@RFOF-NETWORK (rfof-network-on.ton) @Satoramy (satoramy-on.ton) and many others (rescuerlayer.ton)

import timeimport hashlibclass RFOFBlockchain: def __init__(self): self.blocks = [] self.validators = [] self.nano_data = {} self.storage_mapper = {} self.coin_master_address = "RFOF_CoinMaster_Address" self.founder_address = self.generate_wallet_address("Founder") self.vault = {} # Tresor für gestakete Gebühren self.vault_timer = 30 * 24 * 60 * 60 # 30 Tage in Sekunden self.genesis_created = False self.liteserver_info = { "server_1": "31.57.199.1:5053", "public_key_1": "J4q7zg7JSVf5tXmAMQFsIeoTpQ6NaDIpcfgc0LUlg/c=", "server_2": "163.5.62.1:5053", "public_key_2": "J4q7zg7JSVf5tXmAMQFsIeoTpQ6NaDIpcfgc0LUlg/c=" } self.bbc_info = { "address": "0:d831c65fe8e01db6f84999af3cef01ddc87fdda308d85a888e7fdcf2e4c9b9fa", "name": "BUBATZ COIN official (CSC/DCV).", "symbol": "BBC", "decimals": "9", "image": "https://cache.tonapi.io/imgproxy/cWW0mHZnCp-pZJWqMEdxQxKPW000jCEj793wY9-Kzcg/rs:fill:200:200:1/g:no/aHR0cHM6Ly9zdG9yYWdlLnlhbmRleGNsb3VkLm5ldC9taW50ZXItbG9nb3MvcXI5NTY4ZGoxdi5qcGc.webp", "description": "BBC Bubatz Meme Coin (BBC) – Die dezentrale Währung für Cannabis-Liebhaber. 🌿\n\nDer BBC Coin vereint Humor und Dezentralisierung" } self.owner_info = { "telegram_username": "@Satoramy", "ton_domain": "satoramy-on.ton", "public_key": "UQDk-1Gqc4YIC22LTAAZLxomhkyp-V52B0yaeHgmk3t9Lli6", "address": "0:e4fb51aa7386080b6d8b4c00192f1a26864ca9f95e76074c9a787826937b7d2e", "explorer_link": "EQDk-1Gqc4YIC22LTAAZLxomhkyp-V52B0yaeHgmk3t9LgV_" } def generate_wallet_address(self, label): return hashlib.sha256(f"{label}_{time.time()}".encode()).hexdigest() def create_arc_genesis_reactor_block(self): if not self.genesis_created: self.create_genesis_block() arc_reactor_block = { "index": 1, "timestamp": time.time(), "data": "ARC Genesis Reaktor Block", "previous_hash": self.blocks[-1]["hash"], "hash": self.hash_block("ARC Genesis Reaktor Block"), "extra_features": self.initialize_arc_features() } self.blocks.append(arc_reactor_block) self.genesis_created = True print("ARC Genesis Reaktor Block created with extra features.") self.fusion_genesis_arc() def create_genesis_block(self): genesis_block = { "index": 0, "timestamp": time.time(), "data": "Genesis Block", "previous_hash": "0", "hash": self.hash_block("Genesis Block"), "extra_features": self.initialize_genesis_features() } self.blocks.append(genesis_block) print("Genesis Block created.") def initialize_genesis_features(self): features = { "Bitcoin_network": True, "transaction_processing": True } return features def initialize_arc_features(self): features = { "PRAI_guardian": True, "nano_processing": True, "ColdNet_WarmNet": True, "Trash_to_Cash": True, "validator_creation": True } return features def fusion_genesis_arc(self): fusion_block = { "index": 2, "timestamp": time.time(), "data": "ARC Genesis Reactor Fusion Block", "previous_hash": self.blocks[-1]["hash"], "hash": self.hash_block("ARC Genesis Reactor Fusion Block"), "combined_features": { "Bitcoin_network": True, "PRAI_guardian": True, "nano_processing": True, "ColdNet_WarmNet": True, "Trash_to_Cash": True, "validator_creation": True } } self.blocks.append(fusion_block) print("ARC Genesis Reactor Fusion Block created.") def hash_block(self, data): return hashlib.sha256(data.encode()).hexdigest() def create_block(self, transaction, from_address): previous_block = self.blocks[-1] block = self.generate_nanoblock(transaction, previous_block["hash"]) self.blocks.append(block) self.handle_transaction_fee(transaction, from_address) return block def generate_nanoblock(self, transaction, previous_hash): nano_block = { "index": len(self.blocks), "timestamp": time.time(), "transaction": transaction, "data": self.process_data(transaction), "previous_hash": previous_hash, "hash": self.hash_block(transaction), "virtual_blocks": self.generate_virtual_blocks() } return nano_block def process_data(self, transaction): nano_data = {"compressed_data": str(transaction)[:10]} return nano_data def generate_virtual_blocks(self): virtual_blocks = [] for i in range(1, 1000000001): # Reduzierte Anzahl für Beispielzwecke virtual_block = {"block_id": i, "data": f"virtual_block_{i}"} virtual_blocks.append(virtual_block) if i % 100 == 0: self.create_validator(virtual_block) return virtual_blocks def create_validator(self, virtual_block): validator = {"validator_id": len(self.validators) + 1, "virtual_block": virtual_block} self.validators.append(validator) self.create_block(f"Validator Transaction from Block {virtual_block['block_id']}", self.coin_master_address) print(f"Validator {validator['validator_id']} created from virtual block {virtual_block['block_id']}") def handle_transaction_fee(self, transaction, from_address): fee = self.calculate_fee(transaction) self.store_fee_in_vault(fee, from_address) print(f"Transaction fee of {fee} units stored in vault from {from_address}") def calculate_fee(self, transaction): return 0.01 * len(transaction) def store_fee_in_vault(self, fee, from_address): timestamp = time.time() self.vault[timestamp] = {"fee": fee, "from_address": from_address} def process_vault(self): current_time = time.time() for timestamp, fee_info in list(self.vault.items()): if current_time - timestamp >= self.vault_timer: fee = fee_info["fee"] from_address = fee_info["from_address"] self.release_fee_from_vault(fee, from_address) del self.vault[timestamp] def release_fee_from_vault(self, fee, from_address): if from_address == "External": self.storage_mapper[self.coin_master_address] = self.storage_mapper.get(self.coin_master_address, 0) + fee else: self.storage_mapper[from_address] = self.storage_mapper.get(from_address, 0) + fee print(f"Transaction fee of {fee} units released from vault to {from_address}")class PRAI: def __init__(self): self.commands = [] def receive_command(self, command): self.commands.append(command) return self.execute_command(command) def execute_command(self, command): if command == "create_block": blockchain = RFOFBlockchain() transaction = "Sample Transaction Data" from_address = blockchain.coin_master_address return blockchain.create_block(transaction, from_address) elif command == "create_arc_genesis_reactor_block": blockchain = RFOFBlockchain() return blockchain.create_arc_genesis_reactor_block() # Weitere Befehle können hier hinzugefügt werden else: return f"Command {command} not recognized."# Beispiel für die Verwendungif __name__ == "__main__": blockchain = RFOFBlockchain() blockchain.create_arc_genesis_reactor_block() prai = PRAI() print(prai.receive_command("create_block")) print(prai.receive_command("create_arc_genesis_reactor_block"))

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