This topic describes how to import Ansible content into the public Galaxy web site.
Before you can import content, you’ll need to first authenticate with the Galaxy server using your GitHub account. Start by clicking the Login link, as shown below:
Next, click the GitHub logo, as indicated in the image below:
The first time you authenticate using your GitHub credentials, GitHub will present a page similar to the following asking you to grant permissions to Galaxy:
Galaxy requires access to your email address, in case an admin needs to reach out to you, read-write access to public repositories,
public_repo scope, and read access to your organizations and teams. Galaxy will never write or commit anything to a
repository. It needs access to public repositories so that it can read commits and the list of collaborators.
Be sure to click the Grant button next to each organization that contains Ansible content you want to import into Galaxy. The following image shows the Grant button, after clicking it, you’ll see a green checkmark to the right of the ogranization name, indicating that Galaxy can access public repositories within the organization:
After granting access to each organization, click the green button at the bottom of the page to authorize Galaxy to access your peronsal GitHub namespace and continue, as indicated in the image below:
Once you complete the above, you’ll be taken back to the Galaxy web site, where you’ll see the My Content and My Imports menu options available, as depicted below:
If you need to change the permission settings for a GitHub organization, log into GitHub, and navigate to Settings, and Applications. Click the Authorized Oauth Apps tab, as depicted below:
Next, click the name of the Ansible Galaxy app, as indicated in the image below. This will take you to the permissions page for the app, where you can Grant permissions to individual organizations:
As the image below indicats, click the Grant button next to each organization that Galaxy should have read access to. This will allow Galaxy to import content from the organization:
If you wish to revoke Galaxy access to an organization, click the Revoke button. This will remove all permissions. To reset permissions, logout and log back into Galaxy using your GitHub credentials, and GitHub will present the permissions page, where you can grant access to your organizations, and authorize access to your GitHub namespace, as discussed above in Getting Started.
Before importing content into Galaxy, you must first authenticate using your GitHub credentials as discussed in Getting Started.
Go to My Content, where you will see one or more Galaxy namespaces, as depected in the image below. The first time you logged in, Galaxy created a namespace matching your GitHub namespace, so you should see at least one namespace. You’ll import content from GitHub into a Galaxy namespace.
Click the expansion arrow, as depicted below, to view any repositories associated with the namespace. If this is your first time accessing Galaxy, then there likely aren’t any repositories associated with it yet.
To add GitHub repositories to the namespace, click the Add Content button, as depicted in the image below:
In the dialog box, as shown in the image below, choose the repositories you wish to add, and click the OK button to add them:
Galaxy will attempt to import each of the selected repositories, and as shown in the next image, the satus of each import will be updated every few seconds.
The import process analyzes metadata and performs static analysis on the repository contents, so it’s quite possible it will find an issue that prevents the content from bein imported. If this happens, and the status of the import shows Failed, click on the import status message, as shown below, to view more details:
Clicking the status message will take you to My Imports, and show the full details of the import process. Below is sample output from a failed import, where several issues were found by YamlLint:
With the issue resolved, restart the import process by clicking the import button near the top-right corner of My Imports, as shown below:
You can also restart the import by clicking the import button on My Content for the repository, as shown here:
Content from multiple GitHub organizations can be imported into a Galaxy Namespace. To add additional organizations, on My Content, expand the menu for the Namespace, and choose Edit Properties, as shown here:
On the next page, scroll to the bottom of the page, where a list of available GitHub organizations is displayed. It’s labeled Provider Namespaces, and represents the list of namespaces or ogranizations you have access to in GitHub.
As indicated in the image below, click on an organization to select it and add it to the Selected Provider Namespaces on the right. Clicking the X next to the name on the right will remove it.
At the top of the list of Provider Namespace is a search box. If you don’t see an organization listed, try typing the name in the box and pressing Enter.
