eProsima-CI

This is a github CI auxiliary repo that contains common github steps, actions, and workflows shared along multiple eProsima libraries and tools. The main idea is to collect every repeated or generic step of any CI to have a single more maintainable generic point.

Commercial support

Looking for commercial support? Write us to info@eprosima.com

Find more about us at eProsima’s webpage.

Index

• User manual
• Out-of-the-box Actions Implemented
• Actions Implemented
  • Multiplatform
  • Ubuntu
• Dependencies built
  • Artifacts uploaded
  • Generate artifacts manually
• External Actions

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User manual

In order to use this repository, the following recommendations are suggested:

1. Always use a fix version. When using any of these actions, set it with a @v<X> version.
2. Use multiplatform actions when possible. They automatically will redirect the action to the proper OS.
3. If planning a long well preserved CI, use @vX.Y versioning, to be sure that CI will not change and break something in the future. However, this may be a problem because it will not be updated with improvements or external versions.
4. Actions are documented in their own <platform>/<action_name>/action.yml files. Check each file for description and argument definitions.

For more information about versioning handle of this project, check following file.

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Out-of-the-box Actions Implemented

• uncrustify

  • Check the C++ linter of the new files added to the repository.
  • Only on ubuntu.

• python_linter

  • Check the Python linter of the new files added to the repository.
  • Only on ubuntu.

• sphinx_docs

  • Build Sphinx documentation, test it and upload results.
  • Only on ubuntu.
  • Only for documentation projects based in cmake_utils.

---

Actions Implemented

Multiplatform

• asan_build_test

  • Build a project using colcon and ASAN flags and execute tests.

• clang_build_test

  • Build a project using colcon and CLang flags and execute tests.

• clang_tidy_check

  • Execute clang-tidy-check over a built project for static analysis.

• colcon_build

  • Execute colcon build command to build a project.

• colcon_build_test

  • Build a project using colcon and execute tests.

• colcon_build_test_flaky

  • Build a project using colcon and execute only flaky tests (labeled as xfail).

• colcon_test

  • Execute colcon test command to test a project.

• download_dependency

  • Download an artifact previously generated from a workflow run.

• fetch_dev_utils_manual

  • Download eProsima/dev-utils setting the specific version of the repository.

• fetch_ddspipe_manual

  • Download eProsima/DDS-Pipe setting the specific version of the repository.

• fetch_fastdds_manual

  • Download Fast DDS and its eProsima dependencies setting the specific version of each repository.

• generate_dependency_artifact

  • Build a project and upload the installed objects as an artifact.

• get_configurations_from_repo

  • Download a .repos and a colcon.meta file from a repository.

• get_file_from_repo

  • Download a file from a repository.

• get_related_branch_from_repo

  • Get the related branch from a remote repository.

• get_workflow_id

  • Get the ID of a specific workflow run.

• install_colcon

  • Install colcon and its dependencies depending on the platform.

• install_fastdds_dependencies

  • Install Fast DDS and general eProsima projects dependencies.

• install_gtest

  • Install gtest and gmock C++ library.

• install_openssl

  • Install Open SSL C++ library.

• install_python_packages

  • Install python packages.

• install_yamlcpp

  • Install yaml-cpp C++ library.

• junit_summary

  • Create a workflow summary with the results of the tests from jUnit reports.

• tsan_build_test

  • Build a project using colcon and TSAN flags and execute tests.

• vcs_import

  • Import several repositories from a Yaml file using vcs.

Ubuntu

• coverage_build_test_upload

  • Build a project using colcon and coverage flags, execute tests and upload results.

• get_git_diff_files

  • Get the files that differ from one github reference to another. The result can be parsed with grep.

• git_fetch_all

  • Get all branches of a specific repository.

• install_apt_packages

  • Install apt packages.

• junit_summary

  • Create a workflow summary with the results of the tests from jUnit reports.

• set_platform

  • Set the platform OS version in a environment variable.

• setup_cmake

  • Set a specific CMake version

• setup_python_venv

  • Setup a Python virtual environment and add it to the PATH.

macOS

• install_brew_packages
  • Install brew packages.
• install_python_packages
  • Install python packages.
• install_colcon
  • Install colcon and its dependencies.

Workflows

There are several workflows implemented that build projects and upload them as artifacts. These are used for other projects to speed up the build process of the dependencies.

