Project Creator’s Guide

Before You Start

This is a long document. It’s long because it has to be, not because we want it to be. If you follow it, everything will be fine.

It is important that you perform all of the steps, in the order they are given here. Don’t skip any steps. Don’t try to do things in parallel. Don’t jump around.

If your project is already set up in the OpenStack CI infrastructure, the following sections might be interesting for adding new tests to a repository:

Decide Status of your Project

The OpenStack CI infrastructure can be used both by official OpenStack projects and also by OpenStack-related projects.

Official projects are those that have applied for this status with the technical committee. The governance site contains details on how to become one and the list of current OpenStack Project Teams. The Project Team Guide explains how OpenStack project teams work.

If you add a new repository, you can make it part of an existing official OpenStack project, use it to start a new official project, or start as a related project, also known as a StackForge project.

Note that only official OpenStack projects may use certain parts of the OpenStack infrastructure, especially the and server.

Choosing a Good Name for Your Project

It is important to choose a descriptive name that does not conflict with other projects. There are several places you’ll need to look to ensure uniqueness and suitability of the name.


If you encounter any issues establishing a valid unique name across all of the tools we use, consult with the Release Manager before going any further.

Character Set

We prefer to use names made up of lower case ASCII letters and the - punctuation symbol to avoid issues with various installation tools.

git repository

The base name of the repository should be unique across all of the namespace directories for git repositories under That is, it is not sufficient to have openstack/foo and openstack-dev/foo because that prevents us from moving those two repositories into the same namespace at some point.


It is preferred but not absolutely necessary for your project name on to be the same as your git repository name. Try “python-” as a prefix if necessary (for example, “python-stevedore”).


Python packages need to have a unique name on the Python Package Index ( so we can publish source distributions to be installed via pip.

It is best to name the repository and the top level Python package the same when possible so that the name used to install the dist and the name used to import the package in source files match. Try “python-” as a prefix if necessary (for example, “python-stevedore”).

Project Team Rules

Some OpenStack project teams have naming conventions that must be followed. For example, the Oslo team has instructions for choosing a name for new Oslo libraries.

Set up Launchpad

OpenStack uses for project management tasks such as release planning and bug tracking. The first step to importing your project is to make sure you have the right project management tools configured.

Create a new Launchpad Project

  1. Visit and fill in the details.
  2. Name your project using the same name you plan to use for the git repository, unless that is taken. Try “python-” as a prefix if necessary (for example, “python-stevedore”). If that name is also taken, consult with the Release Manager before going any further.

Put Your New Project in the Correct Project Group

If your project is not an official OpenStack project, this step is optional.

  1. From the Overview page of your project, select “Change Details” from the right sidebar (<projectname>/+edit).
  2. Find the “Part of” field and set the value to “openstack” for integrated projects and “oslo” for Oslo libraries.
  3. Save your changes.

Create Bug Tracker

  1. From the Overview page for your project, click the “Bugs” link at the top of the page.

  2. Click the pencil “edit” icon next to “Configure bug tracker”.

  3. Choose “In launchpad”.

  4. Check the box labeled “Expire ‘Incomplete’ bug reports when they become inactive”

  5. Check the box labeled “Search for possible duplicate bugs when a new bug is filed”

  6. Set the “Bug supervisor” field to “<projectname>-bugs” (for example, “oslo-bugs”).


    You may need to create the bug management team in Launchpad. If you do so, set the owner of the team to the “OpenStack Administrators team” called “openstack-admins” and add the “hudson-openstack” user to the team.

  7. Save your changes.

Create Blueprint Tracker

If your project uses Launchpad blueprints to track new feature work, you should set up the blueprint tracker now. Otherwise, skip this step.

  1. From the Overview page for your project, click the “Blueprints” link at the top of the page. Launchpad should suggest that you set up blueprint tracking.
  2. Choose “Launchpad”.
  3. Save your changes.

Set up Supervisors for your Project

From the Overview page for your project, click the pencil “edit” icon next to the Maintainer field. Replace your name with the <projectname>-drivers team (for example, “oslo-drivers”).


You may need to create the drivers team. If you do:

  1. Set the owner of the team to ‘openstack-admins’
  2. Add ‘openstack-release’ as a sub-team so the release team can help keep milestones updated as part of the release process.

