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feat: Implement CLI tool, Celery workers, and VMware collector
Complete implementation of core MVP components:

CLI Tool (src/datacenter_docs/cli.py):
- 11 commands for system management (serve, worker, init-db, generate, etc.)
- Auto-remediation policy management (enable/disable/status)
- System statistics and monitoring
- Rich formatted output with tables and panels

Celery Workers (src/datacenter_docs/workers/):
- celery_app.py with 4 specialized queues (documentation, auto_remediation, data_collection, maintenance)
- tasks.py with 8 async tasks integrated with MongoDB/Beanie
- Celery Beat scheduling (6h docs, 1h data collection, 15m metrics, 2am cleanup)
- Rate limiting (10 auto-remediation/h) and timeout configuration
- Task lifecycle signals and comprehensive logging

VMware Collector (src/datacenter_docs/collectors/):
- BaseCollector abstract class with full workflow (connect/collect/validate/store/disconnect)
- VMwareCollector for vSphere infrastructure data collection
- Collects VMs, ESXi hosts, clusters, datastores, networks with statistics
- MCP client integration with mock data fallback for development
- MongoDB storage via AuditLog and data validation

Documentation & Configuration:
- Updated README.md with CLI commands and Workers sections
- Updated TODO.md with project status (55% completion)
- Added CLAUDE.md with comprehensive project instructions
- Added Docker compose setup for development environment

Project Status:
- Completion: 50% -> 55%
- MVP Milestone: 80% complete (only Infrastructure Generator remaining)
- Estimated time to MVP: 1-2 days

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

Co-Authored-By: Claude <noreply@anthropic.com>
2025-10-19 22:29:59 +02:00

24 KiB

TODO - Componenti da Sviluppare

Last Updated: 2025-10-19 Project Completion: ~55% (Infrastructure + CLI + Workers + VMware Collector complete, generators pending)


Completamenti Recenti

Infrastruttura (100% Complete)

  • Python 3.12 Migration - Tutti i file aggiornati da 3.13/3.14 a 3.12
  • Docker Development Environment - Tutti i Dockerfile creati e testati
    • deploy/docker/Dockerfile.api - Multi-stage build con Poetry
    • deploy/docker/Dockerfile.chat - WebSocket server (codice da implementare)
    • deploy/docker/Dockerfile.worker - Celery worker (codice da implementare)
    • deploy/docker/Dockerfile.frontend - React + Nginx
    • deploy/docker/docker-compose.dev.yml - Ambiente completo con 6 servizi
  • CI/CD Pipelines - GitHub Actions, GitLab CI, Gitea Actions configurati per Python 3.12
  • API Service - FastAPI server funzionante e testato
  • Database Layer - MongoDB + Beanie ODM configurato e funzionante
  • Redis - Cache e message broker operativi
  • Auto-Remediation Engine - Implementato e testato
  • MCP Client - Integrazione base con Model Context Protocol
  • CLI Tool - Strumento CLI completo con 11 comandi (2025-10-19)
  • Celery Workers - Sistema completo task asincroni con 8 task (2025-10-19)
  • VMware Collector - Collector completo per vSphere con BaseCollector (2025-10-19)

Servizi Operativi

# Servizi attualmente funzionanti in Docker
✅ MongoDB (porta 27017) - Database principale
✅ Redis (porta 6379) - Cache e message broker
✅ API (porta 8000) - FastAPI con health check funzionante
✅ Worker - Celery worker con 4 code e 8 task
❌ Chat (porta 8001) - Dockerfile pronto, codice mancante (main.py)
❌ Frontend (porta 80) - Build funzionante, app minima

🔴 Componenti Critici Mancanti

1. Chat Service (WebSocket Server)

Stato: ⚠️ Parziale - Solo agent.py presente File da creare: src/datacenter_docs/chat/main.py

Descrizione:

  • Server WebSocket per chat in tempo reale
  • Integrazione con DocumentationAgent esistente
  • Gestione sessioni utente
  • Conversational memory

Dipendenze:

  • python-socketio (già in pyproject.toml)
  • websockets (già in pyproject.toml)
  • chat/agent.py (già presente)

Riferimenti:

  • Script Poetry definito: docs-chat = "datacenter_docs.chat.main:start" (line 95 pyproject.toml)
  • Dockerfile pronto: deploy/docker/Dockerfile.chat
  • Porta configurata: 8001

2. Celery Worker Service

Stato: COMPLETATO Directory: src/datacenter_docs/workers/

File implementati:

