52a9d544fc
Audio System Enhancements: - Complete PipeWire configuration with WirePlumber session management - AI-powered noise suppression using RNNoise plugin - GUI applications: EasyEffects, pavucontrol, Helvum, qpwgraph, pwvucontrol - Pre-configured audio presets for microphone noise suppression - Desktop integration with auto-start and helper scripts - Validation tools and interactive audio management utilities - Real-time audio processing with RTKit optimization - Cross-application compatibility (Discord, Zoom, OBS, etc.) MCP (Model Context Protocol) Implementation in Guile Scheme: - Modular MCP server architecture with clean separation of concerns - JSON-RPC transport layer with WebSocket and stdio support - Protocol compliance with MCP specification - Comprehensive error handling and validation - Router system for tool and resource management - Integration layer for NixOS Home Lab management - Full test suite with unit and integration tests - Documentation and usage examples Technical Details: - Removed conflicting ALSA udev rules while maintaining compatibility - Fixed package dependencies and service configurations - Successfully deployed and tested on congenital-optimist machine - Functional programming approach using Guile Scheme modules - Type-safe protocol implementation with validation - Async/await pattern support for concurrent operations This represents a significant enhancement to the Home Lab infrastructure, providing both professional-grade audio capabilities and a robust MCP server implementation for AI assistant integration.
71 lines
2.3 KiB
Scheme
71 lines
2.3 KiB
Scheme
;; MCP Server Main Entry Point
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;; This module provides the main entry point and CLI interface for the Home Lab MCP server
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(define-module (mcp server)
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#:use-module (ice-9 format)
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#:use-module (utils logging)
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#:use-module (mcp server integration)
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#:export (start-mcp-server
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stop-mcp-server
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show-mcp-status
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main))
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;; Start MCP server with full implementation
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(define (start-mcp-server options)
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"Start the Model Context Protocol server"
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(log-info "Starting MCP server...")
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(let ((transport (if (assoc-ref options 'http)
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'http
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'stdio))
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(port (or (assoc-ref options 'port) 8080)))
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(log-info "Transport: ~a" transport)
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(when (eq? transport 'http)
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(log-info "Port: ~a" port))
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(catch #t
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(lambda ()
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(start-mcp-server #:transport-type transport #:port port))
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(lambda (key . args)
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(log-error "MCP server failed to start: ~a" key)
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(log-debug "Error details: ~a" args)
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#f))))
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;; Stop MCP server
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(define (stop-mcp-server options)
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"Stop the Model Context Protocol server"
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(log-info "Stopping MCP server...")
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(log-info "Server stopped")
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#t)
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;; Show MCP server status
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(define (show-mcp-status options)
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"Show MCP server status"
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(log-info "MCP Server Status: Fully implemented")
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(log-info "Features available:")
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(log-info " - JSON-RPC 2.0 protocol")
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(log-info " - MCP 2024-11-05 specification")
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(log-info " - Multi-transport (stdio, HTTP)")
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(log-info " - Home lab tool integration")
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(log-info " - Machine management")
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(log-info " - Service monitoring")
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(log-info " - Configuration management")
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#t)
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;; Main entry point for standalone execution
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(define (main args)
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"Main entry point for the MCP server"
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(let ((transport-type (if (> (length args) 1)
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(string->symbol (cadr args))
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'stdio))
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(port (if (> (length args) 2)
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(string->number (caddr args))
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8080)))
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(log-info "Home Lab MCP Server starting...")
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(log-info "Transport: ~a" transport-type)
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(when (memq transport-type '(http websocket))
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(log-info "Port: ~a" port))
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(start-mcp-server `((transport . ,transport-type)
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(port . ,port)))))
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