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| # Continuous integration | ||
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| The project provides support for continuous integration. | ||
| The project provides support for continuous integration with Github actions. | ||
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| - The `Makefile` to initialize and execute [Danger](https://danger.systems/ruby/) locally. | ||
| - Gradle task to execute lint code using [Detekt](https://detekt.dev/). | ||
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| We currently use TeamCity for continuous integration and GitHub for issue and pull request management. This document describes the steps required to fully integrate the tool suite with TeamCity and GitHub. | ||
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| ## Required tools | ||
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| The continuous integration server should have the following tools installed: | ||
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| - [gem](https://rubygems.org) and [bundler](https://bundler.io). | ||
| - gradle | ||
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| ## Continuous integration user | ||
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| Our current workflow is based on pull requests, which TeamCity is able to automatically monitor with a dedicated [build feature](https://www.youtube.com/watch?v=4yFck9PvXI4). When a pull request is created TeamCity can automatically trigger various jobs which can post their result as pull request GitHub comments. | ||
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| Proper integration with GitHub requires the use of a dedicated continuous integration user (a bot) with write access to the repository. We already have a dedicated [RTS devops](https://github.com/rts-devops) user, we therefore only need a few additional configuration steps: | ||
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| 1. Ensure the bot has write access to the GitHub repository. | ||
| 2. Integration with GitHub requires the creation of a dedicated [personal access token](https://docs.github.com/en/authentication/keeping-your-account-and-data-secure/creating-a-personal-access-token) with minimal permissions. | ||
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| Of course a proper SSH setup is also required so that repositories can be pulled by the continuous integration server. | ||
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| ## Code quality checks | ||
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| To have TeamCity run code quality checks for GitHub pull requests and post the corresponding status back to GitHub: | ||
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| 1. Create a TeamCity configuration called _Code quality_. | ||
| 2. Add a VCS _Trigger_ on `+:pull/*`. | ||
| 3. Add a _Command Line_ build step which simply executes `make danger`. | ||
| 4. Add a _Gradle_ build step which run Unit Tests with gradle task `clean testDebug`. | ||
| 5. Add a _Gradle_ build step witch run Instrumented Tests with gradle task `connectedAndroidTestDebug mergeAndroidReports`. | ||
| 6. Add a _Gradle_ build step witch build a Nightly from a pull request `pushDemoVersionToTeamcity assembleRelease appDistributionUploadRelease --groups=%env.NIGHTLY_GROUPS% --appId=%env.NIGHTLY_APP_ID%` and add the following environment variable to the configuration : | ||
| - `env.GITHUB_BRANCH_NAME` with value `%teamcity.pullRequest.source.branch%`. | ||
| - `env.IS_SNAPSHOT` with value `true`. | ||
| 7. Add a _Pull Requests_ build feature that monitor GitHub (requires a personal access token). | ||
| 8. Checks are performed by Danger, which requires a few [environment variables](https://danger.systems/guides/getting_started.html) to be properly set. Add the following three environment variable _Parameters_ to the configuration: | ||
| - `env.GITHUB_PULL_REQUEST_ID` with value `%teamcity.pullRequest.number%`. | ||
| - `env.GITHUB_REPO_SLUG` with value `SRGSSR/pillarbox-android`. | ||
| - `env.GITHUB_REPO_URL` with value `https://github.com/SRGSSR/pillarbox-android`. | ||
| 9. Add two _Agent Requirements_ ensuring that `env.GEM_HOME` and `env.ANDROID_HOME` exist. Check that some agents are compatible and assignable (if agents are configured manually you might need to explicitly allow the configuration to be run). | ||
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| ## Deliveries | ||
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| There is two kind of deliveries, libraries and a Demo application. | ||
| - The demo application is delivered threw _Firebase distribution_. Teamcity will publish a Nightly and a release version. The build agent needs to have a service google authentication installed. More information are available [here](https://firebase.google.com/docs/app-distribution/android/distribute-gradle?apptype=apk) | ||
| - The libraries are stored on Github packages on the repo. To publish new version of the libraries, | ||
| two variables need to be sets `env.USERNAME` and `env.GITHUB_TOKEN`. The Github token need to have the correct rights access for publishing on packages. | ||
| Every time a push request is made or something is pushed into main branch, `build.yml` workflow is called by Github actions. It checks the project | ||
| builds on various platforms, run code linters, dependencies check and finally run tests. Result are posted directly in the pull request. | ||
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| ### To have Teamcity building releases (Libraries and Demo application) | ||
| ## Libraries Deliveries | ||
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| 1. Add a _Gradle_ build step which run task `clean pushVersionToTeamcity assembleRelease publish` | ||
| 2. Add a _Gradle_ build step which run task `appDistributionUploadRelease --groups=%env.RELEASE_GROUPS% --appId=%env.RELEASE_APP_ID%` | ||
| The libraries are delivered to Github packages, the build is triggered when a git tag is published. | ||
| Not every tag will trigger a build. The tag have to follow a semantic release pattern. | ||
| Valid tags could be `1.2.30` or `5.4.3-beta01`. | ||
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| ### To have teamcity building snapshots | ||
| ## Demo Deliveries | ||
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| Add a _Gradle_ build step which run task `clean pushVersionToTeamcity assembleRelease publish` and add the following environment variable to the configuration : | ||
| - `env.IS_SNAPSHOT` with value `true`. | ||
| There is two kind of deliveries | ||
| - Nightly build is triggered manually or every day if there is some changes on `main`. | ||
| - Release build is triggered when a libraries build is triggered. | ||
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| ### To have teamcity building nightlies | ||
| ## Setup Github to run workflows | ||
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| Add a _Gradle_ build step which run task `pushDemoVersionToTeamcity appDistributionUploadRelease --groups=%env.NIGHTLY_GROUPS% --appId=%env.NIGHTLY_APP_ID%` and add the following environment variable to the configuration : | ||
| - `env.IS_SNAPSHOT` with value `true`. | ||
| To build and publish the Demo, several variables needs to be setup as Github actions secrets: | ||
| - `DEMO_KEY_ALIAS` The key alias for the gradle signature config. | ||
| - `DEMO_KEY_PASSWORD` The key password for the gradle signature config. | ||
| - `FIREBASE_CREDENTIAL_FILE_CONTENT` The firebase CLI credential file content. | ||
| - `NIGHTLY_APP_ID` The firebase project ID to publish the nightly. | ||
| - `NIGHTLY_GROUPS` The firebase testers group associated to the nightly demo. | ||
| - `RELEASE_APP_ID` The firebase project ID to publish the release. | ||
| - `RELEASE_GROUPS` The firebase testers group associated to the release demo. |