def test_get_volume(vg):
create(FIRST_VOLUME_NAME, '250m')
name = get_volume(FIRST_VOLUME_NAME)
assert name == FIRST_VOLUME_NAME
assert get_volume('Not-existing-volume') is None
remove(FIRST_VOLUME_NAME)
def create_project():
template_name = bottle.request.forms.get(keys.PROJECT_TEMPLATE_NAME)
values = {item: bottle.request.forms[item] for item in bottle.request.forms}
del values[keys.PROJECT_TEMPLATE_NAME] # don't handle template name twice
try:
core.create(template_name, values)
except Exception as e:
errors = json.dumps(e.args[0])
return bottle.HTTPError(status=500, exception=errors)
return json.dumps("Successfully created project \"{}\""
.format(values[keys.PROJECT_NAME]))
def test_mount_unmount(vg):
create(FIRST_VOLUME_NAME, '250m')
mount(FIRST_VOLUME_NAME)
mountpoint = path(FIRST_VOLUME_NAME)
assert mountpoint == '/dev/mapper/schains-vol--a'
unmount(FIRST_VOLUME_NAME)
with pytest.raises(LvmPyError):
path(FIRST_VOLUME_NAME)
remove(FIRST_VOLUME_NAME)
def execute(self):
global command_progress
postvars = self.get_postvars()
template_name = postvars[keys.TEMPLATE][0]
project_name = postvars[keys.PROJECT_NAME][0]
project_directory = join(projects_dir, project_name)
values = {key: val[0] for key, val in postvars.items()
if key != keys.TEMPLATE}
try:
core.create(template_name, values)
message = ('Your "{}" project has been created. Click the Start '
'button to open it.'.format(project_name))
except Exception as e:
message = ("Was unable to create \"{}\" project.<br>"
"Original error: {}".format(project_name, e))
self.response = 302
# @TODO: Use a session instead of a query string for the message.
self.headers['Location'] = '/'
messages.append(message)
super(CreateProject, self).execute()
def import_networks(self, *args, **kwargs):
path = '/home/rlessard/Desktop/test.json'
self.roots = core.find()
self.root = next(iter(self.roots), None)
# Create a rig instance if the scene is empty.
if self.root is None:
self.root = core.create()
self.roots = [self.root]
self.export_networks() # Create network tree in the scene
def import_networks(self, *args, **kwargs):
self.roots = core.find()
self.root = next(iter(self.roots), None)
# Create a rig instance if the scene is empty.
if self.root is None:
self.root = core.create()
self.roots = [self.root]
self.export_networks() # Create network tree in the scene
self.update_internal_data()
def import_networks(self, *args, **kwargs):
self.roots = core.find()
self.root = next(iter(self.roots), None)
# Create a rig instance if the scene is empty.
if self.root is None:
self.root = core.create()
self.roots = [self.root]
self.export_networks() # Create network tree in the scene
self.ui.widget_modules.set_rigs(self.roots)
self.ui.widget_jnts.set_rig(self.root)
self.ui.widget_meshes.set_rig(self.root)
def import_networks(self, *args, **kwargs):
self.roots = core.find()
self.root = next(iter(self.roots), None)
# Create a rig instance if the scene is empty.
if self.root is None:
self.root = core.create()
self.roots = [self.root]
self.export_networks() # Create network tree in the scene
self.ui.widget_modules.set_rigs(self.roots)
self.ui.widget_jnts.set_rig(self.root)
self.ui.widget_meshes.set_rig(self.root)
def test_create_remove(vg):
create(FIRST_VOLUME_NAME, '250m')
create(SECOND_VOLUME_NAME, '300m')
lvs = volumes()
assert FIRST_VOLUME_NAME in lvs
assert SECOND_VOLUME_NAME in lvs
with pytest.raises(LvmPyError):
create(FIRST_VOLUME_NAME, '250m')
remove(FIRST_VOLUME_NAME)
remove(SECOND_VOLUME_NAME)
lvs = volumes()
assert FIRST_VOLUME_NAME not in lvs
assert SECOND_VOLUME_NAME not in lvs
def test_create_small_size(vg):
with pytest.raises(LvmPyError):
create(FIRST_VOLUME_NAME, '1m')
"""This is the starting point. It connects the core with a sensitive body."""
if __name__ == "__main__":
import core
import body
body.create().life_loop(core.create())