systems-manager 1.12.0

Systems Manager will update your system and install/upgrade applications. Additionally, as allow AI to perform these activities as an MCP Server

Systems-Manager - A2A | AG-UI | MCP

Version: 1.12.0

Overview

Systems-Manager is a powerful CLI and MCP server tool to manage your system across multiple operating systems. It supports updating, installing, and optimizing applications, managing Windows features, installing Nerd Fonts, and retrieving system and hardware statistics. It now supports Ubuntu, Debian, Red Hat, Oracle Linux, SLES, Arch, and Windows, with Snap fallback for Linux application installations.

This repository is actively maintained - Contributions are welcome!

Features

• Multi-OS Support: Works on Windows, Ubuntu, Debian, Red Hat, Oracle Linux, SLES, and Arch.
• Application Management: Install and update applications using native package managers (apt, dnf, zypper, pacman, winget) with automatic Snap fallback for Linux.
• Font Installation: Install specific Nerd Fonts (default: Hack) or all available fonts from the latest release.
• Windows Feature Management: List, enable, or disable Windows optional features (Windows only).
• System Optimization: Clean and optimize system resources (e.g., trash/recycle bin, autoremove, defragmentation on Windows).
• System and Hardware Stats: Retrieve detailed OS and hardware information using psutil.
• Logging: Optional logging to a specified file or default systems_manager.log in the script directory.
• FastMCP Server: Expose all functionality via a Model Context Protocol (MCP) server over stdio or HTTP for integration with AI or automation systems.

MCP

Available MCP Tools

This server utilizes dynamic Action-Routed tools to optimize token overhead and maximize IDE compatibility.

Tool Name	Description
system_cron	Consolidated Action-Routed tool for cron. Methods: add_cron_job, remove_cron_job, list_cron_jobs
system_disk	Consolidated Action-Routed tool for disk. Methods: get_disk_usage, list_disks, get_disk_space_report
system_filesystem	Consolidated Action-Routed tool for filesystem. Methods: search_files, manage_file, grep_files, list_files
system_firewall_management	Consolidated Action-Routed tool for firewall_management. Methods: get_firewall_status, add_firewall_rule, list_firewall_rules, remove_firewall_rule
system_log	Consolidated Action-Routed tool for log. Methods: get_logs, tail_log_file
system_network	Consolidated Action-Routed tool for network. Methods: list_network_interfaces, list_open_ports, dns_lookup, ping_host
system_nodejs	Consolidated Action-Routed tool for nodejs. Methods: use_node, install_node, install_nvm
system_process	Consolidated Action-Routed tool for process. Methods: get_process_info, kill_process, list_processes
system_python	Consolidated Action-Routed tool for python. Methods: install_python_package_uv, create_python_venv, install_uv
system_service	Consolidated Action-Routed tool for service. Methods: restart_service, enable_service, get_service_status, disable_service, stop_service, start_service, list_services
system_shell	Consolidated Action-Routed tool for shell. Methods: add_shell_alias
system_ssh_management	Consolidated Action-Routed tool for ssh_management. Methods: add_authorized_key, list_ssh_keys, generate_ssh_key
system_system	Consolidated Action-Routed tool for system. Methods: install_fonts, get_os_statistics, clean_package_cache, update, get_package_info, install_applications, list_env_vars, health_check, get_hardware_statistics, install_python_modules, clean_temp_files, get_uptime, list_upgradable_packages, clean, search_package, optimize, list_installed_packages, get_env_var
system_system_management	Consolidated Action-Routed tool for system_management. Methods: run_command, disable_windows_features, install_local_package, add_repository, list_windows_features, enable_windows_features
system_text_editor	Consolidated Action-Routed tool for text_editor. Methods: text_editor
system_user	Consolidated Action-Routed tool for user. Methods: list_groups, list_users

A2A Agent

Architecture:

---
config:
  layout: dagre
---
flowchart TB
 subgraph subGraph0["Agent Capabilities"]
        C["Agent"]
        B["A2A Server - Uvicorn/FastAPI"]
        D["MCP Tools"]
        F["Agent Skills"]
  end
    C --> D & F
    A["User Query"] --> B
    B --> C
    D --> E["Platform API"]

     C:::agent
     B:::server
     A:::server
    classDef server fill:#f9f,stroke:#333
    classDef agent fill:#bbf,stroke:#333,stroke-width:2px
    style B stroke:#000000,fill:#FFD600
    style D stroke:#000000,fill:#BBDEFB
    style F fill:#BBDEFB
    style A fill:#C8E6C9
    style subGraph0 fill:#FFF9C4

Component Interaction Diagram

sequenceDiagram
    participant User
    participant Server as A2A Server
    participant Agent as Agent
    participant Skill as Agent Skills
    participant MCP as MCP Tools

    User->>Server: Send Query
    Server->>Agent: Invoke Agent
    Agent->>Skill: Analyze Skills Available
    Skill->>Agent: Provide Guidance on Next Steps
    Agent->>MCP: Invoke Tool
    MCP-->>Agent: Tool Response Returned
    Agent-->>Agent: Return Results Summarized
    Agent-->>Server: Final Response
    Server-->>User: Output

Graph Architecture

This agent uses pydantic-graph orchestration for intelligent routing and optimal context management.

