Skip to content

Latest commit

 

History

History
213 lines (143 loc) · 7.45 KB

README.md

File metadata and controls

213 lines (143 loc) · 7.45 KB
Raw

Digdag

CircleCI

CI

Documentation

Please check digdag.io and docs.digdag.io for installation & user manual.

REST API document is available at docs.digdag.io/api.

Release Notes

The list of release note is here.

Development

Prerequirements

  • JDK 8
  • Node.js 12.x

Installing Node.js using nodebrew:

$ curl -L git.io/nodebrew | perl - setup
$ echo 'export PATH=$HOME/.nodebrew/current/bin:$PATH' >> ~/.bashrc
$ source ~/.bashrc
$ nodebrew install-binary v12.x
$ nodebrew use v12.x

Installing Node.js using Homebrew on Mac OS X:

$ brew install node
  • Python 3
    • sphinx
    • sphinx_rtd_theme
    • recommonmark

Running tests

$ ./gradlew check

Test coverage report is generated at didgag-*/build/reports/jacoco/test/html/index.html. Findbugs report is generated at digdag-*/build/reports/findbugs/main.html.

$ CI_ACCEPTANCE_TEST=true ./gradlew digdag-tests:test --info --tests acceptance.BuiltInVariablesIT

To execute tests in digdag-tests subproject locally, tests option that is provided by Gradle is useful. Environment variable CI_ACCEPTANCE_TEST=true is needed to execute digdag-tests.

Testing with PostgreSQL

Test uses in-memory H2 database by default. To use PostgreSQL, set following environment variables:

$ export DIGDAG_TEST_POSTGRESQL="$(cat config/test_postgresql.properties)"

Building CLI executables

$ ./gradlew cli
$ ./gradlew cli -PwithoutUi  # build without integrated UI

(If the command fails during building UI due to errors from node command, you can try to add -PwithoutUi argument to exclude the UI from the package).

It makes an executable in pkg/, e.g. pkg/digdag-$VERSION.jar.

Develop digdag-ui

Node.js development server is useful because it reloads changes of digdag-ui source code automatically.

First, put following lines to ~/.config/digdag/config and start digdag server:

server.http.headers.access-control-allow-origin = http://localhost:9000
server.http.headers.access-control-allow-headers = origin, content-type, accept, authorization, x-td-account-override, x-xsrf-token, cookie
server.http.headers.access-control-allow-credentials = true
server.http.headers.access-control-allow-methods = GET, POST, PUT, DELETE, OPTIONS, HEAD
server.http.headers.access-control-max-age = 1209600

Then, start digdag-ui development server:

$ cd digdag-ui/
$ npm install
$ npm run dev    # starts dev server on http://localhost:9000/

Updating REST API document

Run this command to update REST API document file at digdag-docs/src/api/swagger.yaml.

./gradlew swaggerYaml  # dump swagger.yaml file

Use --enable-swagger option to check the current Digdag REST API.

$ ./gradlew cli
$ ./pkg/digdag-<current version>.jar server --memory --enable-swagger # Run server with --enable-swagger option

$ docker run -dp 8080:8080 swaggerapi/swagger-ui # Run Swagger-UI on different console
$ open http://localhost:8080/?url=http://localhost:65432/api/swagger.json # Open api/swagger.json on Swagger-UI

Updating documents

Documents are in digdag-docs/src directory. They're built using Sphinx.

Website is hosted on www.digdag.io using Github Pages. Pages are built using deployment step of circle.yml and automatically pushed to gh-pages branch of digdag-docs repository.

To build the pages and check them locally, follow this instruction.

Create a virtual environment of Python and install dependent Python libraries including Sphinx.

$ python3 -m venv .venv
$ source .venv/bin/activate
(.venv)$ pip install -r digdag-docs/requirements.txt -c digdag-docs/constraints.txt

After installation of Python libraries, You can build with running the following command:

(.venv)$ ./gradlew site

This might not always update all necessary files (Sphinx doesn't manage update dependencies well). In this case, run ./gradlew clean first.

It builds index.html at digdag-docs/build/html/index.html.

Development on IDEs

IntelliJ IDEA

Digdag is using a Java annotation processor org.immutables:value. The combination of Java annotation processing and Gradle on IntelliJ IDEA sometimes introduces some troubles. In Digdag's case, you may run into some compile errors like cannot find symbol: class ImmutableRestWorkflowDefinitionCollection. So we'd recommend the followings to avoid those compile errors if you want to develop Digdag one the IDE.

  1. There's an important configuration option to be enabled to fully have IntelliJ be fully integrated with an existing gradle build configuration: Delegate IDE build/run actions to gradle needs to be enabled.

Releasing a new version

This is for committers only.

Prerequisite: Sonatype OSSRH

You need an account in Sonatype OSSRH, and configure it in your ~/.gradle/gradle.properties.

ossrhUsername=(your Sonatype OSSRH username) ossrhPassword=(your Sonatype OSSRH password)

Prerequisite: PGP signatures

You need your PGP signatures to release artifacts into Maven Central, and configure Gradle to use your key to sign. Configure it in your ~/.gradle/gradle.properties.

signing.gnupg.executable=gpg
signing.gnupg.useLegacyGpg=false
signing.gnupg.keyName=(the last 8 symbols of your keyId)
signing.gnupg.passphrase=(the passphrase used to protect your private key)

Release procedure

As mentioned in the prerequirements, we need to build with JDK 8 in this procedure.

  1. run git pull upstream master --tags.
  2. run ./gradlew setVersion -Pto=<version> command.
  3. write release notes to releases/release-<version>.rst file. It must include at least version (the first line) and release date (the last line).
  4. run ./gradlew clean cli site check releaseCheck.
  5. make a release branch. git checkout -b release_v<version> and commit.
  6. push the release branch to origin and create a PR.
  7. after the PR is merged to master, checkout master and pull latest upstream/master.
  8. run ./gradlew clean cli site check releaseCheck again.
  9. if it succeeded, run ./gradlew release.
  10. create a tag git tag -a v<version> and push git push upstream v<version>
  11. create a release in GitHub releases.
  12. upload pkg/digdag-<version>.jar to the release
  13. a few minutes later, run digdag selfupdate and confirm the version.

If major version is incremented, also update version = and release = at digdag-docs/src/conf.py.

If you are expert, skip 5. to 7. and directly update master branch.

Post-process of new release

You also need following steps after new version has been released.

  1. create next snapshot version, run ./gradlew setVersion -Pto=<next-version>-SNAPSHOT.
  2. push to master.

Releasing a SNAPSHOT version

./gradlew releaseSnapshot

Note Snapshot release is not supported currently.