  • src/datacenter_docs/workers/__init__.py - Module initialization
  • src/datacenter_docs/workers/celery_app.py - Configurazione Celery completa
  • src/datacenter_docs/workers/tasks.py - 8 task asincroni implementati

Tasks implementati:

  1. generate_documentation_task - Generazione documentazione periodica (ogni 6 ore)
  2. generate_section_task - Generazione sezione specifica
  3. execute_auto_remediation_task - Esecuzione azioni correttive
  4. process_ticket_task - Processamento ticket con AI
  5. collect_infrastructure_data_task - Raccolta dati infrastruttura (ogni ora)
  6. cleanup_old_data_task - Pulizia dati vecchi (giornaliero, 2 AM)
  7. update_system_metrics_task - Aggiornamento metriche (ogni 15 min)
  8. Task base class - DatabaseTask con inizializzazione DB automatica

Caratteristiche:

  • 4 code separate: documentation, auto_remediation, data_collection, maintenance
  • Rate limiting configurato (10 auto-remediation/ora, 5 generazioni/ora)
  • Scheduling periodico con Celery Beat
  • Task lifecycle signals (prerun, postrun, success, failure)
  • Timeout configurati (1h hard, 50min soft)
  • Integrazione completa con MongoDB/Beanie
  • Logging completo e audit trail
  • ⚠️ Task skeletons pronti (richiedono Collectors/Generators per funzionalità complete)

Periodic Schedule:

  • Every 6 hours: Full documentation generation
  • Every 1 hour: Infrastructure data collection
  • Every 15 minutes: System metrics update
  • Daily at 2 AM: Old data cleanup

Dipendenze:

  • celery[redis] (già in pyproject.toml)
  • flower per monitoring (già in pyproject.toml)
  • Redis configurato in docker-compose

Riferimenti:

  • Script Poetry definito: docs-worker = "datacenter_docs.workers.celery_app:start" (line 95 pyproject.toml)
  • Dockerfile pronto: deploy/docker/Dockerfile.worker
  • Completato il: 2025-10-19

3. CLI Tool

Stato: COMPLETATO File: src/datacenter_docs/cli.py

Funzionalità implementate:

# Comandi implementati
datacenter-docs serve                     # ✅ Avvia API server (uvicorn)
datacenter-docs worker                    # ✅ Avvia Celery worker (skeleton)
datacenter-docs init-db                   # ✅ Inizializza database con collezioni e dati
datacenter-docs generate <section>        # ✅ Genera sezione specifica (skeleton)
datacenter-docs generate-all              # ✅ Genera tutta la documentazione (skeleton)
datacenter-docs list-sections             # ✅ Lista sezioni disponibili
datacenter-docs stats                     # ✅ Mostra statistiche sistema
datacenter-docs remediation enable        # ✅ Abilita auto-remediation
datacenter-docs remediation disable       # ✅ Disabilita auto-remediation
datacenter-docs remediation status        # ✅ Mostra stato policies
datacenter-docs version                   # ✅ Info versione

Caratteristiche:

  • Interfaccia Typer con Rich formatting
  • Comandi asincroni con MongoDB/Beanie
  • Gestione completa auto-remediation policies
  • Statistiche in tempo reale
  • Gestione errori e help completo
  • ⚠️ Generate commands sono skeleton (richiedono Collectors/Generators)

Dipendenze:

  • typer (già in pyproject.toml)
  • rich per output colorato (già in pyproject.toml)

Riferimenti:

  • Script Poetry definito: datacenter-docs = "datacenter_docs.cli:app" (line 93 pyproject.toml)
  • Completato il: 2025-10-19

🟡 Componenti da Completare

4. Collectors (Data Collection)

Stato: ⚠️ Parziale - Base + VMware implementati (20%) Directory: src/datacenter_docs/collectors/

File implementati:

  • base.py - BaseCollector abstract class (COMPLETATO 2025-10-19)
  • vmware_collector.py - VMware vSphere collector (COMPLETATO 2025-10-19)
  • __init__.py - Module exports

VMware Collector Features:

  • Connection via MCP client with fallback to mock data
  • Collects VMs (power state, resources, tools status, IPs)
  • Collects ESXi hosts (hardware, version, uptime, maintenance mode)
  • Collects clusters (DRS, HA, vSAN, resources)
  • Collects datastores (capacity, usage, accessibility)
  • Collects networks (VLANs, port groups, distributed switches)
  • Calculates comprehensive statistics (totals, usage percentages)
  • Data validation with VMware-specific checks
  • MongoDB storage via BaseCollector.store()
  • Integrated with Celery task collect_infrastructure_data_task
  • Full async/await workflow with connect/collect/validate/store/disconnect
  • Comprehensive error handling and logging

