async def post(self, choice_rule_cid):
r_dict = {'code': 0}
race_cid = self.get_argument('race_cid', '')
try:
if race_cid and choice_rule_cid:
race_choice_rule = await RaceSubjectChoiceRules.find_one(
filtered={
'race_cid': race_cid,
'cid': choice_rule_cid
})
q_total = self.get_argument('q_total', 0)
dimension_json = self.get_argument('dimension_json')
dimension_list = None
if dimension_json:
dimension_list = json.loads(dimension_json)
if q_total and dimension_list:
race_choice_rule.dimension_rules = dimension_list[0]
race_choice_rule.quantity = int(q_total)
race_choice_rule.updated_dt = datetime.datetime.now()
race_choice_rule.updated_id = self.current_user.oid
is_valid = await task_race_subject_extract.is_valid_extract_rule(
race_choice_rule, race_cid)
if is_valid:
await race_choice_rule.save()
RedisCache.hset(race_cid, race_choice_rule.cid, 1)
r_dict['code'] = 1
else:
r_dict['code'] = 2
except Exception:
logger.error(traceback.format_exc())
return r_dict
async def post(self, choice_rule_cid):
r_dict = {'code': 0}
race_cid = self.get_argument('race_cid', '')
try:
if race_cid:
race_choice_rule = await RaceSubjectChoiceRules.find_one(
filtered={
'race_cid': race_cid,
'cid': choice_rule_cid
})
if race_choice_rule:
if RedisCache.hget(
KEY_PREFIX_EXTRACTING_SUBJECT_RULE,
race_choice_rule.cid) in [b'0', 0, None]:
RedisCache.hset(race_cid, race_choice_rule.cid, 0)
RedisCache.hset(KEY_PREFIX_EXTRACTING_SUBJECT_RULE,
race_choice_rule.cid, 1)
start_race_extract_subjects.delay(
race_cid, race_choice_rule)
r_dict['code'] = 1 # 任务已提交
else:
r_dict['code'] = -1 # 任务在执行
else:
r_dict['code'] = 2
except Exception:
logger.error(traceback.format_exc())
return r_dict
async def set_subject_choice_rules_redis_value(value):
"""
set抽题规则redis对应的值
:param value:set的value
"""
rule_list = await SubjectChoiceRules.find({'record_flag': 1}).to_list(None)
if rule_list:
for rule in rule_list:
RedisCache.hset(KEY_EXTRACTING_SUBJECT_RULE, rule.cid, value)
def start_get_export_data(self, race_cid, title, export_title):
"""启动任务
:param self:
:param race_cid:
:param title:
:param export_title:
:return:
"""
logger.info('[START] race_export_data(%s), title=(%s)' %
(self.request.id, title))
try:
# 准备中
RedisCache.hset(KEY_CACHE_RACE_REPORT_DOWNLOAD, export_title, 2)
export_name = os.path.join(SITE_ROOT,
'static/export/%s.xlsx' % export_title)
logger.info('middle')
workbook = xlsxwriter.Workbook(export_name)
now = datetime.now()
daily_code = format(now, '%Y%m%d')
pre_match = {'daily_code': {'$lte': daily_code}}
write_sheet_enter_data(workbook,
race_cid,
'每日参与人数',
pre_match=pre_match,
count_type='$enter_count')
# write_sheet_daily_increase_people(workbook, race_cid, '每日新增参与人数', pre_match=pre_match)
write_sheet_enter_data(workbook,
race_cid,
'每日新增参与人数',
pre_match=pre_match,
count_type='$increase_enter_count')
write_sheet_enter_data(workbook,
race_cid,
'每日参与人次',
pre_match=pre_match,
count_type='$enter_times')
# write_sheet_enter_data(workbook, race_cid, '每日通关人数', pre_match={'updated_dt': {'$lte': now}},
# count_type='$pass_num')
workbook.close()
except Exception:
logger.info(traceback.format_exc())
logger.info('[ END ] race_export_data(%s), title=(%s)' %
(self.request.id, title))
# 完成
RedisCache.hset(KEY_CACHE_RACE_REPORT_DOWNLOAD, export_title, 1)
def set_cached_subject_accuracy(subject_code, correct=False):
