public void HttpRequestMessage_InjectExtract_Identity_WithParent()
{
var propagator = new B3SpanContextPropagator();
var traceId = TraceId.CreateFromUlong(18446744073709551615);
const ulong spanId = 18446744073709551614;
const SamplingPriority samplingPriority = SamplingPriority.UserKeep;
IHeadersCollection headers = new HttpRequestMessage().Headers.Wrap();
var parentContext = new SpanContext(traceId, spanId, samplingPriority);
var traceContext = new TraceContext(null)
{
SamplingPriority = samplingPriority
};
var context = new SpanContext(parentContext, traceContext, null);
propagator.Inject(context, headers);
AssertExpected(headers, B3HttpHeaderNames.B3TraceId, "0000000000000000ffffffffffffffff");
AssertExpected(headers, B3HttpHeaderNames.B3SpanId, context.SpanId.ToString("x16"));
AssertExpected(headers, B3HttpHeaderNames.B3ParentId, "fffffffffffffffe");
AssertExpected(headers, B3HttpHeaderNames.B3Flags, "1");
AssertMissing(headers, B3HttpHeaderNames.B3Sampled);
var resultContext = propagator.Extract(headers);
Assert.NotNull(resultContext);
Assert.Equal(context.SpanId, resultContext.SpanId);
Assert.Equal(context.TraceId, resultContext.TraceId);
Assert.Equal(samplingPriority, resultContext.SamplingPriority);
}
public void WebRequest_InjectExtract_Identity()
{
var propagator = new B3SpanContextPropagator();
var traceId = TraceId.CreateFromUlong(2147483647);
const int spanId = 2147483646;
const SamplingPriority samplingPriority = SamplingPriority.AutoReject;
IHeadersCollection headers = WebRequest.CreateHttp("http://localhost").Headers.Wrap();
var context = new SpanContext(traceId, spanId, samplingPriority);
propagator.Inject(context, headers);
AssertExpected(headers, B3HttpHeaderNames.B3TraceId, "0000000000000000000000007fffffff");
AssertExpected(headers, B3HttpHeaderNames.B3SpanId, "000000007ffffffe");
AssertExpected(headers, B3HttpHeaderNames.B3Sampled, "0");
AssertMissing(headers, B3HttpHeaderNames.B3ParentId);
AssertMissing(headers, B3HttpHeaderNames.B3Flags);
var resultContext = propagator.Extract(headers);
Assert.NotNull(resultContext);
Assert.Equal(context.SpanId, resultContext.SpanId);
Assert.Equal(context.TraceId, resultContext.TraceId);
Assert.Equal(context.SamplingPriority, resultContext.SamplingPriority);
}
public void Overflow()
{
var buffer = new Ci.Agent.Payloads.EventsBuffer <Ci.IEvent>(10, Ci.Agent.MessagePack.CIFormatterResolver.Instance);
Assert.False(buffer.IsFull);
var spanEvent = new SpanEvent(new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow));
var result = buffer.TryWrite(spanEvent);
Assert.False(result);
Assert.Equal(0, buffer.Count);
Assert.True(buffer.IsFull);
buffer.Lock();
var innerBuffer = buffer.Data;
var actualBuffer = innerBuffer.Skip(innerBuffer.Offset).Take(innerBuffer.Count).ToArray();
Assert.True(actualBuffer.Skip(Ci.Agent.Payloads.EventsBuffer <Ci.IEvent> .HeaderSize).All(b => b == 0x0), "No data should have been written to the buffer");
buffer.Clear();
Assert.False(buffer.IsFull);
}
public bool TryExtract <TCarrier, TCarrierGetter>(TCarrier carrier, TCarrierGetter carrierGetter, out SpanContext?spanContext)
where TCarrierGetter : struct, ICarrierGetter <TCarrier>
{
spanContext = null;
if (carrier is not IReadOnlyDictionary <string, string?> )
{
return(false);
}
var traceIdAsUint64 = ParseUtility.ParseUInt64(carrier, carrierGetter, SpanContext.Keys.TraceId);
if (traceIdAsUint64 == null)
{
// a valid traceId is required to use distributed tracing
return(false);
}
var traceId = TraceId.CreateFromUlong(traceIdAsUint64.Value);
if (traceId == TraceId.Zero)
{
// a valid traceId is required to use distributed tracing
return(false);
}
var parentId = ParseUtility.ParseUInt64(carrier, carrierGetter, SpanContext.Keys.ParentId) ?? 0;
var samplingPriority = ParseUtility.ParseInt32(carrier, carrierGetter, SpanContext.Keys.SamplingPriority);
var origin = ParseUtility.ParseString(carrier, carrierGetter, SpanContext.Keys.Origin);
