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- import rsa as pyrsa
- from Crypto.PublicKey import RSA
- from libs import gmpy2_pkcs10aep_cipher
- def test_gmpy2_pkcs10aep_cipher() -> None:
- rsa_key_pair = pyrsa.newkeys(2048)
- public_key = rsa_key_pair[0].save_pkcs1()
- private_key = rsa_key_pair[1].save_pkcs1()
- public_rsa_key = RSA.import_key(public_key)
- public_cipher_rsa2 = gmpy2_pkcs10aep_cipher.new(public_rsa_key)
- private_rsa_key = RSA.import_key(private_key)
- private_cipher_rsa = gmpy2_pkcs10aep_cipher.new(private_rsa_key)
- raw_text = 'raw_text'
- raw_text_bytes = raw_text.encode()
- # RSA encryption by public key and decryption by private key
- encrypted_by_pub_key = public_cipher_rsa2.encrypt(message=raw_text_bytes)
- decrypted_by_pub_key = private_cipher_rsa.decrypt(encrypted_by_pub_key)
- assert decrypted_by_pub_key == raw_text_bytes
- # RSA encryption and decryption by private key
- encrypted_by_private_key = private_cipher_rsa.encrypt(message=raw_text_bytes)
- decrypted_by_private_key = private_cipher_rsa.decrypt(encrypted_by_private_key)
- assert decrypted_by_private_key == raw_text_bytes
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