ruv-swarm-cli-0.2.0 is not a library.

ruv-swarm-cli

Distributed swarm orchestration CLI with cognitive diversity

ruv-swarm-cli is a powerful command-line interface for managing distributed AI agent swarms with support for multiple topologies, orchestration strategies, and real-time monitoring. Built with Rust for performance and reliability, it enables seamless coordination of intelligent agents across different computational paradigms.

✨ Key Features

🌐 Multi-Topology Support: Deploy swarms in mesh, hierarchical, ring, star, or custom topologies
🤖 Intelligent Agent Management: Spawn and coordinate specialized agents (researchers, coders, analysts, reviewers, orchestrators)
⚡ Real-Time Orchestration: Execute distributed tasks with parallel, sequential, adaptive, or consensus strategies
📊 Live Monitoring: Monitor swarm activity, performance metrics, and agent states in real-time
🎯 Cognitive Diversity: Leverage different agent capabilities and reasoning patterns for optimal problem-solving
🛠️ Flexible Configuration: Support for multiple persistence backends (SQLite, PostgreSQL, Redis, in-memory)
📈 Performance Benchmarking: Built-in benchmarking tools for WASM, agent performance, and task execution
🎨 Rich Output Formats: JSON, YAML, table, and colored terminal output with customizable formatting
🔧 Shell Integration: Comprehensive shell completion support for Bash, Zsh, Fish, and PowerShell

🚀 Installation

From Crates.io

cargo install ruv-swarm-cli

From Source

git clone https://github.com/ruv-fann/ruv-swarm.git
cd ruv-swarm/crates/ruv-swarm-cli
cargo install --path .

Pre-built Binaries

Download the latest release from GitHub Releases.

🎯 Quick Start

Initialize a New Swarm

# Create a mesh topology swarm with SQLite persistence
ruv-swarm init mesh --persistence sqlite

# Create a hierarchical swarm with interactive setup
ruv-swarm init hierarchical

# Non-interactive setup with custom configuration
ruv-swarm init star --config-file swarm-config.yaml --non-interactive

Spawn Intelligent Agents

# Spawn a researcher agent
ruv-swarm spawn researcher --name "research-lead" --capabilities "analysis,data-mining"

# Create a coder agent with specific memory context
ruv-swarm spawn coder --memory "Focus on Rust development and performance optimization"

# Spawn an orchestrator for hierarchical coordination
ruv-swarm spawn orchestrator --parent agent-123 --capabilities "coordination,planning"

Orchestrate Distributed Tasks

# Parallel execution with real-time monitoring
ruv-swarm orchestrate parallel "Analyze codebase performance bottlenecks" --watch --max-agents 5

# Sequential task with high priority and timeout
ruv-swarm orchestrate sequential "Deploy microservices to production" --priority 9 --timeout 3600

# Adaptive orchestration for complex research tasks
ruv-swarm orchestrate adaptive "Research emerging AI architectures and summarize findings" --max-agents 3

Monitor Swarm Activity

# Real-time monitoring with 2-second refresh
ruv-swarm monitor --interval 2

# Filter monitoring events and export to file
ruv-swarm monitor --filter "task_completion,agent_spawn" --export monitoring-log.json

# Status overview with detailed metrics
ruv-swarm status --detailed --metrics --active-only

📚 Complete CLI Reference

Global Options

-c, --config <FILE>         Configuration file path [env: RUV_SWARM_CONFIG]
-p, --profile <PROFILE>     Profile to use (dev, prod, test) [default: dev]
-o, --output <FORMAT>       Output format (auto, json, yaml, table) [default: auto]
-v, --verbose               Enable verbose logging (use -vv for debug, -vvv for trace)
    --no-color              Disable color output

Commands Overview

Command	Description
`init`	Initialize a new swarm with specified topology
`spawn`	Spawn a new agent in the swarm
`orchestrate`	Orchestrate a distributed task across the swarm
`status`	Show current swarm status and agent information
`monitor`	Monitor swarm activity in real-time
`completion`	Generate shell completions

`ruv-swarm init`

Initialize a new swarm with the specified topology and configuration.

ruv-swarm init <TOPOLOGY> [OPTIONS]

Arguments:
  <TOPOLOGY>  Swarm topology (mesh, hierarchical, ring, star, custom)

Options:
  -b, --persistence <BACKEND>     Persistence backend (memory, sqlite, postgres, redis)
  -f, --config-file <FILE>        Initial swarm configuration file
      --non-interactive           Skip interactive setup

Examples:

# Interactive mesh setup with default settings
ruv-swarm init mesh

# Hierarchical swarm with PostgreSQL persistence
ruv-swarm init hierarchical --persistence postgres

# Automated setup with custom configuration
ruv-swarm init star --config-file production.yaml --non-interactive

`ruv-swarm spawn`

Create and deploy a new intelligent agent with specified capabilities.