var rawTraceId = ParseUtility.ParseString(carrier, carrierGetter, SpanContext.Keys.RawTraceId);
var rawSpanId = ParseUtility.ParseString(carrier, carrierGetter, SpanContext.Keys.RawSpanId);
spanContext = new SpanContext(traceId, parentId, samplingPriority, serviceName: null, origin, rawTraceId, rawSpanId);
return(true);
}
public async Task AgentlessTestEventTest()
{
var sender = new Mock <ICIAgentlessWriterSender>();
var agentlessWriter = new CIAgentlessWriter(sender.Object);
var span = new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow);
span.Type = SpanTypes.Test;
span.SetTag(TestTags.Type, TestTags.TypeTest);
var expectedPayload = new Ci.Agent.Payloads.CITestCyclePayload();
expectedPayload.TryProcessEvent(new TestEvent(span));
var expectedBytes = expectedPayload.ToArray();
byte[] finalPayload = null;
sender.Setup(x => x.SendPayloadAsync(It.IsAny <Ci.Agent.Payloads.EventsPayload>()))
.Returns <Ci.Agent.Payloads.EventsPayload>(payload =>
{
finalPayload = payload.ToArray();
return(Task.CompletedTask);
});
var trace = new[] { span };
agentlessWriter.WriteTrace(new ArraySegment <Span>(trace));
await agentlessWriter.FlushTracesAsync(); // Force a flush to make sure the trace is written to the API
Assert.True(finalPayload.SequenceEqual(expectedBytes));
}
public void EventsBufferTest()
{
int headerSize = Ci.Agent.Payloads.EventsBuffer <Ci.IEvent> .HeaderSize;
var span = new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow);
var spanEvent = new SpanEvent(span);
var individualType = MessagePackSerializer.Serialize <Ci.IEvent>(spanEvent, Ci.Agent.MessagePack.CIFormatterResolver.Instance);
int bufferSize = 256;
int maxBufferSize = (int)(4.5 * 1024 * 1024);
while (bufferSize < maxBufferSize)
{
var eventBuffer = new Ci.Agent.Payloads.EventsBuffer <Ci.IEvent>(bufferSize, Ci.Agent.MessagePack.CIFormatterResolver.Instance);
while (eventBuffer.TryWrite(spanEvent))
{
// .
}
// The number of items in the events should be the same as the num calculated
// without decimals (items that doesn't fit doesn't get added)
var numItemsTrunc = (bufferSize - headerSize) / individualType.Length;
Assert.Equal(numItemsTrunc, eventBuffer.Count);
bufferSize *= 2;
}
}
private static Span GetMyServiceSpan()
{
var span = new Span(new SpanContext(TraceId.CreateFromUlong(_id++), _id++, null, serviceName: ServiceName), DateTimeOffset.Now)
{
OperationName = OperationName
};
span.SetTag(Tags.Environment, Env);
return(span);
}
public async Task SlowSenderTest()
{
var flushTcs = new TaskCompletionSource <bool>();
var sender = new Mock <ICIAgentlessWriterSender>();
var agentlessWriter = new CIAgentlessWriter(sender.Object);
var lstPayloads = new List <byte[]>();
sender.Setup(x => x.SendPayloadAsync(It.IsAny <Ci.Agent.Payloads.EventsPayload>()))
.Returns <Ci.Agent.Payloads.EventsPayload>(payload =>
{
lstPayloads.Add(payload.ToArray());
return(flushTcs.Task);
});
var span = new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow);
var expectedPayload = new Ci.Agent.Payloads.CITestCyclePayload();
expectedPayload.TryProcessEvent(new SpanEvent(span));
expectedPayload.TryProcessEvent(new SpanEvent(span));
expectedPayload.TryProcessEvent(new SpanEvent(span));
var expectedBytes = expectedPayload.ToArray();
agentlessWriter.WriteEvent(new SpanEvent(span));
agentlessWriter.WriteEvent(new SpanEvent(span));
agentlessWriter.WriteEvent(new SpanEvent(span));
var firstFlush = agentlessWriter.FlushTracesAsync();
agentlessWriter.WriteEvent(new SpanEvent(span));
agentlessWriter.WriteEvent(new SpanEvent(span));
agentlessWriter.WriteEvent(new SpanEvent(span));
var secondFlush = agentlessWriter.FlushTracesAsync();
flushTcs.TrySetResult(true);
agentlessWriter.WriteEvent(new SpanEvent(span));
agentlessWriter.WriteEvent(new SpanEvent(span));
agentlessWriter.WriteEvent(new SpanEvent(span));
var thirdFlush = agentlessWriter.FlushTracesAsync();
await Task.WhenAll(firstFlush, secondFlush, thirdFlush);
// We expect 3 batches.
