internal void HandleDeferredEventStreamInternal(IEnumerable <DeferredEvent> events)
{
// now make all those times relative to the active event
LogStep startStep = m_Stack.Peek();
m_ShouldOverrideWallTimer = true;
foreach (DeferredEvent e in events)
{
m_WallTimerOverride = e.Time + startStep.StartTime;
if (e.Type == DeferredEventType.Begin)
{
BeginBuildStep(e.Level, e.Name, false);
if (!string.IsNullOrEmpty(e.Context))
{
AddEntry(e.Level, e.Context);
}
}
else if (e.Type == DeferredEventType.End)
{
EndBuildStep();
}
else
{
AddEntry(e.Level, e.Name);
}
}
m_ShouldOverrideWallTimer = false;
LogStep stopStep = m_Stack.Peek();
if (stopStep != startStep)
{
throw new Exception("Deferred events did not line up as expected");
}
}
public void TestNameFormat2()
{
var plan = new TestPlan();
var repeat = new RepeatStep {
Count = 10, Action = RepeatStep.RepeatStepAction.Fixed_Count
};
repeat.Name = "Repeat : {Iteration}";
plan.ChildTestSteps.Add(repeat);
var logStep = new LogStep();
repeat.ChildTestSteps.Add(logStep);
var log = new TestTraceListener();
Log.AddListener(log);
var run = plan.Execute();
Assert.AreEqual(Verdict.NotSet, run.Verdict);
Log.RemoveListener(log);
var thelog = log.GetLog();
for (int i = 0; i < repeat.Count; i++)
{
var str = string.Format("Repeat : {0} of {1}", i, repeat.Count);
Assert.IsTrue(thelog.Contains(str));
}
}
private static void EndBuildStepInternal(BuildLog log)
{
Debug.Assert(log.m_Stack.Count > 1);
LogStep node = log.m_Stack.Pop();
node.Complete(log.GetWallTime());
if (node.isThreaded)
{
foreach (BuildLog subLog in log.m_ThreadedLogs.Values)
{
if (subLog != log)
{
OffsetTimesR(subLog.Root, node.StartTime);
if (subLog.Root.HasChildren)
{
node.Children.AddRange(subLog.Root.Children);
}
if (subLog.Root.HasEntries)
{
node.Entries.AddRange(subLog.Root.Entries);
}
}
}
log.m_ThreadedLogs.Dispose();
log.m_ThreadedLogs = null;
}
}
public BuildLog()
{
m_WallTimer = Stopwatch.StartNew();
m_Root = new LogStep();
m_Stack = new Stack <LogStep>();
m_Stack.Push(m_Root);
}
public static IntegrationFlowBuilder <TBody> Log <TBody>(IBuildableFlow sourceFlow, IntegrationFlowBuilder <TBody> builder, Action <Integration <TBody>, ILogger> action, IServiceProvider serviceProvider)
{
var logStep = new LogStep <TBody>(serviceProvider.GetRequiredService <ILoggerFactory>()
.CreateLogger(typeof(LogStep <TBody>)), action);
sourceFlow.AddStep(logStep);
return(builder);
}
public DecisionsFramework.Design.Flow.FlowStep ConvertStep(ConversionData allConvertData, ConvertedStep stepToConvert)
{
LogStep logStep = new LogStep();
logStep.Category = stepToConvert.StepProperties.FirstOrDefault(x => x.Name == "Category").ConstantValue;
string logLevel = stepToConvert.StepProperties.FirstOrDefault(x => x.Name == "Type").ConstantValue;
switch (logLevel)
{
case "Debug":
logStep.Type = LogStep.LogType.Debug;
break;
case "Error":
logStep.Type = LogStep.LogType.Error;
break;
case "Info":
logStep.Type = LogStep.LogType.Info;
break;
case "Fatal":
logStep.Type = LogStep.LogType.Fatal;
break;
case "Warn":
logStep.Type = LogStep.LogType.Warn;
break;
default:
logStep.Type = LogStep.LogType.Info;
break;
}
FlowStep result = new FlowStep(logStep);