ruv-swarm spawn <AGENT_TYPE> [OPTIONS]

Arguments:
  <AGENT_TYPE>  Agent type (researcher, coder, analyst, reviewer, orchestrator)

Options:
  -a, --capabilities <LIST>  Agent capabilities (comma-separated)
  -n, --name <NAME>          Agent name (auto-generated if not provided)
  -m, --memory <CONTEXT>     Initial memory/context for the agent
  -P, --parent <AGENT_ID>    Parent agent ID for hierarchical topologies

Agent Types:

researcher: Specialized in information gathering, analysis, and research tasks
coder: Focused on software development, code review, and implementation
analyst: Expert in data analysis, pattern recognition, and insights
reviewer: Quality assurance, testing, and validation specialist
orchestrator: Coordination and management of other agents

Examples:

# Basic researcher agent
ruv-swarm spawn researcher

# Advanced coder with specific capabilities and context
ruv-swarm spawn coder \
  --name "rust-specialist" \
  --capabilities "rust,performance,concurrency" \
  --memory "Focus on zero-copy optimizations and async patterns"

# Hierarchical analyst under orchestrator
ruv-swarm spawn analyst --parent orchestrator-001 --capabilities "statistics,ml"

`ruv-swarm orchestrate`

Execute distributed tasks across the swarm using various orchestration strategies.

ruv-swarm orchestrate <STRATEGY> <TASK> [OPTIONS]

Arguments:
  <STRATEGY>  Orchestration strategy (parallel, sequential, adaptive, consensus)
  <TASK>      Task description or task file path

Options:
  -m, --max-agents <N>      Maximum number of agents to use
  -t, --timeout <SECONDS>   Task timeout in seconds
  -r, --priority <1-10>     Priority level [default: 5]
  -w, --watch               Watch task progress in real-time

Orchestration Strategies:

parallel: Execute task components simultaneously across multiple agents
sequential: Execute task steps in order with agent coordination
adaptive: Dynamically adjust strategy based on task complexity and agent availability
consensus: Require agreement between multiple agents for decisions

Examples:

# Parallel code analysis with monitoring
ruv-swarm orchestrate parallel "Analyze all Rust files for performance issues" \
  --max-agents 4 --watch

# High-priority sequential deployment
ruv-swarm orchestrate sequential "Deploy application to production environment" \
  --priority 10 --timeout 1800

# Adaptive research with consensus validation
ruv-swarm orchestrate adaptive "Research quantum computing frameworks" \
  --max-agents 3

# Execute task from file
ruv-swarm orchestrate consensus @complex-analysis-task.yaml --watch

`ruv-swarm status`

Display comprehensive swarm status, agent information, and performance metrics.

ruv-swarm status [OPTIONS]

Options:
  -d, --detailed              Show detailed agent information
  -t, --agent-type <TYPE>     Filter by agent type
  -a, --active-only           Show only active agents
  -m, --metrics               Include performance metrics

Examples:

# Basic status overview
ruv-swarm status

# Detailed view with performance metrics
ruv-swarm status --detailed --metrics

# Show only active coders
ruv-swarm status --agent-type coder --active-only

# Full detailed report in JSON format
ruv-swarm status --detailed --metrics --output json

`ruv-swarm monitor`

Real-time monitoring of swarm activity with filtering and export capabilities.

ruv-swarm monitor [OPTIONS]

Options:
  -i, --interval <SECONDS>    Refresh interval [default: 1]
  -f, --filter <EVENTS>       Filter events by type
  -m, --max-events <N>        Maximum number of events to display [default: 100]
  -e, --export <FILE>         Export monitoring data to file

Event Types:

agent_spawn, agent_terminate
task_start, task_progress, task_completion
communication, coordination
performance, error, warning

Examples:

# Standard real-time monitoring
ruv-swarm monitor

# High-frequency monitoring with task focus
ruv-swarm monitor --interval 0.5 --filter "task_start,task_completion"

# Export monitoring session for analysis
ruv-swarm monitor --export session-$(date +%Y%m%d-%H%M%S).json

# Monitor only errors and warnings
ruv-swarm monitor --filter "error,warning" --max-events 50

`ruv-swarm completion`

Generate shell completion scripts for enhanced command-line experience.

ruv-swarm completion <SHELL>

Arguments:
  <SHELL>  Shell to generate completions for (bash, zsh, fish, powershell)

Setup Examples:

# Bash
ruv-swarm completion bash > ~/.local/share/bash-completion/completions/ruv-swarm

# Zsh
ruv-swarm completion zsh > ~/.zsh/completions/_ruv-swarm

# Fish
ruv-swarm completion fish > ~/.config/fish/completions/ruv-swarm.fish

# PowerShell (Windows)
ruv-swarm completion powershell > $PROFILE.CurrentUserAllHosts

⚙️ Configuration

ruv-swarm-cli supports flexible configuration through YAML, TOML, or JSON files:

