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Two settings relevant for checks’ scalability are Time between evaluations and Timeout, both under Control options. Azure DevOps resumes your pipeline’s execution. Once your check reaches a decision, it fires a callback to communicate it.

Callback mode (or Asynchronous mode): In this mode, Azure DevOps still makes a REST HTTP call to your check, but does not wait for an answer.

ApiResponse mode (or Synchronous mode): In this mode, Azure DevOps makes a REST HTTP call to your check and actively waits for an answer.

Invoke Azure Function & REST API Checks can run in two modes: If you followed our guidelines, your checks are compliant and need no further changes. Our solution to scale Invoke Azure Function and REST API checks is to enforce their configuration to match recommended usage.

That is, a modest increase in the number of running checks leads to abnormally large delays in checks execution time, negatively impacting deployment experience.

We noticed that when an organization makes extensive use of the Invoke Azure Function & REST API checks, they do not scale. We are making changes to improve the scalability of Invoke Azure Function & REST API checks and customer experience. Your Azure Function can check the performance of the to-be-deployed version of the system against a test environment and decide accordingly. You implemented the policy using an Invoke Azure Function check on the ARM service connection. Your deployment to production policy requires the app meet some performance criteria. To deploy a new version of your app, you use a YAML pipeline that uses an Azure Resource Manager (ARM) service connection. Say you develop the FabrikamFiber web app. They allow you to control if a pipeline run is allowed to access a resource.

Approvals and Checks provide increased security to your YAML pipelines.

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