result.Name = stepToConvert.StepName;
MergeStringInputMapping text = new MergeStringInputMapping()
{
//ConstantInputMapping text = new ConstantInputMapping();
InputDataName = "Value",
MergeResultType = DecisionsFramework.Utilities.Data.MergeDataType.PlainText,
MergeString = stepToConvert.InputData.FirstOrDefault(x => x.Name == "Value").ConstantValue
};
result.AddInputMapping(text);
return(result);
}
private static void BeginBuildStepInternal(BuildLog log, LogLevel level, string stepName, bool multiThreaded)
{
LogStep node = new LogStep();
node.Level = level;
node.Name = stepName;
node.StartTime = log.GetWallTime();
node.ThreadId = Thread.CurrentThread.ManagedThreadId;
log.m_Stack.Peek().Children.Add(node);
log.m_Stack.Push(node);
if (multiThreaded)
{
Debug.Assert(log.m_ThreadedLogs == null);
log.m_ThreadedLogs = new ThreadLocal <BuildLog>(true);
log.m_ThreadedLogs.Value = log;
node.isThreaded = true;
}
}
private static void OffsetTimesR(LogStep step, double offset)
{
step.StartTime += offset;
if (step.HasEntries)
{
for (int i = 0; i < step.Entries.Count; i++)
{
LogEntry e = step.Entries[i];
e.Time = e.Time + offset;
step.Entries[i] = e;
}
}
if (step.HasChildren)
{
foreach (LogStep subStep in step.Children)
{
OffsetTimesR(subStep, offset);
}
}
}
void Init(bool onThread)
{
m_WallTimer = Stopwatch.StartNew();
m_Root = new LogStep();
m_Stack = new Stack <LogStep>();
m_Stack.Push(m_Root);
AddMetaData("Date", DateTime.Now.ToString());
if (!onThread)
{
AddMetaData("UnityVersion", UnityEngine.Application.unityVersion);
#if UNITY_2019_2_OR_NEWER // PackageManager package inspection APIs didn't exist until 2019.2
PackageManager.PackageInfo info = PackageManager.PackageInfo.FindForAssembly(typeof(BuildLog).Assembly);
if (info != null)
{
AddMetaData(info.name, info.version);
}
#endif
}
}
private static void EndBuildStepInternal(BuildLog log)
{
Debug.Assert(log.m_Stack.Count > 1);
LogStep node = log.m_Stack.Pop();
node.Complete(log.m_WallTimer.Elapsed.TotalMilliseconds);
if (node.isThreaded)
{
foreach (var subLog in log.m_ThreadedLogs.Values)
{
if (subLog != log)
{
if (subLog.Root.HasChildren)
{
foreach (LogStep step in subLog.Root.Children)
{
step.StartTime += node.StartTime;
}
node.Children.AddRange(subLog.Root.Children);
}
if (subLog.Root.HasEntries)
{
for (int i = 0; i < subLog.Root.Entries.Count; i++)
{
LogEntry e = subLog.Root.Entries[i];
e.Time = e.Time + node.StartTime;
subLog.Root.Entries[i] = e;
}
node.Entries.AddRange(subLog.Root.Entries);
}
}
}
log.m_ThreadedLogs.Dispose();
log.m_ThreadedLogs = null;
}
}
static void Main()
{
// If you have plugins in directories different from the location of your TAP_PATH, then add those directories here.
// PluginManager.DirectoriesToSearch.Add(@"C:\SomeOtherDirectory");
// Start finding plugins.
PluginManager.SearchAsync();
// Point to log file to be used.
SessionLogs.Initialize("console_log.txt");
// Create a new Test Plan.
TestPlan myTestPlan = new TestPlan();
// All Test Plan steps are added as child steps.
myTestPlan.ChildTestSteps.Add(new DelayStep {
DelaySecs = .1, Name = "Delay1"
});
// Sequences can be created and added to TestPlan.
