# This file is part of cloud-init. See LICENSE file for license information. from cloudinit.config import cc_lxd from cloudinit.sources import DataSourceNoCloud from cloudinit import (distros, helpers, cloud) from .. import helpers as t_help import logging try: from unittest import mock except ImportError: import mock LOG = logging.getLogger(__name__) class TestLxd(t_help.TestCase): lxd_cfg = { 'lxd': { 'init': { 'network_address': '0.0.0.0', 'storage_backend': 'zfs', 'storage_pool': 'poolname', } } } def setUp(self): super(TestLxd, self).setUp() def _get_cloud(self, distro): cls = distros.fetch(distro) paths = helpers.Paths({}) d = cls(distro, {}, paths) ds = DataSourceNoCloud.DataSourceNoCloud({}, d, paths) cc = cloud.Cloud(ds, paths, {}, d, None) return cc @mock.patch("cloudinit.config.cc_lxd.util") def test_lxd_init(self, mock_util): cc = self._get_cloud('ubuntu') mock_util.which.return_value = True cc_lxd.handle('cc_lxd', self.lxd_cfg, cc, LOG, []) self.assertTrue(mock_util.which.called) init_call = mock_util.subp.call_args_list[0][0][0] self.assertEqual(init_call, ['lxd', 'init', '--auto', '--network-address=0.0.0.0', '--storage-backend=zfs', '--storage-pool=poolname']) @mock.patch("cloudinit.config.cc_lxd.util") def test_lxd_install(self, mock_util): cc = self._get_cloud('ubuntu') cc.distro = mock.MagicMock() mock_util.which.return_value = None cc_lxd.handle('cc_lxd', self.lxd_cfg, cc, LOG, []) self.assertTrue(cc.distro.install_packages.called) install_pkg = cc.distro.install_packages.call_args_list[0][0][0] self.assertEqual(sorted(install_pkg), ['lxd', 'zfs']) @mock.patch("cloudinit.config.cc_lxd.util") def test_no_init_does_nothing(self, mock_util): cc = self._get_cloud('ubuntu') cc.distro = mock.MagicMock() cc_lxd.handle('cc_lxd', {'lxd': {}}, cc, LOG, []) self.assertFalse(cc.distro.install_packages.called) self.assertFalse(mock_util.subp.called) @mock.patch("cloudinit.config.cc_lxd.util") def test_no_lxd_does_nothing(self, mock_util): cc = self._get_cloud('ubuntu') cc.distro = mock.MagicMock() cc_lxd.handle('cc_lxd', {'package_update': True}, cc, LOG, []) self.assertFalse(cc.distro.install_packages.called) self.assertFalse(mock_util.subp.called) def test_lxd_debconf_new_full(self): data = {"mode": "new", "name": "testbr0", "ipv4_address": "10.0.8.1", "ipv4_netmask": "24", "ipv4_dhcp_first": "10.0.8.2", "ipv4_dhcp_last": "10.0.8.254", "ipv4_dhcp_leases": "250", "ipv4_nat": "true", "ipv6_address": "fd98:9e0:3744::1", "ipv6_netmask": "64", "ipv6_nat": "true", "domain": "lxd"} self.assertEqual( cc_lxd.bridge_to_debconf(data), {"lxd/setup-bridge": "true", "lxd/bridge-name": "testbr0", "lxd/bridge-ipv4": "true", "lxd/bridge-ipv4-address": "10.0.8.1", "lxd/bridge-ipv4-netmask": "24", "lxd/bridge-ipv4-dhcp-first": "10.0.8.2", "lxd/bridge-ipv4-dhcp-last": "10.0.8.254", "lxd/bridge-ipv4-dhcp-leases": "250", "lxd/bridge-ipv4-nat": "true", "lxd/bridge-ipv6": "true", "lxd/bridge-ipv6-address": "fd98:9e0:3744::1", "lxd/bridge-ipv6-netmask": "64", "lxd/bridge-ipv6-nat": "true", "lxd/bridge-domain": "lxd"}) def test_lxd_debconf_new_partial(self): data = {"mode": "new", "ipv6_address": "fd98:9e0:3744::1", "ipv6_netmask": "64", "ipv6_nat": "true"} self.assertEqual( cc_lxd.bridge_to_debconf(data), {"lxd/setup-bridge": "true", "lxd/bridge-ipv6": "true", "lxd/bridge-ipv6-address": "fd98:9e0:3744::1", "lxd/bridge-ipv6-netmask": "64", "lxd/bridge-ipv6-nat": "true"}) def test_lxd_debconf_existing(self): data = {"mode": "existing", "name": "testbr0"} self.assertEqual( cc_lxd.bridge_to_debconf(data), {"lxd/setup-bridge": "false", "lxd/use-existing-bridge": "true", "lxd/bridge-name": "testbr0"}) def test_lxd_debconf_none(self): data = {"mode": "none"} self.assertEqual( cc_lxd.bridge_to_debconf(data), {"lxd/setup-bridge": "false", "lxd/bridge-name": ""}) def test_lxd_cmd_new_full(self): data = {"mode": "new", "name": "testbr0", "ipv4_address": "10.0.8.1", "ipv4_netmask": "24", "ipv4_dhcp_first": "10.0.8.2", "ipv4_dhcp_last": "10.0.8.254", "ipv4_dhcp_leases": "250", "ipv4_nat": "true", "ipv6_address": "fd98:9e0:3744::1", "ipv6_netmask": "64", "ipv6_nat": "true", "domain": "lxd"} self.assertEqual( cc_lxd.bridge_to_cmd(data), (["lxc", "network", "create", "testbr0", "ipv4.address=10.0.8.1/24", "ipv4.nat=true", "ipv4.dhcp.ranges=10.0.8.2-10.0.8.254", "ipv6.address=fd98:9e0:3744::1/64", "ipv6.nat=true", "dns.domain=lxd", "--force-local"], ["lxc", "network", "attach-profile", "testbr0", "default", "eth0", "--force-local"])) def test_lxd_cmd_new_partial(self): data = {"mode": "new", "ipv6_address": "fd98:9e0:3744::1", "ipv6_netmask": "64", "ipv6_nat": "true"} self.assertEqual( cc_lxd.bridge_to_cmd(data), (["lxc", "network", "create", "lxdbr0", "ipv4.address=none", "ipv6.address=fd98:9e0:3744::1/64", "ipv6.nat=true", "--force-local"], ["lxc", "network", "attach-profile", "lxdbr0", "default", "eth0", "--force-local"])) def test_lxd_cmd_existing(self): data = {"mode": "existing", "name": "testbr0"} self.assertEqual( cc_lxd.bridge_to_cmd(data), (None, ["lxc", "network", "attach-profile", "testbr0", "default", "eth0", "--force-local"])) def test_lxd_cmd_none(self): data = {"mode": "none"} self.assertEqual( cc_lxd.bridge_to_cmd(data), (None, None)) # vi: ts=4 expandtab