Artifacts uploaded

So far, the following workflows are running to upload artifacts:

• Fast DDS
• dev-utils
• DDS Pipe

These are the artifacts that are generated every night with the latest versions of each project:

• Fast DDS

  • build_fastdds__ubuntu-22.04_Debug_nightly
  • build_fastdds__ubuntu-22.04_Release_nightly
  • build_fastdds__ubuntu-24.04_Debug_nightly
  • build_fastdds__ubuntu-24.04_Release_nightly
  • build_fastdds__windows-2019_Debug_nightly
  • build_fastdds__windows-2019_Release_nightly
  • build_fastdds__windows-2022_Debug_nightly
  • build_fastdds__windows-2022_Release_nightly

• dev-utils

  • build_dev_utils__ubuntu-22.04_Debug_nightly
  • build_dev_utils__ubuntu-22.04_Release_nightly
  • build_dev_utils__ubuntu-24.04_Debug_nightly
  • build_dev_utils__ubuntu-24.04_Release_nightly
  • build_dev_utils__windows-2019_Debug_nightly
  • build_dev_utils__windows-2019_Release_nightly
  • build_dev_utils__windows-2022_Debug_nightly
  • build_dev_utils__windows-2022_Release_nightly

• DDS Pipe

  • build_ddspipe__ubuntu-22.04_Debug_nightly
  • build_ddspipe__ubuntu-22.04_Release_nightly
  • build_ddspipe__ubuntu-24.04_Debug_nightly
  • build_ddspipe__ubuntu-24.04_Release_nightly
  • build_ddspipe__windows-2019_Debug_nightly
  • build_ddspipe__windows-2019_Release_nightly
  • build_ddspipe__windows-2022_Debug_nightly
  • build_ddspipe__windows-2022_Release_nightly

In order to use one of these artifacts, use the following action as a step:

- name: Get fastdds artifact
  uses: eProsima/eProsima-CI/multiplatform/download_dependency@main
  with:
    artifact_name: build_fastdds_ubuntu-20.04_Debug_nightly
    workflow_source: build_fastdds.yml
    workflow_source_repository: eProsima/eProsima-CI
    # Path where to download the installs from the artifact
    target_workspace: ${{ github.workspace }}/install
    # If inside an action, this value must be generated in workflow and passed as argument
    secret_token: ${{ secrets.GITHUB_TOKEN }}
    workflow_conclusion: completed

Generate artifacts manually

The artifacts can be customized so the artifacts generated follow specific configurations. These configurations are set in a .repos and colcon.meta files in a new branch in eProsima-CI. In order to change the dependencies required to build within an artifact, set dependencies.repos with the new repositories to download and build. In order to change CMake options when building the artifact, set files in files in .github/workflows/configurations/metas. Run the manual_build workflow with these arguments:

• build_configuration_branch: Branch created with .repos and colcon.meta files.
• artifacts_name_postfix: Postfix of the name of the artifact used to download and link, and also postfix of the name of the generated artifact.

⚠️ Do not generate custom artifacts with postfix _nightly, as this is the main name other repos will use.

Custom artifact generation

The workflow manual_build supports to create any artifact giving a .repos and colcon.meta files. In order to run this workflow, create a branch in this repository, set dependencies.repos file with the repositories needed to build the project and set colcon.meta files in .github/workflows/configurations/metas. Then, run the manual_build workflow with these arguments:

• build_configuration_branch: Branch created with .repos and colcon.meta files.
• artifacts_name_prefix: Prefix of the name of the artifact to generate.
• artifacts_name_postfix: Postfix of the name of the artifact to generate.

The result artifacts will be called <artifacts_name_prefix>_<os>_<cmake_build_type><artifacts_name_postfix>.

External Actions

This repository also includes a wrapper around the external actions being used by eProsima CI workflows. Thus, the maintainability and upgrading of these actions is performed in a single step. Find below the external actions listed:

External Action	Description	LICENSE
add_labels	Add labels from an issue or PR	Apache-2.0 license
action-download-artifact	Download and extract an artifact	MIT license
checkout	Checkout repository	MIT license
codecov-action	Upload coverage report to codecov.io	MIT license
create-pull-request	Create PR	MIT license
get-cmake	Installs desired versions of CMake and Ninja	Mit license
install_doxygen	Multi-platform action that installs doxygen	Mit license
install_qt	Multi-platform action that installs Qt	MIT license
mirror-branch-action	Mirror branch within the same repository	Apache-2.0 license
remove_labels	Remove labels from an issue or PR	Apache-2.0 license
setup-ccache-action	Setup CCache in a workflow	MIT license
setup-python	Installs a version of Python or PyPy and (by default) adds it to the PATH	MIT license
test-reporter	Display test results directly in GitHub	MIT license
upload-artifact	Upload build artifact	MIT license
wait-on-check-action	Wait on certain check	MIT license
test-reporter	Generate test reports in workflow summaries	MIT license