!Build status

Bitrise Workflow Editor

How to install & use the Workflow Editor on your Mac/Linux

1. Install Go brew install go (on macOS)
2. Install the latest Bitrise CLI - it's a single binary command line tool
3. Run bitrise setup just to be sure everything's prepared
4. cd into a directory where you have your bitrise.yml, and run: bitrise :workflow-editor

To upgrade to the latest version of the Workflow Editor run:

bitrise plugin update workflow-editor

_Join the Workflow Editor's discussion at: https://discuss.bitrise.io/t/workflow-editor-v2-open-source-offline-workflow-editor/39_

Install requirements

The client is a Vite build and needs node and npm. The local executable is written in Go, so you need a Go toolchain too. One command installs both sides' dependencies and builds them:

bitrise run setup

Development

Build a stand-alone binary, with embedded resources

go install

Run in development mode

npm start          # start both the local plugin api and the Vite dev server

1. In your browser, you can reach the Workflow Editor on localhost:4000/{version}. Be aware that you usually have to

1. By default, the Workflow Editor will open the test_bitrise.yml from integration folder (used for integration

If you would like to run the Workflow Editor in website mode, you have to run the dedicated npm command:

npm run start:website   # starts WFE in website mode

You also have to make sure that the Monolith is already running before you try to execute the command above (otherwise every request to http://localhost:3000 will be handled by the WFE).

start:website defaults to PUBLIC_URL_ROOT=/workflow_editor, so the HTML emits asset URLs that route through the monolith's /workflow_editor/* asset proxy. Point the monolith at your local WFE by setting the env var below (no controller-source edits needed):

• if you run the monolith directly (umbrella repo): BITRISE_WORKFLOW_EDITOR_URL=http://localhost:4000/workflow_editor
• if you run the monolith in docker (web-dev-env): BITRISE_WORKFLOW_EDITOR_URL=http://host.docker.internal:4000/workflow_editor

Once the above is set, the Workflow Editor is reachable in the monolith on localhost:3000/app/{slug}/workflow_editor.

If you want the browser to fetch assets directly from the WFE dev server (skipping the monolith proxy — faster, but only works when the browser is on the same host as Vite, so not for remote dev boxes), override the prefix:

PUBLIC_URL_ROOT=http://localhost:4000 npm run start:website

In that case set BITRISE_WORKFLOW_EDITOR_URL=http://localhost:4000 (no trailing path) in the monolith.

Restart after a version bump

If you pull/rebase across a release commit (one that bumps the version in both package.json and version/version.go), restart the WFE — don't just rely on Vite's hot-reload. Vite picks up the new version from package.json and starts serving at the new /{version}/ path, but go run main.go keeps running its already-compiled binary with the old version.VERSION constant. The two then disagree on the route prefix and requests 404 (which surfaces in the monolith as OpenURI::HTTPError 404 from WorkflowController#content).

Run client tests

npm test                                  # Jest unit tests
npm test -- --testPathPattern="path/to"   # a subset
npm run storybook                         # component workshop on :6006
npx tsc --noEmit                          # nothing else type-checks, including CI

Jest runs in the node environment by default; a test that renders a hook or a component needs an @jest-environment jsdom docblock at the top of the file.

npm run test:smoke is a post-deploy Playwright check, not a local one. It signs into a deployed app and needs SMOKE_TEST_APP_ID, SMOKE_TEST_USER_NAME, SMOKE_TEST_USER_PASSWORD and NPM_PACKAGE_VERSION.

Override LaunchDarkly flags

You can create an ld.local.json file in the project root to override the LaunchDarkly flags.

Example ld.local.json content:

{
  "enable-nice-feature": true,
  "key-of-the-feature-flag": "local value of the feature flag"
}

Contributing

This project is using squash & merge model, feel free to have as many commits as you like but at the end the work will end up on master as a single commit.

Tech standards

1. TypeScript and React throughout. The AngularJS migration finished in May 2025 and there is no legacy tier left.
2. New UI work uses @bitrise/bitkit-v2 (Chakra v3). @bitrise/bitkit (Chakra v2) is legacy — port v1 components to

1. Nothing type-checks unless you run npx tsc --noEmit, so run it before calling a typed change done.
2. Four ESLint rules encode architectural boundaries rather than style. If npm run lint fails on

Working on this codebase with an AI agent? CLAUDE.md is the entry point, and docs/decisions.md explains the parts that look odd on purpose.

Testing standards

1. Unit tests are required for every new feature
2. Consider writing React Testing Library component tests
3. Services get a YAML round-trip test: seed the store, call the service, compare the emitted YAML.

New version release

Every master commit is released to an S3 bucket and Bitrise will integrate it with the website manually (CD is planned when test coverage and confidence is increasing with the editor). If you wanna do a plugin release as well you need to tag the PRs with #plugin wherever in the PR title (like: "new feature #plugin").

If new release requires Bitrise CLI to be updated, in bitrise-plugin.yml change min_version requirement of the bitrise tool to the required CLI version.

Testing if version release works, without actually releasing

• In bitrise.yml, create a workflow e. g. test-release
• From the create-release workflow, copy-paste the _GitHub release_ and _Create Discuss topic_ steps.
• In the GitHub release step, remove the files_to_upload input, set the $NEW_RELEASE_VERSION everywhere to something

• In the Create Discuss topic step, **change the DISCUSS_CHANGELOG_CATEGORY_ID to the ID of one our

• After the test release process, don't forget to delete the draft release and the internal changelog topic.