public void EqualsShouldReturnFalseIfSpanIdsAreNotEqual()
{
var spanState1 = new SpanState(TraceIdHigh, TraceId, null, 1, IsSampled, IsDebug);
var spanState2 = new SpanState(TraceIdHigh, TraceId, null, 2, IsSampled, IsDebug);
Assert.AreNotEqual(spanState1, spanState2);
}
public void DefaultsValuesAreNotUsedIfValuesSpecified()
{
var spanState = new SpanState(1, 0, 2, SpanFlags.None);
var started = TimeUtils.UtcNow;
// Make sure we choose something different thant the default values
const string serviceName = SerializerUtils.DefaultServiceName + "_notDefault";
var hostPort = SerializerUtils.DefaultEndPoint.Port + 1;
const string name = "myRPCmethod";
var span = new Span(spanState, started)
{
Endpoint = new IPEndPoint(IPAddress.Loopback, hostPort), ServiceName = serviceName, Name = name
};
AddClientSendReceiveAnnotations(span);
var thriftSpan = ThriftSpanSerializer.ConvertToThrift(span);
AssertSpanHasRequiredFields(thriftSpan);
Assert.NotNull(thriftSpan);
Assert.AreEqual(2, thriftSpan.Annotations.Count);
thriftSpan.Annotations.ForEach(annotation =>
{
Assert.AreEqual(serviceName, annotation.Host.Service_name);
Assert.AreEqual(SerializerUtils.IpToInt(IPAddress.Loopback), annotation.Host.Ipv4);
Assert.AreEqual(hostPort, annotation.Host.Port);
});
Assert.AreEqual(name, thriftSpan.Name);
}
public void RootSpanPropertyIsCorrect(long?parentSpanId)
{
var spanState = new SpanState(1, parentSpanId, 1, SpanFlags.None);
var span = new Span(spanState, TimeUtils.UtcNow);
Assert.AreEqual(parentSpanId == null, span.IsRoot);
}
public void TimestampConvertedForLocalComponent()
{
var startTime = DateTime.Now;
var spanState = new SpanState(1, 0, 2, SpanFlags.None);
var span = new Span(spanState, TimeUtils.UtcNow);
var recordStart = new Record(spanState, startTime, Annotations.LocalOperationStart("Operation"));
var visitorStart = new ZipkinAnnotationVisitor(recordStart, span);
recordStart.Annotation.Accept(visitorStart);
var recordStop = new Record(spanState, startTime.AddHours(1), Annotations.LocalOperationStop());
var visitorStop = new ZipkinAnnotationVisitor(recordStop, span);
recordStop.Annotation.Accept(visitorStop);
var thriftSpan = ThriftSpanSerializer.ConvertToThrift(span);
Assert.AreEqual(startTime.ToUnixTimestamp(), thriftSpan.Timestamp);
Assert.AreEqual(1, thriftSpan.Binary_annotations.Count);
var endpoint = thriftSpan.Binary_annotations[0].Host;
Assert.NotNull(endpoint);
Assert.IsEmpty(endpoint.Service_name);
Assert.IsNotNull(endpoint.Ipv4);
}
public void RootSpanPropertyIsCorrect(long?parentSpanId)
{
var spanState = new SpanState(1, parentSpanId, 1, isSampled: null, isDebug: false);
var span = new Span(spanState, TimeUtils.UtcNow);
Assert.AreEqual(parentSpanId == null, span.IsRoot);
}
public void HashCodeShouldVaryIfSpanIdsAreNotEqual()
{
var spanState1 = new SpanState(traceIdHigh, traceId, null, 1, flags);
var spanState2 = new SpanState(traceIdHigh, traceId, null, 2, flags);
Assert.AreNotEqual(spanState1.GetHashCode(), spanState2.GetHashCode());
}
public void HashCodeShouldVaryIfSpanIdsAreNotEqual()
{
var spanState1 = new SpanState(TraceIdHigh, TraceId, null, 1, IsSampled, IsDebug);
var spanState2 = new SpanState(TraceIdHigh, TraceId, null, 2, IsSampled, IsDebug);
Assert.AreNotEqual(spanState1.GetHashCode(), spanState2.GetHashCode());
}
public void DefaultsValuesAreUsedIfNothingSpecified()
{
var spanState = new SpanState(1, 0, 2, SpanFlags.None);
