public void SimpleActionWithParameter()
=> AssertWith1TransactionAnd1Span(t =>
{
t.CaptureSpan(SpanName, SpanType,
s =>
{
s.Should().NotBeNull();
WaitHelpers.Sleep2XMinimum();
});
});
public void SimpleActionWithReturnType_OnSubSpan()
=> AssertWith1TransactionAnd1SpanOnSubSpan(s =>
{
var res = s.CaptureSpan(SpanName, SpanType, () =>
{
WaitHelpers.Sleep2XMinimum();
return(42);
});
res.Should().Be(42);
});
public void SimpleActionWithReturnType()
=> AssertWith1TransactionAnd1Span(t =>
{
var res = t.CaptureSpan(SpanName, SpanType, () =>
{
WaitHelpers.Sleep2XMinimum();
return(42);
});
Assert.Equal(42, res);
});
public void SimpleActionWithReturnTypeAndParameter_OnSubSpan()
=> AssertWith1TransactionAnd1SpanOnSubSpan(t =>
{
var res = t.CaptureSpan(SpanName, SpanType, s =>
{
t.Should().NotBeNull();
WaitHelpers.Sleep2XMinimum();
return(42);
});
res.Should().Be(42);
});
public void SimpleActionWithException()
=> AssertWith1TransactionAnd1SpanAnd1Error(t =>
{
Assert.Throws <InvalidOperationException>(() =>
{
t.CaptureSpan(SpanName, SpanType, new Action(() =>
{
WaitHelpers.Sleep2XMinimum();
throw new InvalidOperationException(ExceptionMessage);
}));
});
});
public void SimpleActionWithException_OnSubSpan()
=> AssertWith1TransactionAnd1SpanAnd1ErrorOnSubSpan(s =>
{
Action act = () =>
{
s.CaptureSpan(SpanName, SpanType, new Action(() =>
{
WaitHelpers.Sleep2XMinimum();
throw new InvalidOperationException(ExceptionMessage);
}));
};
act.Should().Throw <InvalidOperationException>();
});
public void SimpleActionWithExceptionAndParameter()
=> AssertWith1TransactionAnd1SpanAnd1Error(t =>
{
Action act = () =>
{
t.CaptureSpan(SpanName, SpanType, new Action <ISpan>(s =>
{
s.Should().NotBeNull();
WaitHelpers.Sleep2XMinimum();
throw new InvalidOperationException(ExceptionMessage);
}));
};
act.Should().Throw <InvalidOperationException>().WithMessage(ExceptionMessage);
});
public void LabelsOnSpan()
{
var payloadSender = AssertWith1TransactionAnd1Span(
t =>
{
t.CaptureSpan(SpanName, SpanType, span =>
{
WaitHelpers.Sleep2XMinimum();
span.SetLabel("foo", "bar");
});
});
//According to the Intake API labels are stored on the Context (and not on Spans.Labels directly).
payloadSender.SpansOnFirstTransaction[0].Context.InternalLabels.Value.InnerDictionary["foo"].Value.Should().Be("bar");
}
public void SimpleActionWithReturnTypeAndException_OnSubSpan()
=> AssertWith1TransactionAnd1SpanAnd1ErrorOnSubSpan(s =>
{
var alwaysThrow = new Random().Next(1) == 0;
Func <int> act = () => s.CaptureSpan(SpanName, SpanType, () =>
{
WaitHelpers.Sleep2XMinimum();
if (alwaysThrow) //avoid unreachable code warning.
{
throw new InvalidOperationException(ExceptionMessage);
}
return(42);
});
act.Should().Throw <InvalidOperationException>().WithMessage(ExceptionMessage);
});
public void TagsOnSpan()
{
var payloadSender = AssertWith1TransactionAnd1Span(
t =>
{
t.CaptureSpan(SpanName, SpanType, span =>
{
WaitHelpers.Sleep2XMinimum();
span.Tags["foo"] = "bar";
});
});
//According to the Intake API tags are stored on the Context (and not on Spans.Tags directly).
payloadSender.SpansOnFirstTransaction[0].Context.Tags.Should().Contain("foo", "bar");
//Also make sure the tag is visible directly on Span.Tags.
payloadSender.SpansOnFirstTransaction[0].Tags.Should().Contain("foo", "bar");
}
public void SimpleActionWithReturnTypeAndExceptionAndParameter_OnSubSpan()
=> AssertWith1TransactionAnd1SpanAnd1ErrorOnSubSpan(s1 =>
{
Action act = () =>
{
s1.CaptureSpan(SpanName, SpanType, s2 =>
{
s2.Should().NotBeNull();
WaitHelpers.Sleep2XMinimum();
if (new Random().Next(1) == 0) //avoid unreachable code warning.
{
throw new InvalidOperationException(ExceptionMessage);
}
return(42);
});
throw new Exception("CaptureSpan should not eat exception and continue");
};
act.Should().Throw <InvalidOperationException>().WithMessage(ExceptionMessage);
});
public void SimpleActionWithReturnTypeAndException()
=> AssertWith1TransactionAnd1SpanAnd1Error(t =>
{
Assert.Throws <InvalidOperationException>(() =>
{
var result = t.CaptureSpan(SpanName, SpanType, () =>
{
WaitHelpers.Sleep2XMinimum();
if (new Random().Next(1) == 0) //avoid unreachable code warning.
{
throw new InvalidOperationException(ExceptionMessage);
}
return(42);
});
Assert.True(false); //Should not be executed because the agent isn't allowed to catch an exception.
Assert.Equal(42, result); //But if it'd not throw it'd be 42.
});
});
public void SimpleAction()
=> AssertWith1TransactionAnd1Span(t => { t.CaptureSpan(SpanName, SpanType, () => { WaitHelpers.Sleep2XMinimum(); }); });