---
title: Systems Manager Graph Agent
---
stateDiagram-v2
  [*] --> RouterNode: User Query
  RouterNode --> DomainNode: Classified Domain
  RouterNode --> [*]: Low confidence / Error
  DomainNode --> [*]: Domain Result

• RouterNode: A fast, lightweight LLM (e.g., nvidia/nemotron-3-super) that classifies the user's query into one of the specialized domains.
• DomainNode: The executor node. For the selected domain, it dynamically sets environment variables to temporarily enable ONLY the tools relevant to that domain, creating a highly focused sub-agent (e.g., gpt-4o) to complete the request. This preserves LLM context and prevents tool hallucination.

Usage

CLI

Short Flag	Long Flag	Description
-h	--help	See usage for script
-c	--clean	Clean Recycle/Trash bin
-e	--enable-features	Enable Windows features (comma-separated, Windows only)
-d	--disable-features	Disable Windows features (comma-separated, Windows only)
-l	--list-features	List all Windows features and their status (Windows only)
-f	--fonts	Install Nerd Fonts (comma-separated, e.g., Hack,Meslo or 'all'; default: Hack)
-i	--install	Install applications (comma-separated, e.g., python3,git)
-p	--python	Install Python modules (comma-separated)
-s	--silent	Suppress output to stdout
-u	--update	Update applications and Operating System
-o	--optimize	Optimize system (e.g., autoremove, clean cache, defrag)
	--os-stats	Print OS statistics (e.g., system, release, version)
	--hw-stats	Print hardware statistics (e.g., CPU, memory, disk)
	--log-file	Log to specified file (default: systems_manager.log)

systems-manager --fonts Hack,Meslo --update --clean --python geniusbot --install python3,git --enable-features Microsoft-Hyper-V-All,Containers --log-file /path/to/log.log

MCP CLI

Short Flag	Long Flag	Description
--mcp-url	MCP Server URL to connect to	http://systems-manager-mcp.arpa/mcp
--allowed-tools	List of allowed MCP tools	system_management
--web	Enable Pydantic AI Web UI	False (Env: ENABLE_WEB_UI)
-t	--transport	Transport method: 'stdio', 'http', or 'sse' [legacy] (default: stdio)
-s	--host	Host address for HTTP transport (default: 0.0.0.0)
-p	--port	Port number for HTTP transport (default: 8000)
	--auth-type	Authentication type: 'none', 'static', 'jwt', 'oauth-proxy', 'oidc-proxy', 'remote-oauth' (default: none)
	--token-jwks-uri	JWKS URI for JWT verification
	--token-issuer	Issuer for JWT verification
	--token-audience	Audience for JWT verification
	--oauth-upstream-auth-endpoint	Upstream authorization endpoint for OAuth Proxy
	--oauth-upstream-token-endpoint	Upstream token endpoint for OAuth Proxy
	--oauth-upstream-client-id	Upstream client ID for OAuth Proxy
	--oauth-upstream-client-secret	Upstream client secret for OAuth Proxy
	--oauth-base-url	Base URL for OAuth Proxy
	--oidc-config-url	OIDC configuration URL
	--oidc-client-id	OIDC client ID
	--oidc-client-secret	OIDC client secret
	--oidc-base-url	Base URL for OIDC Proxy
	--remote-auth-servers	Comma-separated list of authorization servers for Remote OAuth
	--remote-base-url	Base URL for Remote OAuth
	--allowed-client-redirect-uris	Comma-separated list of allowed client redirect URIs
	--eunomia-type	Eunomia authorization type: 'none', 'embedded', 'remote' (default: none)
	--eunomia-policy-file	Policy file for embedded Eunomia (default: mcp_policies.json)
	--eunomia-remote-url	URL for remote Eunomia server

Using as an MCP Server

The MCP Server can be run in two modes: stdio (for local testing) or http (for networked access). To start the server, use the following commands:

Run in stdio mode (default):

systems-manager-mcp --transport "stdio"

Run in HTTP mode:

systems-manager-mcp --transport "http"  --host "0.0.0.0"  --port "8000"

Dependencies

The following Python packages are automatically installed if missing:

• distro: For Linux distribution detection.
• psutil: For system and hardware statistics.
• requests: For downloading Nerd Fonts.
• fastmcp: For MCP server functionality (required for systems-manager-mcp).