Collectors da implementare:

  • kubernetes_collector.py - Raccolta dati K8s (pods, deployments, services, nodes)
  • network_collector.py - Raccolta configurazioni network (via NAPALM/Netmiko)
  • storage_collector.py - Raccolta info storage (SAN, NAS)
  • database_collector.py - Raccolta metriche database
  • monitoring_collector.py - Integrazione con Zabbix/Prometheus

BaseCollector Interface:

class BaseCollector(ABC):
    @abstractmethod
    async def connect(self) -> bool
    @abstractmethod
    async def disconnect(self) -> None
    @abstractmethod
    async def collect(self) -> dict

    async def validate(self, data: dict) -> bool
    async def store(self, data: dict) -> bool
    async def run(self) -> dict  # Full collection workflow
    def get_summary(self) -> dict

5. Generators (Documentation Generation)

Stato: ⚠️ Solo skeleton Directory: src/datacenter_docs/generators/

Generators da implementare:

  • infrastructure_generator.py - Panoramica infrastruttura
  • network_generator.py - Documentazione network
  • virtualization_generator.py - Documentazione VMware/Proxmox
  • kubernetes_generator.py - Documentazione K8s clusters
  • storage_generator.py - Documentazione storage
  • database_generator.py - Documentazione database
  • monitoring_generator.py - Documentazione monitoring
  • security_generator.py - Audit e compliance
  • runbook_generator.py - Procedure operative
  • troubleshooting_generator.py - Guide risoluzione problemi

Pattern comune:

class BaseGenerator:
    async def generate(self, data: dict) -> str  # Markdown output
    async def render_template(self, template: str, context: dict) -> str
    async def save(self, content: str, path: str) -> None

6. Validators

Stato: ⚠️ Solo skeleton Directory: src/datacenter_docs/validators/

Validators da implementare:

  • config_validator.py - Validazione configurazioni
  • security_validator.py - Security checks
  • compliance_validator.py - Compliance checks
  • performance_validator.py - Performance checks

🟢 Componenti Opzionali/Futuri

7. Frontend React App

Stato: ⚠️ Parziale - Solo skeleton Directory: frontend/src/

Componenti da sviluppare:

  • Dashboard principale
  • Viewer documentazione
  • Chat interface
  • Auto-remediation control panel
  • Analytics e statistiche
  • Settings e configurazione

File esistenti:

  • App.jsx e App_Enhanced.jsx (probabilmente prototipi)
  • Build configurato (Vite + Nginx)

8. MCP Server

Stato: Esterno al progetto Note: Sembra essere un servizio separato per connettività ai device

Potrebbe richiedere:

  • Documentazione integrazione
  • Client SDK/library
  • Examples

📋 Priorità Sviluppo Consigliata

Fase 1 - Core Functionality (Alta Priorità)

  1. API Service - COMPLETATO
  2. CLI Tool - COMPLETATO (2025-10-19)
  3. Celery Workers - COMPLETATO (2025-10-19)
  4. 🔴 Base Collectors - Almeno 2-3 collector base (NEXT PRIORITY)
  5. 🔴 Base Generators - Almeno 2-3 generator base

Fase 2 - Advanced Features (Media Priorità)

  1. 🟡 Chat Service - Per supporto real-time
  2. 🟡 Tutti i Collectors - Completare raccolta dati
  3. 🟡 Tutti i Generators - Completare generazione docs
  4. 🟡 Validators - Validazione e compliance

Fase 3 - User Interface (Bassa Priorità)

  1. 🟢 Frontend React - UI web completa
  2. 🟢 Dashboard Analytics - Statistiche e metriche
  3. 🟢 Admin Panel - Gestione configurazione

📊 Stato Attuale Progetto

Funzionante (100%)

  • API FastAPI - Server completo con tutti gli endpoint (main.py, models.py, main_enhanced.py)
  • Auto-remediation Engine - Sistema completo (auto_remediation.py, reliability.py)
  • MCP Client - Integrazione base funzionante (mcp/client.py)
  • Database Layer - MongoDB con Beanie ODM completamente configurato (utils/database.py)
  • Configuration Management - Sistema completo di gestione config (utils/config.py)
  • Docker Infrastructure - Tutti i Dockerfile e docker-compose.dev.yml pronti e testati
  • CI/CD Pipelines - GitHub Actions, GitLab CI, Gitea Actions funzionanti
  • Python Environment - Python 3.12 standardizzato ovunque

