def _build_cloud(cloud_name, cloud_config=None, cloud_args=None):
if cloud_config:
# Using JSON format so convert the keys to snake case
for key in cloud_config:
cloud_config[to_snake_case(key)] = cloud_config.pop(key)
cloud_args = cloud_config
c = Cloud(cloud_name)
for arg in cloud_args:
if arg.startswith('endpoint_') and cloud_args[arg] is not None:
setattr(c.endpoints, arg.replace('endpoint_', ''), cloud_args[arg])
elif arg.startswith('suffix_') and cloud_args[arg] is not None:
setattr(c.suffixes, arg.replace('suffix_', ''), cloud_args[arg])
return c
def _build_cloud(cloud_name, cloud_config=None, cloud_args=None):
if cloud_config:
# Using JSON format so convert the keys to snake case
for key in cloud_config:
cloud_config[to_snake_case(key)] = cloud_config.pop(key)
cloud_args = cloud_config
c = Cloud(cloud_name)
c.profile = cloud_args.get('profile', None)
for arg in cloud_args:
if arg.startswith('endpoint_') and cloud_args[arg] is not None:
setattr(c.endpoints, arg.replace('endpoint_', ''), cloud_args[arg])
elif arg.startswith('suffix_') and cloud_args[arg] is not None:
setattr(c.suffixes, arg.replace('suffix_', ''), cloud_args[arg])
return c
def _build_cloud(cloud_name, cloud_config=None, cloud_args=None):
if cloud_config:
# Using JSON format so convert the keys to snake case
for key in cloud_config:
cloud_config[to_snake_case(key)] = cloud_config.pop(key)
cloud_args = cloud_config
c = Cloud(cloud_name)
c.profile = cloud_args.get('profile', None)
for arg in cloud_args:
if arg.startswith('endpoint_') and cloud_args[arg] is not None:
setattr(c.endpoints, arg.replace('endpoint_', ''), cloud_args[arg])
elif arg.startswith('suffix_') and cloud_args[arg] is not None:
setattr(c.suffixes, arg.replace('suffix_', ''), cloud_args[arg])
arm_endpoint = cloud_args.get('endpoint_resource_manager', None)
_populate_from_metadata_endpoint(c, arm_endpoint)
return c
def _build_cloud(cloud_name, cloud_config=None, cloud_args=None):
if cloud_config:
# Using JSON format so convert the keys to snake case
for key in cloud_config:
cloud_config[to_snake_case(key)] = cloud_config.pop(key)
cloud_args = cloud_config
c = Cloud(cloud_name)
c.profile = cloud_args.get('profile', None)
for arg in cloud_args:
if arg.startswith('endpoint_') and cloud_args[arg] is not None:
setattr(c.endpoints, arg.replace('endpoint_', ''), cloud_args[arg])
elif arg.startswith('suffix_') and cloud_args[arg] is not None:
setattr(c.suffixes, arg.replace('suffix_', ''), cloud_args[arg])
arm_endpoint = cloud_args.get('endpoint_resource_manager', None)
_populate_from_metadata_endpoint(c, arm_endpoint)
required_endpoints = {
'resource_manager':
'--endpoint-resource-manager',
'active_directory':
'--endpoint-active-directory',
'active_directory_resource_id':
'--endpoint-active-directory-resource-id',
'active_directory_graph_resource_id':
'--endpoint-active-directory-graph-resource-id'
}
missing_endpoints = [
e_param for e_name, e_param in required_endpoints.items()
if not c.endpoints.has_endpoint_set(e_name)
]
if missing_endpoints:
raise CLIError(
"The following endpoints are required for the CLI to function and were not specified on the "
"command line, in the cloud config or could not be autodetected.\n"
"Specify them on the command line or through the cloud config file:\n"
"{}".format(', '.join(missing_endpoints)))
return c
def test_to_snake_case_already_snake(self):
the_input = 'this_is_snake_cased'
expected = 'this_is_snake_cased'
actual = to_snake_case(the_input)
self.assertEqual(expected, actual)
def test_to_snake_case_empty(self):
the_input = ''
expected = ''
actual = to_snake_case(the_input)
self.assertEqual(expected, actual)
def test_to_snake_case_from_camel(self):
the_input = 'thisIsCamelCase'
expected = 'this_is_camel_case'
actual = to_snake_case(the_input)
self.assertEqual(expected, actual)
def test_to_snake_case_already_snake(self):
the_input = 'this_is_snake_cased'
expected = 'this_is_snake_cased'
actual = to_snake_case(the_input)
self.assertEqual(expected, actual)
def test_to_snake_case_empty(self):
the_input = ''
expected = ''
actual = to_snake_case(the_input)
self.assertEqual(expected, actual)
def test_to_snake_case_from_camel(self):
the_input = 'thisIsCamelCase'
expected = 'this_is_camel_case'
actual = to_snake_case(the_input)
self.assertEqual(expected, actual)
