Backend Language: TypeScript (Express.js on Node.js) Backend API: GraphQL Database: PostgreSQL
The provided frontend is a React application written in TypeScript.
- Install Docker Desktop (MacOS | Windows (Home) | Windows (Pro, Enterprise, Education) | Linux) and ensure that it is running
- Git clone this repository
git clone https://github.com/uwblueprint/marillac-place.git
cd marillac-place
-
Go into ./backend and create a .env file
-
In the .env file add the DATABASE_URL
- If on (Only if running manual prisma setup) MacOS replace username with your user which can be found in Finder (Finder -> Go -> Home)
- If on Windows replace '' with 'postgres'
DATABASE_URL=postgresql://postgres:postgres@mp_db:5432/mp
- Create a .env file at the root with this information
POSTGRES_DB_DEV=mp
POSTGRES_DB_TEST=mp_test
POSTGRES_USER=postgres
POSTGRES_PASSWORD=postgres
DB_HOST=mp_db
- Create a .env file in ./frontend with
REACT_APP_BACKEND_URL=http://localhost:5000
- Run docker compose
docker-compose up --build
The backend runs at http://localhost:5000 and the frontend runs at http://localhost:3000. By default, we use GraphQL (with TypeScript backend), REST (with Python backend), MongoDB, with user auth.
If for some reason docker container is not syncing with your prisma models in backend/prisma/schema
Update .env file in /backend to be (Use different username for Mac)
DATABASE_URL=postgresql://postgres:postgres@localhost:5432/mp
Try running (when the docker container is up):
npx prisma migrate dev
This may require you to upgrade your node version locally so try (only if it tells you the node version is insufficient) (https://www.freecodecamp.org/news/node-version-manager-nvm-install-guide/) If you don't have nvm
nvm install 18.18.2
nvm use 18.18.2
Go to /backend
and run
npx prisma migrate dev
docker ps
# run a bash shell in the container
docker exec -it mp_db /bin/bash
# in container now
psql -U postgres -d mp
# in postgres shell, some common commands:
# display all table names
\dt
# quit
\q
# you can run any SQL query, don't forget the semicolon!
SELECT * FROM <table-name>;
Backend:
# linting & formatting warnings only
docker exec -it mp_backend /bin/bash -c "yarn lint"
# linting with fix & formatting
docker exec -it mp_backend /bin/bash -c "yarn fix"
Frontend:
# linting & formatting warnings only
docker exec -it mp_frontend /bin/bash -c "yarn lint"
# linting with fix & formatting
docker exec -it mp_frontend /bin/bash -c "yarn fix"
Backend:
docker exec -it mp_backend /bin/bash -c "yarn test"
Frontend:
docker exec -it mp_frontend /bin/bash -c "yarn test"
- Branch off of
main
for all feature work and bug fixes, creating a "feature branch". Prefix the feature branch name with your name. The branch name should be in kebab case and it should be short and descriptive. E.g.sherry/readme-update
- To integrate changes on
main
into your feature branch, use rebase instead of merge
# currently working on feature branch, there are new commits on main
git pull origin main --rebase
# if there are conflicts, resolve them and then:
git add .
git rebase --continue
# force push to remote feature branch
git push -f
- Commits should be atomic (guideline: the commit is self-contained; a reviewer could make sense of it even if they viewed the commit diff in isolation)
- Trivial commits (e.g. fixing a typo in the previous commit, formatting changes) should be squashed or fixup'd into the last non-trivial commit
# last commit contained a typo, fixed now
git add .
git commit -m "Fix typo"
# fixup into previous commit through interactive rebase
# x in HEAD~x refers to the last x commits you want to view
git rebase -i HEAD~2
# text editor opens, follow instructions in there to fixup
# force push to remote feature branch
git push -f
- Use Conventional Commits naming scheme for commits and PRs
- Commit messages and PR names are descriptive and written in imperative tense1
- E.g. "feat: create user REST endpoints" or "fix: set bgcolor to blue"
- PRs can contain multiple commits, they do not need to be squashed together before merging as long as each commit is atomic. Our repo is configured to only allow squash commits to
main
so the entire PR will appear as 1 commit onmain
, but the individual commits are preserved when viewing the PR.