async def post(self):
r_dict = {'code': 0}
open_id = self.get_i_argument('open_id', '')
race_cid = self.get_i_argument('race_cid', '')
if not race_cid:
r_dict['code'] = 1001
return r_dict
try:
member = await find_member_by_open_id(open_id)
if not member.auth_address:
r_dict['code'] = 1002
return r_dict
race = await Race.find_one({'cid': race_cid})
rankings = []
province = member.auth_address.get('province')
city = member.auth_address.get('city')
if not race.city_code:
# 省级活动, 城市排序
match_stage = MatchStage({
'auth_address.province': province,
'race_cid': race_cid
})
group_stage = GroupStage('auth_address.city', sum={'$sum': 1})
else:
# 市级活动, 区域排序
c = await AdministrativeDivision.find_one({
'title': city,
'parent_code': {
"$ne": None
}
})
match_stage = MatchStage({
'auth_address.city': city,
'race_cid': race_cid
})
group_stage = GroupStage('auth_address.district',
sum={'$sum': 1})
area_list = await RaceMapping.aggregate(stage_list=[
match_stage, group_stage,
SortStage([('sum', DESC)])
]).to_list(None)
for area in area_list:
rank = {
'title': area.id if area.id else '其他地区',
'people_count': area.sum
}
rankings.append(rank)
r_dict = {'code': 1000, 'rankings': rankings}
except Exception:
logger.error(traceback.format_exc())
return r_dict
def do_stat_in_history(history_model, city_code_list, choice_time, ad_map={}):
"""
:param history_model:
:param city_code_list:
:param ad_map:
:param choice_time
:return:
"""
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
if not choice_time:
match_stage = MatchStage({'updated_dt': {'$lt': time_match}})
else:
# 当天下一天凌晨的时候
max_choice_time = choice_time.replace(hour=23, minute=59, second=59, microsecond=999)
match_stage = MatchStage({'updated_dt': {'$gte': choice_time, '$lt': max_choice_time}})
cursor = history_model.sync_aggregate([
match_stage,
GroupStage('member_cid', quantity={"$sum": 1}),
LookupStage(Member, '_id', 'cid', 'member_list'),
ProjectStage(**{
'province_code': {'$arrayElemAt': ['$member_list.province_code', 0]},
'city_code': {'$arrayElemAt': ['$member_list.city_code', 0]},
'quantity': '$quantity'
}),
MatchStage({'city_code': {'$in': city_code_list}}),
GroupStage('city_code', quantity={'$sum': "$quantity"}, province_code={'$first': '$province_code'}),
SortStage([('quantity', DESC)])
])
data = {}
while True:
try:
his = cursor.next()
city_data = data.get(his.province_code, {})
city = ad_map.get(his.id)
if not city:
city = AdministrativeDivision.sync_find_one({'code': his.id, 'parent_code': {'$ne': None}})
ad_map[city.code] = city
city_data[city.title] = his.quantity
data[his.province_code] = city_data
except StopIteration:
break
except Exception as e:
logger.error(str(e))
continue
return data, ad_map
def do_merge_city_stat_member_time(province_dict: dict, city_code_list=None):
"""
合并省份统计信息
:param province_dict:
:param city_code_list
:return:
"""
query_dict = {}
if province_dict:
query_dict['province_code'] = {'$in': [code for code in province_dict.keys()]}
if city_code_list:
query_dict['city_code'] = {'$in': city_code_list}
else:
query_dict['city_code'] = {'$ne': None}
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
query_dict['updated_dt'] = {'$lt': time_match}
match_stage = MatchStage(query_dict)
group_stage = GroupStage('city_code', quantity={'$sum': '$learn_times'},
province_code={'$first': '$province_code'})
sort_stage = SortStage([('quantity', DESC)])
p_lookup_stage = LookupStage(AdministrativeDivision, 'province_code', 'post_code', 'province_list')
c_lookup_stage = LookupStage(AdministrativeDivision, '_id', 'post_code', 'city_list')
city_cursor = MemberLearningDayStatistics.sync_aggregate(
[match_stage, group_stage, sort_stage, p_lookup_stage, c_lookup_stage])
t_province_dict = {}
t_province_dict = get_merge_city_data(city_cursor, province_dict, t_province_dict)
if t_province_dict:
province_dict.update(t_province_dict)
def do_merge_city_stat_member_quantity(province_dict: dict, choice_time, city_code_list=None):
"""
合并省份统计信息
:param province_dict:
:param city_code_list
:param choice_time
:return:
"""
query_dict = {}
if province_dict:
query_dict['province_code'] = {'$in': [code for code in province_dict.keys()]}
if city_code_list:
query_dict['city_code'] = {'$in': city_code_list}
else:
query_dict['city_code'] = {'$ne': None}
if not choice_time:
# 取前一天凌晨12点之前的数据
yesterday = get_yesterday()
query_dict['updated_dt'] = {'$lt': yesterday}
else:
# 当天下一天凌晨的时候
max_choice_time = choice_time.replace(hour=23, minute=59, second=59, microsecond=999)
query_dict['updated_dt'] = {'$gte': choice_time, '$lt': max_choice_time}
query_dict['status'] = STATUS_USER_ACTIVE
match_stage = MatchStage(query_dict)
group_stage = GroupStage('city_code', quantity={'$sum': 1}, province_code={'$first': '$province_code'})
sort_stage = SortStage([('quantity', DESC)])
p_lookup_stage = LookupStage(AdministrativeDivision, 'province_code', 'post_code', 'province_list')
c_lookup_stage = LookupStage(AdministrativeDivision, '_id', 'post_code', 'city_list')
city_cursor = Member.sync_aggregate([match_stage, group_stage, sort_stage, p_lookup_stage, c_lookup_stage])
t_province_dict = {}
t_province_dict = get_merge_city_data(city_cursor, province_dict, t_province_dict)
if t_province_dict:
province_dict.update(t_province_dict)
def do_statistics_member_quantity(cache_key, city_code_list, choice_time):
"""开始统计
:param cache_key:
:param city_code_list:
:param choice_time
:return:
"""
RedisCache.set(cache_key, KEY_CACHE_REPORT_DOING_NOW, 5 * 60)
stage_list = []
if city_code_list:
stage_list.append(MatchStage({'city_code': {'$in': city_code_list}}))
if not choice_time:
# 取前一天凌晨12点之前的数据
yesterday_time = get_yesterday()
time_match = MatchStage({'updated_dt': {'$lt': yesterday_time}})
else:
# 当天下一天凌晨的时候
max_choice_time = choice_time.replace(hour=23, minute=59, second=59, microsecond=999)
time_match = MatchStage({'updated_dt': {'$gte': choice_time, '$lt': max_choice_time}})
stage_list.append(time_match)
stage_list.append(MatchStage({'status': STATUS_USER_ACTIVE}))
group_stage = GroupStage('province_code', quantity={'$sum': 1})
lookup_stage = LookupStage(AdministrativeDivision, '_id', 'post_code', 'ad_list')
sort_stage = SortStage([('quantity', DESC)])
stage_list += [group_stage, lookup_stage, sort_stage]
province_cursor = Member.sync_aggregate(stage_list)
province_dict = {}
while True:
try:
province_stat = province_cursor.next()
if province_stat:
province_code = province_stat.id if province_stat.id else '000000'
quantity = province_stat.quantity
title = 'undefined'
ad_list = province_stat.ad_list
if ad_list:
ad: FacadeO = ad_list[0]
if ad:
title = ad.title.replace('省', '').replace('市', '')
province_dict[province_code] = {
'code': province_code,
'title': title,
'data': quantity
}
except StopIteration:
break
# 合并城市统计信息
do_merge_city_stat_member_quantity(province_dict, choice_time, city_code_list)
data = [v for v in province_dict.values()]
if not data:
early_warning_empty("start_statistics_member_quantity", cache_key, city_code_list, '学习近况中人数数据为空，请检查！')
RedisCache.set(cache_key, msgpack.packb(data))
async def post(self):
r_dict = {'code': 0}
race_cid = self.get_argument('race_cid', '')
condition = self.get_argument('condition_value')
group_type = self.get_argument('group_type', 'date')
count_pass = self.get_argument('count_pass')
if count_pass:
sum_value = '$pass_num'
else:
sum_value = '$people_num'
pre_data = self.get_argument('pre_data')
query = {'race_cid': race_cid, 'record_flag': 1}
if pre_data:
pre_data: dict = json.loads(pre_data)
query.update(pre_data)
match_stage = MatchStage(query)
stage_list = [match_stage, MatchStage(parse_race_condition(condition))]
sort_stage = SortStage([('sum', DESC)])
group_id = None
if group_type == 'date':
group_id = 'daily_code'
sort_stage = SortStage([('_id', ASC)])
if group_type == 'province':
group_id = 'province'
if group_type == 'city':
group_id = 'city'
if group_type == 'district':
group_id = 'district'
group_stage = GroupStage(group_id, sum={'$sum': sum_value})
stage_list += [group_stage, sort_stage]
try:
stats = await ReportRacePeopleStatistics.aggregate(stage_list
).to_list(None)
series_data = [s.sum for s in stats]
x_axis_data = [s.id for s in stats if s]
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'bar': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
except Exception:
logger.error(traceback.format_exc())
return r_dict
def do_statistics_subject_parameter(cache_key, m_province_code_list,
m_city_code_list, s_province_code_list,
s_city_code_list, s_gender_list,
s_age_group_list, s_education_list):
"""
:param cache_key:
:param m_province_code_list:
:param m_city_code_list:
:param s_province_code_list:
:param s_city_code_list:
:param s_gender_list:
:param s_age_group_list:
:param s_education_list:
:return:
"""
RedisCache.set(cache_key, KEY_CACHE_REPORT_DOING_NOW, 5 * 60)
data = {}
max_q = None
max_q_list = SubjectChoiceRules.sync_aggregate(
[GroupStage('max', max={'$max': '$quantity'})]).to_list(1)
if max_q_list:
max_q = max_q_list[0]
if max_q and max_q.max > 0:
stage_list = do_create_query(max_q.max + 1, m_province_code_list,
m_city_code_list, s_province_code_list,
s_city_code_list, s_gender_list,
s_age_group_list, s_education_list)
if stage_list:
if stage_list:
stat_result = None
stat_result_list = MemberDailyStatistics.sync_aggregate(
stage_list).to_list(1)
if stat_result_list:
stat_result = stat_result_list[0]
if stat_result:
for i in range(max_q.max + 1):
attr = str(i)
if hasattr(stat_result, attr):
data[attr] = getattr(stat_result, attr, 0)
if not data:
early_warning_empty(
"start_statistics_subject_quantity", cache_key,
str(
dict(cache_key=cache_key,
m_province_code_list=m_province_code_list,
m_city_code_list=m_city_code_list,
s_province_code_list=s_province_code_list,
s_city_code_list=s_city_code_list,
s_gender_list=s_gender_list,
s_age_group_list=s_age_group_list,
s_education_list=s_education_list)), '学习趋势统计数据为空，请检查！')
RedisCache.set(cache_key, msgpack.packb(data))
async def generate_awards_by_item_settings(basic_setting, settings):
"""
:param basic_setting:
:param settings:
:return:
"""
if not (basic_setting and settings):
raise Exception('no basic_setting or settings')
# 删除还未发出的红包
await RedPacketBox.delete_many({
'rule_cid': basic_setting.rule_cid,
'member_cid': None
})
box_list = await RedPacketBox.aggregate(
[
MatchStage({
'rule_cid': basic_setting.rule_cid,
'award_cid': {
'$ne': None
}
}),
GroupStage('award_cid', sum={'$sum': 1})
],
read_preference=ReadPreference.PRIMARY).to_list(None)
# 红包的发放情况
get_situ = {box.id: box.sum for box in box_list}
award_list = list()
for config in settings:
for _ in range(config.quantity - get_situ.get(config.cid, 0)):
box = RedPacketBox()
box.race_cid = basic_setting.race_cid
box.rule_cid = basic_setting.rule_cid
box.award_cid = config.cid
box.award_msg = config.message
box.award_amount = config.amount
award_list.append(box)
has_sent_count = sum(get_situ.values())
