public async Task TraceErrorTest()
{
// setup
var countCall = 0;
string[] traceReceived = {};
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAcces
};
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += o =>
{
Interlocked.Increment(ref countCall);
// remplace sans lock car l'appel doit être unique et countCall sers de vérif
traceReceived = o.Select(t => t.Message).ToArray();
};
//Test
Trace.TraceError("TraceError");
Trace.TraceError("format {0} - {1}", "param1", "param2");
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
Assert.AreEqual(1, countCall);
Assert.IsTrue(traceReceived.Contains("TraceError"));
Assert.IsTrue(traceReceived.Contains(@"format {0} - {1}")); // pas de formatage par défaut => on laisse les arguments à coté
}
public async Task InterceptionTest_Property_With_custom_Option()
{
//Configuration
var count = 0;
using (var tracer = new TraceSourceSync(new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer, PageSize = 2
}))
{
_container.RegisterInstance(tracer);
_container.RegisterInterceptor <InterceptorTraceInjectTracer>(LifeTime.Singleton);
_container.Register <IClassVoidTest, ClassVoidTest>(LifeTime.Singleton);
_container.Intercept <IClassVoidTest>().With <InterceptorTraceInjectTracer>(InterceptionHookOption.MethodsOnly);
tracer.OnTracesSent += trace =>
{
Interlocked.Increment(ref count);
};
//Test
var instance = _container.Resolve <IClassVoidTest>();
instance.Prop = 45; // setter
var _ = instance.Prop; // getter
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// aucun retour
Assert.AreEqual(0, count);
}
public async Task TraceDataTest_null()
{
// setup
var countCall = 0;
string[] traceReceived = { };
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer
};
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += o =>
{
Interlocked.Increment(ref countCall);
// remplace sans lock car l'appel doit être unique et countCall sers de vérif
traceReceived = o.Select(t => t.Message).ToArray();
};
//Test
ts.TraceData(TraceEventType.Information, 32, null);
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
Assert.AreEqual(1, countCall);
Assert.AreEqual(1, traceReceived.Length, $"array == {string.Join(", ", traceReceived)}");
Assert.IsTrue(traceReceived.Contains("NULL_DATA"), $"array == {string.Join(", ", traceReceived)}");
}
public async Task WriteIfTest()
{
// setup
var countCall = 0;
string[] traceReceived = { };
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer
};
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += o =>
{
Interlocked.Increment(ref countCall);
// remplace sans lock car l'appel doit être unique et countCall sers de vérif
traceReceived = o.Select(t => t.Message).ToArray();
};
//Test
Trace.WriteIf(true, "WriteIf true");
Trace.WriteIf(false, "WriteIf false");
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
Assert.AreEqual(1, countCall);
Assert.AreEqual(1, traceReceived.Length);
Assert.IsTrue(traceReceived.Contains("WriteIf true"));
}
public async Task TimerTraceTesttV1()
{
// setup
int pagesReceived = 0;
// la date cible est maintenant + 0.5 seconde
var timeTarget = DateTime.UtcNow.AddMilliseconds(500);
// on décide d'envoyer une page toute les 100 ms, sur une demie seconde, on devrait avoir 5 pages environ
var config = new TraceConfig
{
PageSize = 1000,
MaximumTimeForFlush = TimeSpan.FromMilliseconds(100)
};
using (var traceListener = new TraceSourceSync(config))
{
// quand on reçoit une page, on incrémente le compteur
traceListener.OnTracesSent += o => Interlocked.Increment(ref pagesReceived);
// tant que la seconde n'est pas atteinte, on trace des messages (avec une attente)
while (DateTime.UtcNow < timeTarget)
{
Trace.TraceInformation("Method1");
await Task.Delay(50);
}
//Test
await traceListener.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify que l'on a 6 pages ou moins (les 5 de flush + l'éventuelle dernière)
// PK moins? => car selon le Task.Delay, il se peut que l'on n'écrive aucune trace dans un cycle de 200ms et donc, que l'on envoie rien
Assert.IsTrue(pagesReceived > 0 && pagesReceived <= 6, $"INVALID number of pages received = {pagesReceived}");
}
public async Task TimeWatchInterceptorTestV2()
