zwitschi
090dca29c2
- Added `vitest` for testing and created initial tests for route utilities. - Implemented route selection logic in the App component, allowing users to select start and end stations. - Updated the NetworkMap component to reflect focused and selected stations, including visual indicators for start and end stations. - Enhanced the route panel UI to display selected route information and estimated lengths. - Introduced utility functions for building track adjacency and computing routes based on selected stations. - Improved styling for route selection and station list items to enhance user experience.
81 lines
5.0 KiB
Markdown
81 lines
5.0 KiB
Markdown
# Development TODO Plan
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## Phase 1 – Project Foundations
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- [x] Initialize Git hooks, linting, and formatting tooling (ESLint, Prettier, isort, black).
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- [x] Configure `pyproject.toml` or equivalent for backend dependency management.
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- [x] Scaffold FastAPI application entrypoint with health-check endpoint.
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- [x] Bootstrap React app with Vite/CRA, including routing skeleton and global state provider.
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- [x] Define shared TypeScript/Python models for core domain entities (tracks, stations, trains).
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- [x] Set up CI workflow for linting and test automation (GitHub Actions).
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## Phase 2 – Core Features
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- [x] Implement authentication flow (backend JWT, frontend login/register forms).
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- [x] Build map visualization integrating Leaflet with OSM tiles.
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- [x] Define geographic bounding boxes and filtering rules for importing real-world stations from OpenStreetMap.
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- [x] Implement an import script/CLI that pulls OSM station data and normalizes it to the PostGIS schema.
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- [x] Expose backend CRUD endpoints for stations (create, update, archive) with validation and geometry handling.
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- [x] Build React map tooling for selecting a station.
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- [ ] Enhance map UI to support selecting two stations and previewing the rail corridor between them.
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- [ ] Define track selection criteria and tagging rules for harvesting OSM rail segments within target regions.
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- [ ] Extend the importer to load track geometries and associate them with existing stations.
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- [ ] Implement backend track-management APIs with length/speed validation and topology checks.
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- [ ] Implement track path mapping along existing OSM rail segments between chosen stations.
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- [ ] Design train connection manager requirements (link trains to operating tracks, manage consist data).
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- [ ] Implement backend services and APIs to attach trains to routes and update assignments.
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- [ ] Add UI flows for managing train connections, including visual feedback on the map.
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- [ ] Establish train scheduling service with validation rules, conflict detection, and persistence APIs.
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- [ ] Provide frontend scheduling tools (timeline or table view) for creating and editing train timetables.
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- [ ] Develop frontend dashboards for resources, schedules, and achievements.
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- [ ] Add real-time simulation updates (WebSocket layer, frontend subscription hooks).
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## Phase 3 – Data & Persistence
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- [x] Design PostgreSQL/PostGIS schema and migrations (Alembic or similar).
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- [x] Implement data access layer with SQLAlchemy and repository abstractions.
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- [ ] Decide on canonical fixture scope (demo geography, sample trains) and document expected dataset size.
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- [ ] Author fixture generation scripts that export JSON/GeoJSON compatible with the repository layer.
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- [x] Create ingestion utilities to load fixtures into local and CI databases.
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- [ ] Provision a Redis instance/container for local development.
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- [ ] Add caching abstractions in backend services (e.g., network snapshot, map layers).
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- [ ] Implement cache invalidation hooks tied to repository mutations.
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## Phase 4 – Testing & Quality
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- [x] Write unit tests for backend services and models.
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- [ ] Configure Jest/RTL testing utilities and shared mocks for Leaflet and network APIs.
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- [ ] Write component tests for map controls, station builder UI, and dashboards.
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- [ ] Add integration tests for custom hooks (network snapshot, scheduling forms).
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- [x] Stand up Playwright/Cypress project structure with authentication helpers.
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- [x] Script login end-to-end flow (Playwright).
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- [ ] Script station creation end-to-end flow.
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- [ ] Script track placement end-to-end flow.
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- [ ] Script scheduling end-to-end flow.
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- [ ] Define load/performance targets (requests per second, simulation latency) and tooling.
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- [ ] Implement performance test harness covering scheduling and real-time updates.
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## Phase 5 – Deployment & Ops
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- [x] Create Dockerfile for frontend.
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- [x] Create Dockerfile for backend.
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- [x] Create docker-compose for local development with Postgres/Redis dependencies.
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- [ ] Add task runner commands to orchestrate container workflows.
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- [ ] Set up CI/CD pipeline for automated builds, tests, and container publishing.
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- [ ] Provision infrastructure scripts (Terraform/Ansible) targeting initial cloud environment.
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- [ ] Define environment configuration strategy (secrets management, config maps).
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- [ ] Configure observability stack (logging, metrics, tracing).
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- [ ] Integrate tracing/logging exporters into backend services.
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- [ ] Document deployment pipeline and release process.
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## Phase 6 – Polish & Expansion
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- [ ] Add leaderboards and achievements logic with UI integration.
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- [ ] Design data model changes required for achievements and ranking.
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- [ ] Implement accessibility audit fixes (WCAG compliance).
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- [ ] Conduct accessibility audit (contrast, keyboard navigation, screen reader paths).
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- [ ] Optimize asset loading and introduce lazy loading strategies.
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- [ ] Establish performance budgets for bundle size and render times.
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- [ ] Evaluate multiplayer/coop roadmap and spike POCs where feasible.
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- [ ] Prototype networking approach (WebRTC/WebSocket) for cooperative sessions.
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