def _unfinished():
time_delta = datetime.timedelta(hours=12)
late_to_finish_jobs = []
late_to_start_jobs = []
error_free_start_status, start_status = Status.find_status(Keys.STATUS_START)
error_free_accepted_status, accepted_status = Status.find_status(Keys.STATUS_ACCEPTED_BY_BUSINESS_OWNER)
if not error_free_start_status:
return accepted_status
list_started_jobs = Job.find(status_id=start_status.id)[1]
list_accepted_jobs = Job.find(100000, status_id=accepted_status.id)[1]
if list_started_jobs is not []:
for unfinished_job in list_started_jobs:
now_time = datetime.datetime.strptime(datetime.datetime.now().strftime("%Y-%m-%d %H:%M"),
"%Y-%m-%d %H:%M").strftime("%Y-%m-%d %H:%M:%S")
if unfinished_job.start_time is not None:
real_start_time = unfinished_job.start_time.strftime("%Y-%m-%d %H:%M:%S")
start_time_schedule = unfinished_job.start_schedule.strftime("%Y-%m-%d %H:%M:%S")
finish_time_schedule = unfinished_job.finish_schedule.strftime("%Y-%m-%d %H:%M:%S")
time_length_to_finish_job = datetime.datetime.strptime(finish_time_schedule,
'%Y-%m-%d %H:%M:%S') - datetime.datetime.strptime(
start_time_schedule, '%Y-%m-%d %H:%M:%S')
expected_time_to_finish = datetime.datetime.strptime(real_start_time,
'%Y-%m-%d %H:%M:%S') + time_length_to_finish_job
if now_time > expected_time_to_finish.strftime("%Y-%m-%d %H:%M:%S"):
late_to_finish_jobs.append(unfinished_job.id)
else:
start_time_schedule = unfinished_job.start_schedule.strftime("%Y-%m-%d %H:%M:%S")
if start_time_schedule + str(time_delta) > now_time:
late_to_finish_jobs.append(unfinished_job.id)
if list_accepted_jobs is not []:
for accepted_job in list_accepted_jobs:
job_limited_time = datetime.datetime.strptime(str(accepted_job.start_schedule + time_delta),
"%Y-%m-%d %H:%M:%S").strftime("%Y-%m-%d %H:%M:%S")
now_time = datetime.datetime.strptime(datetime.datetime.now().strftime("%Y-%m-%d %H:%M"),
"%Y-%m-%d %H:%M").strftime("%Y-%m-%d %H:%M:%S")
if now_time > job_limited_time:
late_to_start_jobs.append(accepted_job.id)
wanted_list = late_to_start_jobs + late_to_finish_jobs
error_free, unfinished_jobs = AutoServiceJob.unfinished(wanted_list)
if not error_free:
return unfinished_jobs
return True, SuccessListOfUnfinishedJob(status=200, message=MessagesKeys.SUCCESS_LIST,
params=unfinished_jobs)
def _load_jobs_in_queue(self):
error_free, results = Job.load_jobs_by_statuses_for_business_owner(
self.business_owner, [Keys.STATUS_ACCEPTED_BY_BUSINESS_OWNER])
if not error_free:
return results
return SuccessInQueueJobs(status=200,
message=MessagesKeys.SUCCESS_IN_QUEUE_JOBS,
params=results)
def _is_job_finished(job):
if Job.is_job_finished() == job.status_id:
return True, job
else:
return False, NotFinishedJob(
status=404,
message=MessagesKeys.JOB_IS_NOT_FINISHED,
params=None)
def _limit_rating(job, rate):
list_of_questions_in_a_question_set = Job.count_questions_in_question_set(
job)
if len(list_of_questions_in_a_question_set) >= len(rate):
return True, list_of_questions_in_a_question_set
else:
return False, RatedBefore(status=404,
message=MessagesKeys.JOB_RATED_BEFORE,
params=None)
def _is_job_existence(self):
error_free, result = Job.find(id=self.job_id)
if not error_free:
return False, result
if len(result) == 0:
return False, JobNotFound(status=404,
message=MessagesKeys.ID_IS_NOT_IN_DB,
params=None)
self.job_id = result[0].id
return True, result[0]
def deserialize(self):
if not type(self.json_obj) is dict:
json_dict = Serializable.convert_input_to_dict(self.json_obj)
else:
json_dict = self.json_obj
result = CancelJobRequest.pre_deserialize(json_dict)
if not result[0]:
return result
self.job = Job(id=json_dict[Keys.JOB_ID])
result_pattern = self.post_deserialize()
if not result_pattern[0]:
return result_pattern
return True, self
def deserialize(self):
if not type(self.json_obj) is dict:
json_dict = Serializable.convert_input_to_dict(self.json_obj)
else:
json_dict = self.json_obj
result = CancellationByCarOwnerRequest.pre_deserialize(json_dict)
if result[0]:
self.job = Job(json_dict[Keys.JOB_ID])
self.car_owner = CarOwner(
id=SessionManager.retrieve_session_value_by_key(Keys.USER_ID))
result_pattern = self.post_deserialize()
if not result_pattern[0]:
return result_pattern
return True, self.job
return result
def deserialize(self):
if not type(self.json_obj) is dict:
json_dict = Serializable.convert_input_to_dict(self.json_obj)
else:
json_dict = self.json_obj
result = FullRequest.pre_deserialize(json_dict)
if not result[0]:
return result
self.job = Job(id=json_dict[Keys.JOB_ID])
self.payment = FullPayment(payment_type_id=json_dict[Keys.PAYMENT_TYPE], amount=json_dict[Keys.PAYMENT_AMOUNT],
currency='IRR', transaction_number=json_dict[Keys.TRANSACTION_NUMBER])
result_pattern = self.post_deserialize()
if not result_pattern[0]:
return result_pattern
return True, self
def execute(self):
error_free, result = Job.find(car_owner_id=self.car_owner_id)
if not error_free:
dct = result.dictionary_creator()
return self.serialize(dct, self.converter)
if result:
error_free, payable_job = self._payable_job()
if not error_free:
dct = payable_job.dictionary_creator()
return self.serialize(dct, converter=self.converter)
