davey

from davey import SigningKeyPair, generate_p256_keypair, generate_displayable_code import os # Note: In a real application, keys and session data should be securely managed # and integrated with Discord's voice gateway interactions. This is a minimal example. # 1. Generate a P256 signing key pair # This key pair is fundamental for establishing trust in DAVE sessions. key_pair = generate_p256_keypair() print(f"Generated Private Key (truncated): {key_pair.private.hex()[:10]}...") print(f"Generated Public Key (truncated): {key_pair.public.hex()[:10]}...") # 2. Generate a displayable code for user verification # The 'data' parameter would typically be a unique session identifier or # derived from shared secrets in a real DAVE handshake. example_data_for_code = os.urandom(32) # Using random bytes for demonstration display_code = generate_displayable_code( data=example_data_for_code, desired_length=12, # Total length of the code string group_size=4 # How many characters per group (e.g., AAAA-BBBB-CCCC) ) print(f"Generated Displayable Code: {display_code}") # Further steps would involve Discord API interaction to manage DAVE sessions, # process proposals, and handle media encryption/decryption, which is highly # application-specific and not directly covered by simple library calls here. # Refer to the DAVE Protocol whitepaper and library's typings for advanced usage.