Overcommit VS starter-workflows

A great way to ensure that all Ruby code in a project is linted and formatted properly before being checked into source control is by setting up a Git pre-commit hook that runs RuboCop on each staged file. This article will show you how to set it up with Overcommit, a tool for managing and configuring Git pre-commit hooks, but you can also integrate RuboCop with other tools if you already have an existing pre-commit workflow.

As a team we want to ensure that everybody commits our templates with classes rightly ordered. We use Overcommit to enforce consistency but any similar tool will do.

# Use this file to configure the Overcommit hooks you wish to use. This will # extend the default configuration defined in: # https://github.com/sds/overcommit/blob/master/config/default.yml # # At the topmost level of this YAML file is a key representing type of hook # being run (e.g. pre-commit, commit-msg, etc.). Within each type you can # customize each hook, such as whether to only run it on certain files (via # `include`), whether to only display output if it fails (via `quiet`), etc. # # For a complete list of hooks, see: # https://github.com/sds/overcommit/tree/master/lib/overcommit/hook # # For a complete list of options that you can use to customize hooks, see: # https://github.com/sds/overcommit#configuration # # Uncomment the following lines to make the configuration take effect. PreCommit: RuboCop: enabled: true on_warn: fail # Treat all warnings as failures problem_on_unmodified_line: ignore # run RuboCop only on modified code

Overcommit - run rustywind --write during git commit to update your files before you send them off to git

By the way, it’s nice that adding (or completely redefining) the scale system is so easy in Tailwind. On the other hand, care must be taken that modifying the defaults is not overused. In the end, we added an Overcommit rule banning further updates of the Tailwind configuration (of course, this can be temporarily disabled, when truly needed).

GitHub, as one of the leading web-based Git repository hosting service, provides a powerful suite of CI/CD tools in the form of GitHub Actions. These are directly integrated into the platform which empowers developers to increase the speed, efficiency and reliability of delivering products. In this brief article, we will take a look at what CI/CD is, why we should use it, as well as some of its applications in my projects.

GitHub Actions is a modern CI/CD tool integrated natively on GitHub. Itenables the rapid automation of build, test, deployment, and other custom workflows on GitHub with no need for external tools.

GitHub Actions is GitHub's CI/CD solution. You can use it to run automated tasks each time you change your code. Although the platform lacks a built-in Kubernetes integration, third-party plugins such as Azure's Deploy to Kubernetes Cluster action can automate deployments and manage different rollout strategies.

GitHub Actions is a feature-rich CI/CD platform embedded within GitHub, enabling developers to automate, customize, and execute software development workflows directly in their repositories. An Action inside GitHub Actions is a discrete unit of automation that performs a specific task within a workflow. All the Actions are reusable, and there are many to choose from. You can even create your own reusable ones.

actions/starter-workflows

The real power of using PHP code-quality tools is when it’s added to your continuous integration process, which means it automatically checks the code every time someone makes a push or pull request to your project repo. In this section, we'll be looking at how to do just that. GitHub actions is available for free so we'll use it for demo purposes. Note that there are some limits to private repos, so set your test repo to public if you can.

You can even automate the running of this script — hence the directory name automation — to happen every time the data changes, using GitHub Actions.

# Based on https://github.com/actions/starter-workflows/blob/main/ci/node.js.yml name: CI on: pull_request: branches: - main jobs: ci: runs-on: ubuntu-latest steps: - uses: actions/checkout@v2 - uses: actions/setup-node@v2 with: node-version: lts/* cache: 'npm' - run: npm ci - run: npm run build --if-present - run: npm test

You might remember that I’ve been taking an interest in GitHub Actions for the last year or so (I even wrote a book on the subject). And at the Perl Conference in Toronto last summer I gave a talk called “GitHub Actions for Perl Development” (here are the slides and the video).