var span = new Span(spanState, TimeUtils.UtcNow);
AddClientSendReceiveAnnotations(span);
var thriftSpan = ThriftSpanSerializer.ConvertToThrift(span);
AssertSpanHasRequiredFields(thriftSpan);
const string defaultName = SerializerUtils.DefaultRpcMethodName;
const string defaultServiceName = SerializerUtils.DefaultServiceName;
var defaultIpv4 = SerializerUtils.IpToInt(SerializerUtils.DefaultEndPoint.Address);
var defaultPort = SerializerUtils.DefaultEndPoint.Port;
Assert.AreEqual(2, thriftSpan.Annotations.Count);
thriftSpan.Annotations.ForEach(ann =>
{
Assert.AreEqual(defaultServiceName, ann.Host.Service_name);
Assert.AreEqual(defaultIpv4, ann.Host.Ipv4);
Assert.AreEqual(defaultPort, ann.Host.Port);
});
Assert.AreEqual(defaultName, thriftSpan.Name);
Assert.IsNull(thriftSpan.Duration);
}
public void EqualsShouldReturnFalseIfSpanIdsAreNotEqual()
{
var spanState1 = new SpanState(traceIdHigh, traceId, null, 1, flags);
var spanState2 = new SpanState(traceIdHigh, traceId, null, 2, flags);
Assert.AreNotEqual(spanState1, spanState2);
}
public void AnnotationsAreCorrectlyRecorded()
{
var memoryTracer = new InMemoryTracer();
var spanState = new SpanState(1, 0, 1, isSampled: null, isDebug: false);
var rpcAnn = Annotations.Rpc("GET RPC");
var recordRpc = new Record(spanState, TimeUtils.UtcNow, rpcAnn);
var servAnn = Annotations.ServiceName("MyCriteoService");
var recordServName = new Record(spanState, TimeUtils.UtcNow, servAnn);
var servRecv = Annotations.ServerRecv();
var recordServR = new Record(spanState, TimeUtils.UtcNow, servRecv);
var servSend = Annotations.ServerSend();
var recordServS = new Record(spanState, TimeUtils.UtcNow, servSend);
memoryTracer.Record(recordRpc);
memoryTracer.Record(recordServName);
memoryTracer.Record(recordServR);
memoryTracer.Record(recordServS);
var records = memoryTracer.Records.ToList();
var annotations = records.Select(record => record.Annotation).ToList();
Assert.AreEqual(4, annotations.Count());
Assert.True(annotations.Contains(rpcAnn));
Assert.True(annotations.Contains(servAnn));
Assert.True(annotations.Contains(servRecv));
Assert.True(annotations.Contains(servSend));
}
public void SpansShouldBeFlushedAfterTtl()
{
var now = TimeUtils.UtcNow;
var firstSpanState = new SpanState(traceId: 1, parentSpanId: 0, spanId: 4874542152, flags: SpanFlags.None);
var record = new Record(firstSpanState, now, Annotations.ServerRecv());
_tracer.Record(record);
// futureTime = now + (ttl - 4)
var futureTime = now.AddSeconds(ZipkinTracer.TimeToLive.TotalSeconds - 4); // of course test will fail if TTL is set lower than 4 seconds
_tracer.FlushOldSpans(futureTime); // shouldn't do anything since we haven't reached span ttl yet
_spanSender.Verify(sender => sender.Send(It.IsAny <byte[]>()), Times.Never());
var newerSpanState = new SpanState(traceId: 2, parentSpanId: 0, spanId: 9988415021, flags: SpanFlags.None);
var newerRecord = new Record(newerSpanState, futureTime, Annotations.ServerRecv());
_tracer.Record(newerRecord); // creates a second span
futureTime = futureTime.AddSeconds(5); // = now + (ttl - 4) + 5 = now + ttl + 1
_tracer.FlushOldSpans(futureTime); // should flush only the first span since we are 1 second past its TTL but 5 seconds before the second span TTL
_spanSender.Verify(sender => sender.Send(It.IsAny <byte[]>()), Times.Once());
// "ServerSend" should make the second span "complete" hence the second span should be sent immediately