while len(award_list) < basic_setting.expect_num - has_sent_count:
box = RedPacketBox()
box.race_cid = basic_setting.race_cid
box.rule_cid = basic_setting.rule_cid
box.award_msg = basic_setting.fail_msg
award_list.append(box)
shuffle(award_list)
if award_list:
for award in award_list:
await award.save()
async def _get_learning_code(history):
"""
获取学习日编码
:param member_cid: 会员CID
:return:
"""
if history:
l_code = RedisCache.get('LEARNING_STATISTICS_CODE_%s' % history.cid)
if not l_code:
prev_datetime = copy.deepcopy(history.fight_datetime).replace(
hour=23, minute=59, second=59,
microsecond=999999) - datetime.timedelta(days=1)
match_stage = MatchStage({
'member_cid': history.member_cid,
'fight_datetime': {
'$lte': prev_datetime
}
})
project_stage = ProjectStage(date={
'$dateToString': {
'format': '%Y%m%d',
'date': '$fight_datetime'
}
})
group_stage = GroupStage('date')
mgh_cursor = MemberGameHistory.aggregate(
[match_stage, project_stage, group_stage])
# mch_cursor = MemberCheckPointHistory.aggregate([match_stage, project_stage, group_stage])
tmp_dict = {}
while await mgh_cursor.fetch_next:
mgh = mgh_cursor.next_object()
if mgh:
tmp_dict[mgh.id] = int(mgh.id)
# while await mch_cursor.fetch_next:
# mch = mch_cursor.next_object()
# if mch:
# tmp_dict[mch.id] = int(mch.id)
l_code = 1
if tmp_dict:
l_code = len(tmp_dict.keys()) + 1
remain_seconds = get_day_remain_seconds()
if remain_seconds:
RedisCache.set(
'LEARNING_STATISTICS_CODE_%s' % history.member_cid, l_code,
remain_seconds)
else:
l_code = int(l_code)
return l_code
return None
def start_split_subject_stat_task(self, category, task_dt):
"""
:param self:
:param category:
:param task_dt:
:return:
"""
logger.info('START(%s): Begin split subject_statistics, condition is %s' %
(self.request.id, str(category)))
try:
result = RedisCache.hget(KEY_CACHE_REPORT_CONDITION, str(category))
if result is not None:
logger.warning(
' END (%s): DOING or Done split subject_statistics, condition is %s'
% (self.request.id, str(category)))
return
count_list = MemberSubjectStatistics.sync_aggregate(
stage_list=[GroupStage(category),
CountStage()]).to_list(1)
count = count_list[0].count if count_list else 0
logger.info('request(%s): SPLIT, count=%s' % (self.request.id, count))
quot, rema = divmod(count, SKIP_NUM)
ReportSubjectStatisticsMiddle.sync_delete_many({'category': category})
task_num = quot
if rema:
task_num = quot + 1
start_task_subject_statistics.delay(category, task_dt,
quot * SKIP_NUM,
self.request.id, task_num)
for i in range(quot):
start_task_subject_statistics.delay(category, task_dt,
i * SKIP_NUM, self.request.id,
task_num)
RedisCache.hset(KEY_CACHE_REPORT_CONDITION, str(category),
STATUS_SUBJECT_STATISTICS_IN_PROCESS)
except Exception:
logger.error(traceback.format_exc())
logger.info(' END (%s): Finish split subject_statistics, condition is %s' %
(self.request.id, str(category)))
async def do_get_subject_analysis_stat_data(race_subject_cid_list,
gender=None,
age_group=None,
education=None):
"""
获取机器题目分析统计数据
:param race_subject_cid_list:
:param gender:
:param age_group:
:param education:
:return:
"""
if race_subject_cid_list:
data = {}
match_dict = {'subject_cid': {'$in': race_subject_cid_list}}
if gender and gender in SEX_LIST:
match_dict['gender'] = gender
if age_group and age_group in TYPE_AGE_GROUP_LIST:
match_dict['age_group'] = age_group
if education and education in TYPE_EDUCATION_LIST:
match_dict['education'] = education
robot_analysis_cursor = FightRobotAnalysisReference.aggregate([
MatchStage(match_dict),
GroupStage(
group_field='subject_cid',
accuracy={'$avg': '$accuracy'},
avg_correct_seconds={'$avg': '$avg_correct_seconds'},
avg_incorrect_seconds={'$avg': '$avg_incorrect_seconds'},
words={'$avg': '$words'}),
])
while await robot_analysis_cursor.fetch_next:
robot_analysis = robot_analysis_cursor.next_object()
data[robot_analysis.oid] = {
'accuracy':
robot_analysis.accuracy,
'correct_seconds':
math.ceil(robot_analysis.avg_correct_seconds),
'incorrect_seconds':
math.ceil(robot_analysis.avg_incorrect_seconds),
'words':
int(robot_analysis.words)
}
return data
return None
def get_awarded_stars(member, fight_history):
count = 0
if member and fight_history:
try:
award_history_list = MemberStarsAwardHistory.sync_aggregate([
MatchStage({
'member_cid': member.cid,
'award_dt': {
'$lte': fight_history.fight_datetime
},
'dan_grade': fight_history.dan_grade
}),
GroupStage('member_cid', count={'$sum': '$quantity'})
]).to_list(1)
if award_history_list:
print('aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa')
award_history = award_history_list[0]
if award_history:
count = award_history.count
except Exception:
print(traceback.format_exc())
return count
async def post(self):
r_dict = {'code': 0}
open_id = self.get_i_argument('open_id', None)
race_cid = self.get_i_argument('race_cid', None)
if not race_cid:
r_dict['code'] = 1001
return r_dict
member = await find_member_by_open_id(open_id)
if not member:
r_dict['code'] = 1002
return r_dict
try:
rankings = []
# 找到活动下面的所有的单位
match_stage = MatchStage({'race_cid': race_cid, 'record_flag': 1})
group_stage = GroupStage('company_cid', sum={'$sum': 1})
company_list = await RaceMapping.aggregate(stage_list=[
match_stage, group_stage,
SortStage([('sum', DESC)])
]).to_list(None)
for company in company_list:
# 分类
company_assort = await Company.find_one({
'cid': company.id,
'record_flag': 1
})
rank = {
'title': company_assort.title if company_assort else '其他',
'people_count': company.sum
}
rankings.append(rank)
r_dict = {'code': 1000, 'rankings': rankings}
except Exception:
logger.error(traceback.format_exc())
return r_dict
def do_statistics_subject_radar(cache_key, root_dimension_code,
m_city_code_list, province_code_list,
city_code_list, gender_list, age_group_list,
education_list):
"""
:param cache_key:
:param root_dimension_code:
:param m_city_code_list:
:param province_code_list:
:param city_code_list:
:param gender_list:
:param age_group_list:
:param education_list:
:return:
"""
RedisCache.set(cache_key, KEY_CACHE_REPORT_DOING_NOW, 5 * 60)
data = []
dimension = SubjectDimension.sync_find_one(
dict(code=root_dimension_code, status=STATUS_SUBJECT_DIMENSION_ACTIVE))
if not dimension:
raise ValueError(
'can not find dimension by `root_dimension_code`(%s)' %
root_dimension_code)
stage_list = []
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
stage_list.append(MatchStage({'updated_dt': {'$lt': time_match}}))
if m_city_code_list:
stage_list.append(MatchStage({'city_code': {'$in': m_city_code_list}}))
query_dict = {}
if province_code_list:
query_dict['province_code'] = {'$in': province_code_list}
if city_code_list:
query_dict['city_code'] = {'$in': city_code_list}
if gender_list:
query_dict['gender'] = {
'$in': [int(s_gender) for s_gender in gender_list]
}
if age_group_list:
query_dict['age_group'] = {
'$in': [int(s_age_group) for s_age_group in age_group_list]
}
if education_list:
query_dict['education'] = {
'$in': [int(s_education) for s_education in education_list]
}
if query_dict:
stage_list.append(MatchStage(query_dict))
stage_list.append(
GroupStage('dimension.%s' % dimension.cid,
total={'$sum': '$total'},
correct={'$sum': '$correct'}))
stage_list.append(
LookupStage(SubjectDimension, '_id', 'cid', 'dimension_list'))
stat_result = MemberSubjectStatistics.sync_aggregate(stage_list)
while True:
try:
mds = stat_result.next()
if mds:
code, title, ordered = '', '', 0
if hasattr(mds, 'dimension_list') and mds.dimension_list:
dimension = mds.dimension_list[0]
if dimension:
code = dimension.code
title = dimension.title
ordered = dimension.ordered
data.append(
dict(code=code,
title=title,
ordered=ordered,
correct=mds.correct,
total=mds.total))
except StopIteration:
break
if not data:
early_warning_empty("start_statistics_subject_parameter_radar",
cache_key, locals(), '获取维度正确率雷达图统计数据为空，请检查！')
RedisCache.set(cache_key, msgpack.packb(data))
async def get(self):
dark_skin = self.get_argument('dark_skin')
dark_skin = True if dark_skin == 'True' else False
category_cid, difficulty_cid, knowledge_cid = None, None, None
subject_dimension_list = await SubjectDimension.find(
dict(parent_cid=None,
status=STATUS_SUBJECT_DIMENSION_ACTIVE)).to_list(None)
for subject_dimension in subject_dimension_list:
if subject_dimension:
if subject_dimension.code == 'CSK001':
category_cid = subject_dimension.cid
if subject_dimension.code == 'CSD001':
difficulty_cid = subject_dimension.cid
if subject_dimension.code == 'CDS001':
knowledge_cid = subject_dimension.cid
knowledge_dimension_list = await SubjectDimension.find(
dict(parent_cid=knowledge_cid)).sort([('ordered', ASC)]
).to_list(None)
category_dimension_list = await SubjectDimension.find(
dict(parent_cid=category_cid)).sort([('ordered', ASC)]
).to_list(None)
second_dimension_list = await SubjectDimension.find(
dict(parent_cid={'$ne': None})).sort([('ordered', ASC)]
).to_list(None)
dimension_mapping = json.dumps({
second_dimension.cid: second_dimension.parent_cid
for second_dimension in second_dimension_list
})
match_stage = MatchStage(
dict(status=STATUS_SUBJECT_ACTIVE,
category_use={
'$nin':
[CATEGORY_SUBJECT_BENCHMARK, CATEGORY_SUBJECT_GRADUATION]
}))
group_stage = GroupStage(
dict(category='$dimension_dict.%s' % category_cid,
difficulty='$dimension_dict.%s' % difficulty_cid,
knowledge='$dimension_dict.%s' % knowledge_cid))
sort_stage = SortStage([('_id.difficulty', ASC),
('_id.knowledge', ASC), ('_id.category', ASC)])
subject_lookup_stage = LookupStage(
foreign=Subject,
let={
'difficulty': '$_id.difficulty',
'knowledge': '$_id.knowledge',
'category': '$_id.category'
},
pipeline=[{
'$match': {
'$expr': {
'$and': [{
'$eq': ['$status', STATUS_SUBJECT_ACTIVE]
}, {
'$in': [
'$category_use',
[CATEGORY_SUBJECT_GENERAL, None]
]
}, {
'$eq': [
'$dimension_dict.%s' % difficulty_cid,
'$$difficulty'
]
}, {
'$eq': [
'$dimension_dict.%s' % knowledge_cid,
'$$knowledge'
]
}, {
'$eq': [
'$dimension_dict.%s' % category_cid,
'$$category'
]
}]
}
}
}, {
'$group': {
'_id': None,
'count': {
'$sum': 1
}
}
}],
as_list_name='quantity_list',
)
difficulty_lookup_stage = LookupStage(SubjectDimension,
'_id.difficulty', 'cid',
'difficulty_list')
knowledge_lookup_stage = LookupStage(SubjectDimension, '_id.knowledge',
'cid', 'knowledge_list')
category_lookup_stage = LookupStage(SubjectDimension, '_id.category',
'cid', 'category_list')
project_stage = ProjectStage(
**{
'_id': False,
'm_difficulty': {
'cid': '$_id.difficulty',
'code': '$difficulty_list.code',
'title': '$difficulty_list.title',
'ordered': '$difficulty_list.ordered'
},
'm_knowledge': {
'cid': '$_id.knowledge',
'code': '$knowledge_list.code',
'title': '$knowledge_list.title',
'ordered': '$knowledge_list.ordered'
},
'm_category': {
'cid': '$_id.category',
'code': '$category_list.code',
'title': '$category_list.title',
'ordered': '$category_list.ordered'
},
'count': '$quantity_list.count'
})
subject_cursor = Subject.aggregate([
