def worker_delete(worker_id):
"""
Delete a worker if it exists
:param worker_id: id of the worker to check
:type worker_id: str
:returns: True or False
:rtype: bool
"""
database = Database(DB_HOST, DB_PORT)
try:
if database.exists(WORKER_HEADER + worker_id):
database.delete(WORKER_HEADER + worker_id)
except Exception as e:
manager_logger.error("Unable to delete worker '{}': {}".format(
worker_id, str(e)))
def submit(self, AMT):
"""
Submit self through the AMT connection and update self with the results
:param AMT: The open AMT connection object
:return:
"""
response = AMT.push(self)
database = Database(DB_HOST, DB_PORT)
database.delete(HIT_HEADER + self.opencrowd_id)
for key in response['HIT']:
setattr(self, key, (response['HIT'][key]))
setattr(self, 'CreationTime', str(self.CreationTime))
setattr(self, 'Expiration', str(self.Expiration))
setattr(self, 'opencrowd_id', str(self.HITId))
setattr(self, 'HITId', str(self.HITId))
self.save()
return self
def recursive_delete(self):
"""
Delete all instances, via ids, tracked on this instance
"""
project_ids = self.list_project_ids()
task_ids = self.list_task_ids()
HIT_ids = self.list_HIT_ids()
assignment_ids = self.list_assignment_ids()
question_ids = self.list_question_ids()
database = Database(DB_HOST, DB_PORT)
for question_id in question_ids:
database.delete(QUESTION_HEADER + question_id)
for assignment_id in assignment_ids:
database.delete(ASSIGNMENT_HEADER + assignment_id)
for HIT_id in HIT_ids:
database.delete(HIT_HEADER + HIT_id)
for task_id in task_ids:
database.delete(TASK_HEADER + task_id)
for project_id in project_ids:
database.delete(PROJECT_HEADER + project_id)
self.project_ids = []
self.save()