Apache RocketMQ Test Tool

This tool uses Helm and KubeVela to deploy applications and execute E2E tests in Kubernetes. KubeVela needs to be installed in Kubernetes before use.

Usage

Use helm chart to deploy your app in Kubernetes

  - uses: apache/rocketmq-test-tool@v1
    name: Deploy
    with:
      action: "deploy"
      ask-config: "${{ secrets.KUBE_CONFIG }}"
      test-version: "v1.0"
      chart-git: "https://github.com/your-helm-chart.git"
      chart-branch: "main"
      chart-path: "."
      job-id: 1
      helm-values: |
        app:
          image:
            repository: ${{env.DOCKER_REPO}}
            tag: v1.0

Execute your E2E test

  - uses: apache/rocketmq-test-tool@v1
    name: e2e test
    with:
      action: "test"
      ask-config: "${{ secrets.KUBE_CONFIG }}"
      test-version: "v1.0"
      test-code-git: "https://github.com/your-e2e-test.git"
      test-code-branch: "main"
      test-code-path: ./
      test-cmd: "your test command"
      job-id: 1
  - uses: actions/upload-artifact@v3
    if: always()
    name: Upload test log
    with:
      name: testlog.txt
      path: testlog.txt

Perform chaos test in Kubernetes

Quick Start:

1. On the main branch of your repository, copy the example workflow (the entire ./github/ directory) into your own repository.
2. Configure a GitHub repository secret:
   • Go to Settings -> Secrets and variables -> Actions.
   • Click Repository secrets to create a new secret named - ACK_CONFIG_VIRGINA.
   • Set the value to your K8s cluster access token.
3. Finally, you can manually trigger the workflow called 'Test chaos-test' in the Actions tab to see it in action.

Deploy your application:

  - uses: chi3316/rocketmq-test-tool/chaos-test-runner@1cb6d547b8ae65993a3ed0f03ac6c62ba42cf991
    name: Deploy rocketmq
    with:
      action: "deploy"
      ask-config: "${{ secrets.ACK_CONFIG_VIRGINA }}"
      test-version: "v0.1"
      job-id: 1
      helm-chart-repo: "https://chi3316.github.io/my_chart/"
      helm-chart-version: "0.0.5"
      helm-chart: "rocketmq"

Chaos test:

  - name: Checkout repository
    uses: actions/checkout@v2
  - uses: chi3316/rocketmq-test-tool/chaos-test-runner@1cb6d547b8ae65993a3ed0f03ac6c62ba42cf991
    name: Chaos test
    with:
      action: "chaos-test"
      ask-config: "${{ secrets.KUBE_CONFIG }}"
      job-id: 1
      openchaos-driver: ".github/chaos-configs/driver.yaml"
      chaos-mesh-fault-file: ".github/chaos-configs/network-delay.yaml"
      fault-scheduler-interval: "30"
      openchaos-args: "-t 240"
      fault-durition: "30"
      node-lable: "app.kubernetes.io/name=broker"
      meta-node-lable: "app.kubernetes.io/name=nameserver"
   - uses: actions/upload-artifact@v4
     with:
     name: chaos-test-report
     path: chaos-test-report/

Clean work:

  - uses: chi3316/rocketmq-test-tool/chaos-test-runner@1cb6d547b8ae65993a3ed0f03ac6c62ba42cf991
    name: clean
    with:
      action: "clean"
      ask-config: "${{ secrets.ACK_CONFIG_VIRGINA }}"
      job-id: 1

Scheduling Fault Injection You can schedule fault injection using fault-scheduler-interval for intervals (in seconds).Specify this parameter to inject faults at regular intervals.

OpenChaos and Chaos-Mesh Configuration To configure OpenChaos, you'll need to specify the nodes and metaNodes. Ensure that you provide labels that can filter out the regular nodes and metadata nodes correctly based on your cluster's configuration. Example Configuration:

nodes:
  - ${node_1}
  - ${node_2}
  ...
  - ${node_n}

metaNodes:
  - ${meta_node_1}
  - ${meta_node_2}
  ...
  - ${meta_node_n}

Important: You must fill the configuration with the exact format shown above. Use placeholders like ${node_1}, ${node_2}, etc., for regular nodes, and ${meta_node_1}, ${meta_node_2}, etc., for metadata nodes. Make sure to use underscores _ in the placeholders.

For chaos-mesh YAML files, use placeholders like ${app} and ${ns} for application names and namespaces.For example, in your YAML files:

selector:
  namespaces:
    - '${ns}'
  labelSelectors:
    "app.kubernetes.io/name": "${app}"

Note: When installing Chaos Mesh, you might need to adjust settings based on the container runtime of your Kubernetes cluster.

Default Parameters: OpenChaos already has some default parameters:

./start-openchaos.sh --driver driver-rocketmq/openchaos-driver.yaml --output-dir ./report $OPENCHAOS_ARGS

Note: Make sure not to duplicate the parameters in OPENCHAOS_ARGS.

Clean your app in Kubernetes

  - uses: apache/rocketmq-test-tool@v1
    name: clean
    with:
      action: "clean"
      ask-config: "${{ secrets.KUBE_CONFIG }}"
      test-version: "v1.0"
      job-id: 1

License

Apache License, Version 2.0 Copyright (C) Apache Software Foundation