Aaron Hoffman's Blog

I had a need to query some Application Insights logs, but all I had was the InstrumentationKey. I didn't want to open each of the Application Insights instances and check the key (there were a lot), but as long as you have the Azure "Az" Powershell Module installed, you can run this script to print out all App Insights instances and their associated Instrumentation Key: https://gist.github.com/aaronhoffman/cf5bd0c59216b3e6a57c0c6ea134cafb # for each subscription in context foreach ( $subId in ( Get-AzSubscription ).Id | Get-Unique ) { write-host " Subscription $subId " # set context to the given subId Set-AzContext - SubscriptionId $subId # List the name and InstrumentationKey of all Application Insights resources in this sub Get-AzResource - ResourceType Microsoft.Insights / components - ExpandProperties | select - ExpandProperty Properties | select Name , InstrumentationKey | ft } Hope this helps! Aaron

There are some C# "Rules Engines" floating around however they rely on a no-longer-supported nuget package (dynamic linq)  https://github.com/microsoft/RulesEngine   I created this "SimpleRulesEngine" that does not rely on lambdas or expression trees. The expressions can be serialized to JSON.  https://github.com/aaronhoffman/SimpleRulesEngine   I hope to get a simple example web application added to this repo as well, but I'm not sure when I will have time. Please check out the unit tests for now to see how this can be used. Hope this helps, Aaron

Our goal was to use  SonarSource / SonarQube  static code analysis with the most "minimal" install/configuration footprint. We wanted the static code analysis to break/fail the build on the local developer machines as well as our CI/CD Azure DevOps environment if a rule was violated. SonarSource products usually rely on some external source,  SonarCloud /SonarQube to determine which rules to apply on the local dev machine, and to store the results. We wanted to eliminate these dependencies. SonarSource also provides a Visual Studio extension called  SonarLint  to help check the static code analysis rules within the Visual Studio IDE without needing an external source for the rules. The static code analysis rules SonarLint enforces are also defined in the  SonarAnalyzer.CSharp  nuget package. This nuget package is a set of  Roslyn Code Analyzers . In .NET Core, Roslyn Code Analyzers are triggered during a build if the nuget package is referenced by the project. Also in .NET Co