public void Test()
{
Assert.Contains("NREUM", _browserTimingHeader);
var browserMonitoringConfig = JavaScriptAgent.GetJavaScriptAgentConfigFromSource(_browserTimingHeader);
NrAssert.Multiple(
() => Assert.Contains("beacon", browserMonitoringConfig.Keys),
() => Assert.Contains("errorBeacon", browserMonitoringConfig.Keys),
() => Assert.Contains("licenseKey", browserMonitoringConfig.Keys),
() => Assert.Contains("applicationID", browserMonitoringConfig.Keys),
() => Assert.Contains("transactionName", browserMonitoringConfig.Keys),
() => Assert.Contains("queueTime", browserMonitoringConfig.Keys),
() => Assert.Contains("applicationTime", browserMonitoringConfig.Keys),
() => Assert.Contains("agent", browserMonitoringConfig.Keys),
() => Assert.Contains("atts", browserMonitoringConfig.Keys)
);
var attrsDict = HeaderEncoder.DecodeAndDeserialize <Dictionary <string, IDictionary <string, object> > >(browserMonitoringConfig["atts"], _fixture.TestConfiguration.LicenseKey, 13);
Assert.Contains("a", attrsDict.Keys);
IDictionary <string, object> agentAttrsDict = attrsDict["a"];
Assert.Contains("nr.tripId", agentAttrsDict.Keys);
NrAssert.Multiple(
() => Assert.NotNull(browserMonitoringConfig["beacon"]),
() => Assert.NotNull(browserMonitoringConfig["errorBeacon"]),
() => Assert.NotNull(browserMonitoringConfig["licenseKey"]),
() => Assert.NotNull(browserMonitoringConfig["applicationID"]),
() => Assert.NotNull(browserMonitoringConfig["transactionName"]),
() => Assert.NotNull(browserMonitoringConfig["queueTime"]),
() => Assert.NotNull(browserMonitoringConfig["applicationTime"]),
() => Assert.NotNull(browserMonitoringConfig["agent"])
);
}
public void Test()
{
var catResponseHeader = _responseHeaders.GetValues(@"X-NewRelic-App-Data")?.FirstOrDefault();
Assert.NotNull(catResponseHeader);
var catResponseData = HeaderEncoder.DecodeAndDeserialize <CrossApplicationResponseData>(catResponseHeader, HeaderEncoder.IntegrationTestEncodingKey);
var transactionEventRedirect = _fixture.AgentLog.TryGetTransactionEvent("WebTransaction/StatusCode/301");
Assert.NotNull(transactionEventRedirect);
Assert.Equal("WebTransaction/StatusCode/301", catResponseData.TransactionName);
}
public void Test()
{
var catResponseHeader = _responseHeaders.GetValues(@"X-NewRelic-App-Data")?.FirstOrDefault();
Assert.NotNull(catResponseHeader);
var catResponseData = HeaderEncoder.DecodeAndDeserialize <CrossApplicationResponseData>(catResponseHeader, HeaderEncoder.IntegrationTestEncodingKey);
var transactionSample = _fixture.AgentLog.TryGetTransactionSample("WebTransaction/MVC/DefaultController/Index");
var transactionEventIndex = _fixture.AgentLog.TryGetTransactionEvent("WebTransaction/MVC/DefaultController/Index");
var transactionEventRedirect = _fixture.AgentLog.TryGetTransactionEvent("WebTransaction/MVC/DefaultController/DoRedirect");
var metrics = _fixture.AgentLog.GetMetrics();
NrAssert.Multiple
(
() => Assert.NotNull(transactionSample),
() => Assert.NotNull(transactionEventRedirect),
() => Assert.NotNull(transactionEventIndex)
);
NrAssert.Multiple
(
() => Assert.Equal(_fixture.AgentLog.GetCrossProcessId(), catResponseData.CrossProcessId),
() => Assert.Equal("WebTransaction/MVC/DefaultController/Index", catResponseData.TransactionName),
() => Assert.True(catResponseData.QueueTimeInSeconds >= 0),
() => Assert.True(catResponseData.ResponseTimeInSeconds >= 0),
() => Assert.Equal(-1, catResponseData.ContentLength),
() => Assert.NotNull(catResponseData.TransactionGuid),
() => Assert.False(catResponseData.Unused),
// Trace attributes
() => Assertions.TransactionTraceHasAttributes(Expectations.ExpectedTransactionTraceIntrinsicAttributesCatEnabled, TransactionTraceAttributeType.Intrinsic, transactionSample),