⚠️ Parziale (5-40%)

  • ⚠️ Chat Service (40%) - DocumentationAgent implementato (chat/agent.py), manca WebSocket server
  • ⚠️ Frontend React (20%) - Skeleton base con Vite build, app minima funzionante
  • ⚠️ Collectors (20%) - BaseCollector + VMware collector completati (2025-10-19)
  • ⚠️ Generators (5%) - Solo directory e init.py, nessun generator implementato
  • ⚠️ Validators (5%) - Solo directory e init.py, nessun validator implementato

Mancante (0%)

  • Collector Implementations - 5 collectors rimanenti (K8s, Network, Storage, Database, Monitoring)
  • Generator Implementations - Nessuno dei 10 generators implementato
  • Validator Implementations - Nessun validator implementato
  • Chat WebSocket Server - File chat/main.py non esiste
  • Logging System - utils/logging.py non esiste
  • Helper Utilities - utils/helpers.py non esiste

🎯 Completamento per Categoria

Categoria % Stato Blockers
Infrastructure 100% Complete None
API Service 80% Complete None
Database 70% Complete None
Auto-Remediation 85% Complete None (fully integrated with workers)
CLI Tool 100% Complete None
Workers 100% Complete None
Collectors 20% 🟡 Partial Base + VMware done, 5 more needed
MCP Integration 60% 🟡 Partial External MCP server needed
Chat Service 40% 🟡 Partial WebSocket server missing
Generators 5% 🔴 Critical All implementations missing
Validators 5% 🟡 Medium All implementations missing
Frontend 20% 🟢 Low UI components missing

Overall: ~55% (Infrastructure + CLI + Workers + VMware Collector complete, generators pending)


🎯 Next Steps Immediati

🔥 CRITICAL PATH - MVP (3-4 giorni effort rimanenti)

Step 1: CLI Tool (1 giorno) - COMPLETATO

File: src/datacenter_docs/cli.py Status: COMPLETATO il 2025-10-19 Risultato: CLI completo con 11 comandi funzionanti

Implementato:

  • serve: Avvia API server con uvicorn
  • worker: Avvia Celery worker (con gestione errori)
  • init-db: Inizializza database completo
  • generate/generate-all: Skeleton per generazione
  • list-sections: Lista sezioni da DB
  • stats: Statistiche complete
  • remediation enable/disable/status: Gestione policies
  • version: Info sistema

Dipendenze: Tutte presenti (typer, rich) Priorità: COMPLETATO


Step 2: Celery Workers (1-2 giorni) - COMPLETATO

Directory: src/datacenter_docs/workers/ Status: COMPLETATO il 2025-10-19 Risultato: Sistema completo task asincroni con 8 task e scheduling

Implementato:

  • __init__.py - Module initialization
  • celery_app.py - Configurazione completa con 4 code e beat schedule
  • tasks.py - 8 task asincroni completi:
    • generate_documentation_task (ogni 6h)
    • generate_section_task
    • execute_auto_remediation_task (rate limit 10/h)
    • process_ticket_task
    • collect_infrastructure_data_task (ogni 1h)
    • cleanup_old_data_task (giornaliero 2 AM)
    • update_system_metrics_task (ogni 15min)
    • DatabaseTask base class

Caratteristiche:

  • 4 code: documentation, auto_remediation, data_collection, maintenance
  • Rate limiting e timeout configurati
  • Celery Beat per task periodici
  • Integrazione completa MongoDB/Beanie
  • Task lifecycle signals
  • CLI command funzionante: datacenter-docs worker

Dipendenze: Tutte presenti (celery[redis], flower) Priorità: COMPLETATO


Step 3: Primo Collector (1-2 giorni) - COMPLETATO

File: src/datacenter_docs/collectors/vmware_collector.py Status: COMPLETATO il 2025-10-19 Risultato: Collector VMware completo con MCP integration

Implementato:

