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gemini-flow

v2.1.0-alpha.1

Published

🧠 Gemini Flow - AI-Powered Development Orchestration with Google Gemini API Integration

Readme

🧠 Gemini Flow - AI-Powered Development Orchestration

Intelligent Agent Coordination for Complex Software Development

Gemini Flow ist eine vollständig migrierte Version von claude-flow, optimiert für die Koordination mit Gemini CLI. Es bietet fortschrittliche Schwarm-Orchestrierung, Multi-Agent-Koordination und intelligente Workflow-Automatisierung.

🚀 Quick Start

Installation

# Via NPM (wenn verfügbar)
npm install -g gemini-flow@alpha

# Oder verwende die lokalen Scripts
chmod +x gemini-flow
./gemini-flow init

Erste Schritte

# Schwarm initialisieren
gemini-flow swarm init --topology hierarchical --agents 5

# Agenten spawnen
gemini-flow agent spawn researcher --capabilities "code-analysis"
gemini-flow agent spawn coder --capabilities "implementation"

# Task orchestrieren
gemini-flow task orchestrate "Build REST API with authentication"

🏗️ Architektur-Übersicht

Kernkomponenten

  1. MCP-Integration: 54 spezialisierte Tools für Gemini CLI
  2. Schwarm-Koordination: Hierarchische, Mesh-, Ring- und Star-Topologien
  3. Memory-System: Persistente Agent-Koordination und Session-Management
  4. Performance-Optimierung: Parallel-Execution mit 300% Speed-Boost
  5. SPARC-Workflows: Systematische Test-Driven Development

Agent-Typen (54 verfügbar)

Core Development

  • researcher - Umfassende Code- und Architektur-Analyse
  • coder - Implementierung und Refactoring
  • tester - Test-Erstellung und Qualitätssicherung
  • reviewer - Code-Review und Best-Practices
  • planner - Strategische Planung und Task-Breakdown

Spezialisierte Agenten

  • backend-dev - API und Server-Entwicklung
  • mobile-dev - React Native Cross-Platform
  • ml-developer - Machine Learning und KI
  • system-architect - High-Level System-Design
  • api-docs - OpenAPI/Swagger Dokumentation

Schwarm-Koordination

  • hierarchical-coordinator - Queen-led Koordination
  • mesh-coordinator - Peer-to-peer Netzwerke
  • adaptive-coordinator - Dynamische Topologie-Optimierung
  • collective-intelligence-coordinator - Hive-Mind Entscheidungen

GitHub Integration

  • pr-manager - Pull Request Management
  • code-review-swarm - Multi-Agent Code Reviews
  • issue-tracker - Intelligente Issue-Verwaltung
  • release-manager - Automatisierte Release-Koordination

🔧 Konfiguration

Basis-Konfiguration: gemini-flow.config.json

{
  "features": {
    "autoTopologySelection": true,
    "parallelExecution": true,
    "neuralTraining": true,
    "smartAutoSpawning": true,
    "crossSessionMemory": true
  },
  "performance": {
    "maxAgents": 10,
    "defaultTopology": "hierarchical",
    "executionStrategy": "parallel"
  }
}

Settings: .gemini/settings.json

{
  "env": {
    "GEMINI_FLOW_HOOKS_ENABLED": "true",
    "GEMINI_FLOW_TELEMETRY_ENABLED": "true"
  },
  "hooks": {
    "PreToolUse": "npx gemini-flow@alpha hooks pre-command",
    "PostToolUse": "npx gemini-flow@alpha hooks post-command"
  }
}

⚡ Performance-Features

Batchtools-Optimierung

  • File-Operations: 300% schneller durch parallele Verarbeitung
  • Code-Analyse: 250% Verbesserung durch concurrent Pattern-Recognition
  • Test-Generation: 400% schneller durch parallele Test-Erstellung
  • Memory-Operations: 180% schneller durch batched Read/Write

Parallel-Execution

# ✅ KORREKT: Alle Operationen in einer Message
gemini-flow batch \
  --spawn "researcher,coder,tester" \
  --tasks "analyze,implement,test" \
  --parallel true

🧠 SPARC-Methodologie

5-Phasen Workflow

  1. Specification - Anforderungsanalyse mit parallel Processing
  2. Pseudocode - Algorithmus-Design mit concurrent Logic-Validation
  3. Architecture - System-Design mit parallel Component-Analysis
  4. Refinement - TDD-Implementation mit parallel Test-Generation
  5. Completion - Integration mit concurrent Validation
# Kompletter SPARC-Workflow
gemini-flow sparc pipeline "User Authentication System"