match_stage, group_stage, sort_stage, subject_lookup_stage,
difficulty_lookup_stage, knowledge_lookup_stage,
category_lookup_stage, project_stage
])
data: dict = await self.do_generate_data_structs(subject_cursor)
return locals()
async def get(self):
race_cid = self.get_argument('race_cid', '')
menu_list = await get_menu(self, 'config', race_cid)
put_out_form = self.get_argument('put_out_form', '')
red_packet_item = self.get_argument('red_packet_item', '')
if race_cid:
# 抽奖总览
race = await Race.find_one({'cid': race_cid, 'record_flag': 1})
# 找到该活动下面的所有rule_cid
# 已经发放的红包个数
already_put_red_packet_amount_list = await RedPacketBox.aggregate([
MatchStage({
'race_cid': race_cid,
'draw_status': STATUS_REDPACKET_AWARDED,
'member_cid': {
'$ne': None
},
'award_cid': {
'$ne': None
},
'record_flag': 1
}),
GroupStage(None,
sum={'$sum': '$award_amount'},
quantity={'$sum': 1})
]).to_list(None)
# 抽奖详情
kw_word = self.get_argument('kw_word', '')
# 奖项标题
item_title = self.get_argument('item_title', '')
stage_list = [
LookupStage(Member, 'member_cid', 'cid', 'member_list'),
LookupStage(RaceGameCheckPoint, 'checkpoint_cid', 'cid',
'checkpoint_list'),
LookupStage(RedPacketItemSetting, 'award_cid', 'cid',
'setting_list'),
LookupStage(RedPacketConf, 'award_cid', 'cid', 'conf_list'),
ProjectStage(
**{
'member_cid': '$member_cid',
'nick_name': {
'$arrayElemAt': ['$member_list.nick_name', 0]
},
'checkpoint': {
'$arrayElemAt': ['$checkpoint_list.alias', 0]
},
'category': {
'$cond': {
'if': {
'$ne': ['$setting_list',
list()]
},
'then': '抽奖形式',
'else': '直接发放'
}
},
'detail': {
'$cond': {
'if': {
'$ne': ['$setting_list',
list()]
},
'then': {
'$arrayElemAt': ['$setting_list.title', 0]
},
'else': {
'$arrayElemAt': ['$conf_list.category', 0]
}
}
},
'award_amount': '$award_amount',
'draw_dt': '$draw_dt',
'award_cid': '$award_cid'
}),
]
query_dict = {}
if kw_word:
query_dict['$or'] = [
{
'nick_name': {
'$regex': kw_word,
'$options': 'i'
}
},
{
'member_cid': {
'$regex': kw_word,
'$options': 'i'
}
},
{
'checkpoint': {
'$regex': kw_word,
'$options': 'i'
}
},
]
if put_out_form:
query_dict['category'] = put_out_form
if red_packet_item and put_out_form != CATEGORY_REDPACKET_RULE_DICT.get(
CATEGORY_REDPACKET_RULE_DIRECT):
query_dict['detail'] = red_packet_item
query = MatchStage(query_dict)
stage_list.append(query)
query_match_dict = {
"race_cid": race_cid,
'draw_status': STATUS_REDPACKET_AWARDED,
'member_cid': {
'$ne': None
},
'award_cid': {
'$ne': None
},
'record_flag': 1
}
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&race_cid=%s&kw_name=%s&put_out_form=%s' % (
self.reverse_url("backoffice_race_redpkt_rule_see_result"),
per_page_quantity, race_cid, kw_word, put_out_form)
paging = Paging(page_url,
RedPacketBox,
current_page=to_page_num,
pipeline_stages=stage_list,
sort=['award_amount'],
items_per_page=per_page_quantity,
**query_match_dict)
await paging.pager()
# 抽奖形式的奖项列表
lottery_item_list = await RedPacketItemSetting.distinct(
'title', {
'race_cid': race_cid,
'record_flag': 1
})
return locals()
async def __do_get_report_data(self):
subject_dimension_list = await SubjectDimension.aggregate([
MatchStage({'parent_cid': None}),
SortStage([('ordered', ASC)]),
LookupStage(SubjectDimension, 'cid', 'parent_cid', 'sub_list')
]).to_list(None)
match_dict = {}
search_arguments = {}
# 地方科协不会开放此权限，因此导出全部省份数据
# m_province_code_list, m_city_code_list, _ = await do_different_administrative_division2(
# self.current_user.manage_region_code_list)
# if m_province_code_list:
# match_dict['province_code'] = {'$in': m_province_code_list}
# if m_city_code_list:
# match_dict['city_code'] = {'$in': m_city_code_list}
# 维度信息
dimension_dict = {}
for dimension in subject_dimension_list:
t_dimension = self.get_argument(dimension.cid, '')
if t_dimension:
dimension_dict['%s' % dimension.cid] = t_dimension
search_arguments[dimension.cid] = t_dimension
# 默认只显示，状态启用，并且不是基准测试或毕业测试的题目
match_dimension = {'$and': [
{'status': STATUS_SUBJECT_ACTIVE},
{'category_use': {
'$nin': [CATEGORY_SUBJECT_BENCHMARK, CATEGORY_SUBJECT_GRADUATION]}}
]}
if dimension_dict:
match_dimension['$and'].extend([{'dimension_dict.%s' % k: v} for k, v in dimension_dict.items()])
subject_cid_list = await Subject.distinct('cid', match_dimension)
if subject_cid_list:
match_dict['subject_cid'] = {'$in': subject_cid_list}
query_params = {}
s_province = self.get_argument('province', '')
if s_province:
query_params['province_code'] = s_province
search_arguments['province'] = s_province
s_city = self.get_argument('city', '')
if s_city:
query_params['city_code'] = s_city
search_arguments['city'] = s_city
s_age_group = self.get_argument('age_group', '')
if s_age_group:
query_params['age_group'] = int(s_age_group)
search_arguments['age_group'] = s_age_group
s_gender = self.get_argument('gender', '')
if s_gender:
query_params['gender'] = int(s_gender)
search_arguments['gender'] = s_gender
s_education = self.get_argument('education', '')
if s_education:
query_params['education'] = int(s_education)
search_arguments['education'] = s_education
manage_stage = MatchStage(match_dict)
query_stage = MatchStage(query_params)
group_stage = GroupStage('subject_cid', t_total={'$sum': '$total'}, t_correct={'$sum': '$correct'})
project_stage = ProjectStage(
total='$t_total', correct='$t_correct',
percent={
'$cond': {
'if': {'$eq': ['$t_total', 0]},
'then': 0,
'else': {
'$divide': ['$t_correct', '$t_total']
}
}
}
)
s_lookup_stage = LookupStage(Subject, '_id', 'cid', 'subject_list')
so_lookup_stage = LookupStage(SubjectOption, '_id', 'subject_cid', 'subject_option_list')
not_null_match = MatchStage({
'subject_list': {'$ne': []},
'subject_option_list': {'$ne': []}
})
final_project = ProjectStage(**{
'custom_code': {'$arrayElemAt': ['$subject_list.custom_code', 0]},
'code': {'$arrayElemAt': ['$subject_list.code', 0]},
'title': {'$arrayElemAt': ['$subject_list.title', 0]},
'subject_list': '$subject_list',
'subject_option_list': '$subject_option_list',
'dimension': {'$arrayElemAt': ['$subject_list.dimension_dict', 0]},
'total': '$total',
'correct': '$correct',
'percent': '$percent'
})
sort_list = []
sort = self.get_argument('sort')
if sort:
sort = int(sort)
else:
sort = 1
search_arguments['sort'] = sort
if sort == 1:
sort_list.append('-percent')
elif sort == 2:
sort_list.append('percent')
sort_list.append('-total')
return MemberSubjectStatistics.aggregate([
manage_stage, query_stage, group_stage, project_stage, s_lookup_stage, so_lookup_stage, not_null_match,
final_project
])
def do_create_query(max_q, m_province_code_list, m_city_code_list,
s_province_code_list, s_city_code_list, s_gender_list,
s_age_group_list, s_education_list):
"""
:param max_q:
:param m_province_code_list:
:param m_city_code_list:
:param s_province_code_list:
:param s_city_code_list:
:param s_gender_list:
:param s_age_group_list:
:param s_education_list:
:return:
"""
if max_q is not None:
stage_list = []
match_dict = {}
if m_province_code_list:
match_dict['province_code'] = {'$in': m_province_code_list}
if m_city_code_list:
match_dict['city_code'] = {'$in': m_city_code_list}
s_and_list = []
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
s_and_list.append({'updated_dt': {'$lt': time_match}})
if s_province_code_list:
s_and_list.append({'province_code': {'$in': s_province_code_list}})
if s_city_code_list:
s_and_list.append({'city_code': {'$in': s_city_code_list}})
if s_gender_list:
s_and_list.append({
'gender': {
'$in': [int(s_gender) for s_gender in s_gender_list]
}
})
if s_age_group_list:
s_and_list.append({
'age_group': {
'$in':
[int(s_age_group) for s_age_group in s_age_group_list]
}
})
if s_education_list:
s_and_list.append({
'education': {
'$in':
[int(s_education) for s_education in s_education_list]
}
})
if s_and_list:
match_dict['$and'] = s_and_list
if match_dict:
stage_list.append(MatchStage(match_dict))
group_dict = {}
for i in range(max_q):
group_dict[str(i)] = {'$sum': '$quantity_detail.%s' % i}
if group_dict:
stage_list.append(GroupStage(None, **group_dict))
return stage_list
return None
async def post(self):
r_dict = {'code': 0, 'pie': None, 'line': None}
category = self.get_argument('category')
if not category:
ms = await MemberShareStatistics.aggregate(
[GroupStage('category', sum={'$sum': 1})]).to_list(None)
r_dict['pie'] = {
'legendData':
list(set([v for _, v in CATEGORY_MEMBER_SHARE_DICT.items()]))
}
seriesData = [{
'name': CATEGORY_MEMBER_SHARE_DICT.get(m.id),
'value': m.sum
} for m in ms]
key_list = [m.id for m in ms]
res_index = ''
fight_index = ""
if CATEGORY_MEMBER_SHARE_EXAM_RESULT in key_list and CATEGORY_MEMBER_SHARE_FRIEND_FIGHT in key_list:
res_index = key_list.index(CATEGORY_MEMBER_SHARE_EXAM_RESULT)
fight_index = key_list.index(
CATEGORY_MEMBER_SHARE_FRIEND_FIGHT)
elif CATEGORY_MEMBER_SHARE_EXAM_RESULT not in key_list and CATEGORY_MEMBER_SHARE_FRIEND_FIGHT in key_list:
fight_index = key_list.index(
CATEGORY_MEMBER_SHARE_FRIEND_FIGHT)
seriesData[fight_index][
'name'] = CATEGORY_MEMBER_SHARE_EXAM_RESULT
if res_index != "":
seriesData[res_index]['value'] += seriesData[fight_index][
'value']
seriesData.remove(seriesData[fight_index])
r_dict['pie']['seriesData'] = seriesData
r_dict['code'] = 1
return r_dict
try:
x_axis = self.get_argument('xAxis', '')
condition_value = self.get_argument('condition_value', {})
# 特殊处理 fix: http://code.wenjuan.com/WolvesAU/CRSPN/issues/13
category = int(category)
c_match = {'category': int(category)}
if category == CATEGORY_MEMBER_SHARE_EXAM_RESULT:
c_match = {
'category': {
'$in': [
CATEGORY_MEMBER_SHARE_EXAM_RESULT,
CATEGORY_MEMBER_SHARE_FRIEND_FIGHT
]
}
}
ms = await MemberShareStatistics.aggregate([
MatchStage(c_match),
MatchStage(parse_condition(condition_value)),
ProjectStage(
**{
'share_dt': {
"$dateToString": {
"format": "%Y-%m-%d",
"date": "$share_dt"
}
},
}),
GroupStage('share_dt', sum={'$sum': 1}),
SortStage([('_id', ASC)])
]).to_list(None)
if not x_axis:
x_axis_data = [m.id for m in ms]
series_data = [m.sum for m in ms]
else:
x_axis_data = json.loads(x_axis)
member_id_map = {m.id: m for m in ms}
series_data = [
member_id_map[data.get('value')].sum
if data.get('value') in member_id_map else 0
for data in x_axis_data
]
r_dict = {
'code': 1,
'line': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
except Exception:
logger.error(traceback.format_exc())
return r_dict
def do_statistics_subject_cross(cache_key, main_dimension_code, second_dimension_code, m_city_code_list,
province_code_list, city_code_list, gender_list, age_group_list,
education_list):
"""
:param cache_key:
:param main_dimension_code:
:param second_dimension_code:
:param m_city_code_list:
:param province_code_list:
:param city_code_list:
:param gender_list:
:param age_group_list:
:param education_list:
:return:
"""
RedisCache.set(cache_key, KEY_CACHE_REPORT_DOING_NOW, 5 * 60)
main_dimension = SubjectDimension.sync_find_one(
dict(code=main_dimension_code, status=STATUS_SUBJECT_DIMENSION_ACTIVE))