"""
# 缓存题目结果便于统计
:param subject_code: 题目编号
:param correct: 是否回答正确
:return:
"""
if subject_code:
cache_key = '%s-E' % subject_code
if correct:
cache_key = '%s-C' % subject_code
value = RedisCache.hget(KEY_CACHE_SUBJECT_RESULT, cache_key)
if not value:
value = 0
value = int(value) + 1
RedisCache.hset(KEY_CACHE_SUBJECT_RESULT, cache_key, value)
async def post(self, choice_rule_id):
r_dict = {'code': 0}
try:
choice_rule = await SubjectChoiceRules.get_by_cid(choice_rule_id)
if choice_rule:
if RedisCache.hget(KEY_PREFIX_EXTRACTING_SUBJECT_RULE, choice_rule.cid) in [b'0', 0, None]:
times = int(self.get_argument('times', 1))
RedisCache.hset(KEY_EXTRACTING_SUBJECT_RULE, choice_rule.cid, 0)
RedisCache.hset(KEY_PREFIX_EXTRACTING_SUBJECT_RULE, choice_rule.cid, 1)
start_extract_subjects.delay(choice_rule, times)
r_dict['code'] = 1 # 任务已提交
else:
r_dict['code'] = -1 # 任务在执行
except RuntimeError:
logger.error(traceback.format_exc())
return r_dict
async def get(self):
query_params = {'record_flag': 1, 'parent_cid': {'$in': [None, '']}}
title = self.get_argument('title', '')
code = self.get_argument('code', '')
if title:
query_params['title'] = {'$regex': title, '$options': 'i'}
code = self.get_argument('code', '')
if code:
query_params['code'] = {'$regex': code, '$options': 'i'}
per_page_quantity = int(self.get_argument('per_page_quantity', 10))
to_page_num = int(self.get_argument('page', 1))
page_url = '%s?page=$page&per_page_quantity=%s' % (
self.reverse_url("backoffice_subject_choice_rule_list"), per_page_quantity)
paging = Paging(page_url, SubjectChoiceRules, current_page=to_page_num, items_per_page=per_page_quantity,
sort=['-updated_dt'], **query_params)
await paging.pager()
# 检查抽题状态
cached_extract_dict = RedisCache.hgetall(KEY_EXTRACTING_SUBJECT_RULE)
cached_process_dict = RedisCache.hgetall(KEY_PREFIX_EXTRACTING_SUBJECT_RULE)
cached_quantity_dict = RedisCache.hgetall(KEY_EXTRACTING_SUBJECT_QUANTITY)
for rule in paging.page_items:
setattr(rule, 'standby', True if cached_extract_dict.get(rule.cid.encode('utf-8')) == b'1' else False)
in_process = True if cached_process_dict.get(rule.cid.encode('utf-8')) == b'1' else False
setattr(rule, 'in_process', in_process)
quantity = cached_quantity_dict.get(rule.cid.encode('utf-8'))
if in_process:
setattr(rule, 'quantity', int(quantity) if quantity else 0)
else:
if quantity is None:
quantity = await SubjectBanks.count(dict(rule_cid=rule.cid), read_preference=ReadPreference.PRIMARY)
RedisCache.hset(KEY_EXTRACTING_SUBJECT_QUANTITY, rule.cid, quantity)
setattr(rule, 'quantity', quantity)
else:
setattr(rule, 'quantity', int(quantity))
return locals()
async def post(self, choice_rule_id):
r_dict = {'code': 0}
try:
choice_rule = await SubjectChoiceRules.get_by_id(choice_rule_id)
q_total = self.get_argument('q_total', 0)
dimension_json = self.get_argument('dimension_json')
dimension_list = None
if dimension_json:
dimension_list = json.loads(dimension_json)
if q_total and dimension_list:
choice_rule.dimension_rules = dimension_list[0]
choice_rule.quantity = int(q_total)
choice_rule.updated = datetime.datetime.now()
choice_rule.updated_id = self.current_user.oid
is_valid = await task_subject_extract.is_valid_extract_rule(choice_rule)
if is_valid:
await choice_rule.save()
RedisCache.hset(KEY_EXTRACTING_SUBJECT_RULE, choice_rule.cid, 1)
