e7e5504a9e
The mix of <Location> and ProxyPass [path] <target> lead to some issue.
This patch corrects them and makes the config more consistent.
Until now, the last URI was actually an error page from the main galaxy
website. With this change, we now hit the S3 bucket as we should,
allowing ansible-galaxy to download the archive, validate its checksum,
and install the intended collection/role.
This patch was fully tested locally using the httpd container image, a
minimal configuration adding only the needed modules and the
ansible-galaxy vhost/proxy, and running ansible-galaxy directly.
In addition, this patch also makes a better testing of the proxy, using
cURL until we actually download the file.
Since ansible galaxy will provide a file under any condition, we also
assert the downloaded file is really what it should be - a plain
archive. If it's a miss on S3 side, it would be a JSON. And if we get an
ansible galaxy answer, that would be an HTML file.
The following commands were used:
Run the container:
podman run --rm --security-opt label=disable \
-v ./httpd.conf:/usr/local/apache2/conf/httpd.conf:ro \
-p 8080:8080 httpd:2.4
Run ansible-galaxy while ensuring we don't rely on its own internal
cache:
rm -rf operator ~/.ansible/galaxy_cache/api.json
ansible-galaxy collection download -vvvvvvv \
-s http://localhost:8080/ -p ./operator tripleo.operator
Then, the following URI were shown in the ansible-galaxy log:
http://localhost:8080/
http://localhost:8080/api
http://localhost:8080/api/v2/collections/tripleo/operator/
http://localhost:8080/api/v2/collections/tripleo/operator/versions/?page_size=100
http://localhost:8080/api/v2/collections/tripleo/operator/versions/0.9.0/
Then, the actual download:
http://localhost:8080/download/tripleo-operator-0.9.0.tar.gz
Then the checksum validation, and eventually it ended with:
Collection 'tripleo.operator:0.9.0' was downloaded successfully
Change-Id: Ibfe846b59bf987df3f533802cb329e15ce83500b
OpenDev System Configuration
This is the machinery that drives the configuration, testing, continuous integration and deployment of services provided by the OpenDev project.
Services are driven by Ansible playbooks and associated roles stored
here. If you are interested in the configuration of a particular
service, starting at playbooks/service-<name>.yaml
will show you how it is configured.
Most services are deployed via containers; many of them are built or
customised in this repository; see docker/.
A small number of legacy services are still configured with Puppet.
Although the act of running puppet on these hosts is managed by Ansible,
the actual core of their orchestration lives in manifests
and modules.
The files in this repository are provided as an opinionated example service deployment, and to allow the OpenDev Collaboratory to use public software development workflows in order to coordinate changes and improvements to the systems it runs. This repository is not intended as a reconsumable project on its own, and anyone wishing to adjust it to suit their own needs should do so with a fork. The system-config reviewers are unable to evaluate and support use cases for the contents here other than their own.
Testing
OpenDev infrastructure runs a complete testing and continuous-integration environment, powered by Zuul.
Any changes to playbooks, roles or containers will trigger jobs to thoroughly test those changes.
Tests run the orchestration for the modified services on test nodes
assigned to the job. After the testing deployment is configured
(validating the basic environment at least starts running), specific
tests are configured in the testinfra directory to validate
functionality.
Continuous Deployment
Once changes are reviewed and committed, they will be applied
automatically to the production hosts. This is done by Zuul jobs running
in the deploy pipeline. At any one time, you may see these
jobs running live on the status page or
you could check historical runs on the pipeline
results (note there is also an opendev-prod-hourly
pipeline, which ensures things like upstream package updates or
certificate renewals are incorporated in a timely fashion).
Contributing
Contributions are welcome!
You do not need any special permissions to make contributions, even those that will affect production services. Your changes will be automatically tested, reviewed by humans and, once accepted, deployed automatically.
Bug fixes or modifications to existing code are great places to start, and you will see the results of your changes in CI testing. Please remember that this repository consists of configuration and orchestration for OpenDev Collaboratory production systems, so contributions to it will be evaluated on the basis of whether they're useful or applicable to OpenDev's services. Changes intended to make the contents more easily reusable outside OpenDev itself are not in scope, and so will be rejected by reviewers.
You can develop all the playbooks, roles, containers and testing required for a new service just by uploading a change. Using a similar service as a template is generally a good place to start. If deploying to production will require new compute resources (servers, volumes, etc.) these will have to be deployed by an OpenDev administrator before your code is committed. Thus if you know you will need new resources, it is best to coordinate this before review.
The #opendev IRC on OFTC channel is the main place for interactive discussion. Feel free to ask any questions and someone will try to help ASAP. The OpenDev meeting is a co-ordinated time to synchronize on infrastructure issues. Issues should be added to the agenda for discussion; even if you can not attend, you can raise your issue and check back on the logs later. There is also the service-discuss mailing list where you are welcome to send queries or questions.
Documentation
The latest documentation is available at https://docs.opendev.org/opendev/system-config/latest/
That documentation is generated from this repository. You can geneate
it yourself with tox -e docs.