If the run is complete, you can see whether the result was a success, failure, canceled, or neutral. If the run failed, you can view and search the build logs to diagnose the failure and re-run the workflow. You can also view billable job execution minutes, or download logs and build artifacts.
GitHub Actions use the Checks API to output statuses, results, and logs for a workflow. GitHub creates a new check suite for each workflow run. The check suite contains a check run for each job in the workflow, and each job includes steps. GitHub Actions are run as a step in a workflow. For more information about the Checks API, see "Checks."
Note: Ensure that you only commit valid workflow files to your repository. If .github/workflows contains an invalid workflow file, GitHub Actions generates a failed workflow run for every new commit.
If your workflow run fails, you can see which step caused the failure and review the failed step's build logs to troubleshoot. You can see the time it took for each step to run. You can also copy a permalink to a specific line in the log file to share with your team. Read access to the repository is required to perform these steps.
Note: When you download the log archive for a workflow that was partially re-run, the archive only includes the jobs that were re-run. To get a complete set of logs for jobs that were run from a workflow, you must download the log archives for the previous run attempts that ran the other jobs.
To view the log for a specific job, use the run view subcommand. Replace run-id with the ID of run that you want to view logs for. GitHub CLI returns an interactive menu for you to choose a job from the run. If you don't specify run-id, GitHub CLI returns an interactive menu for you to choose a recent run, and then returns another interactive menu for you to choose a job from the run.
The Microsoft Security Response Center (MSRC) was made aware of a vulnerability where Azure Command-Line Interface (CLI) could expose sensitive information, including credentials, through GitHub Actions logs. The researcher, from Palo Alto Networks Prisma Cloud, found that Azure CLI commands could be used to show sensitive data and output to Continuous Integration and Continuous Deployment (CI/CD) logs. Microsoft recommends that customers update to the latest version of Azure CLI (2.54) and follow the guidance provided below to help prevent inadvertently exposing secrets through CI/CD logs. A notification in the Azure Portal was sent to customers who recently used Azure CLI commands informing them of an available update.
Postgres logs to stderr by default. It can be reconfigured to log to file or syslog with log_destination, but the Docker image provides only limited knobs for extensibility, and doing so would involve writing a post-processing script to bring in a customized Postgres conf file. Ugly, and also a lot of work.
The special $ job.services.postgres.id tag is used to feed a container ID to docker logs. Service containers are addressed according to their name. Ours is called simply postgres (see the first block of YAML above), but this value may be different depending on the naming in YAML.
GitHub Pages has always felt magical because we never had a way to see the build logs for Jekyll sites. Admittedly, that can be a bit frustrating because it's harder to identify and solve problems without context. If GitHub Pages failed to build a site, the reason wasn't always clear.
Fortunately, GitHub recently enabled GitHub Pages builds with GitHub Actions, a feature that allows developers to view the logs for their Jekyll and HTML page builds and deployments in the same place they see action logs.
GitHub Pages is a static hosting service. It generates and publishes a website based on the HTML, CSS, and JavaScript stored in your repository. The website will have a github.io domain by default, but you can also use a custom domain if preferred. For more information on GitHub Pages, read the official documentation.
I'm hosting my SSG blog since 2019 on GitHub Pages and therefore I don't see an automatically ceated action "pages build and deployment" in the repo. How do I get some logs on publishing an old GitHub Page?
I am using Git Action (in workflows) and self-hosted runners. I want all the logs to be forwarded to a central location . For GitHub (Enterprise) I have set log forwarding to my destination, but I cannot find any logs . What is the log location (since we cannot give a path but only server) - -ae@latest/admin/monitoring-activity-in-your-enterprise/exploring-user-activity/log-forwarding
I am using SonarCloud with GitHub Actions.and we are able to execute and analyse gradle build job. In the git hub action logs we could see that reports are published using sonar url (for example: ANALYSIS SUCCESSFUL, you can find the results at:
Immediately after toggling logs collection, workflow job logs are forwarded to Datadog Logs. Note that logs are billed separately from CI Visibility. Log retention, exclusion, and indexes are configured in Logs Settings.
