


GitLab's custom workflow and continuous delivery process customization methods
GitLab is a powerful open source code hosting platform. It not only supports version control functions, but also provides rich custom workflow and continuous delivery process customization methods. This article will introduce how to use GitLab's custom functions to implement your own workflow and continuous delivery process, and provide some specific code examples.
1. Custom workflow customization method
- Create a custom workflow file
Create a file named ## in the root directory of the project #.gitlab-ci.yml file. This file is used to define a custom workflow for the project.
- Define stages and tasks
.gitlab-ci.yml file, you can define multiple stages and tasks to be performed in each stage . The following is a basic example:
stages: - build - test - deploy build_job: stage: build script: - echo "Running build job" test_job: stage: test script: - echo "Running test job" deploy_job: stage: deploy script: - echo "Running deploy job"Three phases are defined in this example:
build,
test and
deploy, each phase All have corresponding tasks. Tasks are defined using the
script keyword, and specific work can be completed by executing a series of commands.
- Configure trigger conditions
test_job: stage: test script: - echo "Running test job" only: - masterIn this example, the
only keyword specifies that the task will only be triggered when a commit is made on the
master branch. By using the
only keyword, you can have fine control over tasks based on your needs.
- Configuring Runner
- Writing CI/CD configuration files
stages: - build - test - deploy build_job: stage: build script: - echo "Running build job" only: - tags test_job: stage: test script: - echo "Running test job" only: - master deploy_job: stage: deploy script: - echo "Running deploy job" only: - tagsIn this example, the
only keyword specifies that the corresponding version will only be triggered when a commit is made on the version specified by the
tags tag. Task. In this way, automatic building, testing and deployment on specified versions can be achieved.
- Configuring the CD/CI pipeline
stages: - build - test - deploy build_job: stage: build script: - npm install - npm run build test_job: stage: test script: - npm install - npm run test deploy_job: stage: deploy script: - npm install - npm run build - scp dist/* user@example.com:/var/www/htmlThis example is a simple custom workflow and continuous delivery process for a front-end project. In the
build_job stage, the npm installation and build commands are executed; in the
test_job stage, the npm installation and test commands are executed; in the
deploy_job stage, the npm installation and build commands are executed npm's installation, build commands, and commands to deploy build results to remote servers.
The above is the detailed content of GitLab's custom workflow and continuous delivery process customization methods. For more information, please follow other related articles on the PHP Chinese website!

Git and GitHub are essential tools for modern developers. 1. Use Git for version control: create branches for parallel development, merge branches, and roll back errors. 2. Use GitHub for team collaboration: code review through PullRequest to resolve merge conflicts. 3. Practical tips and best practices: submit regularly, submit messages clearly, use .gitignore, and back up the code base regularly.

Git and GitHub are not the same thing: Git is a distributed version control system, and GitHub is an online platform based on Git. Git helps developers manage code versions and achieve collaboration through branching, merge and other functions; GitHub provides code hosting, review, problem management and social interaction functions, enhancing Git's collaboration capabilities.

After installing Git, in order to use more efficiently, the following settings are required: Set user information (name and mailbox) Select text editor Set external merge tool Generate SSH key settings Ignore file mode

Resolve: When Git download speed is slow, you can take the following steps: Check the network connection and try to switch the connection method. Optimize Git configuration: Increase the POST buffer size (git config --global http.postBuffer 524288000), and reduce the low-speed limit (git config --global http.lowSpeedLimit 1000). Use a Git proxy (such as git-proxy or git-lfs-proxy). Try using a different Git client (such as Sourcetree or Github Desktop). Check for fire protection

Causes of slow Git downloads include poor network connections, Git server problems, large files or large submissions, Git configuration issues, insufficient computer resources, and other factors such as malware. Workarounds include improving network connectivity, adjusting firewall settings, avoiding downloading unnecessary files or submissions, optimizing Git configuration, providing adequate computer resources, and scanning and removing malware.

How to update local Git code? Use git fetch to pull the latest changes from the remote repository. Merge remote changes to the local branch using git merge origin/<remote branch name>. Resolve conflicts arising from mergers. Use git commit -m "Merge branch <Remote branch name>" to submit merge changes and apply updates.

Steps to update git code: Check out code: git clone https://github.com/username/repo.git Get the latest changes: git fetch merge changes: git merge origin/master push changes (optional): git push origin master

You can delete a Git branch through the following steps: 1. Delete the local branch: Use the git branch -d <branch-name> command; 2. Delete the remote branch: Use the git push <remote-name> --delete <branch-name> command; 3. Protected branch: Use git config branch. <branch-name>.protected true to add the protection branch settings.


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