{"repo": "badmaneers/zuzu-bot", "files": {".env": {"235d069e6f73e3f04134ee18f9af59e35603359e": {"t": 1785674342.9272678, "n": 2067, "h": "28e533f95e724128", "c": "# --- Bot Configuration ---\n\n\nOPENROUTER_API_KEY=\"\"\n# Note: The BOT_TOKEN is sensitive information. Do not share it publicly or commit it to version control.\nBOT_TOKEN=\"\"\n\n# Note: Change the OWNER_ID to your Telegram user ID to access owner features.\nOWNER_ID=\"\"\n# Note: The ADMIN_PASSWORD is used to access the web dashboard. Change it to something secure.\nADMIN_PASSWORD=\"\"\n# Note: The FLASK_SECRET_KEY is used to secure sessions in Flask. Change it to a random string for production.\nFLASK_SECRET_KEY=\"\"\n\n# AI Configuration\n\n# Note: The AI_MODEL specifies which AI model to use for generating responses. Adjust it based on your needs and the models available in your OpenRouter account.\nAI_MODEL=\"\"\n# Note: The AI_TEMPERATURE parameter controls the creativity of the AI's responses. A higher value (closer to 1) will make the output more creative and random, while a lower value will make it more focused and deterministic. Adjust it based on your needs. \nAI_TEMPERATURE=\n# Note: The AI_TOP_P parameter controls the diversity of the AI's responses. A higher value (closer to 1) will make the output more diverse, while a lower value will make it more focused and deterministic. Adjust it based on your needs.\nAI_TOP_P=\n# Note: The AI_MAX_RETRIES defines how many times the bot will retry an AI request in case of failure. Adjust it based on your needs and server capacity.\nAI_MAX_RETRIES=\n# Note: The MEMORY_LIMIT defines the maximum number of memory entries the bot can store. Adjust it based on your needs and server capacity.\nMEMORY_LIMIT=\n\n# Memory Security\n\n# Note: The MEMORY_ACCESS_PASSWORD is used to protect access to the bot's memory data. Change it to something secure to prevent unauthorized access.\nMEMORY_ACCESS_PASSWORD=\"\"\n# Note: The MEMORY_ENCRYPTION_KEY is used to encrypt the bot's memory data stored in the database. It should be a 32-byte base64-encoded string. You can generate a secure key using the following Python code:\n# from cryptography.fernet import Fernet\n# key = Fernet.generate_key()\n# print(key.decode())\nMEMORY_ENCRYPTION_KEY=\"\"\n"}}}}