main_sub_dimension_list = SubjectDimension.sync_find(dict(parent_cid=main_dimension.cid)).sort(
[('ordered', ASC)]).to_list(None)
second_dimension = SubjectDimension.sync_find_one(
dict(code=second_dimension_code, status=STATUS_SUBJECT_DIMENSION_ACTIVE))
second_sub_dimension_list = SubjectDimension.sync_find(dict(parent_cid=second_dimension.cid)).sort(
[('ordered', ASC)]).to_list(None)
data = []
for index, m_dimen in enumerate(main_sub_dimension_list):
sub_data_list = []
for s_dimen in second_sub_dimension_list:
stage_list = []
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
stage_list.append(MatchStage({'updated_dt': {'$lt': time_match}}))
match_dict = {'dimension.%s' % main_dimension.cid: m_dimen.cid,
'dimension.%s' % second_dimension.cid: s_dimen.cid}
if m_city_code_list:
match_dict['city_code'] = {'$in': m_city_code_list}
stage_list.append(MatchStage(match_dict))
query_dict = {}
if province_code_list:
query_dict['province_code'] = {'$in': province_code_list}
if city_code_list:
query_dict['city_code'] = {'$in': city_code_list}
if gender_list:
query_dict['gender'] = {'$in': [int(s_gender) for s_gender in gender_list]}
if age_group_list:
query_dict['age_group'] = {'$in': [int(s_age_group) for s_age_group in age_group_list]}
if education_list:
query_dict['education'] = {'$in': [int(s_education) for s_education in education_list]}
if query_dict:
stage_list.append(MatchStage(query_dict))
# 分组
group_params = {
'total': {'$sum': '$total'},
'correct': {'$sum': '$correct'}
}
stage_list.append(GroupStage(None, **group_params))
stat_result = MemberSubjectStatistics.sync_aggregate(
stage_list).to_list(None)
tmp_data = {
'code': s_dimen.code,
'title': s_dimen.title,
'ordered': s_dimen.ordered,
'correct': stat_result[0].correct if stat_result else 0,
'total': stat_result[0].total if stat_result else 0
}
sub_data_list.append(tmp_data)
main_data = {
'code': str(index + 1),
'title': m_dimen.title,
'ordered': index + 1,
'sub': sub_data_list
}
data.append(main_data)
if data:
data.sort(key=lambda x: x.get('ordered', 0))
if not data:
early_warning_empty("start_statistics_subject_parameter_cross", cache_key, locals(), '获取维度正确率统计数据为空，请检查！')
RedisCache.set(cache_key, msgpack.packb(data))
def do_statistics_accuracy(cache_key, city_code_list, choice_time):
"""
学习状况-正确率
:param cache_key:
:param city_code_list:
:param choice_time
:return:
"""
RedisCache.set(cache_key, KEY_CACHE_REPORT_DOING_NOW)
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
if not choice_time:
match_stage = MatchStage({'updated_dt': {'$lt': time_match}})
else:
# 当天下一天凌晨的时候
max_choice_time = choice_time.replace(hour=23, minute=59, second=59, microsecond=999)
match_stage = MatchStage({'updated_dt': {'$gte': choice_time, '$lt': max_choice_time}})
stage_list = [match_stage]
if city_code_list:
stage_list.append(MatchStage({'city_code': {'$in': city_code_list}}))
group_stage = GroupStage('province_code', t_total={'$sum': '$total'}, t_correct={'$sum': '$correct'})
add_fields_stage = AddFieldsStage(t_accuracy={
'$cond':
{
'if': {'$eq': ['$t_total', 0]},
'then': 0,
'else':
{
'$divide': ['$t_correct', '$t_total']
}
}
})
sort_stage = SortStage([('t_accuracy', DESC)])
lookup_stage = LookupStage(AdministrativeDivision, '_id', 'post_code', 'ad_list')
stage_list.extend([group_stage, add_fields_stage, sort_stage, lookup_stage])
province_stat_list = MemberSubjectStatistics.sync_aggregate(stage_list)
province_dict = {}
while True:
try:
province_stat = province_stat_list.next()
if province_stat:
province_code = province_stat.id if province_stat.id else '000000'
total = province_stat.t_total if province_stat.t_total else 0
correct = province_stat.t_correct if province_stat.t_correct else 0
title = 'undefined'
ad_list = province_stat.ad_list
if ad_list:
ad: FacadeO = ad_list[0]
if ad:
title = ad.title.replace('省', '').replace('市', '')
province_dict[province_code] = {
'code': province_code,
'title': title,
'correct': correct,
'total': total,
'data': round(correct / total * 100 if total > 0 else 0, 2)
}
except StopIteration:
break
# 合并城市统计信息
do_merge_city_stat_accuracy(province_dict, city_code_list)
data = [v for v in province_dict.values()]
RedisCache.set(cache_key, msgpack.packb(data))
if not data:
early_warning_empty("start_statistics_member_accuracy", cache_key, city_code_list, '学习近况中正确率数据为空，请检查！')
return data
async def do_paging_from_report_subject_statistics_middle(self, category, match_dict: dict, query_params: dict,
dimension_dict: dict, search_arguments: dict):
"""
:param category:
:param match_dict:
:param query_params:
:param dimension_dict:
:param search_arguments:
:return:
"""
# 默认只显示，状态启用，并且不是基准测试或毕业测试的题目
match_dimension = {'$and': [
{'status': STATUS_SUBJECT_ACTIVE},
{'category_use': {
'$nin': [CATEGORY_SUBJECT_BENCHMARK, CATEGORY_SUBJECT_GRADUATION]}}
]}
if dimension_dict:
match_dimension['$and'].extend([{'dimension_dict.%s' % k: v} for k, v in dimension_dict.items()])
subject_cid_list = await Subject.distinct('cid', match_dimension)
if subject_cid_list:
match_dict['subject_cid'] = {'$in': subject_cid_list}
region_match = {}
for k, v in match_dict.items():
region_match['condition.%s' % k] = v
query_dict = {'category': category}
for k, v in query_params.items():
query_dict['condition.%s' % k] = v
if dimension_dict:
for k, v in dimension_dict.items():
query_dict['dimension.%s' % k] = v
match_region = MatchStage(region_match)
query_stage = MatchStage(query_dict)
group_stage = GroupStage('condition.subject_cid',
custom_code={'$first': '$custom_code'},
code={'$first': '$code'},
title={'$first': '$title'},
task_dt={'$first': '$task_dt'},
option_dict={'$first': '$option_dict'},
dimension={'$first': '$dimension'},
total={'$sum': '$total'},
correct={'$sum': '$correct'}
)
final_project = ProjectStage(**{
'custom_code': 1,
'code': 1,
'title': 1,
'task_dt': 1,
'option_dict': 1,
'dimension': 1,
'total': 1,
'correct': 1,
'percent': {
'$cond': {
'if': {'$eq': ['$total', 0]},
'then': 0,
'else': {
'$divide': ['$correct', '$total']
}
}
}
})
sort_list = list()
sort = int(self.get_argument('sort', 1))
if sort == 1:
sort_list.append('-percent')
elif sort == 2:
sort_list.append('percent')
elif sort == 3:
sort_list.append('-total')
elif sort == 4:
sort_list.append('total')
elif sort == 5:
sort_list.append('-code')
elif sort == 6:
sort_list.append('code')
per_page_quantity = int(self.get_argument('per_page_quantity', 50))
to_page_num = int(self.get_argument('page', 1))
page_url = '%s?page=$page&per_page_quantity=%s' % (
self.reverse_url("backoffice_reports_subject_analysis_list"), per_page_quantity) + '&sort=%s&' % sort + \
'&'.join(
['='.join((key, str(search_arguments.get(key)))) for key in sorted(search_arguments.keys())])
paging = Paging(
page_url, ReportSubjectStatisticsMiddle, current_page=to_page_num, items_per_page=per_page_quantity,
pipeline_stages=[match_region, query_stage, group_stage, final_project], sort=sort_list)
await paging.pager()
return locals()
async def get_report_data(race: Race,
sort_stage,
time_match_stage,
category,
belong_city_district_title_list=[]):
"""
获得活动报表数据
:param race:
:param sort_stage:
:param category:
:param time_match_stage
:param belong_city_district_title_list
:return:
"""
title_list = []
accuracy_series_data_list = []
member_count_dict = {}
member_quantity_dict = {}
member_accuracy_dict = {}
if race:
# 参与人次
match_stage = MatchStage({'race_cid': race.cid, 'record_flag': 1})
stage_list = [match_stage, time_match_stage]
if belong_city_district_title_list:
stage_list.append(
MatchStage(
{'district': {
'$in': belong_city_district_title_list
}}))
group_stage = GroupStage(category, sum={'$sum': "$total_num"})
stage_list += [group_stage, sort_stage]
stats = await ReportRacePeopleStatistics.aggregate(stage_list).to_list(
None)
series_data_list = [s.sum for s in stats]
title_list = [s.id for s in stats if s]
# {'苏州': 200, '扬州': 300}
if title_list and series_data_list:
member_count_dict = {
title: data
for title, data in zip(title_list, series_data_list)
}
member_count_dict = delete_other(member_count_dict)
title_list = list(member_count_dict.keys())
# 参加人数
group_stage = GroupStage('auth_address.%s' % category, sum={'$sum': 1})
if belong_city_district_title_list:
participants_stats = await RaceMapping.aggregate(stage_list=[
match_stage, time_match_stage,
MatchStage({
'auth_address.district': {
'$in': belong_city_district_title_list
}
}), group_stage
]).to_list(None)
else:
participants_stats = await RaceMapping.aggregate(
stage_list=[match_stage, time_match_stage, group_stage]
).to_list(None)
quantity_title_list = [s.id for s in participants_stats]
quantity_data_list = [s.sum for s in participants_stats]
if quantity_title_list and quantity_data_list:
member_quantity_dict = {
title: data
for title, data in zip(quantity_title_list, quantity_data_list)
}
member_quantity_dict = delete_other(member_quantity_dict)
# 正确率
participants_accuracy = GroupStage(
'auth_address.%s' % category,
total_correct={'$sum': '$total_correct'},
total_count={'$sum': '$total_count'})
if belong_city_district_title_list:
accuracy_stats = await RaceMapping.aggregate(stage_list=[
match_stage, time_match_stage,
MatchStage({
'auth_address.district': {
'$in': belong_city_district_title_list
}
}), participants_accuracy
]).to_list(None)
else:
accuracy_stats = await RaceMapping.aggregate(stage_list=[
match_stage, time_match_stage, participants_accuracy
]).to_list(None)
for s in accuracy_stats:
if s and s.total_count == 0:
accuracy_series_data_list.append(0)
elif s and s.total_count != 0:
accuracy_series_data_list.append(
round((s.total_correct / s.total_count) * 100, 2))
accuracy_title_list = [s.id for s in accuracy_stats if s]
member_accuracy_dict = {
title: data
for title, data in zip(accuracy_title_list,
accuracy_series_data_list)
}
member_accuracy_dict = delete_other(member_accuracy_dict)
return title_list, member_count_dict, member_quantity_dict, member_accuracy_dict
async def post(self):
race_cid = self.get_argument('race_cid', '')
r_dict = {'code': 0, 'line': None}
category = self.get_argument('category')
if not category:
return r_dict
try:
category = int(category)
condition = self.get_argument('condition_value')
x_axis = self.get_argument('xAxis', '')
race = await Race.find_one({'cid': race_cid, 'record_flag': 1})
checkpoint_list = await RaceGameCheckPoint.find({
'race_cid': race_cid,
'record_flag': 1
}).to_list(None)
last_checkpoint_cid = ''
sort_stage = SortStage([('_id', ASC)])
if checkpoint_list:
last_checkpoint_cid = checkpoint_list[-1].cid
if not race.city_code:
# 省级活动， 按照市来区分
group_stage = GroupStage('auth_address.city', sum={'$sum': 1})
match_stage = MatchStage({
'race_cid': race_cid,
'record_flag': 1
})
group_partake_accuracy = GroupStage(
'auth_address.city',
total_correct={'$sum': '$total_correct'},
total_count={'$sum': '$total_count'})
important_player_group_stage = GroupStage('category',
sum={'$sum': 1})
important_player_accuracy = GroupStage(
