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Overview

The TestDriver GitHub Action enables cloud-based testing using TestDriver’s infrastructure. This guide will walk you through the steps to install and configure the GitHub Action for your repository.

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Step 1: Install the GitHub Action

TestDriver Cloud Testing is performed via the TestDriver GitHub Action. You can find and install the action from the GitHub Marketplace:

TestDriver.ai - GitHub Marketplace

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Step 2: Get Your API key

To execute TestDriver actions on our virtual machines, you’ll need an API key. Follow these steps to retrieve and configure your API key:

  1. Upgrade Your Account: Ensure you have a paid TestDriver account.
  2. Log In: Go to the Team Page in your TestDriver dashboard.
  3. Copy Your API Key: Locate and copy your API key.
  4. Add the API Key as a GitHub Secret:
    • Navigate to your repository settings in GitHub.
    • Add a new secret named TD_API_KEY and paste your API key.

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Step 3: Create your workflow

Now it’s time to create your first TestDriver workflow. Add the following configuration to .github/workflows/testdriver.yaml:

name: TestDriver

permissions:
  actions: read
  contents: read
  statuses: write
  pull-requests: write

on:
  pull_request: # Run on every pull request event
  schedule:
    - cron: '0 * * * *' # Run every hour
  push:
    branches:
      - main # Run on merge to the main branch
  workflow_dispatch: # Manual trigger

jobs:
  test:
    name: "TestDriver"
    runs-on: ubuntu-latest
    steps:
      - uses: dashcamio/testdriver@main
        version: "v5.0.7"
        key: ${{ secrets.TD_API_KEY }}
        os: linux
        with:
          prompt: |
            1. /run testdriver.yaml
        env:
          GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
          FORCE_COLOR: "3"

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Key points:

  • Trigger Conditions: The on section defines when the workflow runs (for example, pull requests, scheduled events, or manual triggers).
  • API Key: The key field uses the TD_API_KEY secret for authentication.
  • Prompt: The prompt field specifies the commands to execute. In this example, the /run command is used to execute a test file from the repository.

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Step 4: Deploy the workflow

Save the workflow file, create a new branch, and push it to your repository. Then, create a pull request to trigger the workflow.

git checkout -b testdriver
git commit -am 'Add TestDriver GitHub Action'
git push origin testdriver
gh pr create --web

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How it works

  1. Trigger: The GitHub Action is triggered based on the conditions defined in the on section.
  2. Authentication: The key value authenticates your account.
  3. VM Setup: An ephemeral virtual machine is spawned on TestDriver’s infrastructure.
  4. Code Cloning: The current branch’s code is cloned onto the VM.
  5. Dashcam Recording: Dashcam begins recording the test execution.
  6. Prerun Script: If supplied, a prerun shell script is executed.
  7. Prompt Execution: The prompt is parsed as a Markdown list, and each item is executed sequentially.
  8. Test Summary: TestDriver summarizes the test and sets the exit code based on the pass or fail state.
  9. Cleanup: The VM is destroyed, and all data is wiped.

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Additional features

  • Dynamic Prompts: You can use commands like /explore, supply variables, or dynamically generate prompts from earlier steps.
  • Staging Workflows: A common workflow involves waiting for staging to deploy before executing tests.

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Output

For details on interpreting the output of the GitHub Action, refer to the Action Output Documentation.

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Notes

  • The TestDriver GitHub Action is a powerful tool for automating cloud-based testing.
  • Ensure your API key is securely stored as a GitHub secret.
  • For advanced workflows, consider using prerun scripts or dynamic prompts to customize your tests.