def test_encrypt_decrypt_round_trip(self):
cleartext = 'hello, world'
key = 'sekr1t'
encrypted = obnamlib.encrypt_symmetric(cleartext, key,
gpghome=self.gpghome)
decrypted = obnamlib.decrypt_symmetric(encrypted, key,
gpghome=self.gpghome)
self.assertEqual(decrypted, cleartext)
def test_encrypt_decrypt_round_trip(self):
cleartext = 'hello, world'
key = 'sekr1t'
encrypted = obnamlib.encrypt_symmetric(cleartext,
key,
gpghome=self.gpghome)
decrypted = obnamlib.decrypt_symmetric(encrypted,
key,
gpghome=self.gpghome)
self.assertEqual(decrypted, cleartext)
def filter_read(self, encrypted, repo, toplevel):
if not self.keyid:
return encrypted
symmetric_key = self.get_symmetric_key(repo, toplevel)
return obnamlib.decrypt_symmetric(encrypted, symmetric_key)
def filter_read(self, encrypted, repo, toplevel):
symmetric_key = self.get_symmetric_key(repo, toplevel)
return obnamlib.decrypt_symmetric(encrypted, symmetric_key)
def filter_read(self, encrypted, repo, toplevel):
symmetric_key = self.get_symmetric_key(repo, toplevel)
return obnamlib.decrypt_symmetric(encrypted, symmetric_key,
gpghome=self.gnupghome)