{
//Configuration
var count = 0;
TraceData[] traceReceived = { };
_container.RegisterInterceptor(PredefinedInterceptors.TimeWatchInterceptor, LifeTime.Singleton);
_container.Intercept <IClassVoidTest>().With(PredefinedInterceptors.TimeWatchInterceptor);
var instance = _container.Resolve <IClassVoidTest>();
using (var tracer = new TraceSourceSync(_traceConfig))
{
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
await instance.MethodCallWaitAsync(TimeSpan.FromMilliseconds(50)).ConfigureAwait(false);
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// un seul retour
Assert.AreEqual(1, count);
Assert.AreEqual(1, traceReceived.Length);
Assert.IsTrue(traceReceived[0].Message.StartsWith("TIME_IClassVoidTest.MethodCallWaitAsync = "));
}
public async Task TraceEventTest()
{
// setup
var countCall = 0;
string[] traceReceived = { };
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer
};
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += o =>
{
Interlocked.Increment(ref countCall);
// remplace sans lock car l'appel doit être unique et countCall sers de vérif
traceReceived = o.Select(t => t.Message).ToArray();
};
//Test
ts.TraceEvent(TraceEventType.Information, 56);
ts.TraceEvent(TraceEventType.Information, 56, "message");
ts.TraceEvent(TraceEventType.Information, 56, "format {0} - {1}", "param1", "param2");
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
Assert.AreEqual(1, countCall);
Assert.AreEqual(3, traceReceived.Length);
Assert.IsTrue(traceReceived.Contains("TraceEvent id:56"), $"array contains: {string.Join(Environment.NewLine, traceReceived)}");
Assert.IsTrue(traceReceived.Contains("message"), $"array contains: {string.Join(Environment.NewLine, traceReceived)}");
Assert.IsTrue(traceReceived.Contains("format {0} - {1}"), $"array contains: {string.Join(Environment.NewLine, traceReceived)}");
}
public async Task MethodInterceptorTest_PerfV11()
{
//Configuration
var count = 0;
TraceData[] traceReceived = { };
const int upper = 1_000;
_container.RegisterInterceptor(PredefinedInterceptors.MethodTraceInterceptor, LifeTime.Singleton);
_container.Intercept <IClassVoidTest>().With(PredefinedInterceptors.MethodTraceInterceptor);
var instance = _container.Resolve <IClassVoidTest>();
_traceConfig.TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndClearAll;
using (var tracer = new TraceSourceSync(_traceConfig))
{
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
for (var i = 0; i < upper; i++)
{
var _ = await instance.MethodCallForPerfInt();
}
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// un seul retour (avec les deux traces des intercepteurs)
Assert.AreEqual(1, count);
Assert.AreEqual(2 * upper, traceReceived.Length);
}
public async Task MethodInterceptorTestV1()
{
//Configuration
var count = 0;
TraceData[] traceReceived = { };
_container.RegisterInterceptor(PredefinedInterceptors.MethodTraceInterceptor, LifeTime.Singleton);
_container.Intercept <IClassVoidTest>().With(PredefinedInterceptors.MethodTraceInterceptor);
var instance = _container.Resolve <IClassVoidTest>();
using (var tracer = new TraceSourceSync(_traceConfig))
{
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
instance.MethodCall();
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// un seul retour (avec les deux traces des intercepteurs)
Assert.AreEqual(1, count);
Assert.AreEqual(2, traceReceived.Length);
Assert.AreEqual("START_IClassVoidTest.MethodCall()", traceReceived[0].Message);
Assert.AreEqual("STOP_IClassVoidTest.MethodCall", traceReceived[1].Message);
}
public async Task DefaultTraceLevelCheck()
{
// setup
using (var ts = new TraceSourceSync())
{
//Verify
Assert.AreEqual(SourceLevels.Information, ts.TraceLevel);
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
}
public async Task CleanListenersTestV4()
{
// setup
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndClearAll
};
using (var ts = new TraceSourceSync(config))
{
//Test
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
// vérification que la liste des Listeners statiques est vide:
Assert.AreEqual(0, Trace.Listeners.Count);
}
public async Task CleanListenersTestV3()