() => Assertions.TransactionTraceDoesNotHaveAttributes(Expectations.UnexpectedTransactionTraceIntrinsicAttributesCatEnabled, TransactionTraceAttributeType.Intrinsic, transactionSample),
// transactionEventIndex attributes
() => Assertions.TransactionEventHasAttributes(Expectations.ExpectedTransactionEventIntrinsicAttributesCatEnabled, TransactionEventAttributeType.Intrinsic, transactionEventIndex),
() => Assertions.TransactionEventDoesNotHaveAttributes(Expectations.UnexpectedTransactionEventIntrinsicAttributesCatEnabled, TransactionEventAttributeType.Intrinsic, transactionEventIndex),
// transactionEventRedirect attributes
() => Assertions.TransactionEventHasAttributes(Expectations.ExpectedTransactionEventIntrinsicAttributesCatEnabled, TransactionEventAttributeType.Intrinsic, transactionEventRedirect),
() => Assertions.TransactionEventDoesNotHaveAttributes(Expectations.UnexpectedTransactionEventIntrinsicAttributesCatEnabled, TransactionEventAttributeType.Intrinsic, transactionEventRedirect),
() => Assertions.MetricsExist(Expectations.ExpectedMetricsCatEnabled, metrics)
);
}
public void Test()
{
var catResponseHeader = _responseHeaders.GetValues(@"X-NewRelic-App-Data")?.FirstOrDefault();
Assert.NotNull(catResponseHeader);
var catResponseData = HeaderEncoder.DecodeAndDeserialize <CrossApplicationResponseData>(catResponseHeader, HeaderEncoder.IntegrationTestEncodingKey);
var metrics = _fixture.AgentLog.GetMetrics().ToList();
var calleeTransactionEvent = _fixture.AgentLog.TryGetTransactionEvent("WebTransaction/MVC/DefaultController/Index");
Assert.NotNull(calleeTransactionEvent);
var callerTransactionTrace = _fixture.AgentLog.TryGetTransactionSample("WebTransaction/MVC/DefaultController/ChainedHttpClient");
Assert.NotNull(callerTransactionTrace);
var crossProcessId = _fixture.AgentLog.GetCrossProcessId();
// Note: we are checking the metrics that are generated by the *Caller* as a result of receiving a CAT response.
var expectedMetrics = new List <Assertions.ExpectedMetric>
{
new Assertions.ExpectedMetric {
metricName = @"External/all", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = @"External/allWeb", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"External/{_fixture.RemoteApplication.DestinationServerName}/all", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"ExternalApp/{_fixture.RemoteApplication.DestinationServerName}/{crossProcessId}/all", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"ExternalTransaction/{_fixture.RemoteApplication.DestinationServerName}/{crossProcessId}/WebTransaction/MVC/DefaultController/Index", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"ExternalTransaction/{_fixture.RemoteApplication.DestinationServerName}/{crossProcessId}/WebTransaction/MVC/DefaultController/Index", metricScope = @"WebTransaction/MVC/DefaultController/ChainedHttpClient", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"External/{_fixture.RemoteApplication.DestinationServerName}/Stream/GET", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = @"ClientApplication/[^/]+/all", IsRegexName = true
}
};
var unexpectedMetrics = new List <Assertions.ExpectedMetric>
{
// This scoped metric should be superceded by the ExternalTransaction metric above
new Assertions.ExpectedMetric {
metricName = $@"External/{_fixture.RemoteApplication.DestinationServerName}/Stream/GET", metricScope = @"WebTransaction/MVC/DefaultController/ChainedHttpClient"
}
};
// Note: we are checking the attributes attached to the *Callee's* transaction, not the caller's transaction. The attributes attached to the caller's transaction are already fully vetted in the CatInbound tests.
