For this deployment the assembly was missing from the deployment.
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In case you’re doing a call to your database, you’ll see the full statement being executed for example.įigure 7 shows troubleshooting an issue with a missing assembly in the Service Package. The debugger will attach itself to the recording and using the IntelliTrace pane you’ll be able to navigate through every recorded event that can contain a lot of detailed information. You can then select one of the recorded exceptions and double click it to attach the debugger. The IntellTrace Summary will be your first stop when troubleshooting issues with instances that have problems starting up.
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This will download the “recording” and will allow you to analyse it locally in your Visual Studio. Using the Server Explorer in Visual Studio you can then browser to the instance that’s having issues and view the IntelliTrace logs.
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When your instance starts IntelliTrace will record every single detail of what your application is doing: file access, registry access, network access, every line of code being executed, etc. This is why IntelliTrace (which is part of Visual Studio 2013 Ultimate) can be an interesting feature to activate during the deployment of your Cloud Service. The main reason why this is so hard is due to the fact that your application hasn’t really started yet, so most of the time there aren’t any detailed logs available to help you troubleshoot the issue. These issues can be hard to troubleshoot and are often related to files that are missing in the Service Package. IntellitraceĪn issue you’ll probably run into at some point when deploying your Cloud Service is that the role instance is Cycling which means that the instance keeps restarting in a loop during the deployment. If you do choose to use a live account it should be a different storage account than the one you’re using in production. Because of the differences between the Storage Emulator and an actual Azure Storage Account it’s important to evaluate its usage in your project and possibly choose to use a real Storage Account even for development purposes. In addition to that you can also use a Storage Emulator which emulates an Azure Storage account on your local machine by using SQL Express or Local DB. When running the Cloud Service from within Visual Studio a tray icon will appear for the Emulator and you’ll be able to visualize your roles and instances by opening the Compute Emulator. The other big differences are that the Emulator Express cannot use the IIS Web Server and each role is limited to just one instance. The Full Emulator requires Visual Studio to be started as an administrator while the Emulator Express does not require this.
The second choice you can make is the type of emulator you want to run. The alternative is using a normal IIS Web Server which comes closer to how your application will be running when deployed to a Cloud Service. This is a light weight, self-contained alternative to IIS which is especially useful when you don’t have IIS installed on your machine or when you’re not a local administrator on your machine. The first choice you can make is which type of web server you want to run when you’re working with Web Roles. When you open the properties of your Cloud Service project in Visual Studio you’ll be able to configure how the emulator runs when you press “F5” in Visual Studio. The Azure SDK comes with Visual Studio integration and an emulator to support local development. The first stage in the development process is testing everything locally. We’ll see how you can debug your application both locally and in the cloud, as well as take a look at what you’ll typically do when your application is running in production: monitoring and scaling. In this part we’re getting closer to deploying our Cloud Service to production. The previous articles covered the basics you need to understand and build your own Cloud Service. Showing the top 5 popular GitHub repositories that depend on WindowsAzure.Microsoft Azure Cloud Services Part 5: Debug, Monitor & Scale - Simple Talk Read the migration guide at for more details. While this package will continue to receive critical bug fixes, we strongly encourage you to upgrade. Please note that a newer package is available as of February 2020. Use this for EventHub distributed partition processing. Provides EventHub service management (Fluent) capabilities for Microsoft Azure. Provides container instance management (Fluent) capabilities for Microsoft Azure. To use the latest Azure SDK for resource management, please see This package is in low maintenance mode and being phased out.
Provides Sql management (Fluent) capabilities for Microsoft Azure. Showing the top 5 NuGet packages that depend on WindowsAzure.Storage:
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