def delete_cloned_workspaces(save_names_dict):
"""
If there are cloned workspaces in the worksapce map, then they are deleted
@param save_names_dict: a workspace name map
"""
to_delete =[]
for key in save_names_dict:
if key != save_names_dict[key]:
to_delete.append(save_names_dict[key])
for element in to_delete:
su.delete_zero_error_free_workspace(input_workspace_name = element)
def delete_cloned_workspaces(save_names_dict):
"""
If there are cloned workspaces in the worksapce map, then they are deleted
@param save_names_dict: a workspace name map
"""
to_delete =[]
for key in save_names_dict:
if key != save_names_dict[key]:
to_delete.append(save_names_dict[key])
for element in to_delete:
su.delete_zero_error_free_workspace(input_workspace_name = element)
def test_that_deletion_of_non_existent_ws_creates_error_message(self):
# Arrange
ws_name = 'ws'
# Act
message, complete = su.delete_zero_error_free_workspace(input_workspace_name = ws_name)
# Assert
message.strip()
self.assertTrue(message)
self.assertTrue(not complete)
def test_that_deletion_of_extent_ws_is_successful(self):
# Arrange
ws_name = 'ws'
self._setup_workspace(ws_name, 'Histogram')
# Act + Assert
self.assertTrue(ws_name in mtd)
message, complete = su.delete_zero_error_free_workspace(input_workspace_name = ws_name)
message.strip()
self.assertTrue(not message)
self.assertTrue(complete)
self.assertTrue(not ws_name in mtd)