var expectedTransactionEventIntrinsicAttributes1 = new List <string>
{
"nr.guid",
"nr.pathHash",
"nr.referringPathHash",
"nr.referringTransactionGuid"
};
var expectedTransactionEventIntrinsicAttributes2 = new Dictionary <string, string>
{
// This value comes from what we send to the application (see parameter passed to GetWithCatHeader above)
{ "nr.tripId", "tripId" }
};
var expectedCallerTraceSegmentParameters = new List <Assertions.ExpectedSegmentParameter>
{
new Assertions.ExpectedSegmentParameter {
segmentName = "ExternalTransaction/[^/]+/[^/]+/WebTransaction/MVC/DefaultController/Index", IsRegexSegmentName = true, parameterName = "transaction_guid"
}
};
NrAssert.Multiple(
() => Assert.Equal(crossProcessId, catResponseData.CrossProcessId),
() => Assert.Equal("WebTransaction/MVC/DefaultController/ChainedHttpClient", catResponseData.TransactionName),
() => Assert.True(catResponseData.QueueTimeInSeconds >= 0),
() => Assert.True(catResponseData.ResponseTimeInSeconds >= 0),
() => Assert.Equal(-1, catResponseData.ContentLength),
() => Assert.NotNull(catResponseData.TransactionGuid),
() => Assert.False(catResponseData.Unused),
() => Assertions.MetricsExist(expectedMetrics, metrics),
() => Assertions.MetricsDoNotExist(unexpectedMetrics, metrics),
// Note: It is difficult (perhaps impossible) to ensure that a transaction trace is generate for the chained request. This is because only one transaction trace is collected per harvest, and the chained requests will both be eligible.
// calleeTransactionEvent attributes
() => Assertions.TransactionEventHasAttributes(expectedTransactionEventIntrinsicAttributes1, TransactionEventAttributeType.Intrinsic, calleeTransactionEvent),
() => Assertions.TransactionEventHasAttributes(expectedTransactionEventIntrinsicAttributes2, TransactionEventAttributeType.Intrinsic, calleeTransactionEvent),
// callerTransactionTrace segments
() => Assertions.TransactionTraceSegmentParametersExist(expectedCallerTraceSegmentParameters, callerTransactionTrace)
);
}
public void Test()
{
var catResponseHeader = _responseHeaders.GetValues(@"X-NewRelic-App-Data")?.FirstOrDefault();
Assert.NotNull(catResponseHeader);
var catResponseData = HeaderEncoder.DecodeAndDeserialize <CrossApplicationResponseData>(catResponseHeader, HeaderEncoder.IntegrationTestEncodingKey);
var transactionSample = _fixture.AgentLog.TryGetTransactionSample("WebTransaction/MVC/DefaultController/Index");
var transactionEvent = _fixture.AgentLog.TryGetTransactionEvent("WebTransaction/MVC/DefaultController/Index");
var metrics = _fixture.AgentLog.GetMetrics();
NrAssert.Multiple
(
() => Assert.NotNull(transactionSample),
() => Assert.NotNull(transactionEvent)
);
var expectedTransactionTraceIntrinsicAttributes1 = new List <string>
{
"client_cross_process_id",
"path_hash"
};
var expectedTransactionTraceIntrinsicAttributes2 = new Dictionary <string, string>
{
// These values come from what we send to the application (see parameter passed to GetWithCatHeader above)
{ "referring_transaction_guid", "guid" },
{ "trip_id", "tripId" }
};
var expectedTransactionEventIntrinsicAttributes1 = new List <string>
{
"nr.guid",
"nr.pathHash"
};
var expectedTransactionEventIntrinsicAttributes2 = new Dictionary <string, string>
{
// These values come from what we send to the application (see parameter passed to GetWithCatHeader above)
{ "nr.referringPathHash", "pathHash" },
{ "nr.referringTransactionGuid", "guid" },
{ "nr.tripId", "tripId" }
};
NrAssert.Multiple
(
() => Assert.Equal(_fixture.AgentLog.GetCrossProcessId(), catResponseData.CrossProcessId),
() => Assert.Equal("WebTransaction/MVC/DefaultController/Index", catResponseData.TransactionName),
() => Assert.True(catResponseData.QueueTimeInSeconds >= 0),
() => Assert.True(catResponseData.ResponseTimeInSeconds >= 0),
() => Assert.Equal(-1, catResponseData.ContentLength),
() => Assert.NotNull(catResponseData.TransactionGuid),
() => Assert.False(catResponseData.Unused),
// Trace attributes
() => Assertions.TransactionTraceHasAttributes(expectedTransactionTraceIntrinsicAttributes1, TransactionTraceAttributeType.Intrinsic, transactionSample),
() => Assertions.TransactionTraceHasAttributes(expectedTransactionTraceIntrinsicAttributes2, TransactionTraceAttributeType.Intrinsic, transactionSample),
// Event attributes
() => Assertions.TransactionEventHasAttributes(expectedTransactionEventIntrinsicAttributes1, TransactionEventAttributeType.Intrinsic, transactionEvent),
() => Assertions.TransactionEventHasAttributes(expectedTransactionEventIntrinsicAttributes2, TransactionEventAttributeType.Intrinsic, transactionEvent),
() => Assertions.MetricsExist(Expectations.ExpectedMetricsCatEnabled, metrics)
);
}
public void Test()
{
var catResponseHeader = _responseHeaders.GetValues(@"X-NewRelic-App-Data")?.FirstOrDefault();
Assert.NotNull(catResponseHeader);
var catResponseData = HeaderEncoder.DecodeAndDeserialize <CrossApplicationResponseData>(catResponseHeader, HeaderEncoder.IntegrationTestEncodingKey);
var metrics = _fixture.AgentLog.GetMetrics().ToList();
var calleeTransactionEvent = _fixture.AgentLog.TryGetTransactionEvent("WebTransaction/MVC/RestSharpController/TaskResultClient");
Assert.NotNull(calleeTransactionEvent);
var myHostname = _fixture.DestinationServerName;
var crossProcessId = _fixture.AgentLog.GetCrossProcessId();
// Note: we are checking the metrics that are generated by the *Caller* as a result of receiving a CAT response.