Agent-to-Agent (A2A) Server

This package includes an Agent utilizing pydantic-ai that can be deployed as an A2A server.

Endpoints

• Web UI: http://localhost:8000/ (if enabled)
• A2A: http://localhost:8000/a2a (Discovery: /a2a/.well-known/agent.json)
• AG-UI: http://localhost:8000/ag-ui (POST)

A2A CLI

Long Flag	Description	Default
--host	Host to bind the server to	0.0.0.0
--port	Port to bind the server to	9000
--reload	Enable auto-reload	False
--provider	LLM Provider (openai, anthropic, google, etc)	openai
--model-id	LLM Model ID	nvidia/nemotron-3-super
--base-url	LLM Base URL (for OpenAI compatible providers)	http://host.docker.internal:1234/v1
--api-key	LLM API Key	ollama
--mcp-url	MCP Server URL to connect to	None
--mcp-config	MCP Server Config	...
--skills-directory	Directory containing agent skills	...
--web	Enable Pydantic AI Web UI	False (Env: ENABLE_WEB_UI)

Run A2A Server

systems-manager-agent --provider openai --model-id nvidia/nemotron-3-super

Deploy MCP Server as a Service

The MCP server can be deployed using Docker, with configurable authentication, middleware, and Eunomia authorization.

Using Docker Run

docker pull knucklessg1/systems-manager:latest

docker run -d \
  --name systems-manager-mcp \
  -p 8004:8004 \
  -e HOST=0.0.0.0 \
  -e PORT=8004 \
  -e TRANSPORT=http \
  -e AUTH_TYPE=none \
  -e EUNOMIA_TYPE=none \
  knucklessg1/systems-manager:latest

For advanced authentication (e.g., JWT, OAuth Proxy, OIDC Proxy, Remote OAuth) or Eunomia, add the relevant environment variables:

docker run -d \
  --name systems-manager-mcp \
  -p 8004:8004 \
  -e HOST=0.0.0.0 \
  -e PORT=8004 \
  -e TRANSPORT=http \
  -e AUTH_TYPE=oidc-proxy \
  -e OIDC_CONFIG_URL=https://provider.com/.well-known/openid-configuration \
  -e OIDC_CLIENT_ID=your-client-id \
  -e OIDC_CLIENT_SECRET=your-client-secret \
  -e OIDC_BASE_URL=https://your-server.com \
  -e ALLOWED_CLIENT_REDIRECT_URIS=http://localhost:*,https://*.example.com/* \
  -e EUNOMIA_TYPE=embedded \
  -e EUNOMIA_POLICY_FILE=/app/mcp_policies.json \
  knucklessg1/systems-manager:latest

Using Docker Compose

Create a docker-compose.yml file:

services:
  systems-manager-mcp:
    image: knucklessg1/systems-manager:latest
    environment:
      - HOST=0.0.0.0
      - PORT=8004
      - TRANSPORT=http
      - AUTH_TYPE=none
      - EUNOMIA_TYPE=none
    ports:
      - 8004:8004

For advanced setups with authentication and Eunomia:

services:
  systems-manager-mcp:
    image: knucklessg1/systems-manager:latest
    environment:
      - HOST=0.0.0.0
      - PORT=8004
      - TRANSPORT=http
      - AUTH_TYPE=oidc-proxy
      - OIDC_CONFIG_URL=https://provider.com/.well-known/openid-configuration
      - OIDC_CLIENT_ID=your-client-id
      - OIDC_CLIENT_SECRET=your-client-secret
      - OIDC_BASE_URL=https://your-server.com
      - ALLOWED_CLIENT_REDIRECT_URIS=http://localhost:*,https://*.example.com/*
      - EUNOMIA_TYPE=embedded
      - EUNOMIA_POLICY_FILE=/app/mcp_policies.json
    ports:
      - 8004:8004
    volumes:
      - ./mcp_policies.json:/app/mcp_policies.json

Run the service:

docker-compose up -d

Configure mcp.json for AI Integration

{
  "mcpServers": {
    "systems_manager": {
      "command": "uv",
      "args": [
        "run",
        "--with",
        "systems-manager",
        "systems-manager-mcp"
      ],
      "env": {
        "SYSTEMS_MANAGER_SILENT": "False",
        "SYSTEMS_MANAGER_LOG_FILE": "~/Documents/systems_manager_mcp.log"
      },
      "timeout": 200000
    }
  }
}

