def execute(self):
secret = self._fetch_secret()
gpg_key = self._get_gpg_key()
encrypted_content = gpg.gpg_encrypt(
content=secret,
public_gpg_key=gpg_key,
)
self._output(encrypted_content)
def get_encrypted_credentials(credentials_name, user, settings):
credentials_map = settings['credentials']
credentials_map_item = \
[c for c in credentials_map if c['name'] == credentials_name]
if len(credentials_map_item) != 1:
return None
secret = credentials_map_item[0]['secret']
secret_reader = SecretReader(settings=settings)
credentials = secret_reader.read(secret)
public_gpg_key = user['public_gpg_key']
encrypted_credentials = \
gpg_encrypt(credentials, public_gpg_key)
return encrypted_credentials
def get_encrypted_credentials(credentials_name, user, settings):
credentials_map = settings["credentials"]
credentials_map_item = [
c for c in credentials_map if c["name"] == credentials_name
]
if len(credentials_map_item) != 1:
return None
secret = credentials_map_item[0]["secret"]
secret_reader = SecretReader(settings=settings)
credentials = secret_reader.read(secret)
public_gpg_key = user["public_gpg_key"]
encrypted_credentials = gpg_encrypt(credentials, public_gpg_key)
return encrypted_credentials
def test_gpg_encrypt_nomocks(self):
self.assertTrue(
gpg.gpg_encrypt("a message", "*****@*****.**", VALID_KEY))
def test_gpg_encrypt_all_ok(self, popen):
popen.return_value.stdout = b"stdout"
self.assertEqual(gpg.gpg_encrypt('acontent', 'arecipient', 'akey'),
'stdout')
def test_gpg_encrypt_nomocks(self):
self.assertTrue(gpg.gpg_encrypt("a message", VALID_KEY))
def test_gpg_encrypt_all_ok(self, popen):
popen.return_value.stdout = b"<stdout>"
self.assertEqual(gpg.gpg_encrypt("acontent", "akey"), "<stdout>")
def test_gpg_encrypt_all_ok(self, popen):
popen.return_value.stdout = b"<stdout>"
self.assertEqual(gpg.gpg_encrypt('acontent', 'akey'),
'<stdout>')