{
// setup
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer
};
using (var ts = new TraceSourceSync(config))
{
//Test
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
// vérification que l'on ne pollue pas les Listeners statiques MAIS que l'on a retiré le listener par défaut:
Assert.IsTrue(Trace.Listeners.Cast <TraceListener>().All(o => o.Name != "Default"));
Assert.IsTrue(Trace.Listeners.Cast <TraceListener>().All(o => o.Name != @"MainTracerSync"));
}
public async Task CleanListenersTestV2()
{
// setup
var listenerCount = Trace.Listeners.Count;
var config = new TraceConfig {
TraceBehavior = TraceStaticBehavior.DoNothing
};
using (var ts = new TraceSourceSync(config))
{
//Test
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
// vérification que l'on ne pollue pas les Listeners statiques:
Assert.IsTrue(Trace.Listeners.Cast <TraceListener>().All(o => o.Name != @"MainTracerSync"));
Assert.AreEqual(listenerCount, Trace.Listeners.Count);
}
public async Task Trace_Performance_Trace_Data()
{
// setup
const int upper = 100_000;
var count = 0;
var nbTraces = 0;
var key = new object();
var config = new TraceConfig
{
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndClearAll,
PageSize = upper,
MaximumTimeForFlush = TimeSpan.FromSeconds(5)
};
Stopwatch watch;
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += t =>
{
lock (key)
{
count++;
nbTraces += t.Length;
}
};
watch = Stopwatch.StartNew();
////Test
for (var i = 0; i < upper; i++)
{
Trace.Write("error test trace TU");
}
watch.Stop();
//Verify
await ts.FlushAndCompleteAddingAsync();
}
// nombre de page renvoyé == 1 seule
Assert.AreEqual(1, count);
Assert.AreEqual(upper, nbTraces);
}
public async Task MethodInterceptorTestPerformanceV1()
{
//Configuration
var count = 0;
const int upper = 100_000;
TraceData[] traceReceived = { };
_container.RegisterInterceptor(PredefinedInterceptors.MethodTraceInterceptor, LifeTime.Singleton);
_container.Intercept <IClassVoidTest>().With(PredefinedInterceptors.MethodTraceInterceptor);
var instance = _container.Resolve <IClassVoidTest>();
// supprime tt les traceurs (influent en debug)
_traceConfig.TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndClearAll;
using (var tracer = new TraceSourceSync(_traceConfig))
{
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
var watch = Stopwatch.StartNew();
for (var i = 0; i < upper; i++)
{
instance.MethodCall();
}
watch.Stop();
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
Assert.IsTrue(watch.Elapsed < TimeSpan.FromSeconds(1), $"TROP LENT: Le temps passé est de {watch.ElapsedMilliseconds} ms");
}
// un seul retour (avec les deux traces des intercepteurs)
Assert.AreEqual(1, count);
Assert.AreEqual(2 * upper, traceReceived.Length);
}
public async Task InterceptionTest_Attribute()
{
//Configuration
int count;
TraceData[] traceReceived;
using (var tracer = new TraceSourceSync(
new TraceConfig
{
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer,
PageSize = 10000
}))
{
_container.RegisterInstance(tracer);
_container.RegisterInterceptor <InterceptorTraceInjectTracer>(LifeTime.Singleton);
_container.Register <IClassVoidAttributeTest, ClassVoidAttributeTest>(LifeTime.Singleton);
_container.Intercept <IClassVoidAttributeTest>().With <InterceptorTraceInjectTracer>(InterceptionHookOption.InterceptionAttributOnly);
count = 0;
traceReceived = null;
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
var instance = _container.Resolve <IClassVoidAttributeTest>();
instance.Prop = 45; // setter
var _ = instance.Prop; // getter
instance.MethodCall();
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// un seul retour
Assert.AreEqual(1, count);
Assert.AreEqual(3, traceReceived.Length);
}
public async Task FlushAndCompleteAddingAsync_EmptyPage_Test()
{
// setup
var count = 0;
using (var ts = new TraceSourceSync(new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer
}))
{
ts.OnTracesSent += t =>
{
Interlocked.Increment(ref count);
};
//Verify
await ts.FlushAndCompleteAddingAsync();
}
Assert.AreEqual(0, count); // pas de réception de page car page vide
}
public async Task TestSwitchLevelInformationV3()
{
