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CONTRIBUTING.md

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Contributing

This project has adopted the Microsoft Open Source Code of Conduct. For more information see the Code of Conduct FAQ or contact opencode@microsoft.com with any additional questions or comments.

Best practices

  • Use Windows PowerShell or PowerShell Core (including on Linux/OSX) to run .ps1 scripts. Some scripts set environment variables to help you, but they are only retained if you use PowerShell as your shell.

Prerequisites

All dependencies can be installed by running the init.ps1 script at the root of the repository using Windows PowerShell or PowerShell Core (on any OS). Some dependencies installed by init.ps1 may only be discoverable from the same command line environment the init script was run from due to environment variables, so be sure to launch Visual Studio or build the repo from that same environment. Alternatively, run init.ps1 -InstallLocality Machine (which may require elevation) in order to install dependencies at machine-wide locations so Visual Studio and builds work everywhere.

The only prerequisite for building, testing, and deploying from this repository is the .NET SDK. You should install the version specified in global.json or a later version within the same major.minor.Bxx "hundreds" band. For example if 2.2.300 is specified, you may install 2.2.300, 2.2.301, or 2.2.310 while the 2.2.400 version would not be considered compatible by .NET SDK. See .NET Core Versioning for more information.

Package restore

The easiest way to restore packages may be to run init.ps1 which automatically authenticates to the feeds that packages for this repo come from, if any. dotnet restore or nuget restore also work but may require extra steps to authenticate to any applicable feeds.

Building

This repository can be built on Windows, Linux, and OSX.

Building, testing, and packing this repository can be done by using the standard dotnet CLI commands (e.g. dotnet build, dotnet test, dotnet pack, etc.).

Releases

Use nbgv tag to create a tag for a particular commit that you mean to release. Learn more about nbgv and its tag and prepare-release commands.

Push the tag.

GitHub Actions

When your repo is hosted by GitHub and you are using GitHub Actions, you should create a GitHub Release using the standard GitHub UI. Having previously used nbgv tag and pushing the tag will help you identify the precise commit and name to use for this release.

After publishing the release, the .github\workflows\release.yml workflow will be automatically triggered, which will:

  1. Find the most recent .github\workflows\build.yml GitHub workflow run of the tagged release.
  2. Upload the deployables artifact from that workflow run to your GitHub Release.
  3. If you have NUGET_API_KEY defined as a secret variable for your repo or org, any nuget packages in the deployables artifact will be pushed to nuget.org.

Azure Pipelines

When your repo builds with Azure Pipelines, use the azure-pipelines/release.yml pipeline. Trigger the pipeline by adding the auto-release tag on a run of your main azure-pipelines.yml pipeline.

Tutorial and API documentation

API and hand-written docs are found under the docfx/ directory. and are built by docfx.

You can make changes and host the site locally to preview them by switching to that directory and running the dotnet docfx --serve command. After making a change, you can rebuild the docs site while the localhost server is running by running dotnet docfx again from a separate terminal.

The .github/workflows/docs.yml GitHub Actions workflow publishes the content of these docs to github.io if the workflow itself and GitHub Pages is enabled for your repository.