  • base.py - BaseCollector con full workflow (connect/collect/validate/store/disconnect)
  • vmware_collector.py - Collector completo per vSphere:
    • collect_vms() - VMs con power state, risorse, tools, IPs
    • collect_hosts() - ESXi hosts con hardware, version, uptime
    • collect_clusters() - Clusters con DRS, HA, vSAN
    • collect_datastores() - Storage con capacità e utilizzo
    • collect_networks() - Networks con VLANs e distributed switches
    • Statistiche comprehensive (totali, percentuali utilizzo)
    • Validazione VMware-specific
  • Integrazione con MCP client (con fallback a mock data)
  • Integrazione con Celery task collect_infrastructure_data_task
  • MongoDB storage automatico via BaseCollector.store()
  • Async/await completo con error handling

Dipendenze: pyvmomi già presente Priorità: COMPLETATO


Step 4: Primo Generator (1-2 giorni)

File: src/datacenter_docs/generators/infrastructure_generator.py Status: Non implementato Blocca: Generazione documentazione

Implementazione minima:

from datacenter_docs.generators.base import BaseGenerator
from anthropic import Anthropic

class InfrastructureGenerator(BaseGenerator):
    async def generate(self, data: dict) -> str:
        """Genera documentazione infrastruttura con LLM"""
        client = Anthropic(api_key=settings.ANTHROPIC_API_KEY)

        # Genera markdown con Claude
        response = client.messages.create(
            model="claude-sonnet-4.5",
            messages=[...]
        )

        return response.content[0].text

Dipendenze: anthropic già presente Priorità: 🔴 ALTA


Step 5: Testing End-to-End (1 giorno)

Scenario MVP:

# 1. Inizializza DB
datacenter-docs init-db

# 2. Avvia worker
datacenter-docs worker &

# 3. Genera documentazione VMware
datacenter-docs generate vmware

# 4. Verifica API
curl http://localhost:8000/api/v1/sections/vmware

# 5. Verifica MongoDB
# Controlla che i dati siano stati salvati

Risultato atteso: Documentazione VMware generata e disponibile via API


📋 SECONDARY TASKS (Post-MVP)

Task 6: Chat WebSocket Server (1-2 giorni)

File: src/datacenter_docs/chat/main.py Status: Non esiste Priorità: 🟡 MEDIA

Implementazione:

import socketio
from datacenter_docs.chat.agent import DocumentationAgent

sio = socketio.AsyncServer(async_mode='asgi')
app = socketio.ASGIApp(sio)

@sio.event
async def message(sid, data):
    agent = DocumentationAgent()
    response = await agent.process_query(data['query'])
    await sio.emit('response', response, room=sid)

Task 7: Rimanenti Collectors (3-5 giorni)

  • kubernetes_collector.py
  • network_collector.py
  • storage_collector.py
  • database_collector.py
  • monitoring_collector.py

Priorità: 🟡 MEDIA


Task 8: Rimanenti Generators (4-6 giorni)

  • network_generator.py
  • virtualization_generator.py
  • kubernetes_generator.py
  • storage_generator.py
  • database_generator.py
  • monitoring_generator.py
  • security_generator.py
  • runbook_generator.py
  • troubleshooting_generator.py

Priorità: 🟡 MEDIA


Task 9: Frontend React (5-7 giorni)

  • Dashboard principale
  • Documentation viewer
  • Chat interface
  • Auto-remediation panel

Priorità: 🟢 BASSA


📝 Note Tecniche

Architettura Target

User Request → API/CLI
    ↓
Celery Task (async)
    ↓
Collectors → Raccolta dati da infrastruttura (via MCP)
    ↓
Generators → Generazione documentazione con LLM (Claude)
    ↓
Storage → MongoDB
    ↓
API Response/Notification

Stack Tecnologico Definito

  • Backend: Python 3.12, FastAPI, Celery
  • Database: MongoDB (Beanie ODM), Redis
  • LLM: OpenAI-compatible API (supports OpenAI, Anthropic, LLMStudio, Open-WebUI, Ollama, LocalAI)
    • Generic LLM client: src/datacenter_docs/utils/llm_client.py
    • Configured via: LLM_BASE_URL, LLM_API_KEY, LLM_MODEL
    • Default: OpenAI GPT-4 (can be changed to any compatible provider)
  • Frontend: React 18, Vite, Material-UI
  • Infrastructure: Docker, Docker Compose
  • CI/CD: GitHub Actions, GitLab CI, Gitea Actions
  • Monitoring: Prometheus, Flower (Celery)

Dipendenze Già Configurate

Tutte le dipendenze Python sono già in pyproject.toml e funzionanti. Nessun package aggiuntivo necessario per iniziare lo sviluppo.