// setup
var received = false;
var config = new TraceConfig
{
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer,
TraceLevel = SourceLevels.Information
};
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += t => { received = true; };
Trace.TraceError("test");
await ts.FlushAndCompleteAddingAsync();
}
//Verify
Assert.IsTrue(received);
}
public async Task DoNothing()
{
// setup
var count = 0;
using (var ts = new TraceSourceSync(new TraceConfig {
TraceBehavior = TraceStaticBehavior.DoNothing
}))
{
ts.OnTracesSent += o =>
{
Interlocked.Increment(ref count);
};
//Test
Trace.TraceInformation("Method1");
await ts.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
//Verify
Assert.AreEqual(0, count);
}
public async Task TraceAfterDispose()
{
// setup
var count = 0;
using (var ts = new TraceSourceSync(new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer
}))
{
ts.OnTracesSent += t =>
{
Interlocked.Increment(ref count);
};
//Verify
await ts.FlushAndCompleteAddingAsync();
}
Trace.TraceError("error test trace TU");
Assert.AreEqual(0, count); // pas de réception
}
public async Task TestSwitchChangeLevelV1()
{
// setup
var key = new object();
var listMessages = new List <string>();
var config = new TraceConfig
{
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer,
TraceLevel = SourceLevels.Error
};
using (var ts = new TraceSourceSync(config))
{
ts.OnTracesSent += t =>
{
lock (key)
{
listMessages.AddRange(t.Select(o => o.Message));
}
};
Trace.TraceInformation("test1"); // pas tracé
ts.TraceLevel = SourceLevels.Information;
Trace.TraceInformation("test2"); // tracé
ts.TraceLevel = SourceLevels.Warning;
Trace.TraceInformation("test3"); // pas tracé
await ts.FlushAndCompleteAddingAsync();
}
//Verify
Assert.AreEqual(1, listMessages.Count);
Assert.IsTrue(listMessages.Contains("test2"));
Assert.IsFalse(listMessages.Contains("test1"));
Assert.IsFalse(listMessages.Contains("test3"));
}
public async Task InterceptionTestV2()
{
//Configuration
var count = 0;
TraceData[] traceReceived = { };
using (var tracer = new TraceSourceSync(new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer, PageSize = 2
}))
{
_container.RegisterInstance(tracer);
_container.RegisterInterceptor <InterceptorTraceInjectTracer>(LifeTime.Singleton);
_container.RegisterInterceptor <InterceptorTraceStatic>(LifeTime.Singleton);
_container.Register <IClassVoidTest, ClassVoidTest>(LifeTime.Singleton);
_container.InterceptAny(type => type.Name.Contains("lassVoidT")).With <InterceptorTraceInjectTracer>();
_container.InterceptAny(type => type.Name.Contains("lassVoidT")).With <InterceptorTraceStatic>();
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
var instance = _container.Resolve <IClassVoidTest>();
instance.MethodCall();
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// un seul retour (avec les deux traces des intercepteurs)
Assert.AreEqual(1, count);
Assert.IsNotNull(traceReceived.Single(o => o.Message == "IClassVoidTest_InterceptorTraceInjectTracer"));
Assert.IsNotNull(traceReceived.Single(o => o.Message == "IClassVoidTest_InterceptorTraceStatic"));
}
public async Task InterceptionTest_Property()
{
//Configuration
var count = 0;
TraceData[] traceReceived = { };
using (var tracer = new TraceSourceSync(new TraceConfig {
TraceBehavior = TraceStaticBehavior.AddListenerToStaticAccessAndRemoveDefaultTracer, PageSize = 2
}))
{
_container.RegisterInstance(tracer);
_container.RegisterInterceptor <InterceptorTraceInjectTracer>(LifeTime.Singleton);
_container.Register <IClassVoidTest, ClassVoidTest>(LifeTime.Singleton);
_container.InterceptAny(type => type.Name.Contains("lassVoidT")).With <InterceptorTraceInjectTracer>();
tracer.OnTracesSent += trace =>
{
traceReceived = trace;
Interlocked.Increment(ref count);
};
//Test
var instance = _container.Resolve <IClassVoidTest>();
instance.Prop = 45; // setter
instance.Prop = 45; // setter x2
var _ = instance.Prop; // getter = pas tracé
//Verify
await tracer.FlushAndCompleteAddingAsync().ConfigureAwait(false);
}
// un seul retour
Assert.AreEqual(1, count);
Assert.AreEqual(2, traceReceived.Length); //*2 car deux set et le get n'est pas tracé
}