'category',
total_correct={'$sum': '$total_correct'},
total_count={'$sum': '$total_count'})
important_match_stage = MatchStage({
'category': {
'$ne': 0
},
'race_cid': race_cid,
'record_flag': 1
})
check_point_lookup = LookupStage(
MemberCheckPointHistory,
let={'primary_cid': '$member_cid'},
as_list_name='history_list',
pipeline=[{
'$match': {
'$expr': {
'$and': [{
'$eq': ['$member_cid', '$$primary_cid']
}, {
'$eq': ['$status', 1]
}, {
'$eq':
['$check_point_cid', last_checkpoint_cid]
}]
}
}
}, {
'$match': {
'history_list': {
'$ne': []
}
}
}])
match_checkpoint_stage = MatchStage(
{'history_list': {
'$ne': []
}})
else:
# 市级活动， 按照区来分组
group_stage = GroupStage('auth_address.district',
sum={'$sum': 1})
match_stage = MatchStage({
'race_cid': race_cid,
'record_flag': 1
})
group_partake_accuracy = GroupStage(
'auth_address.district',
total_correct={'$sum': '$total_correct'},
total_count={'$sum': '$total_count'})
important_player_group_stage = GroupStage('category',
sum={'$sum': 1})
important_player_accuracy = GroupStage(
'category',
total_correct={'$sum': '$total_correct'},
total_count={'$sum': '$total_count'})
important_match_stage = MatchStage({
'category': {
'$ne': 0
},
'race_cid': race_cid,
'record_flag': 1
})
check_point_lookup = LookupStage(
MemberCheckPointHistory,
let={'primary_cid': '$member_cid'},
as_list_name='history_list',
pipeline=[
{
'$match': {
'$expr': {
'$and': [{
'$eq':
['$member_cid', '$$primary_cid']
}, {
'$eq': ['$status', 1]
}, {
'$eq': [
'$check_point_cid',
last_checkpoint_cid
]
}]
}
}
},
])
match_checkpoint_stage = MatchStage(
{'history_list': {
'$ne': []
}})
if category == CATEGORY__RACE_AREA_PLAYER_QUANTITY:
# 各区参与人数
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(condition)), match_stage,
group_stage, sort_stage
]).to_list(None)
series_data = [s.sum for s in stats]
if not x_axis:
x_axis_data = [s.id for s in stats if s]
x_axis_data, series_data = replace_race_other_area(
x_axis_data, series_data, is_sort=True)
else:
x_axis_data = json.loads(x_axis)
series_data = await deal_with_series_data(
stats, x_axis_data, series_data)
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'bar': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
if category == CATEGORY__RACE_AREA_PLAYER_ACCURACY:
# 各区参与正确率
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(condition)), match_stage,
group_partake_accuracy, sort_stage
]).to_list(None)
# series_data = [(s.total_correct / s.total_count) * 100 for s in stats if s and s.total_count != 0]
series_data = []
for s in stats:
if s and s.total_count == 0:
series_data.append(0)
elif s and s.total_count != 0:
series_data.append(
(s.total_correct / s.total_count) * 100)
if not x_axis:
x_axis_data = [s.id for s in stats if s]
x_axis_data, series_data = replace_race_other_area(
x_axis_data, series_data)
else:
x_axis_data = json.loads(x_axis)
if len(series_data) != len(x_axis_data):
series_data = [0 for _ in range(len(x_axis_data))]
for s in stats:
if s.id in x_axis_data and s.total_count != 0:
index = x_axis_data.index(s.id)
series_data[index] = (s.total_correct /
s.total_count) * 100
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'line': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
if category == CATEGORY_RACE_AREA_CLEARANCE_QUANTITY:
"""
各区通关人数
"""
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(
condition)), match_stage, check_point_lookup,
match_checkpoint_stage, group_stage, sort_stage
]).to_list(None)
series_data = [s.sum for s in stats if s]
if not x_axis:
x_axis_data = [s.id for s in stats if s]
x_axis_data, series_data = replace_race_other_area(
x_axis_data, series_data, is_sort=True)
else:
x_axis_data = json.loads(x_axis)
series_data = await deal_with_series_data(
stats, x_axis_data, series_data)
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'bar': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
if category == CATEGORY_RACE_AREA_IMPORTANT_QUANTITY:
"""
重点人群参与人数
"""
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(
condition)), important_match_stage,
important_player_group_stage, sort_stage
]).to_list(None)
series_data = [s.sum for s in stats if s]
if not x_axis:
x_axis_data = [s.id for s in stats if s]
none_index = ''
if None in x_axis_data:
none_index = x_axis_data.index(None)
if (none_index or none_index == 0) and series_data:
x_axis_data[none_index] = '其他'
x_axis_data[none_index], x_axis_data[-1] = x_axis_data[
-1], x_axis_data[none_index]
series_data[none_index], series_data[-1] = series_data[
-1], series_data[none_index]
for index, x_axis in enumerate(x_axis_data):
if x_axis not in ['其他', None]:
x_axis_data[index] = CATEGORY_MEMBER_DICT[x_axis]
else:
x_axis_data = json.loads(x_axis)
series_data = await deal_with_important_people(
stats, x_axis_data, series_data)
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'bar': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
if category == CATEGORY_RACE_AREA_IMPORTANT_PLAYER_ACCURACY:
# 重点人群正确率
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(
condition)), important_match_stage,
important_player_accuracy, sort_stage
]).to_list(None)
series_data = [(s.total_correct / s.total_count) * 100
for s in stats if s and s.total_count != 0]
if not x_axis:
x_axis_data = [s.id for s in stats if s]
none_index = ''
if None in x_axis_data:
none_index = x_axis_data.index(None)
if (none_index or none_index == 0) and series_data:
x_axis_data[none_index] = '其他'
x_axis_data[none_index], x_axis_data[-1] = x_axis_data[
-1], x_axis_data[none_index]
series_data[none_index], series_data[-1] = series_data[
-1], series_data[none_index]
for index, x_axis in enumerate(x_axis_data):
if x_axis not in ['其他', None]:
x_axis_data[index] = CATEGORY_MEMBER_DICT[x_axis]
else:
x_axis_data = json.loads(x_axis)
if len(series_data) != len(x_axis_data):
series_data = [0 for _ in range(len(x_axis_data))]
for s in stats:
if CATEGORY_MEMBER_DICT[
s.
id] in x_axis_data and s.total_count != 0:
index = x_axis_data.index(
CATEGORY_MEMBER_DICT[s.id])
series_data[index] = (s.total_correct /
s.total_count) * 100
if len(x_axis_data) == 1 and None in x_axis_data:
x_axis_data = ['其他']
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'line': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
except Exception:
logger.error(traceback.format_exc())
return r_dict
def do_merge_city_stat_accuracy(province_dict: dict, city_code_list=None):
"""
合并省份统计信息
:param province_dict:
:param city_code_list:
:return:
"""
if province_dict:
match_query = {'province_code': {'$in': [code for code in province_dict.keys()]}}
if city_code_list:
match_query['city_code'] = {'$in': city_code_list}
else:
match_query['city_code'] = {'$ne': None}
match_stage = MatchStage(match_query)
group_stage = GroupStage('city_code', t_total={'$sum': '$total'}, t_correct={'$sum': '$correct'},
province_code={'$first': '$province_code'})
add_fields_stage = AddFieldsStage(t_accuracy={
'$cond':
{
'if': {'$eq': ['$t_total', 0]},
'then': 0,
'else':
{
'$divide': ['$t_correct', '$t_total']
}
}
})
sort_stage = SortStage([('t_accuracy', DESC)])
p_lookup_stage = LookupStage(AdministrativeDivision, 'province_code', 'post_code', 'province_list')
c_lookup_stage = LookupStage(AdministrativeDivision, '_id', 'post_code', 'city_list')
city_stat_list = MemberSubjectStatistics.sync_aggregate(
[match_stage, group_stage, add_fields_stage, sort_stage, p_lookup_stage, c_lookup_stage])
t_province_dict = {}
while True:
try:
city_stat = city_stat_list.next()
if not city_stat:
continue
city_list = city_stat.city_list
total = city_stat.t_total if city_stat.t_total else 0
correct = city_stat.t_correct if city_stat.t_correct else 0
if not city_list:
continue
city: FacadeO = city_list[0]
if not (city and city.parent_code):
continue
p_stat = province_dict.get(city.parent_code)
if p_stat:
if p_stat.get('city_list') is None:
p_stat['city_list'] = []
p_stat['city_list'].append({
'code': city_stat.id,
'title': city.title,
'correct': correct,
'total': total,
'data': round(correct / total * 100 if total > 0 else 0, 2)
})
else:
province_list = city_stat.province_list
if province_list:
province: FacadeO = province_list[0]
if province:
if t_province_dict.get(province.post_code) is None:
t_province_dict[province.post_code] = {
'code': province.post_code,
'title': province.title.replace('省', '').replace('市', ''),
'correct': 0,
'total': 0
}
t_province_dict[province.post_code]['correct'] += correct
t_province_dict[province.post_code]['total'] += total
t_province_dict['data'] = round(t_province_dict[province.post_code]['correct'] /
t_province_dict[province.post_code][
'total'] * 100 if
t_province_dict[province.post_code][
'total'] > 0 else 0, 2)
if t_province_dict[province.post_code].get('city_list') is None:
t_province_dict[province.post_code]['city_list'] = []
t_province_dict[province.post_code]['city_list'].append({
'code': city_stat.id,
'title': city.title,
'correct': correct,
'total': total,
'data': round(correct / total * 100 if total > 0 else 0, 2)
})
except StopIteration:
break
if t_province_dict:
province_dict.update(t_province_dict)
async def post(self):
race_cid = self.get_argument('race_cid', '')
r_dict = {'code': 0, 'line': None}
category = self.get_argument('category')
if not category:
return r_dict
member_cid_list = await RaceMapping.distinct(
'member_cid', {
'race_cid': race_cid,
'company_cid': '3A6E1E81BD02EA321FEAB121D6DCCFDD'
})
num = 0
for member_cid in member_cid_list:
history = await MemberCheckPointHistory.find_one({
'member_cid':
member_cid,
'status':
1,
'check_point_cid':
'6F9E3F448F5673CBA7CC7D419F287EF7'
})
if history:
num += 1
try:
category = int(category)
checkpoint_list = await RaceGameCheckPoint.find({
'race_cid': race_cid,
'record_flag': 1
}).to_list(None)
last_checkpoint_cid = ''
if checkpoint_list:
last_checkpoint_cid = checkpoint_list[-1].cid
condition = self.get_argument('condition_value')
x_axis = self.get_argument('xAxis', '')
# 根据公司cid来分组
company_group_stage = GroupStage('company_cid', sum={'$sum': 1})
sort_stage = SortStage([('_id', ASC)])
match_stage = MatchStage({'race_cid': race_cid, 'record_flag': 1})
company_accuracy_group_stage = GroupStage(
'company_cid',
total_correct={'$sum': '$total_correct'},
total_count={'$sum': '$total_count'})
check_point_lookup = LookupStage(
MemberCheckPointHistory,
let={'primary_cid': '$member_cid'},
as_list_name='history_list',
pipeline=[
{
'$match': {
'$expr': {
'$and': [{
'$eq': ['$member_cid', '$$primary_cid']
}, {
'$eq': ['$status', 1]
}, {
'$eq':
['$check_point_cid', last_checkpoint_cid]
}]
}
}
},
])
match_checkpoint_stage = MatchStage({'history_list': {'$ne': []}})
if category == CATEGORY__RACE_COMPANY_PLAYER_QUANTITY:
# 各公司的参与人数
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(condition)),
match_stage,
company_group_stage,
sort_stage,
]).to_list(None)
x_axis_data = []
series_data = [s.sum for s in stats]
if not x_axis and stats:
company_cid_list = [s.id for s in stats if s]
