andrewbaruch / ay2324s1-course-assessment-g41

ay2324s1-course-assessment-g41 created by GitHub Classroom

Peerprep

You can access peerprep here!

Getting Started

Installation

1. Install a stable version of NodeJS. The active LTS or current version should work fine.
2. Install Docker.

• macOS and Windows users can install Docker Desktop which contains both Docker and Docker-Compose tools.
• Linux users need to follow the instructions on Get Docker CE for Ubuntu and then Install Docker Compose separately.
• You are good to go when you can successfully run: docker-compose --version

3. Install ModHeader.

• To test our API, we use Google Chrome with the ModHeader extension.

4. Run git clone <url> to clone the repository and navigate to it using cd in your command line or shell tool.
5. Run yarn --cwd frontend/ install to install all dependencies for frontend.
6. Run mkdir pgdata to create a directory that is used to persist data generated by and used by db container. (NOT YET AVAILABLE, SKIP THIS FOR NOW)
7. Run docker compose up --build to create and run all containers.

• To run a specific service, please refer to this section.
• It might take a while for all the servers to be ready when you are running it for the first time. (so please be patient ^.^)

9. Point your browser to http://localhost:3000 to access the frontend.
10. Point your browser to http://localhost:5000 to access the backend. (NOT YET AVAILABLE)

Development

Docker Services

1. api running backend server (NOT YET AVAILABLE)
2. db running postgresql server (NOT YET AVAILABLE)
3. client running frontend server

Useful Commands

• docker exec -it <container> sh: to access a running container (Note: this container must be running before you can do this)
• docker compose run <service> sh -c "<command>": to run a one-time command against a service
• docker compose run --service-ports <service>: to run a specific service

Branch Conventions

• master is release branch and should remain stable at all times.
• Create feature branches for your in-progress features and using the format <username>/my-feature (doesn't have to be your GitHub username, just use something identifiable and be consistent about it).
• We use a variation of Conventional Commits specification for commit messages:
• Use [service] feat: my commit message instead of feat: my commit message.

Commit Conventions

Prefix your commits with these identifiers for better organization of Git history - <identifier-service> <commit message>. For example: [user-service] feat: build oauth protocol.

• [frontend] - frontend changes
• [user-service] - backend changes
• [misc] - miscellaneous changes

Working with compose

• build-dev.sh to build the services locally
• docker compose -f docker-compose-dev.yml up to compose the dev environment which uses binded volumes for the app code and node modules from the corresponding directory. **REQUIRED NODE DEPENDENCIES MUST ALWAYS BE INSTALLED TO USE docker-compose-dev

Testing the app

• ./clean-compose.sh <compose-file> to compose the app cleanly.
• The compose file for each assignment is within the /assignment-compose folder. ie. Simply run ./clean-compose.sh assignment-compose/docker-compose-A2-4.yml for A2, A3 and A4 to start up the app.
• Required env file is to be copied to the corresponding folder
  • Frontend: frontend/.env
  • Backend Servies: backend/microservices//.env