments);
// Cleanup
logging.CurrentLog = string.Empty;
Directory.Delete(tempPath, true);
}
protected override void Given()
{
_runner = TestProcess.CreateProcessRunner()
.WithArguments(args => args.AddOption("--duration", "10"));
_cts = new CancellationTokenSource();
}
/// <summary>
/// Create TestReporing
/// </summary>
/// <param name="outputConfiguration">Output configuration</param>
public TestReport(TestProcess process, IList<Configuration.TestOutputConfiguration> outputConfiguration)
{
testCaseReports = new List<TestCaseReport>();
this.outputConfiguration = outputConfiguration;
this.process = process;
// Try to get all report outputs
reportOutptus = new List<ReportOutput>();
foreach (var config in outputConfiguration)
{
var definition = process.PlugInManager.GetPlugInDefinition<OutputDefinitionAttribute>(config.Name);
if (definition != null)
{
// Create instance of render outptu
var ro = (ReportOutput)Activator.CreateInstance(
definition.Type,
this,
config.Settings
);
ro.Name = config.Name;
reportOutptus.Add(ro);
}
else
{
process.Listener.Error("ReportOutput", "Could not find output-definition: " + config.Name ?? "NULL");
}
}
}
public static void DisposeRunspace()
{
CmdletUnitTest.TestRunspace.RunPSCode(
@"[void]([UIAutomation.CurrentData]::ResetData()); " +
@"rmo UIAutomation; " +
@"exit; ");
CmdletUnitTest.TestRunspace.CloseRunspace();
if (TestProcess != null)
{
try { TestProcess.CloseMainWindow(); }
catch { }
try { TestProcess.Kill(); }
catch { }
}
var processes = Process.GetProcessesByName(TestFormProcess);
foreach (var process in processes)
{
try { process.CloseMainWindow(); } catch {}
try { process.Kill(); } catch {}
}
TestProcessStartInfo = null;
TestProcess = null;
}
static void Main(string[] args)
{
int port = 9090;
string name = "HTTP_TEST";
if (args.Length > 0)
{
port = int.Parse(args[0]);
name = args[1];
}
TestProcess process = new TestProcess(port, name);
process.Loger.Type = DTCore.LogType.ALL;
process.Loger.Handlers.Add(new Beetle.DTCore.ConsoleLogHandler());
process.Loger.Process(DTCore.LogType.INFO, "start args {0}", string.Join(",", args));
process.Open();
//process.Run(casename, 10, "{Url:\"http://www.baidu.com\"}");
while (true)
{
System.Threading.Thread.Sleep(999);
if (process.CurrentTest != null)
{
string value = Newtonsoft.Json.JsonConvert.SerializeObject(process.CurrentTest.StatisticalInfo);
}
Console.WriteLine();
}
Console.Read();
}
public void InvalidDelay()
{
TestProcess p = new TestProcess(_sim, 10);
p.DelayTime = -1L;
_sim.Run(new Task [] { p });
}
public void TestAliveWhenStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Assert.
Assert.IsFalse(process.Dead);
}
public void TestAliveWhenStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Assert.
Assert.IsFalse(process.Dead);
}
public void CountToTen()
{
TestProcess p = new TestProcess(_sim, 10);
_sim.Run(new Task [] { p });
Assert.AreEqual(10, p.CurrentIteration);
Assert.AreEqual(100L, _sim.Now);
}
public void TestNotPausedWhenStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Assert.
Assert.IsFalse(process.Paused);
}
public void TestUninitializedBeforeStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Assert.
Assert.IsFalse(process.Initialized);
}
protected override void Given()
{
_runner = TestProcess.CreateProcessRunner()
.WithArguments(args =>
args
.AddOption("--stdout", "EXPECTED STDOUT")
.AddOption("--stderr", "EXPECTED STDERR"));
_writer = new StringWriter();
}
public void TestInitializedWhenStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Act.
this.game.ProcessManager.AddProcess(process);
// Assert.
Assert.IsTrue(process.Initialized);
}
public void Given_OtherProcess_Ref_ShouldReturnIt()
{
var id = Guid.NewGuid().ToString();
var p = new TestProcess();
var(pid, ok) = ProcessRegistry.Instance.TryAdd(id, p);
var p2 = pid.Ref;
Assert.Same(p, p2);
}
public void TestDeadAfterKilled()
{
// Arrange.
TestProcess process = new TestProcess();
// Act.
process.Kill();
// Assert.