r_dict['code'] = 1
else:
r_dict['code'] = 2
except RuntimeError:
logger.error(traceback.format_exc())
return r_dict
def set_cache_choice_rule_status_by_cid(rule_cid, value):
if rule_cid:
if not value:
value = 0
RedisCache.hset(KEY_EXTRACTING_SUBJECT_RULE, rule_cid, value)
async def do_rank_statistic(race_cid: str,
time_match: MatchStage,
group_id='district',
name_match=MatchStage({}),
district_title="",
name="",
time_num=""):
"""
统计活动信息
:param race_cid:
:param time_match:
:param group_id:
:param name_match
:param district_title
:param
:return:
"""
if not race_cid:
return
cache_key = generate_cache_key(
'member_times_{district}_{name}_{time_num}_{district_title}'.format(
district=group_id,
name=name,
time_num=time_num,
district_title=district_title))
member_times_data = RedisCache.hget(race_cid, cache_key)
if not member_times_data:
race = await Race.get_by_cid(race_cid)
city_list = await AdministrativeDivision.distinct(
'code', {'parent_code': race.province_code})
city_name_list = await AdministrativeDivision.distinct(
'title', {'parent_code': race.province_code})
dist_list = []
for city in city_list:
dist_list += await AdministrativeDivision.distinct(
'title', {'parent_code': city})
district_match = MatchStage({})
all_match = {
'race_cid': race_cid,
'province': {
'$ne': None
},
'district': {
'$in': dist_list
},
'city': {
'$in': city_name_list
}
}
if district_title:
district_match = MatchStage({'district': district_title})
all_match['city'] = {'$in': city_name_list}
all_match['town'] = {'$ne': None}
cursor = RaceMemberEnterInfoStatistic.aggregate([
MatchStage(all_match), district_match, time_match, name_match,
GroupStage(group_id,
enter_times_sum={'$sum': '$enter_times'},
people_sum={'$sum': '$increase_enter_count'},
true_answer_times_sum={'$sum': '$true_answer_times'},
answer_times_sum={'$sum': '$answer_times'}),
SortStage([('enter_times_sum', DESC)])
])
times_data = await stat_data(cursor)
logger_cache.info('cache_key: %s' % cache_key)
RedisCache.hset(race_cid, cache_key, msgpack.packb(times_data))
return times_data
return msgpack.unpackb(member_times_data, raw=False)
def do_init():
"""
初始该活动数据
:return:
"""
cache_key = 'race_report_script'
RedisCache.delete(cache_key)
cp_map = get_all_race_checkpoint_map()
last_map = get_all_last_checkpoint()
with open('./chekpt_history.csv', encoding='utf-8') as f:
csv_reader = csv.reader(f)
for index, line in enumerate(csv_reader):
try:
if index == 0:
continue
# member_cid,check_point_cid,status,created_dt
his = MemberCheckPointHistory()
his.member_cid = line[0]
his.check_point_cid = line[1]
his.status = line[2]
line3 = line[3].replace('T', ' ').split('.')[0]
c_dt = str2datetime(line3)
his.created_dt = c_dt
mapping = RaceMapping.sync_find_one({
'member_cid':
his.member_cid,
'race_cid':
cp_map.get(his.check_point_cid)
})
member = Member.sync_get_by_cid(his.member_cid)
auth_address = mapping.auth_address if mapping else None
if not auth_address:
continue
race_cid = cp_map[his.check_point_cid]
daily_code = __get_daily_code(his.created_dt)
param = {
'race_cid': race_cid,
'province': auth_address.get('province'),
'city': auth_address.get('city'),
'district': auth_address.get('district'),
'town': auth_address.get('town'),
'sex': member.sex,
'education': member.education,
