Enable Pipelines as Code in the Armory Platform

Advantages to using Pipelines as Code

Armory’s Pipelines as Code feature provides a way to specify pipeline definitions in source code repos such as GitHub and BitBucket.

The Armory installation provides a service called Dinghy, which keeps the pipeline in sync with what is defined in the GitHub repo. Also, users are able to make a pipeline by composing other pipelines, stages, or tasks and templating certain values.

GitHub is in the process of replacing master as the name of the default base branch. Newly created repos use main. As this transition happens, confirm what branch your repo is using as its base branch and explicitly refer to that branch when configuring Armory features such as Pipelines as Code. For more information, see Renaming.

This guide includes:

• Configurations for enabling Armory’s Pipelines as Code feature using Armory Operator or Halyard
• Settings for GitHub, GitLab, or Bitbucket/Stash webhooks to work with the Pipelines as code
• GitHub custom branch configuration for information about how to explicitly set the branch that Pipelines as Code uses.

Enabling Pipelines as Code

Dinghy is the microservice for Pipelines as Code. You need to enable it to use Pipelines as Code.

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    config:
      armory:
        dinghy:
          enabled: true       # Whether or not dinghy is enabled
          ... # Rest of config omitted for brevity

kubectl -n spinnaker apply -f spinnakerservice.yml

hal armory dinghy enable

Configuring SQL

The Dinghy service can use MySQL to store relationships between pipeline templates and pipeline dinghy files. An external MySQL instance is highly recommended for production use because it can provide more durability for Pipelines as Code. If MySQL becomes unavailable, dinghy files will need to be updated in order to repopulate MySQL with the relationships.

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    profiles:
      dinghy:
        sql:
          baseUrl: mysql:3306
          databaseName: dinghy
          enabled: true
          password: password
          user: user

kubectl -n spinnaker apply -f spinnakerservice.yml

sql:
  user: root
  password: password
  baseUrl: mysql-url:3306
  databaseName: dinghy
  enabled: true

Migration from Redis to SQL

There’s a migration strategy to move the relationships from Redis to SQL. In order to do that, you need to have the configuration from your redis and add the configuration for SQL as shown previously, when you do this and the pod starts, what will happen is that the migration will be done automatically by a job. To verify that the migration was done successfully you can enter into your database and query this tables.

select * from executions;
select * from fileurls;
select * from fileurl_childs;

In executions table you should be able to see one record with the name REDIS_TO_SQL_MIGRATION.

In fileurls and fileurl_childs you should be able to see the migration information with the dinghyfiles, modules and their relationships.

After Dinghy makes the migration at start, it will close the Redis connection and it will work in full SQL mode.

Configuring Redis

Dinghy can use Redis to store relationships between pipeline templates and pipeline dinghy files. An external Redis instance is highly recommended for production use. If Redis becomes unavailable, dinghy files will need to be updated in order to repopulate Redis with the relationships.

Dinghy can only be configured to use a password with the default Redis user.

To set/override the Spinnaker Redis settings do the following:

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    profiles:
      dinghy:
        redis:
          baseUrl: "redis://spin-redis:6379"
          password: "password"

kubectl -n spinnaker apply -f spinnakerservice.yml

redis:
  baseUrl: "redis://spin-redis:6379"
  password: "password"

Configuring Pipelines as Code

1. Create a personal access token (in either GitHub or Bitbucket/Stash) that has read access to all repos where you store your dinghyfile and module files.
2. Get your Github, GitLab, or Bitbucket/Stash organization where the app repos and templates reside. For example, if your repo is armory-io/dinghy-templates, your template-org would be armory-io.
3. Get the name of the repo containing modules. . For example, if your repo is armory-io/dinghy-templates, your template-repo would be dinghy-templates.

GitHub

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    config:
      armory:
        dinghy:
          enabled: true                  # Whether or not Dinghy is enabled
          templateOrg: my-org            # SCM organization or namespace where application and template repositories are located
          templateRepo: dinghy-templates # SCM repository where module templates are located
          githubToken: abc               #  GitHub token. This field supports "encrypted" field references (https://docs.armory.io/spinnaker-install-admin-guides/secrets/)
          githubEndpoint: https://api.github.com # (Default: https://api.github.com) Github API endpoint. Useful if you’re using Github Enterprise
          ... # Rest of config omitted for brevity

kubectl -n spinnaker apply -f spinnakerservice.yml

hal armory dinghy edit \
  --template-org "armory-io" \
  --template-repo "dinghy-templates" \
  --github-token "your_token/password"
# For Github enterprise, you may customize the endpoint:
  --github-endpoint "https://your-endpoint-here.com/api/v3" # (Default: https://api.github.com) Github API endpoint. Useful if you’re using Github Enterprise
hal deploy apply

Configuring GitHub webhooks

Set up webhooks at the organization level for Push events. You can do this by going to https://github.com/organizations/<your_org_here>/settings/hooks.