# 把公司cid改成公司标题
for company_cid in company_cid_list:
if company_cid:
company = await Company.find_one({
'cid': company_cid,
'record_flag': 1
})
x_axis_data.append(company.title)
else:
x_axis_data.append(None)
x_axis_data, series_data = replace_race_other_area(
x_axis_data, series_data)
else:
x_axis_data = json.loads(x_axis)
if len(series_data) != len(x_axis_data):
series_data = [0 for _ in range(len(x_axis_data))]
for s in stats:
company = await Company.find_one({
'cid': s.id,
'record_flag': 1
})
title = company.title
if title in x_axis_data:
index = x_axis_data.index(title)
series_data[index] = s.sum
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'bar': {
'xAxisData': x_axis_data,
'seriesData': series_data,
}
}
if category == CATEGORY__RACE_COMPANY_PLAYER_ACCURACY:
# 各公司的正确率
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(condition)), match_stage,
company_accuracy_group_stage, sort_stage
]).to_list(None)
x_axis_data = []
series_data = [(s.total_correct / s.total_count) * 100
for s in stats if s and s.total_count != 0]
if not x_axis:
company_cid_list = [s.id for s in stats if s]
# 把公司cid改成公司标题
for company_cid in company_cid_list:
if company_cid:
company = await Company.find_one({
'cid': company_cid,
'record_flag': 1
})
x_axis_data.append(company.title)
else:
x_axis_data.append(None)
x_axis_data, series_data = replace_race_other_area(
x_axis_data, series_data)
else:
x_axis_data = json.loads(x_axis)
if len(series_data) != len(x_axis_data):
series_data = [0 for _ in range(len(x_axis_data))]
for s in stats:
company = await Company.find_one({
'cid': s.id,
'record_flag': 1
})
title = company.title
if title in x_axis_data and s.total_count != 0:
index = x_axis_data.index(title)
series_data[index] = (s.total_correct /
s.total_count) * 100
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'line': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
if category == CATEGORY_RACE_COMPANY_CLEARANCE_QUANTITY:
"""
各公司的通关人数
"""
stats = await RaceMapping.aggregate(stage_list=[
MatchStage(parse_race_condition(
condition)), match_stage, check_point_lookup,
match_checkpoint_stage, company_group_stage, sort_stage
]).to_list(None)
series_data = [s.sum for s in stats if s]
if not x_axis:
x_axis_data = []
if not x_axis and stats:
company_cid_list = [s.id for s in stats if s]
# 把公司cid改成公司标题
for company_cid in company_cid_list:
if company_cid:
company = await Company.find_one({
'cid':
company_cid,
'record_flag':
1
})
x_axis_data.append(company.title)
else:
x_axis_data.append(None)
x_axis_data, series_data = replace_race_other_area(
x_axis_data, series_data)
else:
x_axis_data = json.loads(x_axis)
if len(series_data) != len(x_axis_data):
series_data = [0 for _ in range(len(x_axis_data))]
for s in stats:
company = await Company.find_one({
'cid': s.id,
'record_flag': 1
})
title = company.title
if title in x_axis_data:
index = x_axis_data.index(title)
series_data[index] = s.sum
if not x_axis_data:
x_axis_data = ['暂无数据']
r_dict = {
'code': 1,
'bar': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
except Exception:
logger.error(traceback.format_exc())
return r_dict
def get_stages(group_dict=None, skip_num=None):
"""
:param group_dict:
:param skip_num:
:return:
"""
if not group_dict or skip_num is None:
logger.error('there is not group_dict(%s) or skip_num(%s)' %
(group_dict, skip_num))
raise ValueError()
inactive_subject_cids = Subject.sync_distinct(
'cid', {
'$or': [{
'status': STATUS_SUBJECT_INACTIVE
}, {
'category_use': {
'$in':
[CATEGORY_SUBJECT_BENCHMARK, CATEGORY_SUBJECT_GRADUATION]
}
}]
})
inactive_sbj = MatchStage({'subject_cid': {'$nin': inactive_subject_cids}})
group_stage = GroupStage(group_dict,
t_total={'$sum': '$total'},
t_correct={'$sum': '$correct'},
created_dt={'$max': '$created_dt'})
sort_stage = SortStage([('t_total', DESC), ('t_correct', DESC),
('created_dt', ASC)])
project_stage = ProjectStage(total='$t_total',
correct='$t_correct',
percent={
'$cond': {
'if': {
'$eq': ['$t_total', 0]
},
'then': 0,
'else': {
'$divide':
['$t_correct', '$t_total']
}
}
})
s_lookup_stage = LookupStage(Subject,
as_list_name='subject_list',
let={'subject_id': "$_id.subject_cid"},
pipeline=[{
'$match': {
'$expr': {
'$and': [{
'$eq':
['$cid', '$$subject_id']
}]
}
}
}])
so_lookup_stage = LookupStage(
SubjectOption,
as_list_name='subject_option_list',
let={'subject_id': "$_id.subject_cid"},
pipeline=[{
'$match': {
'$expr': {
'$and': [{
'$eq': ['$subject_cid', '$$subject_id']
}]
}
}
}, {
'$sort': {
'code': ASC
}
}])
match_stage = MatchStage({
'subject_list': {
'$ne': []
},
'subject_option_list': {
'$ne': []
}
})
project_stage2 = ProjectStage(
**{
'custom_code': {
'$arrayElemAt': ['$subject_list.custom_code', 0]
},
'code': {
'$arrayElemAt': ['$subject_list.code', 0]
},
'title': {
'$arrayElemAt': ['$subject_list.title', 0]
},
'option_list': '$subject_option_list',
'dimension': {
'$arrayElemAt': ['$subject_list.dimension_dict', 0]
},
'total': '$total',
'correct': '$correct'
})
skip_stage = SkipStage(skip_num)
limit_stage = LimitStage(10000)
return [
inactive_sbj, group_stage, sort_stage, skip_stage, limit_stage,
project_stage, s_lookup_stage, so_lookup_stage, match_stage,
project_stage2
]
async def do_paging_from_member_subject_statistics(self, match_dict, query_params, dimension_dict,
search_arguments):
"""
:param match_dict:
:param query_params:
:param dimension_dict:
:param search_arguments:
:return:
"""
subject_dimension_list = await SubjectDimension.aggregate([
MatchStage({'parent_cid': None}),
SortStage([('ordered', ASC)]),
LookupStage(SubjectDimension, 'cid', 'parent_cid', 'sub_list')
]).to_list(None)
match_dict = {}
search_arguments = {}
# 地方科协不会开放此权限，因此显示全部省份数据
# m_province_code_list, m_city_code_list, _ = await do_different_administrative_division2(
# self.current_user.manage_region_code_list)
# if m_province_code_list:
# match_dict['province_code'] = {'$in': m_province_code_list}
# if m_city_code_list:
# match_dict['city_code'] = {'$in': m_city_code_list}
# 维度信息
dimension_dict = {}
for dimension in subject_dimension_list:
t_dimension = self.get_argument(dimension.cid, '')
if t_dimension:
dimension_dict['%s' % dimension.cid] = t_dimension
search_arguments[dimension.cid] = t_dimension
# 默认只显示，状态启用，并且不是基准测试或毕业测试的题目
match_dimension = {'$and': [
{'status': STATUS_SUBJECT_ACTIVE},
{'category_use': {
'$nin': [CATEGORY_SUBJECT_BENCHMARK, CATEGORY_SUBJECT_GRADUATION]}}
]}
if dimension_dict:
match_dimension['$and'].extend([{'dimension_dict.%s' % k: v} for k, v in dimension_dict.items()])
subject_cid_list = await Subject.distinct('cid', match_dimension)
if subject_cid_list:
match_dict['subject_cid'] = {'$in': subject_cid_list}
query_params = {}
s_province = self.get_argument('province', '')
if s_province:
query_params['province_code'] = s_province
search_arguments['province'] = s_province
s_city = self.get_argument('city', '')
if s_city:
query_params['city_code'] = s_city
search_arguments['city'] = s_city
s_age_group = self.get_argument('age_group', '')
if s_age_group:
query_params['age_group'] = int(s_age_group)
search_arguments['age_group'] = s_age_group
s_gender = self.get_argument('gender', '')
if s_gender:
query_params['gender'] = int(s_gender)
search_arguments['gender'] = s_gender
s_education = self.get_argument('education', '')
if s_education:
query_params['education'] = int(s_education)
search_arguments['education'] = s_education
manage_stage = MatchStage(match_dict)
query_stage = MatchStage(query_params)
group_stage = GroupStage('subject_cid', t_total={'$sum': '$total'}, t_correct={'$sum': '$correct'})
project_stage = ProjectStage(
total='$t_total', correct='$t_correct',
percent={
'$cond': {
'if': {'$eq': ['$t_total', 0]},
'then': 0,
'else': {
'$divide': ['$t_correct', '$t_total']
}
}
}
)
s_lookup_stage = LookupStage(Subject, '_id', 'cid', 'subject_list')
so_lookup_stage = LookupStage(SubjectOption, '_id', 'subject_cid', 'subject_option_list')
not_null_match = MatchStage({
'subject_list': {'$ne': []},
'subject_option_list': {'$ne': []}
})
final_project = ProjectStage(**{
'custom_code': {'$arrayElemAt': ['$subject_list.custom_code', 0]},
'code': {'$arrayElemAt': ['$subject_list.code', 0]},
'title': {'$arrayElemAt': ['$subject_list.title', 0]},
'subject_list': '$subject_list',
'subject_option_list': '$subject_option_list',
'dimension': {'$arrayElemAt': ['$subject_list.dimension_dict', 0]},
'total': '$total',
'correct': '$correct',
'percent': '$percent'
})
sort_list = []
sort = self.get_argument('sort')
if sort:
sort = int(sort)
else:
sort = 1
search_arguments['sort'] = sort
if sort == 1:
sort_list.append('-percent')
elif sort == 2:
sort_list.append('percent')
elif sort == 3:
sort_list.append('-total')
elif sort == 4:
sort_list.append('total')
elif sort == 5:
sort_list.append('-code')
elif sort == 6:
sort_list.append('code')
# 分页 START
per_page_quantity = int(self.get_argument('per_page_quantity', 50))
to_page_num = int(self.get_argument('page', 1))
page_url = '%s?page=$page&per_page_quantity=%s' % (
self.reverse_url("backoffice_reports_subject_analysis_list"),
per_page_quantity) + '&sort=%s&' % sort + '&'.join(
['='.join((key, str(search_arguments.get(key)))) for key in sorted(search_arguments.keys())])
paging = Paging(
page_url, MemberSubjectStatistics, current_page=to_page_num, items_per_page=per_page_quantity,
pipeline_stages=[manage_stage, query_stage, group_stage, project_stage, s_lookup_stage, so_lookup_stage,
not_null_match, final_project],
sort=sort_list)
await paging.pager()
for temp_item in paging.page_items:
option_dict = dict()
if not temp_item.subject_option_list:
pass
else:
for opt in temp_item.subject_option_list:
option_dict[opt.sort] = {'title': opt.title, 'correct': opt.correct}
setattr(temp_item, 'option_dict', option_dict)
return locals()
async def post(self):
"""
:return:
"""
time = datetime.datetime.now()
export_time = datetime2str(time, date_format='%Y-%m-%d %H:%M:%S')
order = self.get_argument('order', '')
chart_name = self.get_argument('chart_name', '')
# 答题活跃度的数据
data_dict = self.get_argument('data', '')
data_list = []
condition_title_list = []
# 没有筛选条件的总体活跃度
if data_dict:
data_dict = json.loads(data_dict)
condition_title_list = list(data_dict.keys())
data_list = list(data_dict.values())
# 有筛选条件的数据
if '总体活跃度' in condition_title_list:
position = condition_title_list.index('总体活跃度')
else:
position = data_list.index(max(sum(data_list)))
if len(data_list) > position:
condition_title_list.remove(condition_title_list[position])
# 可管理的省份名称
manage_region_title_list = []
manage_region_code_list = self.current_user.manage_region_code_list
if manage_region_code_list:
for manage_region_code in manage_region_code_list:
manage_region_province = await AdministrativeDivision.find_one(
{
'code': manage_region_code,
'record_flag': 1,
'parent_code': None
})
if manage_region_province:
manage_region_title_list.append(
manage_region_province.title)
else:
