def test_false_on_unknown_string(self, m_read_dmi_data):
"""Should return false on an unrelated string."""
m_read_dmi_data.return_value = "cubs win"
ret = ay._is_aliyun()
self.assertEqual(self.read_dmi_data_expected,
m_read_dmi_data.call_args_list)
self.assertEqual(False, ret)
def setUp(self):
super(TestAliYunDatasource, self).setUp()
cfg = {'datasource': {'AliYun': {'timeout': '1', 'max_wait': '1'}}}
distro = {}
paths = helpers.Paths({'run_dir': self.tmp_dir()})
self.ds = ay.DataSourceAliYun(cfg, distro, paths)
self.metadata_address = self.ds.metadata_urls[0]
def test_true_on_aliyun_product(self, m_read_dmi_data):
"""Should return true if the dmi product data has expected value."""
m_read_dmi_data.return_value = self.ALIYUN_PRODUCT
ret = ay._is_aliyun()
self.assertEqual(self.read_dmi_data_expected,
m_read_dmi_data.call_args_list)
self.assertEqual(True, ret)
def test_false_on_empty_string(self, m_read_dmi_data):
"""Should return false on empty value returned."""
m_read_dmi_data.return_value = ""
ret = ay._is_aliyun()
self.assertEqual(self.read_dmi_data_expected,
m_read_dmi_data.call_args_list)
self.assertEqual(False, ret)
def test_false_on_unknown_string(self, m_read_dmi_data):
"""Should return false on an unrelated string."""
m_read_dmi_data.return_value = "cubs win"
ret = ay._is_aliyun()
self.assertEqual(self.read_dmi_data_expected,
m_read_dmi_data.call_args_list)
self.assertEqual(False, ret)
def test_false_on_empty_string(self, m_read_dmi_data):
"""Should return false on empty value returned."""
m_read_dmi_data.return_value = ""
ret = ay._is_aliyun()
self.assertEqual(self.read_dmi_data_expected,
m_read_dmi_data.call_args_list)
self.assertEqual(False, ret)
def test_true_on_aliyun_product(self, m_read_dmi_data):
"""Should return true if the dmi product data has expected value."""
m_read_dmi_data.return_value = self.ALIYUN_PRODUCT
ret = ay._is_aliyun()
self.assertEqual(self.read_dmi_data_expected,
m_read_dmi_data.call_args_list)
self.assertEqual(True, ret)
def setUp(self):
super(TestAliYunDatasource, self).setUp()
cfg = {"datasource": {"AliYun": {"timeout": "1", "max_wait": "1"}}}
distro = {}
paths = helpers.Paths({"run_dir": self.tmp_dir()})
self.ds = ay.DataSourceAliYun(cfg, distro, paths)
self.metadata_address = self.ds.metadata_urls[0]
def test_parse_public_keys(self):
public_keys = {}
self.assertEqual(ay.parse_public_keys(public_keys), [])
public_keys = {'key-pair-0': 'ssh-key-0'}
self.assertEqual(ay.parse_public_keys(public_keys),
[public_keys['key-pair-0']])
public_keys = {'key-pair-0': 'ssh-key-0', 'key-pair-1': 'ssh-key-1'}
self.assertEqual(
set(ay.parse_public_keys(public_keys)),
set([public_keys['key-pair-0'], public_keys['key-pair-1']]))
public_keys = {'key-pair-0': ['ssh-key-0', 'ssh-key-1']}
self.assertEqual(ay.parse_public_keys(public_keys),
public_keys['key-pair-0'])
public_keys = {'key-pair-0': {'openssh-key': []}}
self.assertEqual(ay.parse_public_keys(public_keys), [])
public_keys = {'key-pair-0': {'openssh-key': 'ssh-key-0'}}
self.assertEqual(ay.parse_public_keys(public_keys),
[public_keys['key-pair-0']['openssh-key']])
public_keys = {
'key-pair-0': {
'openssh-key': ['ssh-key-0', 'ssh-key-1']
}
}
self.assertEqual(ay.parse_public_keys(public_keys),
public_keys['key-pair-0']['openssh-key'])
def test_parse_public_keys(self):
public_keys = {}
self.assertEqual(ay.parse_public_keys(public_keys), [])
public_keys = {'key-pair-0': 'ssh-key-0'}
self.assertEqual(ay.parse_public_keys(public_keys),
[public_keys['key-pair-0']])
public_keys = {'key-pair-0': 'ssh-key-0', 'key-pair-1': 'ssh-key-1'}
self.assertEqual(set(ay.parse_public_keys(public_keys)),
set([public_keys['key-pair-0'],
public_keys['key-pair-1']]))
public_keys = {'key-pair-0': ['ssh-key-0', 'ssh-key-1']}
self.assertEqual(ay.parse_public_keys(public_keys),
public_keys['key-pair-0'])
public_keys = {'key-pair-0': {'openssh-key': []}}
self.assertEqual(ay.parse_public_keys(public_keys), [])
public_keys = {'key-pair-0': {'openssh-key': 'ssh-key-0'}}
self.assertEqual(ay.parse_public_keys(public_keys),
[public_keys['key-pair-0']['openssh-key']])
public_keys = {'key-pair-0': {'openssh-key': ['ssh-key-0',
'ssh-key-1']}}
self.assertEqual(ay.parse_public_keys(public_keys),
public_keys['key-pair-0']['openssh-key'])
def test_parse_public_keys(self):
public_keys = {}
self.assertEqual(ay.parse_public_keys(public_keys), [])
public_keys = {"key-pair-0": "ssh-key-0"}
self.assertEqual(ay.parse_public_keys(public_keys),
[public_keys["key-pair-0"]])
public_keys = {"key-pair-0": "ssh-key-0", "key-pair-1": "ssh-key-1"}
self.assertEqual(
set(ay.parse_public_keys(public_keys)),
set([public_keys["key-pair-0"], public_keys["key-pair-1"]]),
)
public_keys = {"key-pair-0": ["ssh-key-0", "ssh-key-1"]}
self.assertEqual(ay.parse_public_keys(public_keys),
public_keys["key-pair-0"])
public_keys = {"key-pair-0": {"openssh-key": []}}
self.assertEqual(ay.parse_public_keys(public_keys), [])
public_keys = {"key-pair-0": {"openssh-key": "ssh-key-0"}}
self.assertEqual(
ay.parse_public_keys(public_keys),
[public_keys["key-pair-0"]["openssh-key"]],
)
public_keys = {
"key-pair-0": {
"openssh-key": ["ssh-key-0", "ssh-key-1"]
}
}
self.assertEqual(
ay.parse_public_keys(public_keys),
public_keys["key-pair-0"]["openssh-key"],
)