SequenceStep mySequenceStep = new SequenceStep();
mySequenceStep.ChildTestSteps.Add(new DelayStep {
DelaySecs = .2, Name = "Delay2"
});
LogStep logStep = new LogStep
{
Name = "SomeName",
LogMessage = "Hello from myTestPlan at " + DateTime.Now.ToLongTimeString(),
Severity = LogSeverity.Info
};
mySequenceStep.ChildTestSteps.Add(logStep);
// Sequences are added to the Test Plan like any other step.
myTestPlan.ChildTestSteps.Add(mySequenceStep);
// The Test Plan can be saved for later reuse.
string myFilePath = Path.Combine(AssemblyDirectory, myTestPlan.Name + ".TapPlan");
myTestPlan.Save(myFilePath);
// Add any ResultListeners that should be used.
// If not specified, a list of ResultListeners with a single LogResultListener will be created.
// Alternatively, the ResultListeners could be defined in settings files.
List <ResultListener> resultListeners = new List <ResultListener>();
resultListeners.Add(new LogResultListener());
//resultListeners.Add(new Keysight.OpenTap.Plugins.Csv.CsvResultListener());
// Execute the TestPlan. This is the equivalent of the Run button in the TAP GUI.
myTestPlan.Execute(resultListeners);
// After the TestPlan has been run Macros, if used, can be expanded.
SessionLogs.Rename(EngineSettings.Current.SessionLogPath.Expand(date: DateTime.Now));
Console.WriteLine("This example builds a TestPlan programmatically.");
Console.WriteLine("Press any key to exit.");
Console.ReadLine();
}
public void SetValuesTest()
{
var delayStep1 = new DelayStep();
var delayStep2 = new DelayStep();
var logStep = new LogStep();
var logStep2 = new LogStep();
var fileStep = new MacroFilePathTestStep();
var fileStep2 = new MacroFilePathTestStep();
var ifstep = new IfStep();
fileStep.PathToThing.Text = "<TESTPLANDIR>\\asdasd";
TestPlan plan = new TestPlan();
plan.ChildTestSteps.Add(delayStep1);
plan.ChildTestSteps.Add(delayStep2);
plan.ChildTestSteps.Add(logStep);
plan.ChildTestSteps.Add(logStep2);
plan.ChildTestSteps.Add(fileStep);
plan.ChildTestSteps.Add(fileStep2);
plan.ChildTestSteps.Add(ifstep);
ifstep.InputVerdict.Step = delayStep2;
ifstep.InputVerdict.Property = TypeData.GetTypeData(delayStep1).GetMember("Verdict");
var delayInfo = TypeData.GetTypeData(delayStep1);
var logInfo = TypeData.GetTypeData(logStep);
var fileStepInfo = TypeData.GetTypeData(fileStep);
plan.ExternalParameters.Add(delayStep1, delayInfo.GetMember("DelaySecs"));
plan.ExternalParameters.Add(delayStep2, delayInfo.GetMember("DelaySecs"), "Time Delay");
plan.ExternalParameters.Add(logStep, logInfo.GetMember("Severity"), Name: "Severity");
plan.ExternalParameters.Add(logStep2, logInfo.GetMember("Severity"), Name: "Severity");
plan.ExternalParameters.Add(fileStep, fileStepInfo.GetMember("PathToThing"), Name: "Path1");
plan.ExternalParameters.Add(fileStep2, fileStepInfo.GetMember("PathToThing"), Name: "Path1");
plan.ExternalParameters.Add(ifstep, TypeData.GetTypeData(ifstep).GetMember(nameof(IfStep.InputVerdict)), Name: "InputVerdict");
for (int j = 0; j < 5; j++)
{
for (double x = 0.01; x < 10; x += 3.14)
{
plan.ExternalParameters.Get("Time Delay").Value = x;
Assert.AreEqual(x, delayStep1.DelaySecs);
Assert.AreEqual(x, delayStep2.DelaySecs);
}
plan.ExternalParameters.Get("Severity").Value = LogSeverity.Error;
