def _setupKeyring(self, keyNames):
'''Set up the keyring using the specified public and private key names'''
keyringPath = CryptoClient._getKeyringPath()
# Delete the entire keyring
shutil.rmtree(keyringPath, ignore_errors=True)
os.makedirs(keyringPath)
if keyNames:
for k in keyNames:
keyId = self._importKeyFromFile(k)
print("key id for", k, "=", keyId)
def testClearKeyring(self):
'''Test removing keyring and adding keys to it'''
keyringPath = CryptoClient._getKeyringPath()
# Delete the entire keyring
shutil.rmtree(keyringPath, ignore_errors=True)
os.makedirs(keyringPath)
self.assertEqual(len(CryptoClient.getPrivateKeys()), 0, "Keyring should be empty")
# Add a public key from file
self.assertIsNotNone(self._importKeyFromFile("key1_public"), "Import of public key should work")
self.assertEqual(len(CryptoClient.getPrivateKeys()), 0, "Keyring shouldn't have private keys")
self.assertEqual(len(CryptoClient.getPublicKeys()), 1, "Keyring should have one public key")
# Now add the corresponding private key
ownKeyId = self._importKeyFromFile("key1_private")
self.assertIsNotNone(ownKeyId, "Import of private key should work")
self.assertEqual(len(CryptoClient.getPrivateKeys()), 1, "Keyring should have one private key")
self.assertEqual(len(CryptoClient.getPublicKeys()), 1, "Keyring should have one public key")