# ~/.config/ruv-swarm/config.yaml
profiles:
  dev:
    persistence:
      backend: "sqlite"
      connection: "./dev-swarm.db"
    monitoring:
      interval: 1
      max_events: 1000
    
  prod:
    persistence:
      backend: "postgres"
      connection: "postgresql://user:pass@localhost/swarm"
    monitoring:
      interval: 2
      max_events: 10000
    security:
      auth_required: true
      
topology:
  default: "mesh"
  max_agents: 10
  
agents:
  spawn_timeout: 30
  default_capabilities: ["reasoning", "communication"]
  
output:
  format: "auto"
  color: true
  timestamp: true

Environment variables:

RUV_SWARM_CONFIG: Configuration file path
RUV_SWARM_PROFILE: Active profile (dev, prod, test)
RUST_LOG: Logging level configuration

🏗️ Architecture Integration

ruv-swarm-cli integrates seamlessly with the broader rUv ecosystem:

ruv-swarm-core: Core swarm orchestration engine
ruv-swarm-agents: Intelligent agent implementations
ruv-FANN: Neural network foundations for cognitive diversity
MCP Integration: Model Context Protocol for AI model coordination

📈 Performance & Benchmarking

The CLI includes built-in performance tools accessible through the core API:

# Benchmark WASM performance
ruv-swarm orchestrate adaptive "benchmark wasm performance with 1000 iterations"

# Agent performance analysis
ruv-swarm orchestrate parallel "analyze agent response times and memory usage"

# Swarm coordination efficiency
ruv-swarm orchestrate consensus "measure inter-agent communication latency"

🔧 Development & Contributing

Building from Source

git clone https://github.com/ruv-fann/ruv-swarm.git
cd ruv-swarm/crates/ruv-swarm-cli
cargo build --release

Running Tests

cargo test
cargo test --features integration-tests

Code Quality

cargo clippy --all-targets --all-features
cargo fmt --all

📋 Examples & Use Cases

Research & Analysis Pipeline

# Initialize research swarm
ruv-swarm init mesh --persistence sqlite

# Spawn specialized research team
ruv-swarm spawn researcher --name "data-collector" --capabilities "web-scraping,apis"
ruv-swarm spawn analyst --name "pattern-analyzer" --capabilities "statistics,ml"
ruv-swarm spawn reviewer --name "quality-controller" --capabilities "validation,testing"

# Execute research pipeline
ruv-swarm orchestrate sequential "Research market trends in quantum computing" --watch

# Monitor progress
ruv-swarm monitor --filter "task_completion,research_findings"

Software Development Workflow

# Development swarm setup
ruv-swarm init hierarchical --persistence postgres

# Multi-role development team
ruv-swarm spawn orchestrator --name "project-lead"
ruv-swarm spawn coder --name "backend-dev" --capabilities "rust,apis,databases"
ruv-swarm spawn coder --name "frontend-dev" --capabilities "typescript,react,ui"
ruv-swarm spawn reviewer --name "qa-engineer" --capabilities "testing,security"

# Coordinated development task
ruv-swarm orchestrate adaptive "Implement user authentication system with JWT tokens" \
  --max-agents 4 --priority 8 --watch

# Real-time development monitoring
ruv-swarm monitor --interval 2 --export dev-session.json

🔗 Related Projects

ruv-swarm - Main repository with complete ecosystem
ruv-FANN - Neural network foundations
MCP Protocol - Model Context Protocol specification

📄 License

This project is licensed under either of

Apache License, Version 2.0, (LICENSE-APACHE or http://www.apache.org/licenses/LICENSE-2.0)
MIT license (LICENSE-MIT or http://opensource.org/licenses/MIT)

at your option.

🎯 Created by rUv

Developed with cognitive diversity principles and distributed intelligence paradigms.

⭐ Star the project on GitHub | 📚 Documentation | 💬 Discussions

ruv-swarm-cli 0.2.0

ruv-swarm-cli

✨ Key Features

🚀 Installation

From Crates.io

From Source

Pre-built Binaries

🎯 Quick Start

Initialize a New Swarm

Spawn Intelligent Agents

Orchestrate Distributed Tasks

Monitor Swarm Activity

📚 Complete CLI Reference

Global Options

Commands Overview

ruv-swarm init

ruv-swarm spawn

ruv-swarm orchestrate

ruv-swarm status

ruv-swarm monitor

ruv-swarm completion

⚙️ Configuration

🏗️ Architecture Integration

📈 Performance & Benchmarking

🔧 Development & Contributing

Building from Source

Running Tests

Code Quality

📋 Examples & Use Cases

Research & Analysis Pipeline

Software Development Workflow

🔗 Related Projects

📄 License

🎯 Created by rUv

`ruv-swarm init`

`ruv-swarm spawn`

`ruv-swarm orchestrate`

`ruv-swarm status`

`ruv-swarm monitor`

`ruv-swarm completion`