How brayan6072/mpgestionresiduos works
<explanation>
1. Identify the project type and purpose
- This is a Java‑based microservices system built with Spring Boot. It implements a waste‑management reporting platform (“MpGestionResiduos”) that handles user login, report generation, and an interactive “miniJuego.”
- Key indicators: multiple Maven modules (login, mcsv‑config, mcsv‑eureka, mcsv‑gateway, mcsv‑reportes, miniJuego), Spring Cloud config, Eureka service registry, API gateway, Dockerfiles.
2. Analyze the file structure
- Top‑level modules:
• login – authentication service with JWT, user/role persistence, static UI and templates.
• mcsv‑config – Spring Cloud Config server serving centralized YAML configurations (per‑microservice).
• mcsv‑eureka – Eureka server for service discovery.
• mcsv‑gateway – API gateway routing external traffic to internal microservices.
• mcsv‑reportes – reporting microservice: REST controllers, DTOs, JPA entities & repositories, static UI pages.
• miniJuego – gamification microservice using Firebase for persistence.
- Cross‑cutting files: pom.xml in root defines overall build, BD.sql for initial database schema.
- Each service has Dockerfile, Maven wrapper, application.yml, banner.txt, unit tests.
3. Examine README for additional insights
- Minimal README: “Manejo de reportes para la gestión de residuos.” Confirms focus on report handling.
4. Main components for the system design diagram
a. External actor
– User’s web browser/mobile app.
b. Edge layer
– API Gateway (mcsv‑gateway).
– Static UI pages served either by gateway or by individual services.
c. Service Registry
– Eureka Server (mcsv‑eureka) – all microservices register here.
d. Configuration
– Config Server (mcsv‑config) – provides per‑service YAML config at startup.
e. Microservices
1. Auth Service (login)
• Components: AuthController, JWT filter, UserRepository.
• Persists to relational DB.
• Calls ReportesClient to fetch report data if needed.
2. Reporting Service (mcsv‑reportes)
• Controllers: ContenedorController, ReportesController, UbicacionesController.
• Services: ContenedorService, ReporteService, UbicacionService.
• Persistence: JPA repositories, Entities (Reportes, Contenedores, etc).
• Static/templates UI.
3. Mini‑Game Service (miniJuego)
• Controllers for game logic (TirarBasura, Usuario, Podium).
• Uses Firebase SDK (serviceAccountKey.json) for storage.
• Static UI pages and JS for game interaction.
f. Data stores and external services
– Relational DB (MySQL/Postgres) for Auth and Reportes.
– Firebase (NoSQL) for miniJuego.
– (Optional) message broker or caching layer if added later.
5. Relationships and interactions
- User → Gateway → (Auth / Reportes / miniJuego)
- Gateway resolves routes via Eureka
- Services fetch config from Config Server at bootstrap
- Auth issues JWT → forwarded in HTTP Authorization header to protected endpoints
- ReportesClient in login service calls Reporting Service
- Reporting Service and Auth Service share relational DB or separate schemas
- miniJuego calls Firebase REST/SDK for persistence
6. Architectural patterns / design principles
- Microservice decomposition by domain (Authentication, Reporting, Gamification)
- Centralized configuration (Spring Cloud Config)
- Service discovery (Eureka)
- API gateway for edge routing and security
- JWT‑based stateless authentication
- Standard layered pattern inside each service (Controller → Service → Repository)
7. Diagram‐drawing guidelines tailored to this project
- Use a top‑down layout:
1. At top, actor “User Browser.”
2. Next layer: “API Gateway” box.
3. Under Gateway, show three service clusters: Auth, Reporting, MiniJuego.
4. To the side, show Eureka and Config servers, each connected to all microservices.
5. Show data stores beneath each service cluster: relational DB under Auth & Reporting, Firebase under MiniJuego.
- Include directional arrows:
• Browser → Gateway → Service
• Service → Eureka (register/lookup)
• Service → Config Server (fetch config)
• Auth → ReportesClient → Reporting Service
- Color coding / shapes:
• Rectangle (blue) for microservices
• Cylinder (orange) for databases
• Cloud (green) for external/PaaS (Firebase)
• Rectangle with double‑edge for infrastructure (Gateway, Eureka, Config)
- Clearly label ports or endpoints if known (e.g., /auth/, /reports/, /game/**).
8. Essential elements to capture
- Component names and boundaries (module names)
- Data flows and dependencies (arrows)
- Technology icons or labels (Spring Boot, Eureka, JWT, Docker)
- Config server → microservices, service registry → gateway & microservices, DB connections
- Static‑UI delivery vs. REST API endpoints
By following this breakdown, you’ll produce a detailed, accurate system design diagram that mirrors the MpGestionResiduos architecture and highlights all critical components, interactions, and technologies.
</explanation>