var expectedMetrics = new List <Assertions.ExpectedMetric>
{
new Assertions.ExpectedMetric {
metricName = @"External/all", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = @"External/allWeb", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"External/{myHostname}/all", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"ExternalApp/{myHostname}/{crossProcessId}/all", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"ExternalTransaction/{myHostname}/{crossProcessId}/WebTransaction/WebAPI/RestAPI/Get", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"ExternalTransaction/{myHostname}/{crossProcessId}/WebTransaction/WebAPI/RestAPI/Get", metricScope = @"WebTransaction/MVC/RestSharpController/TaskResultClient", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = $@"External/{myHostname}/Stream/GET", callCount = 1
},
new Assertions.ExpectedMetric {
metricName = @"ClientApplication/[^/]+/all", IsRegexName = true
}
};
var unexpectedMetrics = new List <Assertions.ExpectedMetric>
{
// This scoped metric should be superceded by the ExternalTransaction metric above
new Assertions.ExpectedMetric {
metricName = $@"External/{_fixture.RemoteApplication.DestinationServerName}/Stream/GET", metricScope = @"WebTransaction/MVC/RestSharpController/TaskResultClient"
}
};
// Note: we are checking the attributes attached to the *Callee's* transaction, not the caller's transaction. The attributes attached to the caller's transaction are already fully vetted in the CatInbound tests.
var expectedTransactionEventIntrinsicAttributes1 = new List <string>
{
"nr.guid",
"nr.pathHash",
"nr.referringPathHash",
"nr.referringTransactionGuid"
};
var expectedTransactionEventIntrinsicAttributes2 = new Dictionary <string, string>
{
// This value comes from what we send to the application (see parameter passed to GetWithCatHeader above)
{ "nr.tripId", "tripId" }
};
var transactionSample = _fixture.AgentLog.GetTransactionSamples()
.Where(sample => sample.Path == @"WebTransaction/MVC/RestSharpController/TaskResultClient" || sample.Path == @"WebTransaction/WebAPI/RestAPI/Get")
.FirstOrDefault();
Assert.NotNull(transactionSample);
NrAssert.Multiple(
() => Assert.Equal(crossProcessId, catResponseData.CrossProcessId),
() => Assert.Equal("WebTransaction/MVC/RestSharpController/TaskResultClient", catResponseData.TransactionName),
() => Assert.True(catResponseData.QueueTimeInSeconds >= 0),
() => Assert.True(catResponseData.ResponseTimeInSeconds >= 0),
() => Assert.Equal(-1, catResponseData.ContentLength),
() => Assert.NotNull(catResponseData.TransactionGuid),
() => Assert.False(catResponseData.Unused),
() => Assertions.MetricsExist(expectedMetrics, metrics),
() => Assertions.MetricsDoNotExist(unexpectedMetrics, metrics),
// calleeTransactionEvent attributes
() => Assertions.TransactionEventHasAttributes(expectedTransactionEventIntrinsicAttributes1, TransactionEventAttributeType.Intrinsic, calleeTransactionEvent),
() => Assertions.TransactionEventHasAttributes(expectedTransactionEventIntrinsicAttributes2, TransactionEventAttributeType.Intrinsic, calleeTransactionEvent)
);
}