var newerComplementaryRecord = new Record(newerSpanState, futureTime, Annotations.ServerSend());
_tracer.Record(newerComplementaryRecord);
_spanSender.Verify(sender => sender.Send(It.IsAny <byte[]>()), Times.Exactly(2));
}
public Span(SpanState spanState, DateTime spanCreated)
{
Annotations = new List <ZipkinAnnotation>();
BinaryAnnotations = new List <BinaryAnnotation>();
Complete = false;
SpanState = spanState;
SpanCreated = spanCreated;
}
public void writeB3SingleFormat_sampled()
{
ITraceContext context =
new SpanState(traceId: 1, parentSpanId: null, spanId: 3, isSampled: true, isDebug: false);
var b3Format = B3SingleFormat.WriteB3SingleFormat(context);
Assert.AreEqual(TraceId + '-' + SpanId + "-1", b3Format);
}
public void parseB3SingleFormat_idsWithDebug()
{
const string input = TraceId + "-" + SpanId + "-d";
var context = B3SingleFormat.ParseB3SingleFormat(input);
var expectedContext = new SpanState(1, null, 3, null, true);
Assert.AreEqual(expectedContext, context);
}
public void parseB3SingleFormat_parent_unsampled()
{
const string input = TraceId + "-" + SpanId + "-0-" + ParentId;
var context = B3SingleFormat.ParseB3SingleFormat(input);
var expectedContext = new SpanState(1, 2, 3, false, false);
Assert.AreEqual(expectedContext, context);
}
public void parseB3SingleFormat_idsNotYetSampled()
{
const string input = TraceId + "-" + SpanId;
var context = B3SingleFormat.ParseB3SingleFormat(input);
var expectedContext = new SpanState(1, null, 3, null, false);
Assert.AreEqual(expectedContext, context);
}
public void writeB3SingleFormatWithoutParent_debug()
{
ITraceContext context =
new SpanState(traceId: 1, parentSpanId: 2, spanId: 3, isSampled: false, isDebug: true);
var b3Format = B3SingleFormat.WriteB3SingleFormatWithoutParentId(context);
Assert.AreEqual(TraceId + '-' + SpanId + "-d", b3Format);
}
public void writeB3SingleFormat_notYetSampled_128()
{
ITraceContext context = new SpanState(traceIdHigh: 9, traceId: 1, parentSpanId: null, spanId: 3,
isSampled: null, isDebug: false);
var b3Format = B3SingleFormat.WriteB3SingleFormat(context);
Assert.AreEqual("0000000000000009" + TraceId + "-" + SpanId, b3Format);
}
private void RemoveThenLogSpan(SpanState spanState)
{
Span spanToLog;
if (_spanMap.TryRemove(spanState, out spanToLog))
{
LogSpan(spanToLog);
}
}
public void TraceSamplingForced(bool?isSampled)
{
var spanState = new SpanState(1, 0, 1, isSampled: isSampled, isDebug: false);
var trace = Trace.CreateFromId(spanState);
trace.ForceSampled();
Assert.IsTrue(trace.CurrentSpan.Sampled);
}
public void TraceSamplingForced(SpanFlags initialFlags)
{
var spanState = new SpanState(1, 0, 1, initialFlags);
var trace = Trace.CreateFromId(spanState);
trace.ForceSampled();
Assert.AreEqual(SamplingStatus.Sampled, trace.CurrentSpan.SamplingStatus);
}
private static string SerializeTraceId(SpanState spanState)
{
var hexTraceId = NumberUtils.EncodeLongToLowerHexString(spanState.TraceId);
if (spanState.TraceIdHigh == SpanState.NoTraceIdHigh)
{
return(hexTraceId);
}
return(NumberUtils.EncodeLongToLowerHexString(spanState.TraceIdHigh) + hexTraceId);
}
private static TimeSpan?GetSpanDuration(TimeSpan offset, params string[] annotations)
{
var spanState = new SpanState(1, null, 2, isSampled: null, isDebug: false);
var span = new Span(spanState, TimeUtils.UtcNow);
var annotationTime = span.SpanCreated;