📊 Memory & Koordination

Persistente Koordination

# Memory speichern
gemini-flow memory store --key "project/architecture" --value "microservices"

# Schwarm-Koordination
gemini-flow coordination sync --swarm-id "project-123"

# Cross-Session Persistence
gemini-flow memory persist --session-id "dev-session-1"

Agent-Koordination

// Koordinations-Protokoll
{
  "pre_task": "npx gemini-flow@alpha hooks pre-task",
  "during": "npx gemini-flow@alpha hooks post-edit --memory-key 'agent/progress'",
  "post_task": "npx gemini-flow@alpha hooks post-task --analyze-performance"
}

🔀 Migration von claude-flow

Automatische Migration

# Migriere existierende claude-flow Projekte
gemini-flow migrate from-claude-flow --project-path ./

Befehl-Mapping

| Claude Flow | Gemini Flow | Beschreibung | |-------------|-------------|--------------| | mcp__claude-flow__swarm_init | mcp__gemini-flow__swarm_init | Schwarm-Initialisierung | | npx claude-flow@alpha | npx gemini-flow@alpha | CLI-Befehle | | .claude-flow/ | .gemini-flow/ | Konfiguration | | CLAUDE.md | GEMINI.md | Projektdokumentation |

🧪 Testing & Validierung

Test-Framework

# Integration-Tests ausführen
gemini-flow test integration --coverage true

# Performance-Benchmarks
gemini-flow benchmark --suite "all" --compare-baseline true

# Schwarm-Koordination testen
gemini-flow test swarm --topology "hierarchical" --agents 5

Validierungs-Checkliste

  • ✅ Alle 54 Agent-Typen verfügbar
  • ✅ MCP-Tools funktional (wenn NPM Package verfügbar)
  • ✅ Memory-System persistent
  • ✅ Performance-Metriken tracking
  • ✅ Cross-Platform Scripts (Unix, Windows, PowerShell)

🚀 Deployment

Produktionsumgebung

# Produktions-Setup
gemini-flow deploy setup --environment production

# Health-Check
gemini-flow health check --comprehensive true

# Monitoring aktivieren
gemini-flow monitor enable --telemetry detailed

Performance-Monitoring

# System-Metriken
gemini-flow metrics system --realtime true

# Agent-Performance
gemini-flow metrics agents --breakdown true

# Memory-Effizienz
gemini-flow metrics memory --analysis true

📈 Performance-Benchmarks

Baseline-Vergleich

  • Memory-Effizienz: 73-76% verfügbar (optimal)
  • CPU-Load: 0.3-0.5 bei 12 Kernen (excellent)
  • Parallel-Execution: 300% Speed-Boost
  • Koordination-Latenz: <50ms für Memory-Operations

Live-Metriken

# Real-time Performance Dashboard
gemini-flow dashboard --port 3000

# Bottleneck-Analyse
gemini-flow analyze bottlenecks --auto-optimize true

🔧 Troubleshooting

Häufige Probleme

NPM Package nicht verfügbar

# Lokale Scripts verwenden
./gemini-flow help
./gemini-flow.bat help  # Windows
./gemini-flow.ps1 help  # PowerShell

Agent-Koordination Probleme

# Memory-Status prüfen
gemini-flow memory status --verbose true

# Schwarm-Health-Check
gemini-flow swarm health --repair true

Performance-Issues

# System-Optimierung
gemini-flow optimize --target "memory,cpu,coordination"

# Cache-Cleanup
gemini-flow cache clear --force true

📚 Weitere Ressourcen

  • GEMINI.md - Vollständige Konfiguration und Agent-Referenz
  • TESTING_PLAN.md - Umfassendes Test-Framework
  • Migration Guide - Detaillierte Migrations-Anleitung
  • Performance Benchmarks - System-Optimierung Tipps

🤝 Support

  • GitHub Issues: Für Bug-Reports und Feature-Requests
  • Documentation: Vollständige API-Referenz in GEMINI.md
  • Migration Support: claude-flow → gemini-flow Assistance

🧠 Gemini Flow - Wo KI-Koordination auf intelligente Entwicklung trifft!

Migriert von claude-flow mit ❤️ für die Gemini-Community