1. Set content-type to application/json.

2. Set the Payload URL to your Gate URL. Depending on whether you configured Gate to use its own DNS name or a path on the same DNS name as Deck, the URL follows one of the following formats:

   • https://<your-gate-url>/webhooks/git/github if you have a separate DNS name or port for Gate
   • https://<your-spinnaker-url>/api/v1/webhooks/git/github if you’re using a different path for Gate

If your gate endpoint is protected by a firewall, you need to configure your firewall to allow inbound webhooks from Github’s IP addresses. You can find the IPs in this API response. Read more about Github’s IP addresses.

You can configure webhooks on multiple GitHub organizations or repositories to send events to Dinghy. Only a single repository from one organization can be the shared template repository in Dinghy. However, pipelines can be processed from multiple GitHub organizations. You want to ensure the GitHub token configured for Dinghy has permission for all the organizations involved.

Pull request validations

When you make a GitHub Pull Request (PR) and there is a change in a dinghyfile, Pipelines as Code automatically performs a validation for that dinghyfile. It also updates the Github status accordingly. If the validation fails, you see an unsuccessful dinghy check.

Make PR Validations mandatory to ensure users only merge working dinghyfiles.

Perform the following steps to configure mandatory PR validation:

1. Go to your GitHub repository.
2. Click on Settings > Branches.
3. In Branch protection rules, select Add rule.
4. Add master in Branch name pattern so that the rule gets enforced on the master branch. Note that if this is a new repository with no commits, the “dinghy” option does not appear. You must first create a dinghyfile in any branch.
5. Select Require status checks to pass before merging and make dinghy required. Select Include administrators as well so that all PRs get validated, regardless of user.

The following screenshot shows what your GitHub settings should resemble:

Bitbucket Server (Stash) and Bitbucket Cloud

Bitbucket has both cloud and server offerings. See the Atlassian docs for more on the name change from Stash to Bitbucket Server. Consult your company’s Bitbucket support desk if you need help determining what flavor and version of Bitbucket you are using.

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    config:
      armory:
        dinghy:
          enabled: true                      # Whether or not dinghy is enabled
          templateOrg: my-org                # SCM organization or namespace where application and template repositories are located
          templateRepo: dinghy-templates     # SCM repository where module templates are located
          stashUsername: stash_user          # Stash username
          stashToken: abc                    # Stash token. This field supports "encrypted" field references (https://docs.armory.io/spinnaker-install-admin-guides/secrets/)
          stashEndpoint: https://my-endpoint # Stash API endpoint. If you're using Bitbucket Server, update the endpoint to include the api e.g. https://your-endpoint-here.com/rest/api/1.0
          ... # Rest of config omitted for brevity

kubectl -n spinnaker apply -f spinnakerservice.yml

hal armory dinghy edit \
  --template-org "armory-io" \
  --template-repo "dinghy-templates" \
  --stash-token "your_token/password" \
  --stash-username "stash_user" \
  --stash-endpoint "https://your-endpoint-here.com"  
hal deploy apply

If you’re using Bitbucket Server, update the endpoint to include the api, e.g. --stash-endpoint https://your-endpoint-here.com/rest/api/1.0

You need to set up webhooks for each project that has the dinghyfile or module separately. Make the webhook POST to: https://spinnaker.your-company.com:8084/webhooks/git/bitbucket. If you’re using stash <v3.11.6, you need to install the webhook plugin to be able to set up webhooks.

