How to Patch the Deprecated set-output in GitHub Workflows and in Container Actions

• jacoco-badge-generator

  16 92 7.8 Python

  Coverage badges, and pull request coverage checks, from JaCoCo reports in GitHub Actions

There are two primary ways of implementing a GitHub Action: JavaScript Actions and Container Actions. The latter of which enables implementing Actions in any language via a Docker container. My language of choice for implementing GitHub Actions is Python. The purpose of most of these actions is to produce files (e.g., jacoco-badge-generator produces test coverage badges as SVGs, and generate-sitemap produces an XML sitemap) or to edit files in some way (e.g., javadoc-cleanup can insert canonical links and other user-defined elements into the head of javadoc pages). However, all of these also produce workflow step outputs. For example, generate-sitemap has outputs for the number of pages in the sitemap, and the number of pages excluded from the sitemap due to noindex or robots.txt exclusions; and jacoco-badge-generator has workflow step outputs for the coverage and branches coverage percentages if a user had some reason to use those in later steps of their workflow.

• user-statistician

  18 74 7.8 Python

  Generate a GitHub stats SVG for your GitHub Profile README in GitHub Actions

I use GitHub Actions to automate a variety of things in nearly all of my repositories, such as running a build and tests during pull-requests and pushes, deploying artifacts to Maven Central, etc for my Java libraries, or to PyPI for a couple Python projects, building my personal website with my custom static site generator, among a variety of other tasks. In addition to using GitHub Actions for workflow automation, I also develop and maintain a few Actions (all implemented in Python), including jacoco-badge-generator, user-statistician, javadoc-cleanup, and generate-sitemap.

• WorkOS

  workos.com sponsored

  The modern identity platform for B2B SaaS. The APIs are flexible and easy-to-use, supporting authentication, user identity, and complex enterprise features like SSO and SCIM provisioning.

  

• javadoc-cleanup

  8 10 7.2 Python

  Create mobile-friendly documentation sites by post-processing javadocs in GitHub Actions

There are two primary ways of implementing a GitHub Action: JavaScript Actions and Container Actions. The latter of which enables implementing Actions in any language via a Docker container. My language of choice for implementing GitHub Actions is Python. The purpose of most of these actions is to produce files (e.g., jacoco-badge-generator produces test coverage badges as SVGs, and generate-sitemap produces an XML sitemap) or to edit files in some way (e.g., javadoc-cleanup can insert canonical links and other user-defined elements into the head of javadoc pages). However, all of these also produce workflow step outputs. For example, generate-sitemap has outputs for the number of pages in the sitemap, and the number of pages excluded from the sitemap due to noindex or robots.txt exclusions; and jacoco-badge-generator has workflow step outputs for the coverage and branches coverage percentages if a user had some reason to use those in later steps of their workflow.

• generate-sitemap

  8 54 7.2 Python

  Generate an XML sitemap for a GitHub Pages site using GitHub Actions

There are two primary ways of implementing a GitHub Action: JavaScript Actions and Container Actions. The latter of which enables implementing Actions in any language via a Docker container. My language of choice for implementing GitHub Actions is Python. The purpose of most of these actions is to produce files (e.g., jacoco-badge-generator produces test coverage badges as SVGs, and generate-sitemap produces an XML sitemap) or to edit files in some way (e.g., javadoc-cleanup can insert canonical links and other user-defined elements into the head of javadoc pages). However, all of these also produce workflow step outputs. For example, generate-sitemap has outputs for the number of pages in the sitemap, and the number of pages excluded from the sitemap due to noindex or robots.txt exclusions; and jacoco-badge-generator has workflow step outputs for the coverage and branches coverage percentages if a user had some reason to use those in later steps of their workflow.

• Chips-n-Salsa

  15 52 8.4 Java

  A Java library of Customizable, Hybridizable, Iterative, Parallel, Stochastic, and Self-Adaptive Local Search Algorithms

The complete workflow file that this example is derived from is maven-publish.yml.

• InfluxDB

  www.influxdata.com sponsored

  Power Real-Time Data Analytics at Scale. Get real-time insights from all types of time series data with InfluxDB. Ingest, query, and analyze billions of data points in real-time with unbounded cardinality.

  

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