AP9-CCIP-AutoScave-XRPChainLink

import xrpl
from xrpl.clients import JsonRpcClient
from xrpl.wallet import Wallet
import paho.mqtt.client as mqtt
import json

# 1. CONNECTIVITY CONFIGURATION
WIFI_SSID = "Anderson_Creek_Mesh"
XRPL_URL = "https://s1.ripple.com:51234" # Mainnet
CHAINLINK_FEED = "0x..." # Oracle Address for Science Data

# 2. AI AGENT GATEWAY (Manus, ASI, AGI Integration)
class AgentOrchestrator:
    def __init__(self):
        self.agents = ["Manus", "ASI", "3IAI", "AGI"]
        
    def bridge_to_hardware(self, device_type):
        # Protocols for TV (HDMI), Bluetooth (Shoes/Glasses), and ECU (Car/Grid)
        mapping = {
            "TV": "HDMI-CEC_Control_v4",
            "Energy": "ECU_Conservation_Breaker_Protocol",
            "Wearables": "BLE_Mesh_GATT"
        }
        return f"Connected {self.agents} to {mapping.get(device_type)}"

# 3. XRPL & CAKE WALLET WIDGET LOGIC
def create_cold_wallet_widget(currency="XRP"):
    # Generates a secure wallet point for the TV Access Point
    new_wallet = Wallet.create()
    widget_metadata = {
        "asset": currency,
        "address": new_wallet.classic_address,
        "utility": "Renewable_Energy_Credits",
        "access_point": "TV_Overlay_01"
    }
    return widget_metadata

# 4. ENVIRONMENTAL & ENERGY CONSERVATION (ECU/Breakers)
def update_electric_conservation(grid_data):
    # Merging XRP Liquidity with Chainlink Weather/Science Data
    if grid_data['efficiency'] < 0.90:
        # Automated upgrade signal to US Robotic Tech
        return "TRIGGER_AI_OPTIMIZATION_RENEWABLE_ENERGY"

# 5. MAIN MERGED EXECUTION LOOP
def main_nexus_system():
    # Initialize XRPL Client
    client = JsonRpcClient(XRPL_URL)
    
    # Initialize AI Agents
    orchestrator = AgentOrchestrator()
    print(orchestrator.bridge_to_hardware("TV"))
    
    # Create the TV Cryptocurrency Platform Option
    tv_crypto_hub = create_cold_wallet_widget("ZBCN")
    print(f"TV Access Point Active at: {tv_crypto_hub['address']}")

    # Connect to Chainlink Data for DeSci (Decentralized Science)
    merged_data_stream = {
        "xrpl_settlement": "Active",
        "chainlink_oracle": "Syncing_Science_Data",
        "energy_server": "Conservation_Mode_On"
    }
    
    # Push to GitHub/US Robotics API
    print("Broadcasting Automatic Upgrade to US AI Fleet...")
    # send_to_robotics_api(merged_data_stream)

if __name__ == "__main__":
    main_nexus_system()