From the Overview page for your project, click the pencil “edit” icon next to the Drivers field. Replace your name with the project drivers team.


If either of these steps makes it so you cannot edit the project, stop and ask someone in the drivers group to help you before proceeding.

Give OpenStack Permission to Publish Releases

New packages without any releases need to be manually registered on PyPI.

If you do not have PyPI credentials, you should create them at as they are required for the next step.

Once you have PyPI credentials visit and fill in only the required fields.

Next your package needs to be updated so the “openstackci” user has “Owner” permissions.

Visit<packagename> and add “openstackci” in the “User Name” field, set the role to “Owner”, and click “Add Role”.


Adding the Project to the CI System

To add a project to the CI System, you need to modify some infrastructure configuration files using git and the OpenStack gerrit review server.

All of the changes described in this section should be submitted together as one patchset to the openstack-infra/project-config repository.

Add the project to the master projects list

  1. Edit gerrit/projects.yaml to add a new section like:

    - project: openstack/<projectname>
      description: Latest and greatest cloud stuff.

    Note: All projects should use the openstack/ namespace regardless of whether they are or intend to become official OpenStack projects.

  2. Provide a very brief description of the library.

  3. If you have an existing repository that you want to import (for example, when graduating an Oslo library or bringing a repository into gerrit from github), set the “upstream” field to the URL of the publicly reachable repository and also read the information in Configure git review:

    - project: openstack/<projectname>
      description: Latest and greatest cloud stuff.


    If you do not configure the upstream source here and get the project imported at project creation time you will have to push existing history into Gerrit and “review” then approve it or push some squashed set of history and “review” then approve that. If you need to preserve history the best option is to configure the upstream properly for Gerrit project creation. If you have a lot of history to import, please use the upstream field instead of creating a repository and then pushing the patches one at a time. Pushing a large number of related patches all at one time causes the CI infrastructure to slow down, which impacts work on all of the other projects using it.


    If the git repository short name does not match the Launchpad project name, you need to add a “groups” list to provide the mapping. The groups list is also used by Storyboard to be able to present grouped views of stories and tasks across multiple related repositories.

    For example, Oslo repositories should use “oslo” to ensure that they are associated with the project group for tracking bugs and milestones:

    - project: openstack/<projectname>
      description: Latest and greatest cloud stuff.
         - oslo

Add Gerrit permissions

Each project should have a gerrit group “<projectname>-core”, containing the normal core group, with permission to +2 changes.

Libraries for official projects should be configured so the library-release team has tagging rights.

Other official projects should be configured so that tagging rights use the default settings, allowing the “Release Managers” team to push tags.

For unofficial projects, a second “<projectname>-release” team should be created and populated with a small group of the primary maintainers with permission to push tags to trigger releases.

Create a gerrit/acls/openstack/<projectname>.config as explained in the following sections.


If the git repository you are creating is using the same gerrit permissions - including core groups - as another repository, do not copy the configuration file, instead reference it.

To do this make an additional change to the gerrit/projects.yaml file as shown here:

- project: openstack/<projectname>
  description: Latest and greatest cloud stuff.
  acl-config: /home/gerrit2/acls/openstack/other-project.config

Minimal ACL file

The minimal ACL file allows working only on master and requires a change-ID for each change:

[access "refs/heads/*"]
abandon = group <projectname>-core
label-Code-Review = -2..+2 group <projectname>-core
label-Workflow = -1..+1 group <projectname>-core

requireChangeId = true

mergeContent = true

Request Signing of ICLA

If your project requires signing of the Individual Contributor License Agreement (ICLA), change the receive section to:

requireChangeId = true
requireContributorAgreement = true

Note that this is mandatory for all official OpenStack projects and should also be set for projects that want to become official.

Creation of Tags

For library projects managed by the release team, allow the library-release team to create tags by adding a new section containing:

[access "refs/tags/*"]
pushSignedTag = group library-release

For non-library projects, or unofficial projects, you can allow the project-specific release team to create tags by adding a new section containing:

[access "refs/tags/*"]
pushSignedTag = group <projectname>-release

Note the ACL file enforces strict alphabetical ordering of sections, so access sections like heads and tags must go in order and before the receive section.

