# Docker Test Environment: SDE Meeting Toolkit This doc sets up the toolkit in Docker, on your own machine, for testing. Use it before you hand the container off for company-wide deployment. ## Prerequisites 1. Install Docker Desktop, or Docker Engine and the Docker Compose plugin. 2. Open a terminal. 3. Run this command to confirm Docker works: ``` docker --version docker compose version ``` If either command fails, install Docker before you continue. ## Step 1: Get the project 1. Go to the `sde-meeting-toolkit` folder. 2. Confirm these files exist: `Dockerfile`, `docker-compose.yml`, `.env.example`, `server.js`. ## Step 2: Create your test environment file 1. Copy `.env.example` to a new file named `.env`, in the same folder. 2. Open `.env` in a text editor. 3. Set a test value for each line: ``` ANTHROPIC_API_KEY= APP_USERNAME=tester APP_PASSWORD=test-password-123 RATE_LIMIT_MAX=5 RATE_LIMIT_WINDOW_MS=60000 ``` 4. Save the file. Use a personal or trial API key here, not the company-billed key. Keep the company key for the real deployment. Set `APP_USERNAME` and `APP_PASSWORD` so you can confirm the login gate works. `RATE_LIMIT_MAX=5` with a 60 second window makes the rate limit easy to trigger on purpose, for testing. `.env` is not tracked by Git. Docker Compose reads it automatically because `docker-compose.yml` lists it under `env_file`. ## Step 3: Build the image 1. Run this command in the `sde-meeting-toolkit` folder: ``` docker compose build ``` 2. Wait for the build to finish. The image is small; the app has no external dependencies to download. ## Step 4: Start the container 1. Run this command: ``` docker compose up -d ``` 2. Run this command to confirm the container is running: ``` docker compose ps ``` 3. Run this command to view the startup log: ``` docker compose logs ``` 4. Confirm the log reports whether it found `ANTHROPIC_API_KEY` and whether a login is required. ## Step 5: Test in a browser 1. Open a browser. 2. Go to `http://localhost:5173`. 3. Confirm the browser asks for a username and password. 4. Enter the `APP_USERNAME` and `APP_PASSWORD` values from your `.env` file. 5. Confirm the toolkit's landing page loads, with links to both tools. 6. Open each tool link and confirm it loads. ## Step 6: Test the login gate 1. Open a new private or incognito browser window. 2. Go to `http://localhost:5173`. 3. Enter a wrong password. 4. Confirm the page rejects it and asks again. ## Step 7: Test the AI draft button 1. Open the Field Problem Workshop tool. 2. Go to the Breadcrumbs panel. 3. Write a problem statement for a breadcrumb. 4. Click the AI draft button. 5. Confirm the fields fill in, or confirm you get a clear error that names the cause (for example, a bad API key). ## Step 8: Test the rate limit 1. Click the AI draft button more than `RATE_LIMIT_MAX` times within the time window (5 times within 60 seconds, with the test values above). 2. Confirm the next click returns a rate-limit message instead of a normal draft or a silent failure. 3. Wait for the time window to pass, then confirm the button works again. ## Step 9: Stop the container 1. Run this command: ``` docker compose down ``` 2. This stops and removes the container. It does not delete your `.env` file or the project folder. ## Rebuild after a code change 1. Edit the code as needed. 2. Run this command: ``` docker compose up -d --build ``` 3. This rebuilds the image and restarts the container with your changes. ## Troubleshooting **Port 5173 is already in use.** Stop whatever else is using that port, or change the port mapping in `docker-compose.yml` from `"5173:5173"` to, for example, `"5180:5173"`. Then open `http://localhost:5180` instead. **The browser does not ask for a login.** Check that both `APP_USERNAME` and `APP_PASSWORD` are set in `.env`, with no typos in the variable names. Restart the container after any `.env` change: `docker compose up -d --build`. **The AI draft button reports a missing key.** Check that `ANTHROPIC_API_KEY` is set in `.env` and is a real key. Restart the container after the change. **Changes to the code do not appear.** Run `docker compose up -d --build` to rebuild the image. A plain `docker compose up -d` reuses the existing image and skips your changes. Next: run the steps above in order. Report back once Step 5 loads the login prompt.