def deserialize(d):
task = hxtool_scheduler_task(
d['profile_id'],
d['name'],
task_id=d['task_id'],
parent_id=d.get('parent_id', None),
wait_for_parent=d.get('wait_for_parent', True),
start_time=HXAPI.dt_from_str(d['start_time']),
end_time=HXAPI.dt_from_str(d['end_time'])
if d['end_time'] else None,
next_run=HXAPI.dt_from_str(d['next_run'])
if d['next_run'] else None,
enabled=d['enabled'],
immutable=d['immutable'],
stop_on_fail=d['stop_on_fail'],
defer_interval=d['defer_interval'])
task.last_run = HXAPI.dt_from_str(
d['last_run']) if d['last_run'] else None
task.parent_complete = d.get('parent_complete', False)
task.last_run_state = d.get('last_run_state', None)
task.state = d.get('state')
schedule = d.get('schedule', None)
if schedule is dict:
task.set_schedule(**schedule)
task._calculate_next_run()
for s in d['steps']:
# I hate this
step_module = eval(s['module'])
task.add_step(step_module, s['function'], s['args'], s['kwargs'])
return task
def parse_schedule(request_params):
start_time = None
schedule = None
schedule_type = request_params.get('schedule', None)
if schedule_type:
if schedule_type == "run_at":
start_time = HXAPI.dt_from_str(request_params['run_at_value'])
elif schedule_type == "run_interval":
schedule = {}
interval_value = int(request_params['interval_value'])
interval_unit = request_params['interval_unit']
if interval_unit == "second":
schedule['seconds'] = interval_value
elif interval_unit == "minute":
schedule['minutes'] = interval_value
elif interval_unit == "hour":
schedule['hours'] = interval_value
elif interval_unit == "day":
schedule['days'] = interval_value
elif interval_unit == "week":
schedule['weeks'] = interval_value
elif interval_unit == "month":
schedule['months'] = interval_value
if request_params['interval_start'] == "interval_start_at":
start_time = HXAPI.dt_from_str(
request_params['interval_start_value'])
return (start_time, schedule)
