codeclimate-action

A GitHub action that publishes your code coverage to Code Climate.

Usage

This action requires that you set the CC_TEST_REPORTER_ID environment variable. You can find it under Repo Settings in your Code Climate project.

Inputs

Input	Default	Description
coverageCommand		The actual command that should be executed to run your tests and capture coverage.
workingDirectory		Specify a custom working directory where the coverage command should be executed.
debug	false	Enable Code Coverage debug output when set to true.
coverageLocations		Locations to find code coverage as a multiline string. Each line should be of the form <location>:<type>. type can be any one of clover, cobertura, coverage.py, excoveralls, gcov, gocov, jacoco, lcov, lcov-json, simplecov, xccov. See examples below.
prefix	undefined	See --prefix
verifyDownload	true	Verifies the downloaded Code Climate reporter binary's checksum and GPG signature. See Verifying binaries

Note If you are a Ruby developer using SimpleCov, other users have recommended installing an additional gem – gem "simplecov_json_formatter" – this gem fixes json error from the default coverage/.resultset.json output from SimpleCov.

Example

steps:
  - name: Test & publish code coverage
    uses: paambaati/codeclimate-action@v6.0.0
    env:
      CC_TEST_REPORTER_ID: <code_climate_reporter_id>
    with:
      coverageCommand: npm run coverage
      debug: true

Example with only upload

When you've already generated the coverage report in a previous step and wish to just upload the coverage data to Code Climate, you can leave out the coverageCommand option.

steps:
  - name: Test & publish code coverage
    uses: paambaati/codeclimate-action@v6.0.0
    env:
      CC_TEST_REPORTER_ID: <code_climate_reporter_id>

Example with wildcard (glob) pattern

This action supports basic glob patterns to search for files matching given patterns. It uses @actions/glob to expand the glob patterns.

steps:
  - name: Test & publish code coverage
    uses: paambaati/codeclimate-action@v6.0.0
    env:
      CC_TEST_REPORTER_ID: <code_climate_reporter_id>
    with:
      coverageCommand: yarn run coverage
      coverageLocations: |
        ${{github.workspace}}/*.lcov:lcov

Example with Jacoco

steps:
  - name: Test & publish code coverage
    uses: paambaati/codeclimate-action@v6.0.0
    env:
      # Set CC_TEST_REPORTER_ID as secret of your repo
      CC_TEST_REPORTER_ID: ${{secrets.CC_TEST_REPORTER_ID}}
      JACOCO_SOURCE_PATH: "${{github.workspace}}/src/main/java"
    with:
      # The report file must be there, otherwise Code Climate won't find it
      coverageCommand: mvn test
      coverageLocations: ${{github.workspace}}/target/site/jacoco/jacoco.xml:jacoco

Example of multiple test coverages for monorepo with Jest

Let's say you have a monorepo with two folders —client and server, both with their own coverage folders and a yarn coverage script which runs Jest within both folders.

"scripts": {
  "coverage": "yarn client coverage && yarn server coverage"
}

First be sure that paths in your coverage/lcov.info are correct; they should be either absolute or relative to the root of the monorepo. Open lcov.info and search for any path. For example —

SF:src/server.ts

If you find a relative path like this (happens for Jest 25+), it's incorrect as it is relative to the sub-package. This can be fixed by configuring Jest to set the root of your monorepo —

// server/jest.config.js
module.exports = {
  ...
  coverageReporters: [['lcov', { projectRoot: '..' }]]
  ...
};

steps:
  - name: Test & publish code coverage
    uses: paambaati/codeclimate-action@v6.0.0
    env:
      CC_TEST_REPORTER_ID: ${{secrets.CC_TEST_REPORTER_ID}}
    with:
      coverageCommand: yarn run coverage
      coverageLocations: |
        ${{github.workspace}}/client/coverage/lcov.info:lcov
        ${{github.workspace}}/server/coverage/lcov.info:lcov

Example projects

1. paambaati/websight

2. MartinNuc/coverage-ga-test