Install Python Package

python -m pip install systems-manager

or

uv pip install --upgrade systems-manager

Repository Owners

MCP Configuration Examples

1. Standard IO (stdio) Deployment

{
  "mcpServers": {
    "systems-manager": {
      "command": "uv",
      "args": [
        "run",
        "systems-manager-mcp"
      ],
      "env": {
        "AGENT_DESCRIPTION": "<YOUR_AGENT_DESCRIPTION>",
        "AGENT_OSTOOL": "True",
        "AGENT_POLICIES_PATH": "<YOUR_AGENT_POLICIES_PATH>",
        "AGENT_SYSTEM_PROMPT": "<YOUR_AGENT_SYSTEM_PROMPT>",
        "CRONTOOL": "True",
        "DEFAULT_AGENT_NAME": "<YOUR_DEFAULT_AGENT_NAME>",
        "DISKTOOL": "True",
        "FILESYSTEMTOOL": "True",
        "FIREWALL_MANAGEMENTTOOL": "True",
        "LOGTOOL": "True",
        "MAINTENANCE_PRIORITY": "<YOUR_MAINTENANCE_PRIORITY>",
        "MAINTENANCE_TOKEN_BUDGET": "<YOUR_MAINTENANCE_TOKEN_BUDGET>",
        "MAX_CONCURRENT_AGENTS": "<YOUR_MAX_CONCURRENT_AGENTS>",
        "MCP_CONFIG_PATH": "<YOUR_MCP_CONFIG_PATH>",
        "MISCTOOL": "True",
        "NETWORKTOOL": "True",
        "NODEJSTOOL": "True",
        "PERMISSIONS_SIGNING_KEY": "<YOUR_PERMISSIONS_SIGNING_KEY>",
        "PROCESSTOOL": "True",
        "PROJECT_ROOT": "<YOUR_PROJECT_ROOT>",
        "PYTHONTOOL": "True",
        "SERVICETOOL": "True",
        "SHELLTOOL": "True",
        "SPECIALIST_REGISTRY_PATH": "<YOUR_SPECIALIST_REGISTRY_PATH>",
        "SSH_MANAGEMENTTOOL": "True",
        "SYSTEMS_MANAGER_LOG_FILE": "<YOUR_SYSTEMS_MANAGER_LOG_FILE>",
        "SYSTEMS_MANAGER_SILENT": "<YOUR_SYSTEMS_MANAGER_SILENT>",
        "SYSTEMTOOL": "True",
        "SYSTEM_MANAGEMENTTOOL": "True",
        "TEXT_EDITORTOOL": "True",
        "USERTOOL": "True"
      }
    }
  }
}

2. Streamable HTTP (SSE) Deployment

{
  "mcpServers": {
    "systems-manager": {
      "command": "uv",
      "args": [
        "run",
        "systems-manager-mcp",
        "--transport",
        "http",
        "--host",
        "0.0.0.0",
        "--port",
        "8000"
      ],
      "env": {
        "AGENT_DESCRIPTION": "<YOUR_AGENT_DESCRIPTION>",
        "AGENT_OSTOOL": "True",
        "AGENT_POLICIES_PATH": "<YOUR_AGENT_POLICIES_PATH>",
        "AGENT_SYSTEM_PROMPT": "<YOUR_AGENT_SYSTEM_PROMPT>",
        "CRONTOOL": "True",
        "DEFAULT_AGENT_NAME": "<YOUR_DEFAULT_AGENT_NAME>",
        "DISKTOOL": "True",
        "FILESYSTEMTOOL": "True",
        "FIREWALL_MANAGEMENTTOOL": "True",
        "LOGTOOL": "True",
        "MAINTENANCE_PRIORITY": "<YOUR_MAINTENANCE_PRIORITY>",
        "MAINTENANCE_TOKEN_BUDGET": "<YOUR_MAINTENANCE_TOKEN_BUDGET>",
        "MAX_CONCURRENT_AGENTS": "<YOUR_MAX_CONCURRENT_AGENTS>",
        "MCP_CONFIG_PATH": "<YOUR_MCP_CONFIG_PATH>",
        "MISCTOOL": "True",
        "NETWORKTOOL": "True",
        "NODEJSTOOL": "True",
        "PERMISSIONS_SIGNING_KEY": "<YOUR_PERMISSIONS_SIGNING_KEY>",
        "PROCESSTOOL": "True",
        "PROJECT_ROOT": "<YOUR_PROJECT_ROOT>",
        "PYTHONTOOL": "True",
        "SERVICETOOL": "True",
        "SHELLTOOL": "True",
        "SPECIALIST_REGISTRY_PATH": "<YOUR_SPECIALIST_REGISTRY_PATH>",
        "SSH_MANAGEMENTTOOL": "True",
        "SYSTEMS_MANAGER_LOG_FILE": "<YOUR_SYSTEMS_MANAGER_LOG_FILE>",
        "SYSTEMS_MANAGER_SILENT": "<YOUR_SYSTEMS_MANAGER_SILENT>",
        "SYSTEMTOOL": "True",
        "SYSTEM_MANAGEMENTTOOL": "True",
        "TEXT_EDITORTOOL": "True",
        "USERTOOL": "True"
      }
    }
  }
}