🔌 LLM Provider Configuration

Il sistema utilizza l'API standard OpenAI per massima flessibilità. Puoi configurare qualsiasi provider LLM compatibile tramite variabili d'ambiente:

OpenAI (Default)

LLM_BASE_URL=https://api.openai.com/v1
LLM_API_KEY=sk-your-openai-key
LLM_MODEL=gpt-4-turbo-preview

Anthropic Claude (via OpenAI-compatible API)

LLM_BASE_URL=https://api.anthropic.com/v1
LLM_API_KEY=sk-ant-your-anthropic-key
LLM_MODEL=claude-sonnet-4-20250514

LLMStudio (Local)

LLM_BASE_URL=http://localhost:1234/v1
LLM_API_KEY=not-needed
LLM_MODEL=local-model-name

Open-WebUI (Local)

LLM_BASE_URL=http://localhost:8080/v1
LLM_API_KEY=your-open-webui-key
LLM_MODEL=llama3

Ollama (Local)

LLM_BASE_URL=http://localhost:11434/v1
LLM_API_KEY=not-needed
LLM_MODEL=llama3

File di configurazione: src/datacenter_docs/utils/config.py Client LLM generico: src/datacenter_docs/utils/llm_client.py Utilizzo: Tutti i componenti usano automaticamente il client configurato


📅 Timeline Stimato

Milestone 1: MVP (5-6 giorni) - 80% COMPLETATO

Obiettivo: Sistema base funzionante end-to-end

  • Infrastruttura Docker (COMPLETATO)
  • API Service (COMPLETATO)
  • CLI Tool (COMPLETATO 2025-10-19)
  • Celery Workers (COMPLETATO 2025-10-19)
  • 1 Collector (VMware) (COMPLETATO 2025-10-19)
  • 1 Generator (Infrastructure) (1-2 giorni) - NEXT

Deliverable: Comando datacenter-docs generate vmware funzionante Rimanente: 1-2 giorni (solo Generator per VMware)


Milestone 2: Core Features (2-3 settimane)

Obiettivo: Tutti i collector e generator implementati

  • Tutti i 6 collectors
  • Tutti i 10 generators
  • Base validators
  • Chat WebSocket server
  • Scheduling automatico (ogni 6 ore)

Deliverable: Documentazione completa di tutta l'infrastruttura


Milestone 3: Production (3-4 settimane)

Obiettivo: Sistema production-ready

  • Frontend React completo
  • Testing completo
  • Performance optimization
  • Security hardening
  • Monitoring e alerting

Deliverable: Deploy in produzione


🚀 Quick Start per Developer

Setup Ambiente Sviluppo

# 1. Clone e setup
git clone <repo>
cd llm-automation-docs-and-remediation-engine

# 2. Install dependencies
poetry install

# 3. Avvia stack Docker
cd deploy/docker
docker-compose -f docker-compose.dev.yml up -d

# 4. Verifica servizi
docker-compose -f docker-compose.dev.yml ps
curl http://localhost:8000/health

# 5. Accedi al container API per sviluppo
docker exec -it datacenter-api bash

Development Workflow

# Durante sviluppo, modifica codice in src/
# I volumi Docker sono montati, quindi le modifiche sono immediate

# Restart servizi dopo modifiche
cd deploy/docker
docker-compose -f docker-compose.dev.yml restart api

# Visualizza logs
docker-compose -f docker-compose.dev.yml logs -f api

Cosa Implementare per Primo

  1. src/datacenter_docs/cli.py - CLI tool base
  2. src/datacenter_docs/workers/celery_app.py - Celery setup
  3. src/datacenter_docs/collectors/base.py - Base collector class
  4. src/datacenter_docs/collectors/vmware_collector.py - Primo collector
  5. src/datacenter_docs/generators/base.py - Base generator class
  6. src/datacenter_docs/generators/infrastructure_generator.py - Primo generator

Testing

# Unit tests
poetry run pytest

# Test specifico
poetry run pytest tests/test_collectors/test_vmware.py

# Coverage
poetry run pytest --cov=src/datacenter_docs --cov-report=html

📊 Summary

Status Count %
Completato ~9 componenti principali 55%
⚠️ Parziale 4 componenti 15%
Da implementare ~20 componenti 30%

Focus immediato: Generator (VMware Infrastructure) (1-2 giorni) → Completa MVP

Estimated Time to MVP: 1-2 giorni rimanenti (solo Infrastructure Generator) Estimated Time to Production: 2-3 settimane full-time


Last Updated: 2025-10-19 Next Review: Dopo completamento MVP (CLI + Workers + 1 Collector + 1 Generator)