def get_schedule(school_id):
try:
_school_id = int(school_id)
_days = int(request.args.get('days', ctrl_schedule.DEFAULT_DAYS))
_class = request.args.get('class', ctrl_schedule.DEFAULT_CLASS)
except ValueError:
return general.create_error_message("Unable to convert given parameter!");
try:
res = ctrl_schedule.get_schedule_for_date(get_db(), _school_id, _days, _class)
except ValueError as e:
return general.create_error_message(str(e))
return general.convert_json(res)
def __process_schedule(db, data):
new_schedule = sort_schedule(data.get_schedule())
old_schedule = sort_schedule(ctrl_schedule.get_schedule_for_date(db, data.get_school_id(), data.get_date()))
update_list = []
delete_list = []
insert_list = []
n = 0
o = 0
while o < len(old_schedule) and n < len(new_schedule):
o_key = ctrl_schedule.get_unique_real_key(old_schedule[o])
n_key = ctrl_schedule.get_unique_real_key(new_schedule[n])
new_schedule[n]["_id"] = old_schedule[o]["_id"]
if sorted(old_schedule[o].items()) == sorted(new_schedule[n].items()):
o += 1
n += 1
continue
elif o_key == n_key:
update_list += [new_schedule[n]]
o += 1
n += 1
elif o_key < n_key:
delete_list += [old_schedule[o]]
o += 1
elif o_key > n_key:
insert_list += [new_schedule[n]]
n += 1
if o < len(old_schedule):
delete_list += old_schedule[o:]
elif n < len(new_schedule):
insert_list += new_schedule[n:]
ctrl_schedule.insert_schedules(db, insert_list)
ctrl_schedule.delete_schedules(db, delete_list)
ctrl_schedule.update_schedules(db, update_list)
get_log_supp().info("schedule: %s added, %s updated, %s deleted." % (len(insert_list), len(update_list), len(delete_list)))
