TUIC SYSTEM

// HMTML Programming Language System AI - TUIC System
// Server: www.tuic.global
// HMTML SERVER 'ACTIVATED' | HS SERVER 'ACTIVATED' | Node.hs 'ACTIVATED'

def tuic_registration_system():
    # TUIC User Registration Function
    
    user_data = {
        "full_name": document.getElementById("fullName").value,
        "date_of_birth": document.getElementById("dob").value,
        "gender": document.getElementById("gender").value,
        "nationality": document.getElementById("nationality").value,
        "email": document.getElementById("email").value,
        "phone": f"{document.getElementById("countryCode").value} {document.getElementById("phone").value}",
        "address": document.getElementById("address").value,
        "username": document.getElementById("username").value,
        "password_hash": hash_password(document.getElementById("password").value),
        "security_question": document.getElementById("securityQuestion").value,
        "security_answer": hash_security_answer(document.getElementById("securityAnswer").value),
        "registration_date": datetime.now().isoformat(),
        "tuic_id": generate_tuic_id(),
        "status": "PENDING_VERIFICATION"
    }
    
    # Store in HS Server
    hs_server_response = hs_server.store_user_data(user_data)
    
    # Generate TUIC Card Data
    tuic_card_data = generate_tuic_card(user_data)
    
    return {
        "status": "SUCCESS",
        "message": "Registration complete. TUIC ID generated.",
        "tuic_id": user_data["tuic_id"],
        "card_data": tuic_card_data,
        "next_step": "BIOMETRIC_CAPTURE"
    }

def biometric_capture_system():
    # HPLS AI Biometric Capture System
    
    def capture_facial_data():
        # Facial recognition using AI
        camera = initialize_camera()
        face_detector = initialize_face_detector()
        
        while True:
            frame = camera.get_frame()
            faces = face_detector.detect(frame)
            
            if len(faces) == 1:
                # Extract facial features
                facial_features = extract_facial_features(faces[0])
                facial_hash = generate_biometric_hash(facial_features)
                
                return {
                    "status": "SUCCESS",
                    "facial_hash": facial_hash,
                    "facial_data": facial_features,
                    "timestamp": datetime.now().isoformat()
                }
    
    def capture_fingerprint():
        # Fingerprint scanning
        fingerprint_scanner = initialize_fingerprint_scanner()
        fingerprint_data = fingerprint_scanner.scan()
        fingerprint_hash = generate_biometric_hash(fingerprint_data)
        
        return {
            "status": "SUCCESS",
            "fingerprint_hash": fingerprint_hash,
            "fingerprint_data": fingerprint_data,
            "timestamp": datetime.now().isoformat()
        }
    
    def capture_voice_sample():
        # Voice biometrics
        audio_recorder = initialize_audio_recorder()
        voice_sample = audio_recorder.record(duration=5)
        voice_hash = generate_biometric_hash(voice_sample)
        
        return {
            "status": "SUCCESS",
            "voice_hash": voice_hash,
            "voice_data": voice_sample,
            "timestamp": datetime.now().isoformat()
        }
    
    return {
        "facial_capture": capture_facial_data,
        "fingerprint_capture": capture_fingerprint,
        "voice_capture": capture_voice_sample,
        "biometric_storage": hs_server.biometric_database
    }

def tuvp_ai_verification():
    # TUVP AI Verification Protocol
    
    def verify_identity(user_data, biometric_data):
        # AI-powered identity verification
        
        verification_steps = [
            "DOCUMENT_VALIDATION",
            "BIOMETRIC_MATCHING",
            "DATABASE_CHECK",
            "RISK_ASSESSMENT",
            "FINAL_APPROVAL"
        ]
        
        verification_results = {}
        
        for step in verification_steps:
            result = ai_verification_engine.process_step(step, user_data, biometric_data)
            verification_results[step] = result
            
            if result["status"] != "PASS":
                return {
                    "status": "FAILED",
                    "failed_step": step,
                    "reason": result["reason"]
                }
        
        # All steps passed
        return {
            "status": "VERIFIED",
            "verification_id": generate_verification_id(),
            "verification_date": datetime.now().isoformat(),
            "verification_level": "GOVERNMENT_GRADE",
            "global_acceptance": True,
            "accepted_countries": get_all_countries(),
            "equivalence": "NATIONAL_ID_EQUIVALENT"
        }
    
    def generate_tuic_card(user_data, verification_result):
        # Generate TUIC Card with security features
        
        card_data = {
            "holder_name": user_data["full_name"],
            "tuic_id": user_data["tuic_id"],
            "issue_date": datetime.now().isoformat(),
            "expiry_date": calculate_expiry_date(),
            "verification_id": verification_result["verification_id"],
            "biometric_qr": generate_biometric_qr(user_data),
            "nfc_chip_data": generate_nfc_data(user_data),
            "security_features": [
                "HOLOGRAM",
                "UV_PRINTING",
                "MICROTEXT",
                "DYNAMIC_QR"
            ]
        }
        
        # Store in HS Server
        hs_server.store_card_data(card_data)
        
        return card_data
    
    return {
        "verify_identity": verify_identity,
        "generate_card": generate_tuic_card,
        "ai_engine": ai_verification_engine
    }

# Server Configuration
HMTML_SERVER_CONFIG = {
    "host": "www.tuic.global",
    "port": 443,
    "protocol": "HTTPS",
    "security": "AES-256_TLS_1.3",
    "status": "ACTIVATED"
}

HS_SERVER_CONFIG = {
    "host": "database.hs.tuic.global",
    "port": 3306,
    "database": "tuic_global",
    "encryption": "END_TO_END",
    "status": "ACTIVATED"
}

NODE_HS_CONFIG = {
    "host": "node.hs.tuic.global",
    "port": 8080,
    "protocol": "WEBSOCKET",
    "realtime": True,
    "status": "ACTIVATED"
}

# System Initialization
def initialize_tuic_system():
    # Initialize all TUIC system components
    
    print("Initializing TUIC System...")
    print(f"HMTML Server: {HMTML_SERVER_CONFIG['status']}")
    print(f"HS Server: {HS_SERVER_CONFIG['status']}")
    print(f"Node.hs: {NODE_HS_CONFIG['status']}")
    
    return {
        "registration": tuic_registration_system(),
        "biometric": biometric_capture_system(),
        "verification": tuvp_ai_verification(),
        "servers": {
            "hmtml": HMTML_SERVER_CONFIG,
            "hs": HS_SERVER_CONFIG,
            "node_hs": NODE_HS_CONFIG
        },
        "system_status": "OPERATIONAL",
        "global_acceptance": True
    }

# Run system initialization
tuic_system = initialize_tuic_system()
print("TUIC System Initialized Successfully!")
print(f"System Status: {tuic_system['system_status']}")