'category': member.category,
'daily_code': daily_code,
'company_cid': mapping.company_cid
}
stat = ReportRacePeopleStatisticsTemp.sync_find_one(
param, read_preference=ReadPreference.PRIMARY)
if not stat:
stat = ReportRacePeopleStatisticsTemp(**param)
stat.created_dt = his.created_dt
stat.total_num += 1
# 初次通关
if his.check_point_cid == last_map[
race_cid] and his.status == STATUS_RESULT_CHECK_POINT_WIN and RedisCache.hget(
cache_key, member.cid) is None:
stat.pass_num += 1
RedisCache.hset(cache_key, member.cid, 1)
# 当日人数
day_member_string = md5(daily_code + member.cid)
if RedisCache.hget(cache_key, day_member_string) is None:
RedisCache.hset(cache_key, day_member_string, 1)
stat.people_num += 1
# # 当日新增人数
# old_his = MemberCheckPointHistory.sync_find_one({'member_cid': member.cid, 'created_dt': {
# '$lt': his.updated_dt.replace(hour=0, minute=0, second=0, microsecond=0)}})
# if not old_his:
# stat.incre_people += 1
stat.updated_dt = his.created_dt
stat.sync_save()
print('has exec %s' % index)
except Exception:
print(traceback.format_exc())
def init_race_stat_data():
"""
初始该活动数据
:return:
"""
cp_map = get_all_race_checkpoint_map()
last_map = get_all_last_checkpoint()
cursor = MemberCheckPointHistory.sync_find(
{
'check_point_cid': {
'$in': list(cp_map.keys())
}
},
read_preference=ReadPreference.PRIMARY).sort('created_dt').limit(
600000)
cache_key = 'race_report_script'
RedisCache.delete(cache_key)
index = 1
while True:
try:
his = cursor.next()
mapping = RaceMapping.sync_find_one({
'member_cid':
his.member_cid,
'race_cid':
cp_map.get(his.check_point_cid)
})
member = Member.sync_find_one({'cid': his.member_cid})
auth_address = mapping.auth_address if mapping else None
# if not auth_address:
# auth_address = member.auth_address
#
if not auth_address:
continue
race_cid = cp_map[his.check_point_cid]
daily_code = __get_daily_code(his.created_dt)
param = {
'race_cid': race_cid,
'province': auth_address.get('province'),
'city': auth_address.get('city'),
'district': auth_address.get('district'),
'sex': member.sex,
'education': member.education,
'category': member.category,
'daily_code': daily_code
}
stat = ReportRacePeopleStatistics.sync_find_one(
param, read_preference=ReadPreference.PRIMARY)
if not stat:
stat = ReportRacePeopleStatistics(**param)
stat.created_dt = his.created_dt
stat.total_num += 1
# 初次通关
if his.check_point_cid == last_map[
race_cid] and his.status == STATUS_RESULT_CHECK_POINT_WIN and RedisCache.hget(
cache_key, member.cid) is None:
stat.pass_num += 1
RedisCache.hset(cache_key, member.cid, 1)
# 当日人数
day_member_string = md5(daily_code + member.cid)
if RedisCache.hget(cache_key, day_member_string) is None:
RedisCache.hset(cache_key, day_member_string, 1)
stat.people_num += 1
# # 当日新增人数
# old_his = MemberCheckPointHistory.sync_find_one({'member_cid': member.cid, 'created_dt': {
# '$lt': his.updated_dt.replace(hour=0, minute=0, second=0, microsecond=0)}})
# if not old_his:
# stat.incre_people += 1
stat.updated_dt = his.updated_dt
stat.sync_save()
print('has exec %s' % index)
index += 1
except StopIteration:
break
except CursorNotFound:
cursor = MemberCheckPointHistory.sync_find({'check_point_cid': {'$in': list(cp_map.keys())}},
read_preference=ReadPreference.PRIMARY). \
sort('created_dt').skip(index).limit(600000 - index)
RedisCache.delete(cache_key)
