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This library contains a python wrapper over OpenSSL/BoringSSL elliptic curves.
Example Usage:
::
from private_join_and_compute.py.ciphers import ec_cipher
from private_join_and_compute.py.crypto_util import supported_curves
from private_join_and_compute.py.crypto_util import supported_hashes
client_cipher = ec_cipher.EcCipher(
curve_id=supported_curves.SupportedCurve.SECP256R1.id,
hash_type=supported_hashes.HashType.SHA256,
private_key_bytes=None) # "None" generates a new key
encrypted_point = client_cipher.Encrypt(b"id_bytes")
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