def test_value(self):
kva = argument.KeyValueArgument(parsed_name='--keyval')
self.assertEqual(kva.value, {})
for kvpairs in ('strval', 'key=val', 2.8, 42, None, ('key', 'val'),
('key val'), ['=val', 'key=val'],
['key1=val1', 'key2 val2'], ('key1 = val1', )):
try:
kva.value = kvpairs
except Exception as e:
self.assertTrue(isinstance(e, errors.CLIError))
old = dict()
kva = argument.KeyValueArgument(parsed_name='--keyval')
for kvpairs, exp in ((('key=val', ), {
'key': 'val'
}), (['key1=val1', 'key2=val2'], {
'key1': 'val1',
'key2': 'val2'
}), (('k1=v1 v2', 'k3=', 'k 4=v4'), {
'k1': 'v1 v2',
'k3': '',
'k 4': 'v4'
}), (('k=v1', 'k=v2', 'k=v3'), {
'k': 'v3'
})):
kva.value = kvpairs
old.update(exp)
assert_dicts_are_equal(self, kva.value, old)
class volume_create(_BlockStorageInit, OptionalOutput, _VolumeWait):
"""Create a new volume"""
arguments = dict(
size=argument.IntArgument('Volume size in GB', '--size'),
server_id=argument.ValueArgument('The server to attach the volume to',
'--server-id'),
name=argument.ValueArgument('Display name', '--name'),
description=argument.ValueArgument('Volume description',
'--description'),
snapshot_id=argument.ValueArgument(
'Associate a snapshot to the new volume', '--snapshot-id'),
image_id=argument.ValueArgument('Associate an image to the new volume',
'--image-id'),
volume_type=argument.ValueArgument(
'default: if combined with --server-id, the default is '
'automatically configured to match the server, otherwise it is '
'ext_archipelago', '--volume-type'),
metadata=argument.KeyValueArgument(
'Metadata of key=value form (can be repeated)', '--metadata'),
project_id=argument.ValueArgument('Assign volume to a project',
'--project-id'),
wait=argument.FlagArgument(
'Wait volume to be created and ready for use', ('-w', '--wait')),
)
required = ('size', 'name')
@errors.Generic.all
def _run(self, size, name):
# Figure out volume type
volume_type = self['volume_type']
if not (self['server_id'] or volume_type):
for vtype in self.client.list_volume_types():
if vtype['name'] in ('ext_archipelago'):
volume_type = vtype['id']
break
r = self.client.create_volume(size,
name,
server_id=self['server_id'],
display_description=self['description'],
snapshot_id=self['snapshot_id'],
imageRef=self['image_id'],
volume_type=volume_type,
metadata=self['metadata'],
project=self['project_id'])
self.print_dict(r)
r = self.client.get_volume_details(r['id'])
if self['wait'] and r['status'] != 'in_use':
self.wait_while(r['id'], r['status'])
r = self.client.get_volume_details(r['id'])
if r['status'] != 'in_use':
exit(1)
def main(self):
super(self.__class__, self)._run()
self._run(size=self['size'], name=self['name'])
class volume_create(_BlockStorageInit, OptionalOutput):
"""Create a new volume"""
arguments = dict(
size=argument.IntArgument('Volume size in GB', '--size'),
server_id=argument.ValueArgument('The server for the new volume',
'--server-id'),
name=argument.ValueArgument('Display name', '--name'),
# src_volume_id=argument.ValueArgument(
# 'Associate another volume to the new volume',
# '--source-volume-id'),
description=argument.ValueArgument('Volume description',
'--description'),
snapshot_id=argument.ValueArgument(
'Associate a snapshot to the new volume', '--snapshot-id'),
image_id=argument.ValueArgument('Associate an image to the new volume',
'--image-id'),
volume_type=argument.ValueArgument('Volume type', '--volume-type'),
metadata=argument.KeyValueArgument(
'Metadata of key=value form (can be repeated)', '--metadata'),
project_id=argument.ValueArgument('Assign volume to a project',
'--project-id'),
)
required = ('size', 'server_id', 'name')
@errors.Generic.all
def _run(self, size, server_id, name):
self.print_(
self.client.create_volume(
size,
server_id,
name,
# source_volid=self['src_volume_id'],
display_description=self['description'],
snapshot_id=self['snapshot_id'],
imageRef=self['image_id'],
volume_type=self['volume_type'],
metadata=self['metadata'],
project=self['project_id']),
self.print_dict)
def main(self):
super(self.__class__, self)._run()
self._run(size=self['size'],
server_id=self['server_id'],
name=self['name'])
def test___init__(self, init):
help, pname, default = 'help', 'pname', 'default'
kva = argument.KeyValueArgument(help, pname, default)
self.assertTrue(isinstance(kva, argument.KeyValueArgument))
self.assertEqual(init.mock_calls[-1], call(-1, help, pname, default))