Array.ForEach(annotations, a =>
span.AddAnnotation(new ZipkinAnnotation(annotationTime, a)));
span.SetAsComplete(annotationTime.Add(offset));
return(span.Duration);
}
public void FlagSampledShouldForward()
{
var dispatcher = new Mock <IRecordDispatcher>();
TraceManager.Start(new VoidLogger(), dispatcher.Object);
var spanState = new SpanState(1, 0, 1, isSampled: true, isDebug: false);
var trace = Trace.CreateFromId(spanState);
trace.Record(Annotations.ClientRecv());
dispatcher.Verify(d => d.Dispatch(It.IsAny <Record>()), Times.Once());
}
public void FlagUnsetShouldForwardForBackwardCompatibility()
{
var dispatcher = new Mock <IRecordDispatcher>();
TraceManager.Start(new VoidLogger(), dispatcher.Object);
var spanState = new SpanState(1, 0, 1, SpanFlags.None);
var trace = Trace.CreateFromId(spanState);
trace.Record(Annotations.ClientRecv());
dispatcher.Verify(d => d.Dispatch(It.IsAny <Record>()), Times.Once());
}
public void FlagNotSampledShouldNotForward()
{
var dispatcher = new Mock <IRecordDispatcher>();
TraceManager.Start(new VoidLogger(), dispatcher.Object);
var spanState = new SpanState(1, 0, 1, SpanFlags.SamplingKnown);
var trace = Trace.CreateFromId(spanState);
trace.Record(Annotations.ClientRecv());
dispatcher.Verify(d => d.Dispatch(It.IsAny <Record>()), Times.Never);
}
public void ExtraFieldShouldBeInjectedInCarrier()
{
var extra = new ExtraFieldPropagation.Extra();
extra.Put(Key1, Key1Value);
var context = new SpanState(_context, new List <object> {
extra
});
Injector.Inject(context, _carrier);
Assert.True(_carrier.Contains(new KeyValuePair <string, string>(Key1, Key1Value)));
}
public void MinimumDurationShouldBeAMicrosecond()
{
var spanState = new SpanState(1, null, 2, isSampled: null, isDebug: false);
var span = new Span(spanState, TimeUtils.UtcNow);
var annotationTime = span.SpanCreated;
span.AddBinaryAnnotation(new BinaryAnnotation(zipkinCoreConstants.LOCAL_COMPONENT,
Encoding.UTF8.GetBytes("lc1"), AnnotationType.STRING, annotationTime,
SerializerUtils.DefaultServiceName, SerializerUtils.DefaultEndPoint));
span.SetAsComplete(annotationTime.AddTicks(1));
Assert.NotNull(span.Duration);
Assert.AreEqual(0.001, span.Duration.Value.TotalMilliseconds);
}
public void WhiteSpacesAreRemovedFromServiceName()
{
var spanState = new SpanState(1, 0, 2, SpanFlags.None);
var span = new Span(spanState, TimeUtils.UtcNow)
{
ServiceName = "my Criteo Service"
};
AddClientSendReceiveAnnotations(span);
var thriftSpan = ThriftSpanSerializer.ConvertToThrift(span);
Assert.AreEqual("my_Criteo_Service", thriftSpan.Annotations[0].Host.Service_name);
}
public void HeadersAreCorrectlySet(string expectedTraceId, long?parentSpanId, string expectedParentSpanId, string expectedSpanId, bool setSampled, string expectedFlags, string expectedSampled, int expectedCount)
{
var spanState = new SpanState(1, parentSpanId, 250, setSampled ? (SpanFlags.SamplingKnown | SpanFlags.Sampled) : SpanFlags.None);
var trace = Trace.CreateFromId(spanState);
var headersNvc = new NameValueCollection();
_injector.Inject(trace, headersNvc);
CheckHeaders(headersNvc, expectedTraceId, expectedParentSpanId, expectedSpanId, expectedFlags, expectedSampled, expectedCount);
var headersDict = new Dictionary <string, string>();
_injector.Inject(trace, headersDict);
CheckHeaders(headersDict, expectedTraceId, expectedParentSpanId, expectedSpanId, expectedFlags, expectedSampled, expectedCount);
}
