feat: Initialize frontend and backend structure with essential configurations
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- Added TypeScript build info for frontend.
- Created Vite configuration for React application.
- Implemented pre-commit hook to run checks before commits.
- Set up PostgreSQL Dockerfile with PostGIS support and initialization scripts.
- Added database creation script for PostgreSQL with necessary extensions.
- Established Python project configuration with dependencies and development tools.
- Developed pre-commit script to enforce code quality checks for backend and frontend.
- Created PowerShell script to set up Git hooks path.
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# Rail Game
A browser-based railway simulation game using real world railway maps from OpenStreetMap.
## Features
- Real world railway maps
- Interactive Leaflet map preview of the demo network snapshot
- Build and manage your own railway network
- Dynamic train schedules
## Architecture
The project is built using the following technologies:
- Frontend: HTML5, CSS3, JavaScript, React
- Backend: Python, FastAPI, Flask, SQLAlchemy
- Database: PostgreSQL with PostGIS extension
- Mapping: Leaflet, OpenStreetMap
## Project Structure
Planned structure for code and assets (folders created as needed):
```text
rail-game/
|-- backend/
| |-- app/
| | |-- api/ # FastAPI/Flask route handlers
| | |-- core/ # Config, startup, shared utilities
| | |-- models/ # SQLAlchemy models and schemas
| | |-- services/ # Domain logic and service layer
| | `-- websocket/ # Real-time communication handlers
| |-- tests/ # Backend unit and integration tests
| `-- requirements/ # Backend dependency lockfiles
|-- frontend/
| |-- public/ # Static assets served as-is
| |-- src/
| | |-- components/ # Reusable React components
| | |-- hooks/ # Custom React hooks
| | |-- pages/ # Top-level routed views
| | |-- state/ # Redux/Context stores and slices
| | |-- styles/ # Global and modular stylesheets
| | `-- utils/ # Frontend helpers and formatters
| `-- tests/ # Frontend unit and integration tests
|-- docs/ # Architecture docs, ADRs, guides
|-- infra/ # Deployment, IaC, Docker, CI workflows
|-- scripts/ # Tooling for setup, linting, migrations
|-- data/ # Seed data, fixtures, import/export tooling
`-- tests/ # End-to-end and cross-cutting tests
```
Use `infra/` to capture deployment assets (Dockerfiles, compose files, Terraform) and `.github/` for automation. Shared code that crosses layers should live in the respective service directories or dedicated packages under `backend/`.
## Installation
1. Clone the repository:
```bash
git clone https://github.com/zwitschi/rail-game.git
cd rail-game
```
2. Set up the backend (from the project root):
```bash
python -m venv .venv
.\.venv\Scripts\activate
python -m pip install -e .[dev]
```
3. Set up the frontend:
```bash
cd frontend
npm install
cd ..
```
4. Copy the sample environment file and adjust the database URLs per environment:
```bash
copy .env.example .env # PowerShell: Copy-Item .env.example .env
```
`DATABASE_URL`, `TEST_DATABASE_URL`, and `ALEMBIC_DATABASE_URL` control the runtime, test, and migration connections respectively.
5. (Optional) Point Git to the bundled hooks: `pwsh scripts/setup_hooks.ps1`.
6. Run database migrations to set up the schema:
```bash
cd backend
alembic upgrade head
cd ..
```
7. Start the development servers from separate terminals:
- Backend: `uvicorn backend.app.main:app --reload --port 8000`
- Frontend: `cd frontend && npm run dev`
8. Open your browser: frontend runs at `http://localhost:5173`, backend API at `http://localhost:8000`.
9. Run quality checks:
- Backend unit tests: `pytest`
- Backend formatters: `black backend/` and `isort backend/`
- Frontend lint: `cd frontend && npm run lint`
- Frontend type/build check: `cd frontend && npm run build`
10. Build for production:
- Frontend bundle: `cd frontend && npm run build`
- Backend container: `docker build -t rail-game-backend backend/`
11. Run containers:
- Backend: `docker run -p 8000:8000 rail-game-backend`
- Frontend: Serve `frontend/dist` with any static file host.
## Database Migrations
- Alembic configuration lives in `backend/alembic.ini` with scripts under `backend/migrations/`.
- Generate new revisions with `alembic revision --autogenerate -m "short description"` (ensure models are imported before running autogenerate).
- Apply migrations via `alembic upgrade head`; rollback with `alembic downgrade -1` during development.
## PostgreSQL Configuration
- **Database URLs**: The backend reads connection strings from the `.env` file. Set `DATABASE_URL` (development), `TEST_DATABASE_URL` (pytest/CI), and `ALEMBIC_DATABASE_URL` (migration runner). URLs use the SQLAlchemy format, e.g. `postgresql+psycopg://user:password@host:port/database`.
- **Required Extensions**: Migrations enable `postgis` for spatial types and `pgcrypto` for UUID generation. Ensure your Postgres instance has these extensions available.
- **Recommended Databases**: create `railgame_dev` and `railgame_test` (or variants) owned by a dedicated `railgame` role with privileges to create extensions.
- **Connection Debugging**: Toggle `DATABASE_ECHO=true` in `.env` to log SQL statements during development.
## API Preview
- `GET /api/health` Lightweight readiness probe.
- `POST /api/auth/register` Creates an in-memory demo account and returns a JWT access token.
- `POST /api/auth/login` Exchanges credentials for a JWT access token (demo user: `demo` / `railgame123`).
- `GET /api/auth/me` Returns the current authenticated user profile.
- `GET /api/network` Returns a sample snapshot of stations, tracks, and trains (camelCase fields) generated from shared domain models; requires a valid bearer token.
## Developer Tooling
- Install backend tooling in editable mode: `python -m pip install -e .[dev]`.
- Configure git hooks (Git for Windows works with these scripts): `pwsh scripts/setup_hooks.ps1`.
- Pre-commit hooks run `black`, `isort`, `pytest backend/tests`, and `npm run lint` if frontend dependencies are installed.
- Run the checks manually any time with `python scripts/precommit.py`.
- Frontend lint/format commands live in `frontend/package.json` (`npm run lint`, `npm run format`).
- Continuous integration runs via workflows in `.github/workflows/` covering backend lint/tests and frontend lint/build.