Incoming producer tag1/18/2024 Using (var operation = telemetr圜lient.StartOperation("Process", activity.RootId, activity.ParentId)) If you're using Microsoft.ApplicationInsights package version 2.6-beta or higher, you should call StartOperation(activity) instead Var activity = new Activity("ServiceBusProcessor.ProcessMessage") If (("Diagnostic-Id", out var objectId) & objectId is string diagnosticId) ServiceBusReceivedMessage message = args.Message Trace message processing async Task ProcessAsync(ProcessMessageEventArgs args) Otherwise refer to the following example for manual message processing tracking. All Service Bus calls done by your service are automatically tracked and correlated with other telemetry items. If you use ProcessMessageAsync of ServiceBusProcessor (message handler pattern) to process messages, the message processing is also instrumented. For non-ASP.NET applications, refer to Azure Application Insights for Console Applications article. These links provide details on installing SDK, creating resources, and configuring SDK (if needed). ASP.NET Core - install version 2.2.0-beta2 or higher.ASP.NET - install version 2.5-beta2 or higher.Microsoft Application Insights provides rich performance monitoring capabilities including automagical request and dependency tracking.ĭepending on your project type, install Application Insights SDK: If message processing is done by using ProcessMessageAsync of ServiceBusProcessor (message handler pattern), the message processing is also instrumented. The instrumentation allows tracking all calls to the Service Bus messaging service from client side. NET provides tracing instrumentation points that can be hooked by tracing systems, or piece of client code. The ServiceBusProcessor class of Azure Messaging Service Bus client for. Refer to W3C Trace-Context traceparent header for the format Unique identifier of an external call from producer to the queue. The protocol is based on the W3C Trace-Context. Microsoft Azure Service Bus messaging has defined payload properties that producers and consumers should use to pass such trace context. In order to correlate such events and trace operation end-to-end, each service that reports telemetry has to stamp every event with a trace context. Both producer and consumer (and other services that process the operation), presumably emit telemetry events to trace the operation flow and result. The same operation is continued by consumer once it receives a message. When a producer sends a message through a queue, it typically happens in the scope of some other logical operation, initiated by some other client or service. Another part is correlation of these diagnostics events beyond process boundaries. It includes message processing result and latency and external dependency calls. One part of this problem is tracking logical pieces of work. It's useful for debugging, performance analysis, A/B testing, and other typical diagnostics scenarios. Run this scenario, with using the same tag on 1 producer or several.Īlso try the case of using the same tag for both incoming and outgoing.One of the common problems in micro services development is the ability to trace operation from a client through all the services that are involved in processing.
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