ice/CLAUDE.md
Claude Code c4cf921a54 Add comprehensive TypeScript support and conversion
- Convert entire backend to TypeScript with strict type checking
- Add comprehensive type definitions and interfaces
- Create typed models for Location and ProfanityWord with database operations
- Convert all services to TypeScript (DatabaseService, ProfanityFilterService)
- Convert all API routes with proper request/response typing
- Add TypeScript build system and development scripts
- Update package.json with TypeScript dependencies and scripts
- Configure tsconfig.json with strict typing and build settings
- Update CLAUDE.md documentation for TypeScript development
- Add .gitignore rules for TypeScript build artifacts

Architecture improvements:
- Full type safety throughout the application
- Typed database operations and API endpoints
- Proper error handling with typed exceptions
- Strict optional property handling
- Type-safe dependency injection for routes

🤖 Generated with [Claude Code](https://claude.ai/code)

Co-Authored-By: Claude <noreply@anthropic.com>
2025-07-05 21:15:29 -04:00

5.7 KiB

CLAUDE.md

This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.

Development Commands

Running the Application

# Install dependencies
npm install

# Start the server (production mode - TypeScript)
npm start

# Development mode options:
npm run dev           # TypeScript development with auto-reload
npm run dev:js        # Legacy JavaScript development mode
npm run dev-with-css:ts  # TypeScript + CSS watching (recommended)
npm run dev-with-css     # Legacy JS + CSS watching

The application runs on port 3000 by default. Visit http://localhost:3000 to view the website.

TypeScript Development

The backend is written in TypeScript and compiles to dist/ directory.

# Build TypeScript (production)
npm run build:ts

# Build everything (TypeScript + CSS)
npm run build

# Development with TypeScript watching
npm run dev:ts

CSS Development

CSS is generated from SCSS and should NOT be committed to git.

# Build CSS once (compressed for production)
npm run build-css

# Build CSS with source maps (for development)
npm run build-css:dev

# Watch SCSS files and auto-compile changes
npm run watch-css

Testing

# Run all tests
npm test

# Run tests with coverage report
npm run test:coverage

Environment Setup

Before running the application, you must configure environment variables:

cp .env.example .env
# Edit .env to add your MapBox token and admin password

Required environment variables:

  • MAPBOX_ACCESS_TOKEN: MapBox API token for geocoding (get free token at https://account.mapbox.com/access-tokens/)
  • ADMIN_PASSWORD: Password for admin panel access at /admin
  • PORT: Server port (default: 3000)

Architecture Overview

Backend (Node.js/Express + TypeScript)

  • src/server.ts: Main Express server with modular route architecture (compiles to dist/server.js)
    • Uses two SQLite databases: icewatch.db (locations) and profanity.db (content moderation)
    • Automatic cleanup of reports older than 48 hours via node-cron
    • Bearer token authentication for admin endpoints
    • Environment variable configuration via dotenv
    • Full TypeScript with strict type checking

Route Architecture

Routes are organized as factory functions accepting dependencies with full TypeScript typing:

  • src/routes/config.ts: Public API configuration endpoints
  • src/routes/locations.ts: Location submission and retrieval with profanity filtering
  • src/routes/admin.ts: Admin panel functionality with authentication middleware

Models & Services (TypeScript)

  • src/models/Location.ts: Type-safe database operations for location data
  • src/models/ProfanityWord.ts: Type-safe database operations for profanity words
  • src/services/DatabaseService.ts: Centralized database connection management
  • src/services/ProfanityFilterService.ts: Content moderation with type safety
  • src/types/index.ts: Shared TypeScript interfaces and type definitions

Database Schema

Main Database (icewatch.db):

CREATE TABLE locations (
  id INTEGER PRIMARY KEY AUTOINCREMENT,
  address TEXT NOT NULL,
  latitude REAL,
  longitude REAL,
  timestamp DATETIME DEFAULT CURRENT_TIMESTAMP,
  description TEXT,
  persistent INTEGER DEFAULT 0,
  created_at DATETIME DEFAULT CURRENT_TIMESTAMP
);

Profanity Database (profanity.db): Managed by the ProfanityFilter class for content moderation.

Frontend (Vanilla JavaScript)

Multiple map implementations for flexibility:

  • public/app.js: Main implementation using Leaflet.js

    • Auto-detects available geocoding services (MapBox preferred, Nominatim fallback)
  • public/app-mapbox.js: MapBox GL JS implementation for enhanced features

  • public/app-google.js: Google Maps implementation (alternative)

  • public/admin.js: Admin panel functionality

    • Location management (view, edit, delete)
    • Persistent location toggle
    • Profanity word management
  • public/utils.js: Shared utilities across implementations

API Endpoints

Public endpoints:

  • GET /api/config: Returns MapBox token for frontend geocoding
  • GET /api/locations: Active locations (< 48 hours old or persistent)
  • POST /api/locations: Submit new location report (with profanity filtering)

Admin endpoints (require Bearer token):

  • POST /api/admin/login: Authenticate and receive token
  • GET /api/admin/locations: All locations including expired
  • PUT /api/admin/locations/:id: Update location details
  • PATCH /api/admin/locations/:id/persistent: Toggle persistent status
  • DELETE /api/admin/locations/:id: Delete location
  • Profanity management: /api/admin/profanity-words (GET, POST, PUT, DELETE)

SCSS Organization

SCSS files are in src/scss/:

  • main.scss: Entry point importing all other files
  • _variables.scss: Theme colors and configuration
  • _mixins.scss: Reusable style patterns
  • pages/: Page-specific styles (home, admin, privacy)
  • components/: Component styles (navbar, map, cards, forms)

Key Design Patterns

  1. TypeScript-First Architecture: Full type safety with strict type checking
  2. Modular Route Architecture: Routes accept dependencies as parameters for testability
  3. Dual Database Design: Separate databases for application data and content moderation
  4. Type-Safe Database Operations: All database interactions use typed models
  5. Graceful Degradation: Fallback geocoding providers and error handling
  6. Automated Maintenance: Cron-based cleanup of expired reports
  7. Security: Server-side content filtering, environment-based configuration

Deployment

  • Automated deployment script for Debian 12 ARM64 in scripts/deploy.sh
  • Caddy reverse proxy configuration in scripts/Caddyfile
  • Systemd service files for process management