Click the Save button at the bottom of the page to update the Namespace with your changes, as shown below:
Multiple Galaxy users can own or have administration rights to a Namespace. To add additional owners to a Namespace, expand the Namespace menu on My Content, and choose Edit Properties, as depicted below:
On the next page, scroll toward the bottom of the page, where a list of Namespace Owners appears. Use the search box to find specific users by Galaxy username. Click on a user to add them to the list of Selected Galaxy Users on the right, or click the X next to the username to remove them from the list. The image below provides an example:
Anyone in the list of owners can import content into the Namespace. They can also modify properties of the Namespace, remove content, and disable the Namespace altogehter, removing content from search results, and making it unavailable for download.
After making changes to the list of owners, click the Save button at the bottom of the page to update the Namespace with your changes, as shown below:
Namespace names in Galaxy are limited to lowercase word characters (i.e., a-z, 0-9) and ‘_’, must have a minimum length of 2 characters, and cannot start with an ‘_’.
No other characters are allowed, including ‘.’, ‘-‘, and space. The first time you log into Galaxy, the server will create a Namespace for you, if one does not already exist, by converting your username to lowercase, and replacing any ‘-‘ characters with ‘_’.
Prior to Galaxy v3.0, the import process would alter the GitHub repository name to create the content name. Specifically, it would apply a regular expression, and remove ‘ansible-‘ and ‘role-‘ from the repository name. For example, a repository name of ansible-role-apache would become apache.
Starting in v3.0, Galaxy no longer perform this calculation. Instead, the default content name is the unaltered repository name, with a couple minor exceptions, including: converting the name to all lowercase, and replacing any ‘-‘ or ‘.’ characters with ‘_’.
To override the default name for an Ansible role, set the
role_name attribute in the role
meta/main.yml file. The following snipet
meta/main.yml file provides an example of setting the role_name attribute:
galaxy_info: role_name: apache description: Install the httpd service company: Acme, Inc.
To override the default name for an APB, set the name attribute in the
apb.yml metadata file. The following snipet from an
apb.yml file provides an example of setting the name attribute:
version: 1.0 name: virtualization description: KubeVirt installer bindable: False async: optional metadata: displayName: Kubevirt longDescription: | KubeVirt enables the migration of existing virtualized workloads directly into the development workflows supported by Kubernetes. This provides a path to more rapid application modernization by: - Supporting development of new microservice applications in containers that interact with existing virtualized applications. - Combining existing virtualized workloads with new container workloads on the same platform, thereby making it easier to decompose monolithic virtualized workloads into containers over time. documentationUrl: https://github.com/kubevirt/kubevirt/blob/master/README.md imageUrl: https://cdn.pbrd.co/images/H5Gutd7.png providerDisplayName: "Red Hat, Inc."
Since the name attribute is set to ‘virtualization’ in the above example, Galaxy will import the APB with the name ‘virtualization’, rather than the repository name.
Content names are limited to lowercase word characters (i.e., a-z, 0-9) and ‘_’. No special characters are allowed, including ‘.’, ‘-‘, and space. During import, any ‘.’ and ‘-‘ characters contained in the repository name or role_name will be replaced with ‘_’.
Setting the value of role_name on an existing role will change the name of the role by converting it to lowercase, and translating ‘-‘ and ‘.’ to ‘_’. If the name of an existing role should not be altered, don’t set the value of role_name.
Galaxy supports versioning content through git tags that match the Semantic Version format.
For more on creating tags, view Versioning Content.
After logging into Galaxy for the first time, you can initiate content imports directly from Travis. In your
add a webhook to the notifications section, as shown below:
--- language: python python: "2.7" # Use the new container infrastructure sudo: false # Install ansible addons: apt: packages: - python-pip install: # Install ansible - pip install ansible # Check ansible version - ansible --version # Create ansible.cfg with correct roles_path - printf '[defaults]\nroles_path=../' >ansible.cfg script: # Basic role syntax check - ansible-playbook tests/test.yml -i tests/inventory --syntax-check notifications: webhooks: https://galaxy.ansible.com/api/v1/notifications/
You must first log into Galaxy to create a Namespace and associate GitHub organizations with the Namespace. If a Namespace does not exist, or the GitHub organization where the content exists is not associated with a Namespace, then Galaxy will not know how to import the content.