# if payable_job ro check konam?
dct = payable_job.dictionary_creator()
return self.serialize(dct, converter=self.converter)
else:
is_busy = JobNotFound(status=404,
message=MessagesKeys.NOT_FOUND_JOB,
params=None)
dct = is_busy.dictionary_creator()
return self.serialize(dct, self.converter)
def _load_job(self):
return Job.load_job(self.job.id)
def _add_job(self):
return Job.register_problem(db, self.job.job, self.car_problems)
def _update_rate(job, rate):
data = {Keys.RATE: rate}
return Job.update_by_id(job.id, db, data)
def cancel_job(self):
status = Status.query.filter(Status.name == Keys.STATUS_CANCELLED_BY_BUSINESS_OWNER).first()
data = {Keys.STATUS_ID: status.id}
return Job.cancel_job(self.job, data, db)
def load_jobs(self):
error_free, results = Job.load_jobs_by_statuses_for_business_owner(business_owner=self.business_owner,
statuses=self.status_list)
if not error_free:
return results
return SuccessInQueueJobs(status=200, message=MessagesKeys.SUCCESS_IN_QUEUE_JOBS, params=results)
def _finished_job(self):
car_owner_id = SessionManager.retrieve_session_value_by_key(
Keys.USER_ID)
return Job.find_all_finished_job(car_owner_id=car_owner_id)
def insert_some_data(cls):
data = [
{
"service_type": 1,
"service_grade": 1
},
{
"service_type": 2,
"service_grade": 1
},
{
"service_type": 4,
"service_grade": 1
},
]
car_problems = []
for car_problem in data:
c_p = CarProblem(consumable_item_id=1, services_definition_id=1)
car_problems.append(c_p)
status = Status.query.filter(Status.name == Keys.STATUS_START).first()
status1 = Status.query.filter(Status.name == Keys.STATUS_DONE).first()
status2 = Status.query.filter(
Status.name == Keys.STATUS_ACCEPTED_BY_BUSINESS_OWNER).first()
job1 = Job(business_owner_id=1,
car_owner_id=2,
car_id=1,
status_=status1,
start_schedule="2018-04-3 07:30:00",
finish_schedule="2018-04-3 11:40:00",
start_time="2018-04-3 07:33:00")
job2 = Job(business_owner_id=2,
car_owner_id=3,
car_id=2,
status_=status,
start_schedule="2018-04-3 08:00:00",
finish_schedule="2018-04-3 08:13:00",
start_time="2018-04-3 08:02:00")
job3 = Job(business_owner_id=6,
car_owner_id=5,
car_id=5,
status_=status1,
start_schedule="2018-04-3 08:40:00",
finish_schedule="2018-04-3 08:41:00",
start_time="2018-04-3 09:02:00")
job4 = Job(business_owner_id=7,
car_owner_id=4,
car_id=4,
status_=status1,
start_schedule="2018-04-3 07:13:00",
finish_schedule="2018-04-3 07:15:00",
start_time="2018-04-3 07:20:00",
finish_time="2018-04-3 08:15:00")
job5 = Job(business_owner_id=5,
car_owner_id=3,
car_id=3,
status_=status2,
start_schedule="2018-04-2 06:00:00",
finish_schedule="2018-04-2 11:11:00")
job1.car_problems.extend(car_problems)
db.session.add(job1)
db.session.commit()
job2.car_problems.extend(car_problems)
db.session.add(job2)
db.session.commit()
job3.car_problems.extend(car_problems)
db.session.add(job3)
db.session.commit()
job4.car_problems.extend(car_problems)
db.session.add(job4)
db.session.commit()
job5.car_problems.extend(car_problems)
db.session.add(job5)
db.session.commit()
def _payable_job(self):
return Job.find_all_payable_job(car_owner_id=self.car_owner_id)