Assert.IsTrue(process.Dead);
}
public void Given_PIDDoesNotExist_TryAddShouldAddLocalPID()
{
var id = Guid.NewGuid().ToString();
var p = new TestProcess();
var reg = new ProcessRegistry();
var(pid, ok) = reg.TryAdd(id, p);
Assert.True(ok);
Assert.Equal(reg.Address, pid.Address);
}
public void TestDeadAfterKilled()
{
// Arrange.
TestProcess process = new TestProcess();
// Act.
process.Kill();
// Assert.
Assert.IsTrue(process.Dead);
}
public void Given_PIDExistsInHostResolver_GetShouldReturnIt()
{
var pid = new PID();
var p = new TestProcess();
var reg = new ProcessRegistry();
reg.RegisterHostResolver(x => p);
var p2 = reg.Get(pid);
Assert.Same(p, p2);
}
public void Given_PIDExists_TryAddShouldNotAddLocalPID()
{
var id = Guid.NewGuid().ToString();
var p = new TestProcess();
var reg = new ProcessRegistry();
reg.TryAdd(id, p);
var(_, ok) = reg.TryAdd(id, p);
Assert.False(ok);
}
public void Given_PIDExists_GetShouldReturnIt()
{
var id = Guid.NewGuid().ToString();
var p = new TestProcess();
var reg = new ProcessRegistry();
reg.TryAdd(id, p);
var(pid, _) = reg.TryAdd(id, p);
var p2 = reg.Get(pid);
Assert.Same(p, p2);
}
public void Given_PIDWasRemoved_GetShouldReturnDeadLetterProcess()
{
var id = Guid.NewGuid().ToString();
var p = new TestProcess();
var reg = new ProcessRegistry();
var(pid, _) = reg.TryAdd(id, p);
reg.Remove(pid);
var p2 = reg.Get(pid);
Assert.Same(DeadLetterProcess.Instance, p2);
}
public void TestProcessThen()
{
// Arrange.
TestProcess first = new TestProcess();
TestProcess second = new TestProcess();
TestProcess third = new TestProcess();
// Act.
first.Then(second).Then(third);
// Assert.
Assert.AreEqual(second, first.Next);
Assert.AreEqual(third, second.Next);
}
public void InnerJoinWithDefaultLeftJoin()
{
var items = new List <Row>();
var result = new TestProcess(
new GenericEnumerableOperation(left),
new InnerJoinUsersToPeopleByEmail().Right(new GenericEnumerableOperation(right)),
new ResultsOperation(items)
);
result.Execute();
Assert.Single(items);
Assert.Equal(3, items[0]["person_id"]);
}
public void InnerJoinWithDefaultLeftJoin()
{
var items = new List<Row>();
var result = new TestProcess(
new GenericEnumerableOperation(left),
new InnerJoinUsersToPeopleByEmail().Right(new GenericEnumerableOperation(right)),
new ResultsOperation(items)
);
result.Execute();
Assert.Equal(1, items.Count);
Assert.Equal(3, items[0]["person_id"]);
}
public void TestDontStartNextProcessWhileAlive()
{
// Arrange.
TestProcess first = new TestProcess();
TestProcess second = new TestProcess();
first.Next = second;
// Act.
this.game.ProcessManager.AddProcess(first);
this.game.Update(1.0f);
// Assert.
Assert.IsTrue(first.Active);
Assert.IsFalse(second.Active);
}
public void TestDontStartNextProcessWhileAlive()
{
// Arrange.
TestProcess first = new TestProcess();
TestProcess second = new TestProcess();
first.Next = second;
// Act.
this.game.ProcessManager.AddProcess(first);
this.game.Update(1.0f);
// Assert.
Assert.IsTrue(first.Active);
Assert.IsFalse(second.Active);
}
public void TestTogglePause()
{
// Arrange.
TestProcess process = new TestProcess();
// Act.
process.TogglePause();
// Assert.
Assert.IsTrue(process.Paused);
// Act.
process.TogglePause();
// Assert.
Assert.IsFalse(process.Paused);
}
public void LeftJoinWithDefaultLeftJoin()
{
var items = new List <Row>();
var result = new TestProcess(
new GenericEnumerableOperation(left),
new LeftJoinUsersToPeopleByEmail().Right(new GenericEnumerableOperation(right)),
new ResultsOperation(items)
);
result.Execute();
Assert.Equal(2, items.Count);
Assert.Equal(3, items[0]["person_id"]);
Assert.Null(items[1]["person_id"]);
Assert.Equal("bar", items[1]["name"]);
}
public void TestInitializedWhenStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Act.
this.game.ProcessManager.AddProcess(process);
// Assert.
