A web-based application for the efficient creation and management of architectural decision records (ADRs) in Markdown (MADR)

MADR is a Markdown template for quickly capturing architectural decisions. It offers a naming scheme and template to keep the layout of recorded decisions consistent. Each decision is stored in a separate file. The ADR Manager currently only supports the management of MADRs stored in the folder docs/adr in GitHub repositories.

You can find the tool at https://adr-manager-anonymous.github.io/adr-manager.

Currently, the tool has been successfully tested in Chrome, Firefox, and Opera.

1. After opening the tool, connect to GitHub. The tool needs your permission to access your GitHub repositories and email address.
2. Add a GitHub repository. If your account does not have access to a repository with MADRs, you can simply fork one, e.g., https://github.com/adr-manager-anonymous/adr-manager.
3. Now, you can edit any files in docs/adr of the GitHub repository. Edit existing ADRs or create new ones. One of the most important features is the MADR Editor that allows you to quickly draft a MADR while ensuring a consistent format.
4. Do not forget to push your changes to GitHub, once you are done with editing the files.

Some technical notes:

• The authID (which enables the connection to GitHub) and changes to ADRs are stored in the local storage. That way they are not lost when you reload the page or restart the browser. However, changes will be lost when you either
  • Clear local storage or
  • Press the Disconnect button.
• The general idea is that you directly push your changes to GitHub after editing.
• During development, we may remove permissions for the OAuth App from time to time. Do not be surprised, if you have to give permissions repeatedly.

• Node.js and npm
• A GitHub account with access to a repository with MADRs

To run the project locally, follow these steps:

1. Clone this repository.
2. Install dependencies with npm install.
3. Compile and start the application with npm run serve.

Note that, even when you run it locally, you need to connect to GitHub to use any functionality.

We use Cypress for e2e testing. The CI pipeline provides the necessary Pizzly authId as an ENV variable. Locally, however, you'll need to provide one yourself. You can either set CYPRESS_PIZZLY_E2E_AUTH_ID containing the authId or create a cypress.env.json file and fill it with the following content:

{
  "PIZZLY_E2E_AUTH_ID": "*********"
}

The value of PIZZLY_E2E_AUTH_ID needs to be a valid authId from an active Pizzly session, which you can obtain a) via the Pizzly dashboard (see below) or b) in the local storage (Chrome developer console -> Application -> Storage -> Local Storage -> http://localhost:8080 -> authId) The involved GitHub account also needs to have developer access to this repo (adr-manager-anonymous/adr-manager). Lastly, don't forget to start the app before running the e2e tests (npm run serve).

The following commands are useful for development:

# install dependencies
npm install

# build and start with hot-reload for development
npm run serve

# build and minify for production
npm run build

# lint with auto-fix
npm run lint

# run unit tests
npm run test

# run e2e tests
npm run e2e:test

# open cypress UI for e2e tests
npx cypress open

# run a single e2e test
npx cypres run --spec ./cypress/integration/adrManagerTest/<file-name>

The project uses Pizzly for the authentication to GitHub. Our Pizzly instance is hosted on Heroku. If you do not want to use this instance, you can easily set up your own by following these steps:

1. Create an OAuth application on GitHub (see here).
   • Copy the Client ID and Client Secret of the app (you'll need them later).
   • Set the callback URL to https://[your-app-name].herokuapp.com/auth/callback, where [your-app-name] is the name of the Heroku app you'll create in the next step.
2. Deploy your own Pizzly instance on Heroku as described at https://github.com/bearer/pizzly.
3. Configure the deployed Pizzly instance.
   • Open the Pizzly dashboard (https://{your-app-name}.herokuapp.com).
   • Add a new API and choose GitHub, then create a new configuration for it.
   • Enter the Client ID and Client Secret of your GitHub OAuth app.
   • As scopes, enter repo.
   • Also, consider securing your Pizzly instance.
4. Update src/config.js with the connection details of your Pizzly instance:
   • Set pizzlyHost to the base URL of your Pizzly instance, e.g. https://{your-app-name}.herokuapp.com/.
   • If you secured Pizzly: set pizzlyPublishableKey to your publishableKey.