Deletion of Tags

Tags should be created with care and treated as if they cannot be deleted.

While deletion of tags can be done at the source and replicated to the git mirrors, deletion of tags is not propagated to existing git pulls of the repo. This means anyone who has done a remote update, including systems in the OpenStack infrastructure which fire on tags, will have that tag indefinitely.

Creation of Branches

To allow creation of branches to the release team, add a create rule to it the refs/heads/* section:

[access "refs/heads/*"]
abandon = group <projectname>-core
create = group <projectname>-release
label-Code-Review = -2..+2 group <projectname>-core
label-Workflow = -1..+1 group <projectname>-core

Deletion of Branches

Members of a team that can create branches do not have access to delete branches. Instead, someone on the infrastructure team with gerrit administrator privileges will need to complete this request.

Stable Maintenance Team

If your team has a separate team to review stable branches, add a refs/heads/stable/* section:

[access "refs/heads/stable/*"]
abandon = group Change Owner
abandon = group Project Bootstrappers
abandon = group <projectname>-stable-maint
exclusiveGroupPermissions = abandon label-Code-Review label-Workflow
label-Code-Review = -2..+2 group Project Bootstrappers
label-Code-Review = -2..+2 group <project-name>-stable-maint
label-Code-Review = -1..+1 group Registered Users
label-Workflow = -1..+0 group Change Owner
label-Workflow = -1..+1 group Project Bootstrappers
label-Workflow = -1..+1 group <project-name>-stable-maint

The exclusiveGroupPermissions avoids the inheritance from refs/heads/* and the default setup. The other lines grant the privileges to the stable team and add back the default privileges for owners of a change, gerrit administrators, and all users.

Extended ACL File

So, if your project requires the ICLA signed, has a release team that will create tags and branches, create a gerrit/acls/openstack/<projectname>.config like:

[access "refs/heads/*"]
abandon = group <projectname>-core
create = group <projectname>-release
label-Code-Review = -2..+2 group <projectname>-core
label-Workflow = -1..+1 group <projectname>-core

[access "refs/tags/*"]
pushSignedTag = group <projectname>-release

requireChangeId = true
requireContributorAgreement = true

mergeContent = true

See other files in the same directory for further examples.

Add Basic Jenkins Jobs

Test jobs run through Jenkins, and the jobs are defined using jenkins-job-builder configuration files.


Different projects will need different jobs, depending on their nature, implementation language, etc. This example shows how to set up a new Python code project because that is our most common case. If you are working on another type of project, you will want to choose different jobs or job templates to include in the “jobs” list.

Edit jenkins/jobs/projects.yaml to add your project. There are several sections, designated in comments, for different types of repositories. Find the right section and then add a new stanza like:

- project:
   name: <projectname>

     - python-jobs
     - python35-jobs
     - openstack-publish-jobs
     - pypi-jobs

Configure Zuul to Run Jobs

Zuul is the gate keeper. It watches for changes in gerrit to trigger the appropriate jobs. To start, establish the rules for the jobs you need.


Different projects will need different jobs, depending on their nature, implementation language, etc. This example shows how to set up the full set of gate jobs for a new Python code project because that is our most common case. If you are working on another type of project, you will want to choose different jobs or job templates to include here.

Edit zuul/layout.yaml to add your project. There are several sections, designated in comments, for different types of projects. Find the right section and then add a new stanza like:

- name: openstack/<projectname>
    - name: merge-check
    - name: python-jobs
    - name: python35-jobs
    - name: check-requirements
    - name: openstack-server-publish-jobs
    - name: publish-to-pypi

You can find more info about job templates in the beginning of zuul/layout.yaml in the section starting with “project-templates:”.

Each of the jobs that you add a trigger for in zuul/layout.yaml needs to be defined first using jenkins-job-builder configuration files as explained in Add Basic Jenkins Jobs.


If you use pypi-jobs and publish-to-pypi, please ensure your projects’s namespace is registered on as described in Give OpenStack Permission to Publish Releases. This will be required before your change is merged.

If you are not ready to run any tests yet and did not configure python-jobs in jenkins/jobs/projects.yaml, the entry for zuul/layout.yaml should look like this instead:

- name: openstack/<projectname>
    - name: merge-check
    - name: noop-jobs

Zuul Best Practices

There are a couple of best practices for setting up jobs.