GitLab

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    config:
      armory:
        dinghy:
          enabled: true                       # Whether or not dinghy is enabled
          templateOrg: my-org                 # SCM organization or namespace where application and template repositories are located
          templateRepo: dinghy-templates      # SCM repository where module templates are located
          gitlabToken: abc                    # GitLab token. This field supports "encrypted" field references (https://docs.armory.io/spinnaker-install-admin-guides/secrets/)
          gitlabEndpoint: https://my-endpoint # GitLab endpoint
          ... # Rest of config omitted for brevity

kubectl -n spinnaker apply -f spinnakerservice.yml

hal armory dinghy edit \
--template-org "armory-io" \
--template-repo "dinghy-templates" \
--gitlab-token "your_token/password"
--gitlab-endpoint "https://your-endpoint-here.com"  

hal deploy apply

Under “Settings -> Integrations” on your project page, point your webhooks to https://<your-gate-url>/webhooks/git/gitlab. Make sure the server your GitLab install is running on can connect to your Gate URL. Armory also needs to communicate with your GitLab installation. Ensure that connectivity works as well.

Custom branch configuration

Configuring a custom branch is required if you are using a repo that does not use master as the base branch. Newly created GitHub repositories that use main as the default base branch must configure a custom branch using the repoConfig parameter.

By default, Dinghy will use the master branch in your repository. If you wish to use a different base branch for your repository, this can be configured using the repoConfig tag in your yaml configuration.

The repoConfig tag supports a collection of the following values. Each node in the collection must contain all of the fields listed below.

• branch - the name of the branch you wish to use
• provider - the name of the provider (see below for available providers)
• repo - the name of the repository

All providers available in Dinghy are supported. Please refer to the list below for the proper name to use in the configuration for each provider.

• github
• bitbucket-cloud
• bitbucket-server

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    profiles:
      dinghy:
        repoConfig:
        - branch: some_branch
          provider: bitbucket-server
          repo: my-bitbucket-repository
        - branch: some_branch
          provider: github
          repo: my-github-repository
          ... # Rest of config omitted for brevity

repoConfig:
- branch: some_branch
  provider: bitbucket-server
  repo: my-bitbucket-repository
- branch: some_branch
  provider: github
  repo: my-github-repository

Other Options

Fiat

If Fiat is enabled, add the field fiatUser: "your-service-account" to the dinghy section in SpinnakerService manifest (Operator) or pass the option --fiat-user "your-service-account" (Halyard). Note that the service account has to be in a group that has read/write access to the pipelines you will be updating.

If you have app specific permissions configured in Spinnaker, make sure you add the service account. For information on how to create a service account, click here.

Custom Filename

If you want to change the name of the file that describes pipelines, add the field dinghyFilename: "your-name-here" to the dinghy section in SpinnakerService manifest (Operator) or pass the option: --dinghyfile-name "your-name-here" (Halyard).

Disabling Locks

If you want to disable lock pipelines in the UI before overwriting changes, add the field autoLockPipelines: false to SpinnakerService manifest (Operator) or pass the option: --autolock-pipelines false (Halyard).

Slack Notifications

If you configured Armory to send Slack notifications for pipeline events, you can configure Dinghy to send pipeline update results to Slack.

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    config:
      armory:
        dinghy:
          enabled: true
          notifiers:
            slack:
              enabled: true       # Whether or not Slack notifications are enabled for dinghy events
              channel: my-channel # Slack channel where notifications will be sent to
              ... # Rest of config omitted for brevity

$ hal armory dinghy slack enable --channel my-channel

Other Template Formats

This feature requires Armory 2.5.4 or above.

Dinghy supports two additional template formats in addition to JSON:

• HCL
• YAML

Selecting one of these parsers means that all of your templates must also be in that format.

You need to configure parserFormat with one of the parsers:

• json (Default)
• yaml
• hcl

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    profiles:
      dinghy:
        parserFormat: hcl
        ... # Rest of config omitted for brevity

parserFormat: hcl

Known Issues

If Dinghy crashes on start up and you encounter an error in Dinghy similar to:

time="2020-03-06T22:35:54Z"
level=fatal
msg="failed to load configuration: 1 error(s) decoding:\n\n* 'Logging.Level' expected type 'string', got unconvertible type 'map[string]interface {}'"

You probably configured global logging levels with spinnaker-local.yml. The work around is to override Dinghy’s logging levels:

• Operator
• Halyard

apiVersion: spinnaker.armory.io/v1alpha2
kind: SpinnakerService
metadata:
  name: spinnaker
spec:
  spinnakerConfig:
    profiles:
      dinghy:
        Logging:
          Level: INFO
          ... # Rest of config omitted for brevity

Logging:
  Level: INFO

Feedback

Was this page helpful?

Glad to hear it! Please tell us how we can improve.

Sorry to hear that. Please tell us how we can improve.