TP-Link Router MCP Server

#!/usr/bin/env python3 """Configure port forwarding for FreePBX/VoIP on a TP-Link BE3600 router. This script sets up the following port forwarding rules for FreePBX: - SIP signaling: UDP 5060 - RTP media: UDP 10000-20000 (or customizable range) Usage: # Edit the FREEPBX_IP variable below or set via environment export FREEPBX_IP=192.168.0.169 python freepbx_setup.py """ import os import sys from dotenv import load_dotenv # Add parent directory to path for imports sys.path.insert(0, os.path.join(os.path.dirname(__file__), '..', 'src')) from mcp_tplink_router.be3600_playwright import BE3600PlaywrightClient load_dotenv() # Configuration - modify these as needed FREEPBX_IP = os.getenv("FREEPBX_IP", "192.168.0.169") SIP_PORT = "5060" RTP_PORT_START = "10000" RTP_PORT_END = "20000" def main(): # Get router configuration from environment host = os.getenv("TPLINK_HOST", "192.168.0.1") password = os.getenv("TPLINK_PASSWORD") if not password: print("Error: TPLINK_PASSWORD not set in environment or .env file") return print("FreePBX Port Forwarding Setup") print("=" * 50) print(f"Router: {host}") print(f"FreePBX IP: {FREEPBX_IP}") print(f"SIP Port: UDP {SIP_PORT}") print(f"RTP Ports: UDP {RTP_PORT_START}-{RTP_PORT_END}") print("=" * 50) print() # Confirm before proceeding response = input("Proceed with setup? [y/N]: ") if response.lower() != 'y': print("Aborted") return print(f"\nConnecting to router at {host}...") client = BE3600PlaywrightClient(host, password) if not client.login(): print("Failed to login to router") return try: # Check existing rules print("\nChecking existing port forwarding rules...") existing_rules = client.get_port_forwarding() existing_names = [r.get('name', '') for r in existing_rules] # Add SIP port forwarding if "FreePBX SIP" in existing_names: print("✓ FreePBX SIP rule already exists, skipping...") else: print("Adding FreePBX SIP port forwarding (UDP 5060)...") success = client.add_port_forward( name="FreePBX SIP", external_port=SIP_PORT, internal_ip=FREEPBX_IP, internal_port=SIP_PORT, protocol="UDP" ) if success: print(" ✓ SIP port forwarding added") else: print(" ✗ Failed to add SIP port forwarding") # Add RTP port range if "FreePBX RTP" in existing_names: print("✓ FreePBX RTP rule already exists, skipping...") else: rtp_range = f"{RTP_PORT_START}-{RTP_PORT_END}" print(f"Adding FreePBX RTP port forwarding (UDP {rtp_range})...") success = client.add_port_forward( name="FreePBX RTP", external_port=rtp_range, internal_ip=FREEPBX_IP, internal_port=rtp_range, protocol="UDP", is_port_range=True ) if success: print(" ✓ RTP port forwarding added") else: print(" ✗ Failed to add RTP port forwarding") # Verify rules print("\n" + "=" * 50) print("Current FreePBX-related port forwarding rules:") print("=" * 50) rules = client.get_port_forwarding() for rule in rules: if "FreePBX" in rule.get('name', '') or "SIP" in rule.get('name', '').upper(): print(f" {rule['name']}: {rule['external_port']} -> " f"{rule['internal_ip']}:{rule['internal_port']} ({rule['protocol']})") print("\n✓ FreePBX port forwarding setup complete!") print("\nNext steps:") print("1. Configure your FreePBX External Address settings") print("2. Set RTP port range in FreePBX to match: {}-{}".format(RTP_PORT_START, RTP_PORT_END)) print("3. Test incoming calls from external network") finally: client.logout() if __name__ == "__main__": main()