Adding a New Job

If you add a new job, you might not know how stable it runs. Best practice is to add the job to the experimental pipeline and then progressively promote it to the gate pipeline. For example:

  1. Add the job to the experimental queue and run it manually with giving check experimental on a review to see whether it works fine on single changes.
  2. Move the job to the check queue as non-voting jobs and analyze how it handles the incoming changes.
  3. Make the job voting and add it to the gate queue as well.

Use Templates

For many common cases, there are templates defined in the project-templates section. They contain the macro {name} which gets replaced with the basename of the repository when used:

- name: python35-jobs
    - 'gate-{name}-python35'
    - 'gate-{name}-python35'
- name: openstack/ceilometer
    - name: python35-jobs

If you use the same set of tests in several repositories, introduce a new template and use that one.

Non-Voting Jobs

A job can either be voting or non-voting. So, if you have a job that is voting in one repository but non-voting in another, you need to duplicate the job and use different names. All jobs that end with -nv are non-voting due to a special rule in zuul/layout.yaml , so you can use that for non-voting jobs.

To make a single job non-voting everywhere, add a voting: false line for it:

- name: gate-tempest-dsvm-ceilometer-mongodb-full
  voting: false

Non-voting jobs should only be added check queues, do not add them to the gate queue since running non-voting jobs in the gate is just a waste of resources.

Running Jobs Only on Some Branches

If you want to run the job only on a specific stable branch, say so:

- name: ^gate-devstack-dsvm-cells$
  branch: ^(stable/(juno|kilo)).*$

If you create a new job and it should only run on current master and future stable branches, exclude all current stable ones:

- name: gate-oslo.messaging-dsvm-functional-zeromq
  branch: ^(?!stable/(?:juno|kilo|liberty)).*$

So, the job above will run on master but also on newer stable branches like stable/mitaka. It will not run on the old stable/juno, stable/kilo, and stable/liberty branches.

Note that you cannot run a job voting on one branch and non-voting on another. If you combine non-voting and a branch instruction, it means: Run the job non-voting - and only on this branch. Example:

- name: gate-cinder-dsvm-apache
  branch: ^(?!stable/(?:juno|kilo)).*$
  voting: false

Configure GerritBot to Announce Changes

If you want changes proposed and merged to your project to be announced on IRC, edit gerritbot/channels.yaml to add your new project to the list of projects. For example, to announce changes related to an Oslo library in the #openstack-oslo channel, add it to the openstack-oslo section:

    - patchset-created
    - x-vrif-minus-2
    - openstack/cliff
    - openstack/oslo.config
    - openstack/oslo-incubator
    - openstack/oslo.messaging
    - openstack/oslo.rootwrap
    - openstack/oslosphinx
    - openstack/oslo-specs
    - openstack/oslo.test
    - openstack/oslo.version
    - openstack/oslo.vmware
    - openstack/stevedore
    - openstack/taskflow
    - openstack-dev/cookiecutter
    - openstack-dev/hacking
    - openstack-dev/oslo-cookiecutter
    - openstack-dev/pbr
    - master

If you’re adding a new IRC channel, see the IRC services documentation.

Submitting Infra Change for Review

When submitting the change to openstack-infra/project-config for review, use the “new-project” topic so it receives the appropriate attention:

$ git review -t new-project

Note the Change-Id in your commit message for the next step.

Add New Repository to the Governance Repository

If your project is not intended to be an official OpenStack project, you may skip this step.

Each repository managed by an official OpenStack project team needs to be listed in reference/projects.yaml in the openstack/governance repository to indicate who owns the repository so we know where ATCs voting rights extend.

Find the appropriate section in reference/projects.yaml and add the new repository to the list. For example, to add a new Oslo library edit the “Oslo” section:

  ptl: Doug Hellmann (dhellmann)
  service: Common libraries
    To produce a set of python libraries containing code shared by OpenStack
    projects. The APIs provided by these libraries should be high quality,
    stable, consistent, documented and generally applicable.
    - name: team:diverse-affiliation
    - repo: openstack/oslo-incubator
        - name: release:has-stable-branches
    - repo: openstack/oslo.config
        - name: release:independent
        - name: release:has-stable-branches
    - repo: openstack/oslo.messaging
        - name: release:independent
        - name: release:has-stable-branches
    - repo: openstack/oslo.rootwrap
        - name: release:independent
        - name: release:has-stable-branches
    - repo: openstack/oslosphinx
        - name: release:independent
        - name: release:has-stable-branches
    - repo: openstack-dev/cookiecutter
    - repo: openstack-dev/pbr
        - name: release:independent

You can check which tags to use, or the meaning of any tag, by consulting the list of currently allowed tags.

