Your video for Beginners is very useful. Helped me a lot. Step by Step explanation about YAML is marvelous. Is it possible to create more videos on this Github Actions. Interested to learn more on this.
Absolutely blown away by your educational content, Raghav! 🚀 Clear explanations, well-chosen examples - making learning a breeze. Your work is expanding my knowledge. Keep the outstanding content coming! 🌟💻📚
Thank you. Your videos always helps to understand in easy and better way. Can you please create more content on this topic...Github actions for devops.
Akash To run a Jenkins server as a Docker agent in GitHub Actions, you can use the following steps: 1. Create a Dockerfile that defines the Jenkins image. The Dockerfile should include the following steps: * Install the Jenkins server. * Install the plugins that you need. * Configure the Jenkins server. 2. Build the Docker image. 3. Create a GitHub Actions workflow file. The workflow file should include the following steps: * Create a Docker agent. * Run the Jenkins job. Here is an example of a Dockerfile that defines a Jenkins image: ``` FROM jenkins/jenkins:latest RUN apt-get update && apt-get install -y git RUN jenkins-plugin-cli install greenballs ``` Here is an example of a GitHub Actions workflow file that runs a Jenkins job: ``` name: Run Jenkins job on: push: branches: - main jobs: build: runs-on: ubuntu-latest steps: - uses: docker/setup-agent@v2 - name: Run Jenkins job run: | docker run -it --rm \ -v jenkins_home:/var/jenkins_home \ jenkins/jenkins:latest \ /bin/bash -c "jenkins -s" ``` This workflow file will create a Docker agent, run the Jenkins job, and then delete the Docker agent. I hope this helps
Hi Ragav In my organisation i was asked to minimise the execution time of the workflow jobs in github actions. Eg. Our github actions are taking 45 mins to complete the total jobs. If I am able to complete within 30mins its a big achievement. How can i achieve it?
Divikarthik Let's break down the problem step by step to minimize the execution time of workflow jobs in GitHub Actions. Step 1: Identify the current bottleneck * Review the GitHub Actions workflow logs to identify which jobs are taking the most time to complete * Look for jobs with long execution times, and note the specific steps or commands that are causing the delay Step 2: Optimize job parallelization * Check if the workflow is running multiple jobs in sequence. If so, consider parallelizing them using GitHub Actions' built-in parallelization feature * Use the `jobs..strategy.matrix` syntax to run multiple jobs concurrently, reducing the overall execution time Step 3: Improve caching * Check if your workflow is re-running expensive operations or re-downloading dependencies on each run * Implement caching for dependencies, such as npm or pip packages, using GitHub Actions' cache feature * Use the `actions/cache` action to store and retrieve cached dependencies Step 4: Optimize resource utilization * Review the workflow's resource usage, such as CPU, memory, and disk space * Consider upgrading the GitHub Actions runner to a more powerful machine type, if possible * Optimize the workflow to use resources more efficiently, such as by reducing the number of concurrent tasks or using more efficient algorithms Step 5: Reduce unnecessary steps * Review the workflow's steps and remove any unnecessary or redundant operations * Simplify the workflow by combining steps or eliminating unnecessary dependencies Step 6: Leverage GitHub Actions' built-in optimizations * Use GitHub Actions' built-in features, such as `continue-on-error` and `timeout`, to optimize job execution * Set reasonable timeouts for jobs to prevent them from running indefinitely Step 7: Monitor and analyze workflow performance * Use GitHub Actions' built-in metrics and analytics to monitor workflow performance * Identify trends and patterns in workflow execution times to optimize further Step 8: Implement incremental improvements * Implement small, incremental changes to the workflow and measure their impact on execution time * Continue to iterate and refine the workflow until the desired execution time of 30 minutes is achieved By following these steps, you should be able to identify areas for improvement and optimize your GitHub Actions workflow to reduce the execution time to 30 minutes or less --
im add 2 test syntax on my package json like: test-register : "npx cypress run register" test-login : "npx cypress run login" how to run both of that on git action yaml? im using && but failed on jobs
Akmal To run multiple commands sequentially in a GitHub Actions workflow YAML, you can use the `run` attribute with a pipe (`|`) to chain the commands together. Let's create a workflow that executes both your `test-register` and `test-login` commands: ```yaml name: Cypress Tests on: push: branches: - main # Adjust this to your branch name jobs: cypress_tests: runs-on: ubuntu-latest steps: - name: Checkout code uses: actions/checkout@v2 - name: Install dependencies run: npm install # Replace with your package manager command - name: Run Cypress tests run: | npx cypress run register npx cypress run login ``` Here's what each section does: 1. Checkout code: Fetches your repository code. 2. Install dependencies: Installs the necessary dependencies (you can replace this with your actual package manager command). 3. Run Cypress tests: Executes both `npx cypress run register` and `npx cypress run login` sequentially. Make sure to adjust the branch name in the `on` section to match your desired trigger. If you encounter any issues, double-check your package.json scripts and ensure that the Cypress commands are correctly configured.
Sourabh There are a few possible reasons why your GitHub Actions workflow may not be starting: * The workflow may be misconfigured. For example, the workflow may be missing a required trigger or event. * The workflow may be referring to a repository that does not exist. * The workflow may be referring to a branch or tag that does not exist. * The workflow may be referring to a file that does not exist. * The workflow may be trying to access a resource that is not available. To troubleshoot the issue, you can try the following: * Check the workflow configuration for errors. * Make sure that the workflow is referring to the correct repository, branch, tag, and file. * Make sure that the workflow is not trying to access any resources that are not available. * If you are still having problems, you can try asking for help on the GitHub Actions forum or Slack channel. In the meantime, you can try manually triggering the workflow by clicking the "Run workflow" button on the GitHub Actions tab. I hope this helps
Hi Rekha, To make your project available online after deploying through Github Actions, you need to host your application on a web server or a cloud platform that supports your application's stack. Here are the general steps to do this: Choose a hosting provider: There are many hosting providers available that support various application stacks. Some popular options are Amazon Web Services (AWS), Google Cloud Platform (GCP), Microsoft Azure, Heroku, and Netlify. Choose a provider that supports your application's stack and fits your requirements. Create an account and set up your project: Follow the provider's instructions to create an account and set up your project. This usually involves creating a new instance or server, configuring security settings, and connecting to your Github repository. Deploy your application: Depending on the provider, there are different ways to deploy your application. Some providers support automatic deployment from Github, where your application is automatically deployed to the server after every commit. Others require manual deployment through a command-line interface or a web interface. Follow the provider's instructions to deploy your application. Configure your DNS settings: Once your application is deployed, you need to configure your DNS settings to point to your server. This involves creating a DNS record that maps your domain name to your server's IP address. The specific steps depend on your domain registrar and hosting provider. Test your application: After configuring your DNS settings, test your application to make sure it's available online. You can do this by visiting your domain name in a web browser. Overall, the process of making your project available online after deploying through Github Actions involves deploying your application to a web server or a cloud platform and configuring your DNS settings to point to your server. The specific steps depend on the hosting provider you choose and your application's stack
