# Advanced peer management through mesh_add_peer.py
def add_mesh_peer(interface, peer_mac):
    """Manual peer addition when auto-peering disabled"""
    cmd = f"wpa_cli -i {interface} mesh_peer_add {peer_mac}"
    subprocess.run(cmd, shell=True)

def monitor_mesh_peers(interface):
    """Continuous peer connectivity monitoring"""
    while True:
        check_peer_connectivity()
        auto_reconnect_failed_peers()
        time.sleep(10)

# Optimal channel configuration for mesh networks
def setup_mesh_channel():
    """
    Channel selection strategy for mesh deployment
    """
    channels = {
        'max_range': {
            'freq': 9025, 
            'bw': 1,           # 1MHz for maximum range
            'power': 20        # Maximum allowed power
        },
        'balanced': {
            'freq': 9035, 
            'bw': 2,           # 2MHz balance range/throughput
            'power': 15        # Moderate power consumption
        },
        'high_throughput': {
            'freq': 9215, 
            'bw': 4,           # 4MHz for high data rate
            'power': 10        # Lower power for dense deployment
        }
    }

# Mesh backbone + AP access points
def setup_hybrid_network():
    """
    Deploy hybrid mesh/infrastructure network
    - Mesh backbone for node-to-node communication
    - AP interfaces for client device access
    - Bridge configuration for unified network
    """
    # Mesh interface configuration
    setup_mesh_interface('wlan0', mesh_id='IoT_Backbone')
    
    # AP interface for client access
    setup_ap_interface('wlan1', ssid='IoT_Access')
    
    # Bridge both interfaces
    setup_bridge(['wlan0', 'wlan1', 'eth0'])

# Agricultural sensor mesh network
class SmartFarmMesh:
    def deploy_sensor_network(self):
        """
        Large-scale agricultural monitoring
        - Soil sensors: moisture, temperature, pH
        - Weather stations: rainfall, wind, humidity  
        - Irrigation control: valves, pumps
        - Coverage: 10-50 hectare single mesh
        """
        sensors = {
            'soil_nodes': self.deploy_soil_sensors(spacing=200),      # 200m spacing
            'weather_nodes': self.deploy_weather_stations(count=4),   # 4 weather stations
            'irrigation_nodes': self.deploy_irrigation_control(zones=8) # 8 irrigation zones
        }
        
        # Configure mesh for maximum range
        self.configure_mesh(
            channel_bw=1,      # 1MHz for maximum range
            power_save=True,   # Battery optimization
            beacon_interval=500 # Extended beacon interval
        )

# Urban infrastructure monitoring mesh
class SmartCityMesh:
    def deploy_city_network(self):
        """
        City-wide infrastructure monitoring
        - Air quality: PM2.5, ozone, NO2 sensors
        - Traffic monitoring: vehicle counters, parking sensors
        - Street lighting: intelligent control systems
        - Coverage: City-wide backbone mesh
        """
        infrastructure = {
            'air_quality': self.deploy_air_sensors(density='high'),
            'traffic_monitoring': self.deploy_traffic_sensors(),
            'smart_lighting': self.deploy_light_controllers(),
            'emergency_systems': self.deploy_emergency_nodes()
        }
        
        # Optimize for urban environment
        self.configure_urban_mesh(
            interference_mitigation=True,
            high_density_mode=True,
            fast_roaming=True
        )

# Factory automation mesh network
class IndustrialMesh:
    def deploy_factory_network(self):
        """
        Industrial automation and monitoring
        - Machine sensors: vibration, temperature, pressure
        - Asset tracking: RFID readers, location beacons
        - Safety systems: gas detection, fire alarms
        - Coverage: Complete factory building
        """
        systems = {
            'machine_monitoring': self.deploy_machine_sensors(),
            'asset_tracking': self.deploy_tracking_nodes(),
            'safety_systems': self.deploy_safety_sensors(),
            'quality_control': self.deploy_qc_stations()
        }
        
        # Industrial environment optimization
        self.configure_industrial_mesh(
            reliability_mode='high',
            latency_optimization=True,
            interference_resistance=True
        )

class IoTMeshOptimizer:
    def optimize_for_sensors(self):
        """
        Optimization for sensor networks
        - Low latency for critical data
        - High node density support  
        - Stable path maintenance
        - Power efficiency
        """
        self.set_beacon_interval(100)      # Fast neighbor discovery
        self.set_path_refresh(30000)       # 30-second path refresh
        self.enable_power_save(True)       # Battery optimization
        self.set_retry_limit(2)            # Quick failure detection
        
    def optimize_for_multimedia(self):
        """
        Optimization for multimedia applications
        - High throughput requirements
        - QoS prioritization
        - Bandwidth management
        """
        self.set_channel_width(4)          # 4MHz for high throughput  
        self.enable_ampdu(True)            # Aggregation for efficiency
        self.configure_qos_strict()        # Strict QoS enforcement