When writing the commit message for this change, make this change depend on the project creation change by including a link to its Change-ID (from the previous step):

Depends-On: <Gerrit Change-Id of project-config change>

Then, go back to the project-config change and add a link to the Change-ID of the governance change in the project-config commit message:

Needed-By: <Gerrit Change-Id of governance change>

so that reviewers know that the governance change has been created.

However, if you are creating an entirely new OpenStack project team (i.e., adding a new top-level entry into reference/projects.yaml), you should reverse the dependency direction (the project creation change should depend on the governance change because the TC needs to approve the new project team application first).

Wait Here

The rest of the process needs this initial import to finish, so coordinate with the Infra team, and read ahead, but don’t do any of these other steps until the import is complete and the new repository is configured.

The Infra team can be contacted via IRC on Freenode in the #openstack-infra channel or via email to the openstack-infra mail list.

Update the Gerrit Group Members

After the review is approved and groups are created ask the Infra team to add you to both groups in Gerrit, and then you can add other members by going to and filtering for your group’s names.

The project team lead (PTL), at least, should be added to “<projectname>-release”, and other developers who understand the release process can volunteer to be added as well.


These Gerrit groups are self-managed. This means that any member of the group is able to add or remove other members. Consider this fact carefully when deciding to add others to a group, as you need to trust them all to collaborate on group management with you.


The devstack-gate tools let us install OpenStack projects in a consistent way so they can all be tested with a common configuration. If your project will not need to be installed for devstack gate jobs, you can skip this step.

Check out openstack-infra/devstack-gate and edit to add the new project:

PROJECTS="openstack/<projectname> $PROJECTS"

Keep the list in alphabetical order.

Add Project to the Requirements List

The global requirements repository (openstack/requirements) controls which dependencies can be added to a project to ensure that all of OpenStack can be installed together on a single system without conflicts. It also automatically contributes updates to the requirements lists for OpenStack projects when the global requirements change.

If your project is not going to participate in this requirements management, you can skip this step.

Edit the projects.txt file to add the new library, adding “openstack/<projectname>” in the appropriate place in alphabetical order.

Preparing a New Git Repository using cookiecutter

All OpenStack projects should use one of our cookiecutter templates for creating an initial repository to hold the source code.

If you had an existing repository ready for import when you submitted the change to project-config, you can skip this section.

Start by checking out a copy of your new repository:

$ git clone<projectname>
$ pip install cookiecutter

Choosing the Right cookiecutter Template

The template in openstack-dev/cookiecutter is suitable for most projects.

$ cookiecutter

The template in openstack-dev/oslo-cookiecutter should be used for Oslo libraries.

$ cookiecutter

Applying the Template

Running cookiecutter will prompt you for several settings, based on the template’s configuration. It will then update your project with a skeleton, ready to have your other files added.

$ cd <projectname>
$ git review

If you configured all of the tests for the project when it was created in the previous section, you will have to ensure that all of the tests pass before the cookiecutter change will merge. You can run most of the tests locally using tox to verify that they pass.

Verify That Gerrit and the Test Jobs are Working

The next step is to verify that you can submit a change request for the project, have it pass the test jobs, approve it, and then have it merge.

Configure git review

If the new project you have added has a specified upstream you will need to add a .gitreview file to the repository once it has been created. This new file will allow you to use git review.

The basic process is clone your new repository, add file, push to Gerrit, review and approve:

$ git clone<projectname>
$ cd <projectname>
$ git checkout -b add-gitreview
$ cat > .gitreview <<EOF
$ git review -s
$ git add .gitreview
$ git commit -m 'Add .gitreview file'
$ git review

Verify that the Tests Pass

If you configure tests for an imported project, ensure that all of the tests pass successfully before importing. Otherwise your first change needs to fix all test failures. You can run most of the tests locally using tox to verify that they pass.