manage_region_city = await AdministrativeDivision.find_one(
{
'code': manage_region_code,
'record_flag': 1
})
province = await manage_region_city.parent
manage_region_title_list.append(province.title)
try:
output = BytesIO()
workbook = Workbook(output, {'in_memory': True})
title_format = workbook.add_format({
'font_size': 12,
'bold': '1',
'valign': 'vcenter',
'align': 'center',
'font_name': 'Microsoft YaHei',
'border': 1
})
data_format = workbook.add_format({
'valign': 'vcenter',
'align': 'left',
'font_name': 'Microsoft YaHei',
'border': 1
})
data_center_format = workbook.add_format({
'valign': 'vcenter',
'align': 'center',
'font_name': 'Microsoft YaHei',
'border': 1
})
if order == "1" and chart_name:
pass
# 公民科学素质学习答题趋势统计
if order == '2' and chart_name:
answer_tendency_date = self.get_argument(
'answer_tendency_date', '')
answer_tendency_data = self.get_argument(
'answer_tendency_data', '')
answer_tendency_data = json.loads(answer_tendency_data)
answer_tendency_date = json.loads(answer_tendency_date)
answer_tendency_date = deal_with_data(answer_tendency_date)
if answer_tendency_date and answer_tendency_data:
worksheet = workbook.add_worksheet(name=chart_name)
worksheet.merge_range(1,
2,
1,
5,
'导出时间' + export_time,
cell_format=title_format)
worksheet.merge_range(0,
0,
0,
2,
chart_name,
cell_format=title_format)
worksheet.merge_range(1,
0,
1,
1,
'筛选条件',
cell_format=title_format)
worksheet.merge_range(2,
0,
3,
1,
'总体答题次数',
cell_format=title_format)
worksheet.write_string(2, 2, '日期', cell_format=data_format)
worksheet.write_string(3,
2,
'答题次数',
cell_format=data_format)
answer_tendency_title = list(answer_tendency_data.keys())
answer_data_list = list(answer_tendency_data.values())
# 有筛选条件的数据
if '总体答题次数' in answer_tendency_title:
position = answer_tendency_title.index('总体答题次数')
else:
position = answer_data_list.index(
max(sum(answer_data_list)))
if len(answer_data_list) > position:
answer_tendency_title.remove(
answer_tendency_title[position])
for index, date in enumerate(answer_tendency_date):
worksheet.write_string(2, 3 + index, date)
if '总体答题次数' in list(answer_tendency_data.keys()):
worksheet.write_string(
3,
3 + index,
str(answer_tendency_data['总体答题次数'][index]),
cell_format=data_center_format)
else:
max_data_list = max(sum(answer_data_list))
worksheet.write_string(
3,
2 + order,
max_data_list[index - 1],
cell_format=data_center_format)
if answer_tendency_title:
# 有筛选条件得数据写入到excel
for index, condition_title in enumerate(
answer_tendency_title):
worksheet.merge_range(2 * (index + 2) + index + 1,
0,
2 * (index + 2) + 2 + index,
1,
condition_title,
cell_format=title_format)
worksheet.write_string(2 * (index + 2) + index + 1,
2,
'日期',
cell_format=data_format)
worksheet.write_string(2 * (index + 2) + index + 2,
2,
'答题次数',
cell_format=data_format)
for condition_index, data in enumerate(
answer_tendency_data[condition_title]):
worksheet.write_string(2 * (index + 2) +
index + 2,
2 + condition_index + 1,
str(data),
cell_format=data_format)
worksheet.write_string(
2 * (index + 2) + index + 1,
2 + condition_index + 1,
answer_tendency_date[condition_index],
cell_format=data_format)
if order == '3' and chart_name and data_dict:
# 活跃度的导出excel
worksheet = workbook.add_worksheet(name=chart_name)
for order in range(1, 31):
worksheet.write_string(2,
2 + order,
str(order),
cell_format=data_center_format)
if '总体活跃度' in list(data_dict.keys()):
worksheet.write_string(3,
2 + order,
data_dict['总体活跃度'][order - 1] +
'%',
cell_format=data_center_format)
else:
max_data_list = max(sum(data_list))
worksheet.write_string(3,
2 + order,
max_data_list[order - 1] + '%',
cell_format=data_center_format)
worksheet.merge_range(1,
2,
1,
5,
'导出时间' + export_time,
cell_format=title_format)
worksheet.merge_range(0,
0,
0,
2,
chart_name,
cell_format=title_format)
worksheet.merge_range(1,
0,
1,
1,
'筛选条件',
cell_format=title_format)
worksheet.merge_range(2,
0,
3,
1,
'总体活跃度(%)',
cell_format=title_format)
worksheet.write_string(2, 2, '活跃天数', cell_format=data_format)
worksheet.write_string(3, 2, '活跃度(%)', cell_format=data_format)
if condition_title_list:
# 有筛选条件得数据写入到excel
for index, condition_title in enumerate(
condition_title_list):
worksheet.merge_range(2 * (index + 2) + index + 1,
0,
2 * (index + 2) + 2 + index,
1,
condition_title,
cell_format=title_format)
worksheet.write_string(2 * (index + 2) + index + 1,
2,
'活跃天数',
cell_format=data_format)
for order in range(1, 31):
worksheet.write_string(2 * (index + 2) + index + 1,
2 + order,
str(order),
cell_format=data_format)
worksheet.write_string(2 * (index + 2) + index + 2,
2,
'活跃度(%)',
cell_format=data_format)
for condition_index, data in enumerate(
data_dict[condition_title]):
worksheet.write_string(2 * (index + 2) + index + 2,
2 + condition_index + 1,
data,
cell_format=data_format)
# 每日参与top5的导出数据
if order == '4' and chart_name:
# 每日参与top_5的数据
stat_category = self.get_argument('stat_category', '')
top_five_data_list = self.get_argument('top_five_data', '')
if top_five_data_list:
top_five_data_list = json.loads(top_five_data_list)
date_list = self.get_argument('date', '')
if date_list:
date_list = json.loads(date_list)
date_list = deal_with_data(date_list)
if stat_category and top_five_data_list and date_list:
data_series_dict, province_and_city_dict = deal_with_data_excel(
date_list, top_five_data_list)
# {'江苏': ['南京', '苏州‘], '浙江':['杭州']}
total_data_dict = {}
# 某个省下面的所有的市 报表中有数据的市
city_title_list = []
# 报表中省的列表
province_title_list = []
# 省和市的列表
total_title = []
show_name_list = []
show_data_list = []
# 需要添加undefined的省份
need_append_undifend_province_list = []
for top_five_data in top_five_data_list:
temple_data = []
temple_name = []
for index, data in enumerate(top_five_data):
total_title.append(data['name'])
if data['name'] and data['value']:
temple_name.append(
{date_list[index]: data['name']})
temple_data.append(
{date_list[index]: data['value']})
show_name_list.append(temple_name)
show_data_list.append(temple_data)
total_title = [title for title in total_title if title]
for total in total_title:
if ' ' in total:
province_title_list.append(total.split(' ')[0])
city_title_list.append(total.split(' ')[1])
if total.split(' ')[1] == 'undefined':
need_append_undifend_province_list.append(
total.split(' ')[0])
province_title_list = list(set(province_title_list))
city_title_list = list(
set([city for city in city_title_list if city]))
for province_title in province_title_list:
total_data_dict[province_title] = city_title_list
province = await AdministrativeDivision.find_one({
'title':
province_title,
'parent_code':
None
})
if province:
belong_provice_city_title_list = await AdministrativeDivision.distinct(
'title', {'parent_code': province.code})
total_data_dict[province_title] = list(
set(city_title_list)
& set(belong_provice_city_title_list))
total_data_dict[province_title] = list(
set(city_title_list)
& set(belong_provice_city_title_list))
# 各个省的市的个数
length_list = []
for index, city_title in enumerate(
list(total_data_dict.values())):
if list(total_data_dict.keys()
)[index] in need_append_undifend_province_list:
total_data_dict.get(
list(total_data_dict.keys())[index]).append(
'undefined')
for index, city_title in enumerate(
list(total_data_dict.values())):
if city_title:
length_list.append(len(city_title))
province_length = sum(length_list) + len(
list(total_data_dict.values()))
if province_length == 0:
province_length = 10
worksheet = workbook.add_worksheet(name=chart_name + '(' +
stat_category + ')')
worksheet.merge_range(0,
0,
province_length,
0,
'每日参与' + stat_category,
cell_format=data_format)
worksheet.merge_range(1,
1,
province_length,
1,
'导出时间: ' + export_time,
cell_format=data_format)
worksheet.merge_range(0,
2,
0,
4,
'日期',
cell_format=data_center_format)
for index, date in enumerate(date_list):
worksheet.write_string(0,
5 + index,
date,
cell_format=data_format)
worksheet.merge_range(1,
2,
province_length,
2,
'省份',
cell_format=data_center_format)
city_map = {}
province_map = {}
if total_data_dict:
choice_city_title_list = list(total_data_dict.values())
for index, data in enumerate(choice_city_title_list):
if index == 0:
worksheet.merge_range(
1,
3,
1 + len(data),
3,
list(total_data_dict.keys())[index],
cell_format=data_center_format)
else:
worksheet.merge_range(
1 + sum(length_list[:index]) + index,
3,
sum(length_list[:index + 1]) + index + 1,
3,
list(total_data_dict.keys())[index],
cell_format=data_center_format)
if index == 0:
for city_index, city in enumerate(data):
if city == 'undefined':
city = '_'
worksheet.write_string(
1,
4,
list(total_data_dict.keys())[index],
cell_format=data_center_format)
worksheet.write_string(
2 + city_index,
4,
city,
cell_format=data_center_format)
worksheet.write_string(
1, 5, '6666', cell_format=data_format)
city_map[city] = 2 + city_index
province_map[list(
total_data_dict.keys())[index]] = 1
Position(city, 2 + city_index, 4)
Position(
list(total_data_dict.keys())[index], 1,
4)
else:
for city_index, city in enumerate(data):
if city == 'undefined':
city = '_'
worksheet.write_string(
sum(length_list[:index]) + index + 1,
4,
list(total_data_dict.keys())[index],
cell_format=data_center_format)
worksheet.write_string(
sum(length_list[:index]) + index + 2 +
city_index,
4,
city,
cell_format=data_center_format)
city_map[city] = sum(
length_list[:index]
) + 2 + index + city_index
province_map[list(
total_data_dict.keys())[index]] = sum(
length_list[:index]) + index + 1
Position(
city,
sum(length_list[:index]) + 2 + index +
city_index, 4)
Position(
list(total_data_dict.keys())[index],
sum(length_list[:index]) + index + 1,
4)
for index, data in enumerate(choice_city_title_list):
if index == 0:
for key, value in data_series_dict.items():
if key.split(' ')[0] == 'undefined':
position = Position(
key.split(' ')[0], city_map['_'],
4)
else:
position = Position(
key.split(' ')[0],
city_map[key.split(' ')[0]], 4)
if position:
order = date_list.index(
key.split(' ')[1])
worksheet.write_number(
position.row, 5 + order,
int(value))
else:
for key, value in data_series_dict.items():
if key.split(' ')[0] == 'undefined':
position = Position(
key.split(' ')[0], city_map['_'],
4)
else:
position = Position(
key.split(' ')[0],
city_map[key.split(' ')[0]], 4)
if position:
order = date_list.index(
key.split(' ')[1])
worksheet.write_number(
position.row, 5 + order,
int(value))
for order, date in enumerate(date_list):
for index, value in enumerate(
list(province_map.values())):
if index != len(list(
province_map.values())) - 1:
first = value + 2
end = list(province_map.values())[index +
1]
else:
first = list(
province_map.values())[index] + 2
end = province_length + 1
col = 5 + order
col = convert(col)
first = col + str(first)
end = col + str(end)
worksheet.write_formula(
value, 5 + order,
'=SUM(' + first + ':' + end + ')')
# 学习近况的导出数据
if order == '1' and chart_name:
# 取前一天凌晨12点之前的数据
time_match = get_yesterday()
time_match_stage = MatchStage(
{'updated_dt': {
'$lt': time_match
}})