Assert.AreEqual(LogSeverity.Error, logStep.Severity);
Assert.AreEqual(LogSeverity.Error, logStep2.Severity);
plan.ExternalParameters.Get("Path1").Value = plan.ExternalParameters.Get("Path1").Value;
string planstr = null;
using (var memstream = new MemoryStream())
{
plan.Save(memstream);
planstr = Encoding.UTF8.GetString(memstream.ToArray());
}
Assert.IsTrue(planstr.Contains(@"Parameter=""Time Delay"""));
Assert.IsTrue(planstr.Contains(@"Parameter=""Severity"""));
Assert.IsTrue(planstr.Contains(@"Parameter=""Path1"""));
using (var memstream = new MemoryStream(Encoding.UTF8.GetBytes(planstr)))
plan = TestPlan.Load(memstream, planstr);
delayStep1 = (DelayStep)plan.ChildTestSteps[0];
delayStep2 = (DelayStep)plan.ChildTestSteps[1];
logStep = (LogStep)plan.ChildTestSteps[2];
logStep2 = (LogStep)plan.ChildTestSteps[3];
fileStep = (MacroFilePathTestStep)plan.ChildTestSteps[4];
fileStep2 = (MacroFilePathTestStep)plan.ChildTestSteps[5];
ifstep = (IfStep)plan.ChildTestSteps[6];
Assert.IsTrue(fileStep2.PathToThing.Context == fileStep2);
Assert.AreEqual(fileStep2.PathToThing.Text, fileStep.PathToThing.Text);
Assert.AreEqual(delayStep2, ifstep.InputVerdict.Step);
}
}
public void BeforeOpenExceptionTest(Type managerType, Type exceptionType, Verdict expectedVerdict, bool withParallel)
{
EngineSettings.Current.ResourceManagerType = (IResourceManager)Activator.CreateInstance(managerType);
IInstrument instr1 = new SomeInstrument()
{
Name = "INSTR1"
};
InstrumentSettings.Current.Add(instr1);
try
{
TestPlan plan = new TestPlan();
ITestStep step1 = new InstrumentTestStep()
{
Instrument = instr1
};
if (withParallel)
{
var par = new ParallelStep();
par.ChildTestSteps.Add(step1);
step1 = par;
}
plan.Steps.Add(step1);
ITestStep lastStep = new LogStep()
{
Name = "Last Step", LogMessage = "Last Step Ran"
};
plan.Steps.Add(lastStep);
UnitTestingLockManager.Enable();
UnitTestingLockManager.BeforeOpenEffect = r => throw (Exception)Activator.CreateInstance(exceptionType, new string[] { "Custom exception message" });
var logListener = new TestTraceListener();
Log.AddListener(logListener);
//string logFileName = Path.Combine(Path.GetDirectoryName(PluginManager.GetOpenTapAssembly().Location), $"BeforeOpenExceptionTest({managerType},{exceptionType},{withParallel}).txt");
//if (File.Exists(logFileName)) File.Delete(logFileName);
//var fileListener = new FileTraceListener(logFileName);
//Log.AddListener(fileListener);
try
{
var run = plan.Execute();
Assert.AreEqual(expectedVerdict, run.Verdict);
}
finally
{
Log.RemoveListener(logListener);
//Log.RemoveListener(fileListener);
UnitTestingLockManager.Disable();
}
// We should have the custom exception message in the log
StringAssert.Contains("Custom exception message", logListener.GetLog());
if (expectedVerdict == Verdict.Error)
{
StringAssert.IsMatch(": Error .+Custom exception message", logListener.GetLog());
}
else
{
StringAssert.IsMatch(": Warning .+Custom exception message", logListener.GetLog());
}
// The last step should not have run:
if (exceptionType == typeof(OperationCanceledException))
{
StringAssert.DoesNotContain("Last Step Ran", logListener.GetLog());
}
}
finally
{
InstrumentSettings.Current.Remove(instr1);
}
}