Assert.IsTrue(process.Initialized);
}
public void TestTogglePause()
{
// Arrange.
TestProcess process = new TestProcess();
// Act.
process.TogglePause();
// Assert.
Assert.IsTrue(process.Paused);
// Act.
process.TogglePause();
// Assert.
Assert.IsFalse(process.Paused);
}
public void TestProcessThen()
{
// Arrange.
TestProcess first = new TestProcess();
TestProcess second = new TestProcess();
TestProcess third = new TestProcess();
// Act.
first.Then(second).Then(third);
// Assert.
Assert.AreEqual(second, first.Next);
Assert.AreEqual(third, second.Next);
}
protected override void Given()
{
_runner = TestProcess.CreateProcessRunner();
}
public void TestUninitializedBeforeStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Assert.
Assert.IsFalse(process.Initialized);
}
public ILauncherProcess CreateProcess(ProcessStartInfo info)
{
Process = new TestProcess(info);
return(Process);
}
public void Constructor_ValidProject()
{
TestProcess process = new TestProcess(DummyProject);
process.WaitForExit();
}
public void TestNotPausedWhenStarted()
{
// Arrange.
TestProcess process = new TestProcess();
// Assert.
Assert.IsFalse(process.Paused);
}
protected override void Given()
{
_runner = TestProcess.CreateProcessRunner()
.WithArguments(args => args.AddOption("--exit-code", "4"));
}
private void Start(IDevice device, bool primaryVerification, CancellationToken cancellation)
{
try
{
Exception = null;
ReadPsysInfo();
DeviceSpecification.CheckRangeSupport(device);
UpdProductInfoEvent?.Invoke(this, new EventArgs());
Action <CancellationToken> waitContinueAction = null;
waitContinue = null;
ITestProcess testProcess;
IMeasurmentTools measurmentTools;
if (!Settings.UsedAutomaticSortingOut)
{
waitContinue = new WaitContinue();
waitContinue.ContinueRequest += ContinueRequest;
waitContinue.SelectionRequest += (obj, e) => SelectionRequest(this, e);
waitContinueAction = waitContinue.Wait;
}
if (device.OutPort == OutPortEnum.Current)
{
InitAmmetr();
ammetr.StartCycleMeasureCurrent();
measurmendIndicator = new MeasurmendIndicator(ammetr, psys, device.Range.RangeType == RangeTypeEnum.DA);
measurmentTools = new CurrentMeasurmentTools(psys, GetPsysOutChannel(), ammetr);
}
else
{
// Для симуляции преобразователя давления с цифровым портом
var digitalDevice = new DigitalPdSimulator(psys, device.Range.Min_Pa, device.Range.Max_Pa, 0.05,
device.Range.RangeType == RangeTypeEnum.DA);
// var digitalDevice = new PD_RS_device("COM5");
// Индикатор давления
measurmendIndicator = new MeasurmendIndicator(psys, device.Range.RangeType == RangeTypeEnum.DA);
measurmentTools = new DigitalMeasurmentTools(psys, GetPsysOutChannel(), digitalDevice);
}
testProcess = new TestProcess(waitContinueAction, measurmentTools, GetTestPoints(device.Range.Max_Pa, device.Range.Min_Pa),
Settings.TestPause100);
measurmendIndicator.UpdDataEvent += UpdateMeasurmendIndicators;
measurmendIndicator.Start();
testProcess.UpdResultsEvent += UpdTestResult_event;
progress.Report(0);
double precision = primaryVerification ? device.TargetPrecision : device.Precision;
var units = (PressureSensorTestCore.PressureUnitsEnum)device.Range.PressureUnits;
testProcess.RunProcess(device.Range.Min_Pa, device.Range.Max_Pa, units, precision, device.Range.RangeType == RangeTypeEnum.DA,
cancellation, progress);
Product.Error = (TestErrorEnum)TestResults.GetResume();
waitContinue?.WaitSelection(cancellation);
Stop();
}
catch (OperationCanceledException)
{
Product.Error = TestErrorEnum.InDefined;
Stop();
if (Exception != null)
{
processErrorHandler.ErrorHanding(Exception, Product);
}
else
{
throw;
}
}
catch (Exception ex)
{
Product.Error = TestErrorEnum.InDefined;
Stop();
Exception = ex;
processErrorHandler.ErrorHanding(ex, Product);
}
}
