This repo contains concourse tasks for use with cf-deployment. If you are trying to deploy to IAAS, you may wish to check the Deployment Guide. Each task is in its own directory. A task will generally be composed of a task.yml to be referenced in pipelines, a supporting task file, and a Dockerfile. The Dockerfile is built and pushed to Dockerhub regularly in CI maintained by the CF Release Integration team here.
It should be clear how to use each task
from the task.yml
and the description below.
If you find that it is not,
please contact the Release Integration team
in our Slack channel dedicated to supporting users of cf-deployment.
Alternatively, you can open an issue.
Development updates to the repo are made to the master branch,
so untested or backwards incompatible changes may be present there.
Once changes have been tested and all stories accepted,
we add new version tags such as v1.6 to the approprate commit.
We use a bare-bones type of semantic versioning for this repo.
Backwards incompatible changes warrant a major version bump (e.g. v1.6 to v2.0),
while other changes will simply add a minor version bump (e.g. v2.0 to v2.1).
In Concourse, you can pretty easily lock to a major version, meaning that your pipeline will take minor (i.e. backwards compatible) changes only. Here's an example from our nats release pipeline:
- name: cf-deployment-concourse-tasks
type: git
source:
uri: https://github.com/cloudfoundry/cf-deployment-concourse-tasks.git
tag_filter: v3.*
When you're ready to take the backwards incompatible changes, you can take any necessary manual steps to upgrade, and then change the major version in your pipeline configuration.
Tasks are listed here alphabetically,
along with a brief description
meant to be used alongside the task.yml within each task directory
to understand the tasks'
purpose, interface, and options.
Each title is also a link
to the appropriate task.yml.
This destroys the director and infrastructure created by bbl. Debug output is written to bbl_destroy.txt to help debug failures in this task.
This uses bbl
to create your infrastructure
and deploy a BOSH director.
Debug output
is written to
bbl_plan.txt and
bbl_up.txt
to help debug failures
in this task.
This task requires
a certificate and key
(unless you are bbling up a bosh-lite environment)
which can be generated using
the commands specified here.
This performs a BOSH cleanup which is necessary from time to time to avoid running out of space.
This deletes a BOSH deployment.
If you want to delete all of the available BOSH deployments you can set the DELETE_ALL_DEPLOYMENTS flag to true.
This performs a BOSH upload-stemcell and BOSH deployment. Optionally, operations files may be applied to the deployment manifest.
It's also configurable to
regenerate deployment credentials
on each deployment
though this is not the default behavior.
This is helpful for testing
changes to variable generation,
but is only expected to work
with fresh deployments.
This also automatically uploads the stemcells present in deployment.
If you're deploying to bosh-lite environment you need to set the
BOSH_LITE flag to true so the task uploads the correct stemcell(s).
This creates and applies an
additional operations file to cf-deployment.yml,
which causes BOSH to
create, upload, and use a dev release
from the provided release folder
in place of the version specified in cf-deployment.yml.
This is useful for testing an upstream component.
Otherwise identical to the bosh-deploy task above.
This takes as input
a concourse resource
for the submodule version bumped
when creating a dev release
from the provided release folder.
Otherwise identical to the bosh-deploy-with-created-release task above.
This uploads a single release to the BOSH director.
This uploads stemcell(s) associated with the manifest and/or ops files provided. This task can be used to upload stemcells within jobs that do not contain a bosh-deploy* task (which handles uploading stemcells as well as executing the bosh deployment).
This collects two sets of operations files. The first set is the "base" set, to which the second ("new") set is added.
If there is a name conflict, the operations file from the second ("new") set wins.
This runs CF Acceptance Tests against a CF environment specified by the CATs integration file. If desired, you can use the optional cf-cli input to provide your own CF CLI binary.
This runs a bosh errand with the provided deployment and errand name.
This will toggle the specified feature-flags based on their boolean values.
This updates integration files to be consumed by CATs and RATs with credentials drawn from CredHub.
This opens Application Security Groups for BOSH instance groups.