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path: root/docker/docker-puppet.py
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2017-02-23Add step to docker_puppet_tasksDan Prince1-2/+3
This patch sets the step correctly for docker_puppet_tasks. This is now required in order to match the 'step' in some puppet manifests explicitly so that things like keystone initialization run correctly. Closes-bug: #1667454 Change-Id: If2bdd0b1051125674f116f895832b48723d82b3a
2017-02-22Parallelize docker-puppet.pyIan Main1-18/+40
Use a pool of worker processes to run the puppet modules so they can all be done in parallel. Defaults to cpu count processes. Change-Id: I083d302b8cf6538569e4d165221c21df152266bc
2017-02-15Add docker_puppet_tasks initialization on primary nodeDan Prince1-1/+3
This patch adds a new (optional) section to the docker post.j2.yaml that collects any 'docker_puppet_tasks' data from enabled services and applies it on the primary role node (the first node in the primary (first) role). The use case for this is although we are generally only using puppet for configuration there are several exceptions that we desire to make use of today for parity with baremetal. This includes things like database creation and keystone endpoint initialization which we rely on configuration via hiera variables controlled by the puppet services. Change-Id: Ic14ef48f26de761b0d0eabd0e1c0eae52d90e68a
2017-02-15docker: new hybrid deployment architecture and configurationDan Prince1-0/+210
This patch implements a new docker deployment architecture that should us to install docker services in a stepwise manner alongside of baremetal puppet services. This works by using Yaql to select docker specific services (docker/services/*.yaml) vs the puppet specific ones and then applying the selected Json to relevant Heat software deployments for docker and baremetal puppet in a stepwise fashion. Additionally the new architecture leverages new composable services interfaces from Newton to allow configuration of per-service container configuration sets (directories that are bind mounted into kolla containers) by using the Kolla containers themselves. It does this by spinning up a throw away "configuration only" version of the container being configured itself, then running the puppet apply in that container and copying the generated config files into /var/lib/config-data. This avoids having to install all of the OpenStack dependency packages in the heat-agent-container itself (our previous approach) and should allow us to configure a much wider variety of container config files that would otherwise be impossible with the previous shared approach. The new approach (combined) should allow us to configure containers in both the undercloud and overcloud and incrementally add CI coverage to services as we containerize them. Co-Authored-By: Martin André <m.andre@redhat.com> Co-Authored-By: Ian Main <imain@redhat.com> Co-Authored-By: Flavio Percoco <flavio@redhat.com> Change-Id: Ibcff99f03e6751fbf3197adefd5d344178b71fc2