Assert.Equal(3, lstPayloads.Count);
foreach (var payloadBytes in lstPayloads)
{
Assert.True(payloadBytes.SequenceEqual(expectedBytes));
}
}
public void LockingBuffer()
{
var buffer = new Ci.Agent.Payloads.EventsBuffer <Ci.IEvent>(10 * 1024 * 1024, Ci.Agent.MessagePack.CIFormatterResolver.Instance);
var spanEvent = new SpanEvent(new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow));
Assert.True(buffer.TryWrite(spanEvent));
buffer.Lock();
Assert.False(buffer.TryWrite(spanEvent));
buffer.Clear();
Assert.True(buffer.TryWrite(spanEvent));
}
public void Extract_InvalidSamplingPriority(string samplingPriority)
{
var propagator = new B3SpanContextPropagator();
var traceId = TraceId.CreateFromUlong(12345678);
const ulong spanId = 23456789;
var headers = InjectContext(
traceId.ToString(),
spanId.ToString("x16", CultureInfo.InvariantCulture),
samplingPriority);
var resultContext = propagator.Extract(headers);
Assert.NotNull(resultContext);
Assert.Equal(traceId, resultContext.TraceId);
Assert.Equal(spanId, resultContext.SpanId);
Assert.Null(resultContext.SamplingPriority);
}
public void Extract_InvalidSpanId(string spanId)
{
var propagator = new B3SpanContextPropagator();
var traceId = TraceId.CreateFromUlong(12345678);
const SamplingPriority samplingPriority = SamplingPriority.UserKeep;
var headers = InjectContext(
traceId.ToString(),
spanId,
((int)samplingPriority).ToString(CultureInfo.InvariantCulture));
var resultContext = propagator.Extract(headers);
Assert.NotNull(resultContext);
Assert.Equal(traceId, resultContext.TraceId);
Assert.Equal(default(ulong), resultContext.SpanId);
Assert.Equal(samplingPriority, resultContext.SamplingPriority);
}
public void ClearingBuffer()
{
var buffer = new Ci.Agent.Payloads.EventsBuffer <Ci.IEvent>(10 * 1024 * 1024, Ci.Agent.MessagePack.CIFormatterResolver.Instance);
var spanEvent = new SpanEvent(new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow));
Assert.True(buffer.TryWrite(spanEvent));
Assert.Equal(1, buffer.Count);
buffer.Clear();
Assert.Equal(0, buffer.Count);
buffer.Lock();
var innerBuffer = buffer.Data;
Assert.Equal(Ci.Agent.Payloads.EventsBuffer <Ci.IEvent> .HeaderSize, innerBuffer.Count);
}
public async Task WriteTrace_2Traces_SendToApi()
{
var trace = new[] { new Span(new SpanContext(TraceId.CreateFromUlong(1), 1), DateTimeOffset.UtcNow) };
var expectedData1 = Vendors.MessagePack.MessagePackSerializer.Serialize(trace, SpanFormatterResolver.Instance);
_ciAgentWriter.WriteTrace(new ArraySegment <Span>(trace));
await _ciAgentWriter.FlushTracesAsync(); // Force a flush to make sure the trace is written to the API
_api.Verify(x => x.SendTracesAsync(It.Is <ArraySegment <byte> >(y => Equals(y, expectedData1)), It.Is <int>(i => i == 1)), Times.Once);
_api.Invocations.Clear();
trace = new[] { new Span(new SpanContext(TraceId.CreateFromUlong(2), 2), DateTimeOffset.UtcNow) };
var expectedData2 = Vendors.MessagePack.MessagePackSerializer.Serialize(trace, SpanFormatterResolver.Instance);
_ciAgentWriter.WriteTrace(new ArraySegment <Span>(trace));
await _ciAgentWriter.FlushTracesAsync(); // Force a flush to make sure the trace is written to the API
_api.Verify(x => x.SendTracesAsync(It.Is <ArraySegment <byte> >(y => Equals(y, expectedData2)), It.Is <int>(i => i == 1)), Times.Once);
await _ciAgentWriter.FlushAndCloseAsync();
}
internal static Scope CreatePlaceholderScope(Tracer tracer, string traceId, string samplingPriority)
{
Span span = null;
if (traceId == null)
{
Serverless.Debug("traceId not found");
span = tracer.StartSpan(PlaceholderOperationName, tags: null, serviceName: PlaceholderServiceName, addToTraceContext: false);
}
else
{
Serverless.Debug($"creating the placeholder traceId = {traceId}");
span = tracer.StartSpan(PlaceholderOperationName, tags: null, serviceName: PlaceholderServiceName, traceId: TraceId.CreateFromUlong(Convert.ToUInt64(traceId)), addToTraceContext: false);
}
if (samplingPriority == null)
{
Serverless.Debug($"samplingPriority not found");
span.Context.TraceContext.SetSamplingPriority(tracer.TracerManager.Sampler?.GetSamplingPriority(span));
}
else
{
Serverless.Debug($"setting the placeholder sampling proirity to = {samplingPriority}");
span.Context.TraceContext.SetSamplingPriority(Convert.ToInt32(samplingPriority));
}
return(tracer.TracerManager.ScopeManager.Activate(span, false));
}
public void CreateFromUlong_CreatesIdCorrectly()
{
var traceId = TraceId.CreateFromUlong(3212132132132132121);
traceId.ToString().Should().Be("3212132132132132121");
}
public void CreateFromUlong_CreatesIdCorrectly()
{
var traceId = TraceId.CreateFromUlong(3212132132132132121);
traceId.ToString().Should().Be("00000000000000002c93c927d35a9519");
}
