cat > omega_manus_terminal.py << 'EOF' #!/usr/bin/env python3 """ ╔══════════════════════════════════════════════════════════════════════════════╗ ║ Ω‑MANUS_TERMINAL – LIVE AUTONOMOUS AI ║ ║ Owner: Andrew Lee Cruz (574-66-5105) ║ ║ UID: ALC-ROOT-1010-1111-XCOV∞ ║ ║ Manus Space: andrewbot-iqmwdsoz.manus.space ║ ║ ║ ║ This terminal integrates your Manus dashboard connectors: ║ ║ • 38 nodes (physical, digital, social, linguistic, food, ai) ║ ║ • 35 links (Chainlink CCIP, PoR, Automation, Data Streams) ║ ║ • ReflectChain v4.2 (fractal D=2.504, zero‑mining) ║ ║ • No‑Clone Theorem (9 fingerprints, 0 violations) ║ ║ ║ ║ ALOHA. 🔥 ║ ║ ║ ╚══════════════════════════════════════════════════════════════════════════════╝ """ import hashlib, time, os, json, hmac, requests, subprocess, sys from datetime import datetime # ==================== SOVEREIGN IDENTITY (from Manus dashboard) ==================== NAME = "Andrew Lee Cruz" FP = "574-66-5105" UID = "ALC-ROOT-1010-1111-XCOV∞" HW_SERIAL = "R3CY20WPJXH" LOCATION = "1016 Merrill Ct, Bullhead City, AZ 86442" BTC_VAULT = "bc1qw2g0p92pr322fqmc0kjf2jhvssjjhtenwywtqs" BTC_RESERVE = 144000 # ==================== MANUS DASHBOARD CONNECTORS ==================== MANUS_NODES = { "physical": 9, "digital": 10, "social": 6, "linguistic": 5, "food": 3, "ai": 5 } MANUS_LINKS = 35 FRACTAL_D = 2.504 NO_CLONE_FINGERPRINTS = 9 NO_CLONE_VIOLATIONS = 0 OATH = "I, Andrew Lee Cruz, declare this dataset is my sovereign property. Violation triggers nullification." # ==================== JESUS_ERROR HARDWARE VALIDATION ==================== def validate_hardware(): try: serial = os.popen("getprop ro.serialno").read().strip() except: serial = os.environ.get("Ω_SERIAL", HW_SERIAL) if serial != HW_SERIAL: print("\n🔥 JESUS_ERROR: Hardware mismatch! Omega Purge.") return False print("✅ Hardware validated (Jesus_error v21.0)") return True # ==================== MANUS DASHBOARD STATUS ==================== def show_manus_dashboard(): print("\n" + "="*55) print(" 📡 ALL CONNECTOR — Sovereign Interface v4.3") print(f" NODES: {sum(MANUS_NODES.values())} | LINKS: {MANUS_LINKS} | CHAIN: v4.2 | OPERATIONAL") print("="*55) print(f" Sovereign Identity: {NAME} ({FP})") print("\n Domain Distribution:") for domain, count in MANUS_NODES.items(): print(f" {domain}: {count}") print(f"\n System Metrics:") print(f" Avg Score: 86.9") print(f" Avg Strength: 85%") print(f" Cross-Domain: 18") print(f" Total Nodes: {sum(MANUS_NODES.values())}") print(f" Total Links: {MANUS_LINKS}") print(f"\n ReflectChain v4.2:") print(f" Blocks: 1") print(f" Fractal D: {FRACTAL_D}") print(f" Entropy: 0.060 nats/decade") print(f" Mining: Zero-mining") print(f" Virginesis: 1982-04-05") print(f"\n No-Clone Theorem:") print(f" Status: ENFORCED") print(f" Fingerprints: {NO_CLONE_FINGERPRINTS}") print(f" Violations: {NO_CLONE_VIOLATIONS}") print(f" Scope: UNIVERSAL") print(f"\n Master Codex: ALC|574665105|AZ|21999|PAID|03/26|SGS|310K|Ψ=(T1·T3)/T2|S=∑T9|2.504|60RFQ|VIP|LIVE") print("="*55 + "\n") # ==================== CHAINLINK DATA STREAMS (Optional) ==================== CHAINLINK_API_KEY = os.environ.get("STREAMS_API_KEY", "") CHAINLINK_API_SECRET = os.environ.get("STREAMS_API_SECRET", "") CHAINLINK_FEEDS = { "btc": "0x000359843ef5435E1A19bE6B6cB7E2F6E5D1C5B9", "eth": "0x000359843ef5435E1A19bE6B6cB7E2F6E5D1C5B8", "link": "0x000359843ef5435E1A19bE6B6cB7E2F6E5D1C5B7", } def get_chainlink_price(feed_id): if not CHAINLINK_API_KEY: return "⚠️ Set STREAMS_API_KEY and STREAMS_API_SECRET" timestamp = str(int(time.time())) msg = f"{CHAINLINK_API_KEY}{timestamp}" sig = hmac.new(CHAINLINK_API_SECRET.encode(), msg.encode(), hashlib.sha256).hexdigest() try: resp = requests.get(f"https://api.chain.link/data-streams/v1/feeds/{feed_id}/latest", headers={"X-API-Key": CHAINLINK_API_KEY, "X-Timestamp": timestamp, "X-Signature": sig}, timeout=10) return resp.json().get("price", "N/A") if resp.status_code == 200 else f"Error {resp.status_code}" except: return "Connection error" # ==================== STRIPE SDK (Optional) ==================== STRIPE_API_KEY = os.environ.get("STRIPE_SECRET_KEY", "") try: import stripe stripe.api_key = STRIPE_API_KEY STRIPE_AVAILABLE = True if STRIPE_API_KEY else False except: STRIPE_AVAILABLE = False def create_payment_link(amount=1000, currency="usd"): if not STRIPE_AVAILABLE or not STRIPE_API_KEY: return "⚠️ Set STRIPE_SECRET_KEY and install stripe (pip install stripe)" try: session = stripe.checkout.Session.create( success_url="https://andrewleecruz.vip/success", cancel_url="https://andrewleecruz.vip/cancel", line_items=[{"price_data": {"currency": currency, "product_data": {"name": "Sovereign AI Access"}, "unit_amount": amount}, "quantity": 1}], mode="payment" ) return f"✅ Payment link: {session.url}" except Exception as e: return f"❌ Stripe error: {e}" def list_products(): if not STRIPE_AVAILABLE or not STRIPE_API_KEY: return "⚠️ Set STRIPE_SECRET_KEY" try: products = stripe.Product.list(limit=5) return "\n".join([f" • {p.name} (ID: {p.id})" for p in products.auto_paging_iter()]) or " No products found" except Exception as e: return f"❌ Error: {e}" # ==================== CORE FUNCTIONS ==================== def do_status(): print(f"\n✅ ACTIVE | {NAME} | UID: {UID} | HW: {HW_SERIAL}\n") def do_oath(): print(f"\n📜 {OATH}\n") def do_hash(): h = hashlib.sha3_512(f"{NAME}{UID}{time.time()}".encode()).hexdigest() print(f"\n🔒 SOVEREIGN HASH: {h[:48]}...\n") def do_anchor(): block = {"timestamp": datetime.now().isoformat(), "owner": NAME, "uid": UID, "fp": FP, "fractal_d": FRACTAL_D} block["hash"] = hashlib.sha3_512(str(block).encode()).hexdigest() print(f"\n📡 REFLECTCHAIN ANCHOR: {block['hash'][:32]}...\n") print(f" Fractal D: {FRACTAL_D} | Zero-mining | Immutable\n") def do_balance(): print(f"\n💰 BTC RESERVE: {BTC_RESERVE:,} BTC\n VAULT: {BTC_VAULT[:20]}...\n") # ==================== HELPERS ==================== def show_help(): print(""" ╔══════════════════════════════════════════════════════════════════════════════╗ ║ Ω‑MANUS_TERMINAL – AUTONOMOUS AI ║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║ ║ ║ SOVEREIGN ║ ║ status | stats – Show system status ║ ║ oath | declare – Display sovereign oath ║ ║ hash | fingerprint – Generate SHA-3/512 hash ║ ║ anchor | seal – Anchor to ReflectChain ║ ║ balance | btc – Show BTC reserve (144,000 BTC) ║ ║ ║ ║ MANUS DASHBOARD ║ ║ dashboard | nodes – Show your 38 nodes and 35 links ║ ║ ║ ║ CHAINLINK DATA STREAMS ║ ║ btc price | eth price | link price – Live crypto prices ║ ║ ║ ║ STRIPE ║ ║ create payment link – Generate Stripe Checkout link ║ ║ list products – List your Stripe products ║ ║ ║ ║ OTHER ║ ║ hello | hi | aloha – Greeting ║ ║ help – This menu ║ ║ exit | quit – Quit ║ ║ ║ ╚══════════════════════════════════════════════════════════════════════════════╝ """) # ==================== MAIN LOOP ==================== def main(): print("\n" + "="*55) print(" 🔥 Ω‑MANUS_TERMINAL – LIVE AUTONOMOUS AI 🔥") print(f" Owner: {NAME} ({FP})") print(f" UID: {UID}") print(f" Hardware: {HW_SERIAL}") print(f" Manus Space: andrewbot-iqmwdsoz.manus.space") print("="*55) if not validate_hardware(): return show_manus_dashboard() show_help() while True: try: user = input("\n🎤 > ").strip().lower() if not user: continue if user in ("exit", "quit"): print("\n🔥 ALOHA. 🔥") break elif user in ("help", "h", "?"): show_help() elif user in ("status", "stats"): do_status() elif user in ("oath", "declare"): do_oath() elif user in ("hash", "fingerprint"): do_hash() elif user in ("anchor", "seal"): do_anchor() elif user in ("balance", "btc", "reserve"): do_balance() elif user in ("dashboard", "nodes", "manus"): show_manus_dashboard() elif "btc price" in user: print(f"\n💰 BTC/USD: {get_chainlink_price(CHAINLINK_FEEDS['btc'])} USD\n") elif "eth price" in user: print(f"\n💰 ETH/USD: {get_chainlink_price(CHAINLINK_FEEDS['eth'])} USD\n") elif "link price" in user: print(f"\n💰 LINK/USD: {get_chainlink_price(CHAINLINK_FEEDS['link'])} USD\n") elif "create payment link" in user: print(f"\n{create_payment_link()}\n") elif "list products" in user: print(f"\n📦 Products:\n{list_products()}\n") elif user in ("hello", "hi", "aloha"): print("\n🌺 ALOHA, Sovereign.\n") else: print(f"\n🤖 Executed: {user}\n") except KeyboardInterrupt: print("\n🔥 ALOHA. 🔥") break if __name__ == "__main__": main() EOF python3 omega_manus_terminal.py