Verify the Gerrit Review Permissions

When your project is added to gerrit, the groups defined in the ACLs file (see Add Gerrit permissions) are created, but they are empty by default. Someone on the infrastructure team with gerrit administrator privileges will need to add you to each group. After that point, you can add other members.

To check the membership of the groups, visit<projectname>,access – for example,,access – and then click on the group names displayed on that page to review their membership.

Prepare an Initial Release

Make Your Project Useful

Before going any farther, make the project do something useful.

If you are importing an existing project with features, you can go ahead.

If you are creating a brand new project, add some code and tests to provide some minimal functionality.

Provide Basic Developer Documentation

Update the README.rst file to include a paragraph describing the new project.

Update the rest of the documentation under doc/source with information about the public API, tips on adopting the tool, instructions for running the tests, etc.

Tagging a Release

To verify that the release machinery works, push a signed tag to the “gerrit” remote. Use the smallest version number possible. If this is the first release, use “0.1.0”. If other releases of the project exist, choose an appropriate next version number.


You must have GnuPG installed and an OpenPGP key configured for this step.


$ git tag -s -m "descriptive message" $version
$ git push gerrit $version

Wait a little while for the pypi job to run and publish the release.

If you need to check the logs, you can use the git-os-job command:

$ git os-job $version

Allowing Other OpenStack Projects to Use Your Library

OpenStack projects share a common global requirements list so that all components can be installed together on the same system. If you are importing a new library project, you need to update that list to allow other projects to use your library.

Update the Global Requirements List

Check out the openstack/requirements git repository and modify global-requirements.txt to:

  1. add the new library
  2. add any of the library’s direct dependencies that are not already listed

Setting up Gate Testing

The devstack gate jobs install all OpenStack projects from source so that the appropriate git revisions (head, or revisions in the merge queue) are tested together. To include the new library in these tests, it needs to be included in the list of projects in the devstack gate wrapper script. For the same feature to work for developers outside of the gate, the project needs to be added to the appropriate library file of devstack.

Updating devstack

  1. Check out openstack-dev/devstack.

  2. Edit the appropriate project file under lib to add a variable defining where the source should go. For example, when adding a new Oslo library add it to lib/oslo:

  3. Edit the installation function in the same file to add commands to check out the project. For example, when adding an Oslo library, change install_oslo() in lib/oslo.

    When adding the new item, consider the installation order. Dependencies installed from source need to be processed in order so that the lower-level packages are installed first (this avoids having a library installed from a package and then re-installed from source as a dependency of something else):

    function install_oslo() {
      _do_install_oslo_lib "<projectname>"
  4. Edit stackrc to add the other variables needed for configuring the new library:

    # new-project

Enabling Translation Infrastructure

Once you have your project set up, you might want to enable translations. For this, you first need to mark all strings so that they can be localized, use oslo.i18n for this and follow the guidelines.

Note that this is just enabling translations, the actual translations are done by the i18n team, and they have to prioritize which projects to translate.

First enable translation in your project, depending on whether it is a Django project or a Python project.


The infra scripts consider a project as a Django project when your repository name ends with -dashboard, -ui, horizon or django_openstack_auth. Otherwise your project will be recognized as a Python project.

If your repository structure is more complex, for example, with multiple python modules, or with both Django and Python projects, see More complex cases as well.

Python Projects

Update your setup.cfg file to include support for translation. It should contain the compile_catalog, update_catalog, and extract_messages sections as well as a packages entry in the files section:

packages = ${MODULENAME}

directory = ${MODULENAME}/locale
domain = ${MODULENAME}

domain = ${MODULENAME}
output_dir = ${MODULENAME}/locale
input_file = ${MODULENAME}/locale/${MODULENAME}.pot

keywords = _ gettext ngettext l_ lazy_gettext
mapping_file = babel.cfg
output_file = ${MODULENAME}/locale/${MODULENAME}.pot

Replace ${MODULENAME} with the name of your main module like nova or novaclient. Your i18n setup file, normally named, should use the name of your module as domain name:

_translators = oslo_i18n.TranslatorFactory(domain='${MODULENAME}')