province_code_list, city_code_list, _ = await do_different_administrative_division2(
self.current_user.manage_region_code_list)
month_stage_list = []
member_stage_list = []
accuracy_stage_list = []
if province_code_list:
month_stage_list.append(
MatchStage(
{'province_code': {
'$in': province_code_list
}}))
member_stage_list.append(
MatchStage(
{'province_code': {
'$in': province_code_list
}}))
accuracy_stage_list.append(
MatchStage(
{'province_code': {
'$in': province_code_list
}}))
if city_code_list:
month_stage_list.append(
MatchStage({'city_code': {
'$in': city_code_list
}}))
member_stage_list.append(
MatchStage({'city_code': {
'$in': city_code_list
}}))
accuracy_stage_list.append(
MatchStage({'city_code': {
'$in': city_code_list
}}))
add_fields_stage = AddFieldsStage(
t_accuracy={
'$cond': {
'if': {
'$eq': ['$t_total', 0]
},
'then': 0,
'else': {
'$divide': ['$t_correct', '$t_total']
}
}
})
member_stage_list.append(
MatchStage({'status': STATUS_USER_ACTIVE}))
month_group_stage = GroupStage(
{
'province_code': '$province_code',
'created_dt': {
"$dateToString": {
"format": "%Y-%m",
"date": "$created_dt"
}
}
},
sum={'$sum': '$learn_times'})
lookup_stage = LookupStage(AdministrativeDivision, '_id',
'post_code', 'ad_list')
member_group_stage = GroupStage(
{
'province_code': '$province_code',
'created_dt': {
"$dateToString": {
"format": "%Y-%m",
"date": "$created_dt"
}
}
},
sum={'$sum': 1})
accuracy_group_stage = GroupStage(
{
'province_code': '$province_code',
'created_dt': {
"$dateToString": {
"format": "%Y-%m",
"date": "$created_dt"
}
}
},
t_total={'$sum': '$total'},
t_correct={'$sum': '$correct'})
group_stage = GroupStage('province_code',
t_total={'$sum': '$total'},
t_correct={'$sum': '$correct'})
month_sort_stage = SortStage([('_id.created_dt', ASC)])
# 次数
month_stage_list.extend([
time_match_stage, month_group_stage, lookup_stage,
month_sort_stage
])
# 人数
member_stage_list.extend([
time_match_stage, member_group_stage, lookup_stage,
month_sort_stage
])
accuracy_province_stage_list = copy.deepcopy(
accuracy_stage_list)
accuracy_province_stage_list.extend([
time_match_stage, group_stage, lookup_stage,
add_fields_stage, month_sort_stage
])
# 省和月份共同筛选的正确率
accuracy_stage_list.extend([
time_match_stage, accuracy_group_stage, lookup_stage,
add_fields_stage, month_sort_stage
])
# 只有省的正确率
month_province_list = MemberLearningDayStatistics.aggregate(
month_stage_list)
member_province_list = Member.aggregate(member_stage_list)
accuracy_province_list = MemberSubjectStatistics.aggregate(
accuracy_stage_list)
total_accuracy = MemberSubjectStatistics.aggregate(
accuracy_province_stage_list)
month_province_dict = {}
member_province_dict = {}
accuracy_province_dict = {}
date_list = []
province_title_list = []
province_map = {}
member_date_list = []
accuracy_date_list = []
# 次数
while await month_province_list.fetch_next:
month_province = month_province_list.next_object()
if month_province:
province_dt = month_province.id if month_province.id else '000000'
province = await AdministrativeDivision.find_one({
'code':
province_dt.get('province_code'),
'record_flag':
1,
'parent_code':
None
})
if province_dt.get('created_dt') not in date_list:
date_list.append(province_dt.get('created_dt'))
province_title = ''
if province:
province_title = province.title
province_title_list.append(province_title)
province_title_list = list(set(province_title_list))
dt = province_dt.get('created_dt')
month_province_dict[province_title + ' ' +
dt] = month_province.sum
# 人数
while await member_province_list.fetch_next:
member_province = member_province_list.next_object()
if member_province:
member_province_id = member_province.id if member_province.id else ''
province = await AdministrativeDivision.find_one({
'code':
member_province_id.get('province_code'),
'record_flag':
1,
'parent_code':
None
})
province_title = ''
if province:
province_title = province.title
dt = member_province_id.get('created_dt')
if member_province_id.get(
'created_dt') not in member_date_list:
member_date_list.append(
member_province_id.get('created_dt'))
member_province_dict[province_title + ' ' +
dt] = member_province.sum
# 正确率
while await accuracy_province_list.fetch_next:
accuracy_province = accuracy_province_list.next_object()
if accuracy_province:
accuracy_province_id = accuracy_province.id if accuracy_province.id else ''
province = await AdministrativeDivision.find_one({
'code':
accuracy_province_id.get('province_code'),
'record_flag':
1,
'parent_code':
None
})
province_title = ''
if province:
province_title = province.title
dt = accuracy_province_id.get('created_dt')
if accuracy_province_id.get(
'created_dt') not in accuracy_date_list:
accuracy_date_list.append(
accuracy_province_id.get('created_dt'))
if accuracy_province.t_total == 0:
accuracy_province_dict[province_title + ' ' +
dt] = 0
else:
accuracy_province_dict[
province_title + ' ' +
dt] = (accuracy_province.t_correct /
accuracy_province.t_total) * 100
province_dict = {}
# 总的题目
total_quantity_list = []
# 总的答对题目
correct_quantity_list = []
# 总的正确率
while await total_accuracy.fetch_next:
province_stat = total_accuracy.next_object()
if province_stat:
province_code = province_stat.id if province_stat.id else '000000'
total = province_stat.t_total if province_stat.t_total else 0
correct = province_stat.t_correct if province_stat.t_correct else 0
province = await AdministrativeDivision.find_one({
'code':
province_code,
'record_flag':
1,
'parent_code':
None
})
province_title = ''
if province:
province_title = province.title
province_dict[province_title] = round(
correct / total * 100 if total > 0 else 0, 2)
total_quantity_list.append(total)
correct_quantity_list.append(correct)
# 次数的sheet
print(date_list)
worksheet = workbook.add_worksheet(name='次数')
worksheet.merge_range(0,
0,
0,
len(date_list) + 1,
'公民参与科学素质学习状况',
cell_format=title_format)
worksheet.write_string(1,
0,
'已累计次数',
cell_format=data_center_format)
worksheet.merge_range(1,
2,
1,
len(date_list) + 1,
'导出时间:' + export_time,
cell_format=data_center_format)
worksheet.merge_range(2,
0,
3,
0,
'省份',
cell_format=data_center_format)
worksheet.merge_range(2,
1,
3,
1,
'人数汇总(人)',
cell_format=data_center_format)
worksheet.merge_range(2,
2,
2,
6,
'每月新增人数(人)',
cell_format=data_center_format)
insert_excel(date_list, worksheet, data_center_format,
province_title_list, province_map,
month_province_dict)
# 人数的sheet
worksheet = workbook.add_worksheet(name='人数')
worksheet.merge_range(0,
0,
0,
len(member_date_list) + 1,
'公民参与科学素质学习状况',
cell_format=title_format)
worksheet.write_string(1,
0,
'已累计人数',
cell_format=data_center_format)
worksheet.merge_range(1,
2,
1,
len(member_date_list) + 1,
'导出时间：' + export_time,
cell_format=data_center_format)
worksheet.merge_range(2,
0,
3,
0,
'省份',
cell_format=data_center_format)
worksheet.merge_range(2,
1,
3,
1,
'人数汇总(人/次)',
cell_format=data_center_format)
worksheet.merge_range(2,
2,
2,
6,
'每月新增人数(人/次)',
cell_format=data_center_format)
insert_excel(member_date_list, worksheet, data_center_format,
province_title_list, province_map,
member_province_dict)
# 正确率的sheet
worksheet = workbook.add_worksheet(name='正确率')
total_province_accuracy = round(
sum(correct_quantity_list) / sum(total_quantity_list) *
100, 2)
worksheet.merge_range(0,
0,
0,
len(date_list) + 1,
'公民参与科学素质学习状况',
cell_format=title_format)
worksheet.merge_range(1,
0,
1,
1,
'总体正确率' + str(total_province_accuracy) +
'%',
cell_format=data_center_format)
worksheet.merge_range(1,
2,
1,
len(date_list) + 1,
'导出时间:' + export_time,
cell_format=data_center_format)
worksheet.merge_range(2,
0,
3,
0,
'省份',
cell_format=data_center_format)
worksheet.merge_range(2,
1,
3,
1,
'正确率',
cell_format=data_center_format)
worksheet.merge_range(2,
2,
2,
6,
'每月正确率波动(%)',
cell_format=data_center_format)
for index, date in enumerate(accuracy_date_list):
worksheet.write_string(3,
2 + index,
date,
cell_format=data_center_format)
for index, province_title in enumerate(province_title_list):
worksheet.write_string(4 + index,
0,
province_title,
cell_format=data_center_format)
worksheet.write_string(4 + index,
1,
str(province_dict[province_title]),
cell_format=data_center_format)
province_map[province_title] = 4 + index
for month_province, value in accuracy_province_dict.items():
value = round(value, 2)
position = Position(
month_province.split(' ')[0],
province_map[month_province.split(' ')[0]], 0)
order = accuracy_date_list.index(
month_province.split(' ')[1])
worksheet.write_string(position.row, 2 + order, str(value))
workbook.close()
self.set_header(
'Content-Type',
'application/vnd.openxmlformats-officedocument.spreadsheetml.sheet'
)
self.set_header(
'Content-Disposition',
"attachment;filename*=utf-8''{}.xlsx".format(
quote(chart_name.encode('utf-8'))))
self.write(output.getvalue())
self.finish()
except Exception:
logger.error(traceback.format_exc())
async def post(self):
r_dict = {'code': 0, 'line': None}
category = self.get_argument('category')
if not category:
return r_dict
try:
category = int(category)
condition = self.get_argument('condition_value')
x_axis = self.get_argument('xAxis', '')
stats = None # 统计结果
if category == CATEGORY_MEMBER_LEARN_SUBJECT_WRONG:
stats = await SubjectWrongViewedStatistics.aggregate(
stage_list=[
MatchStage(parse_condition(condition)),
GroupStage('count', sum={'$sum': 1}),
SortStage([('_id', ASC)]),
LimitStage(6)
]).to_list(None)
if category == CATEGORY_MEMBER_LEARN_SUBJECT_RESOLVING_VIEWED:
stats = await SubjectResolvingViewedStatistics.aggregate(
stage_list=[
MatchStage(parse_condition(condition)),
GroupStage('member_cid', sum={'$sum': 1}),
GroupStage('sum', sum={'$sum': 1}),
SortStage([('_id', ASC)]),
LimitStage(6)
]).to_list(None)
if category == CATEGORY_MEMBER_LEARN_SUBJECT_RESOLVING_TREND:
stats = await SubjectResolvingViewedStatistics.aggregate(
stage_list=[
MatchStage(parse_condition(condition)),
MatchStage({'wrong_count': {
'$gt': 0
}}),
GroupStage('wrong_count', sum={'$sum': 1}),
SortStage([('_id', ASC)]),
LimitStage(6)
]).to_list(None)
if category == CATEGORY_MEMBER_LEARN_SUBJECT_PERSONAL_CENTER:
stats = await PersonalCenterViewedStatistics.aggregate(
stage_list=[
MatchStage(parse_condition(condition)),
GroupStage('count', sum={'$sum': 1}),
SortStage([('_id', ASC)]),
LimitStage(6)
]).to_list(None)
member_count = sum([s.sum for s in stats])
if not x_axis:
x_axis_data = [s.id for s in stats]
if member_count == 0:
series_data = [0] * len(x_axis_data)
else:
series_data = [s.sum / member_count * 100 for s in stats]
else:
x_axis_data = json.loads(x_axis)
stat_id_map = {s.id: s for s in stats}
if member_count == 0:
series_data = [0] * len(x_axis_data)
else:
series_data = [
stat_id_map[data.get('value')].sum / member_count *
100 if data.get('value') in stat_id_map else 0
for data in x_axis_data
]
r_dict = {
'code': 1,
'line': {
'xAxisData': x_axis_data,
'seriesData': series_data
}
}
except Exception:
logger.error(traceback.format_exc())
return r_dict