Thankfully GitHub provides an alternative access: the raw logs. This is much better because they will open as plain text, without any styling or JS magic, which means you can use the browser native search and it will be fast.
You're using ephemeral GitHub Actions Runners and an issue occurs. Time to troubleshoot. But, where to look? All evidence is gone already.. Let's prevent this situation by persisting the runner logs to Cloud Logging.
The Legacy Logging Agent is configured through files in the /etc/google-fluentd/config.d/-directory. Create a github.conf-file with the configuration below to start collecting GitHub Actions runner logs.
Unfortunately, at this time we are not able to support the extension with remote repositories (including github.dev and vscode.dev), so please use the extension with locally downloaded GitHub repositories for the best experience. Please check back here for updates in the future!
The Applications tab in Activity Logs contains messages about actions made in GitKraken Client application. Discover events from your GitKraken Client instance such as: project creation, clearing SSH, setting global gitconfig, etc.
The first step to achieve your goal is to stream your logs into central log storage. At anecdotes.ai, our logs are streamed to Elasticsearch, so it was intuitive to stream the logs produced by the CI/CD workflows to Elasticsearch too.
And there you have it! If you've been following along, you should have successfully integrated GitHub Action logs into your Elasticsearch. This should allow you to easily and quickly stream logs produced by GitHub Actions workflows to Elasticsearch and use it for monitoring, alerting, and continuous improvement.
Playwright tests can be run on any CI provider. In this section we will cover running tests on GitHub using GitHub actions. If you would like to see how to configure other CI providers check out our detailed doc on Continuous Integration.
When installing Playwright using the VS Code extension or with npm init playwright@latest you are given the option to add a GitHub Actions. This creates a playwright.yml file inside a .github/workflows folder containing everything you need so that your tests run on each push and pull request into the main/master branch.
GitHub Actions supports sharding tests between multiple jobs. Check out our sharding doc to learn more about sharding and to see a GitHub actions example of how to configure a job to run your tests on multiple machines as well as how to merge the HTML reports.
Once you have your GitHub actions workflow setup then all you need to do is Create a repo on GitHub or push your code to an existing repository. Follow the instructions on GitHub and don't forget to initialize a git repository using the git init command so you can add, commit and push your code.
Clicking on the workflow run will show you the all the actions that GitHub performed and clicking on Run Playwright tests will show the error messages, what was expected and what was received as well as the call log.
The key point is that GitHub runs your Actions in an ephemeral virtual machine - there's no hosting, server costs or deployment to worry about. It's sort of like a scoped serverless function that's triggered by events in a GitHub repository. These can be either Container actions (code that runs in a Docker container) or a JavaScript action, where the JS code is run immediately inside the virtual machine.
Actions are intended to be reused across workflows - you can "import" an action and use it, even if the code lives outside of your repository, sort of like a dependency. One vitally important Action is actions/checkout - it clones the repository that the workflow is running in, and allows your workflow to interact directly with the repo's code.
This is a really great feature - your automation tool can write logs that are accessible directly in the GitHub UI. Compared to a separate service with its own logging system, this can really bring the context of workflow activity to the right people, without a ton of effort or context-switching.
Develocity Build Scans capture critical information regarding build infrastructure, dependencies, and performance that are not included in the CI logs alone. In one particular example, Aurimas looked at the Develocity Performance dashboard and noticed that the time spent on Dependency Downloads was very high. Develocity shows you Dependency Download times as part of the default view of the Performance Dashboard. Aurimas could identify which particular builds had high dependency download times and view a corresponding Build Scan to get the network activity information with one click. The network activity made it clear that the Gradle Build Tool was repeatedly trying to download dependencies from the wrong location. Without Develocity, this would have been very difficult to determine. Aurimas wrote a blog post about his troubleshooting process and how resolving the issue cut at least 27 minutes from his CI build time. We encourage you to check it out to get a first-hand account of the experience.
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