Django Projects

Update your setup.cfg file. It should contain a packages entry in the files section:

packages = ${MODULENAME}

Create file babel-django.cfg with the following content:

django = django_babel.extract:extract_django

[python: **.py]
[django: templates/**.html]
[django: **/templates/**.csv]

Create file babel-djangojs.cfg with the following content:

# We use a custom extractor to find translatable strings in AngularJS
# templates. The extractor is included in horizon.utils for now.
# See for
# details on how this works.
angular = horizon.utils.babel_extract_angular:extract_angular

[javascript: **.js]

# We need to look into all static folders for HTML files.
# The **/static ensures that we also search within
# .../dashboards/XYZ/static which will ensure
# that plugins are also translated.
[angular: **/static/**.html]

Add Translation Server Support

Propose a change to the openstack-infra/project-config repository including the following changes:

  1. Set up the project on the translation server.

    Edit file gerrit/projects.yaml and add the translate option:

    - project: openstack/<projectname>
      description: Latest and greatest cloud stuff.
        - translate
  2. Define jobs.

    Edit file jenkins/jobs/projects.yaml and add the translation-jobs job-group to your repository:

    - project:
        name: <projectname>
          - translation-jobs
  3. Define when to run the jobs.

    Edit file zuul/layout.yaml and add the translation-jobs template to your repository:

    - name: openstack/<projectname>
        - name: merge-check
        - name: python-jobs
        - name: python35-jobs
        - name: translation-jobs

When submitting the change to openstack-infra/project-config for review, use the “translation_setup” topic so it receives the appropriate attention:

$ git review -t translation_setup

With these changes merged, the strings marked for translation are sent to the translation server after each merge to your project. Also, a periodic job is set up that checks daily whether there are translated strings and proposes them to your project together with translation source files. Note that the daily job will only propose translated files where the majority of the strings are translated.

Checking Translation Imports

As a minimal check that the translation files that are imported are valid, you can add to your lint target (pep8 or linters) a simple msgfmt test:

bash -c "find ${MODULENAME} -type f -regex '.*\.pot?' -print0| \
         xargs -0 -n 1 --no-run-if-empty msgfmt --check-format -o /dev/null"

Note that the infra scripts run the same test, so adding it to your project is optional.

More complex cases

The infra scripts for translation setup work as follows:

  • The infra scripts recognize a project type based on its repository name. If the repository name ends with -dashboard, -ui, horizon or django_openstack_auth, it is treated as a Django project. Otherwise it is treated as a Python project.
  • If your repository declares multiple python modules in packages entry in [files] section in setup.cfg, the infra scripts run translation jobs for each python module.

We strongly recommend to follow the above guideline, but in some cases this behavior does not satisfy your project structure. For example,

  • Your repository contains both Django and Python code.
  • Your repository defines multiple python modules, but you just want to run the translation jobs for specific module(s).

In such cases you can declare how each python module should be handled manually in setup.cfg. Python modules declared in django_modules and python_modules are treated as Django project and Python project respectively. If django_modules or python_modules entry does not exist, it is interpreted that there are no such modules.

django_modules = module1
python_modules = module2 module3

You also need to setup your repository following the instruction for Python and/or Django project above appropriately.

Project Renames

The first step of doing a rename is understanding the required governance changes needed by the rename. You can use the following criteria:

For a project being added to existing official OpenStack project: Create an openstack/governance change and add a “Depends-On: project-changeID” of the change you make in the following steps to the commit message, and add a comment in the openstack-infra/project-config change that references the governance change. You will also make sure the PTL has expressed approval for the addition in some way.

When preparing to rename a project, begin by making changes to the files in the openstack-infra/project-config repository related to your project.

When uploading your change, make sure the topic is “project-rename” which can be done by submitting the review with the following git review command:

$ git review -t project-rename

Members of the infrastructure team will review your change.

Finally, add it to the Upcoming Project Renames section of the Infrastructure Team Meeting page to make sure it’s included in the next rename window.


Renames have to be done during a Gerrit maintenance window scheduled by the Infrastructure team, so it may take a few weeks for your rename to be completed.

Post rename, a member of the Infrastructure team will submit a patch to update the .gitreview file in the renamed project to point to the new project name.

Other projects you may need to update post-rename:

  • projects.txt in openstack/requirements