def test_generate_ssh_key_pair(self):
"""
Private key is generated in the specified path, and the public
key is generated on a path based on private key path.
"""
private_path, self.private_segments = mk.fs.makePathInTemp()
public_path = u"%s.pub" % (private_path)
self.public_segments = self.private_segments[:]
self.public_segments[-1] = u"%s.pub" % (self.public_segments[-1])
comment = u"%s %s" % (mk.string(), mk.string())
# The current code doesn't allow creating smaller keys, so at 1024
# bit, this test is very slow.
options = self.Bunch(key_size=1024, key_type="rsa", key_file=private_path, key_comment=comment)
private_path = LocalFilesystem.getEncodedPath(private_path)
public_path = LocalFilesystem.getEncodedPath(public_path)
self.assertFalse(mk.fs.exists(self.private_segments))
self.assertFalse(mk.fs.exists(self.public_segments))
generate_ssh_key(options)
self.assertTrue(mk.fs.exists(self.private_segments))
self.assertTrue(mk.fs.exists(self.public_segments))
# Check content of private key.
private_key = Key.fromFile(filename=private_path)
self.assertEqual(1024, private_key.size)
self.assertIsFalse(private_key.isPublic())
self.assertEqual("RSA", private_key.type())
# Check content of public key.
public_key = Key.fromFile(filename=public_path)
self.assertEqual(1024, public_key.size)
self.assertIsTrue(public_key.isPublic())
self.assertEqual("RSA", public_key.type())
# Check that public key is the pair of private key.
private_data = private_key.data()
public_data = public_key.data()
self.assertEqual(private_data["e"], public_data["e"])
self.assertEqual(private_data["n"], public_data["n"])
