def get(self, request):
getParams = request.GET
filter_date = getParams.get('filter_date', '')
project_name = getParams.get('project_name', '')
department_name = request.user.department.department_name
if not project_name:
project_name = -1
# 创建查询条件
plain_sql = filter_dev_event_sql(filter_date=filter_date,
project_name=project_name,
project_id='',
department_name=department_name)
#统计分析select dev_event_project_id, count((end_time-start_time)) as time_diff from api_devevent group by dev_event_project_id
group_sql = u'select chinese_name,ROUND(sum(extract(EPOCH from child.end_time - child.start_time)/3600)::numeric,2) as date_diff from ({0}) as child group by chinese_name order by date_diff desc '.format(
plain_sql)
row = fetch_data(group_sql)
#转换数据为echarts能接受的格式
x_data = [i['chinese_name'] for i in row]
y_data = [i['date_diff'] for i in row]
content = dict_to_json({'x_data': x_data, 'y_data': y_data})
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
# employee_name= getParams.get('employee_name', '').strip()
natural_week = getParams.get('natural_week', '')
# department_name =u'销售部'
#验证日期是否符合 2017-01的格式
__match = re.compile('^\d{4}-\d{2}').match(natural_week)
if __match:
natural_week = __match.group()
else:
natural_week = get_day_of_week()
user_id = get_user_id(request)
data = WeekSummary.objects.filter(summary_owner=user_id).filter(
natural_week=natural_week).all()
result_field = [
"id", "natural_week", "summary", "self_evaluation", "plan"
]
data_dict = queryset_to_dict(data, result_field)
content = dict_to_json(data_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
filter_date = getParams.get('filter_date', '')
employee_name = getParams.get('employee_name', '')
if not employee_name:
employee_name = u'空姓名'
#error
department_name = request.user.department.department_name
# 创建查询条件
plain_sql = filter_dev_event_sql(filter_date=filter_date,
employee_name=employee_name,
project_id='',
project_name='',
department_name='',
user_id='')
#统计分析
group_sql = u'select event_date,event_type_name,ROUND(sum(duration_time/3600)::numeric,2) as date_diff from ({0}) as child group by event_date,event_type_name order by event_date,event_type_name '.format(
plain_sql)
row = fetch_data(group_sql)
#转换数据为echarts能接受的格式
event_date_list = list(
{i['event_date'].strftime("%Y-%m-%d")
for i in row}) #取不重复的日期
event_type_name_list = list({i['event_type_name']
for i in row}) #取不重复的类型名称
event_date_list.sort()
result = {}
for event_date in event_date_list:
result[event_date] = {}
for type_name in event_type_name_list:
result[event_date][type_name] = 0
for value in row:
if value.get('event_date').strftime(
"%Y-%m-%d") == event_date and value.get(
'event_type_name') == type_name:
result[event_date][type_name] = value.get(
'date_diff', 0)
date_list = []
time_count_list = {}
for event_date in event_date_list:
date_list.append(event_date)
for type_name in event_type_name_list:
if time_count_list.get(type_name):
time_count_list[type_name].append(
result[event_date].get(type_name))
else:
time_count_list[type_name] = [
result[event_date].get(type_name)
]
content = dict_to_json({
'date_list': date_list,
'time_count_list': time_count_list
})
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
natural_week = getParams.get('natural_week', '')
employee_name = getParams.get('employee_name', '')
# project_name = getParams.get('project_name', '')
department_name = request.user.department.department_name
user_id = chinesename_to_userid(employee_name)
# 创建查询条件
plain_sql = filter_sale_event_sql(natural_week=natural_week,
user_id=user_id,
department_name='')
#统计分析
# group_sql = u'select event_type_name,ROUND(sum(extract(EPOCH from child.end_time - child.start_time)/3600)::numeric,2) as date_diff from ({0}) as child group by event_type_name '.format(plain_sql)
data = fetch_data(plain_sql)
result_list = []
for row in data:
result_dict = {}
for key, value in row.items():
result_dict[key] = value
result_dict['which_day'] = day_of_week(str(row['visit_date']))
result_list.append(result_dict)
content = dict_to_json(result_list)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
user_id = get_user_id(request)
getParams = request.GET
filter_date = getParams.get('filter_date', '')
customer_id = getParams.get('customer_id', '')
natural_week = getParams.get('natural_week', '')
#如果传入了周数，则转成日期段
# if filter_date:
# filter_date='-'.join(getfirstday(filter_date))
plain_sql = filter_sale_event_sql(filter_date=filter_date,
natural_week=natural_week,
user_id=user_id,
customer_id=customer_id,
department_name='')
data = fetch_data(plain_sql)
result_list = []
for row in data:
result_dict = {}
for key, value in row.items():
result_dict[key] = value
result_dict['which_day'] = day_of_week(str(row['visit_date']))
result_list.append(result_dict)
content = dict_to_json(result_list)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
filter_date = getParams.get('filter_date', '')
department_name = request.user.department.department_name
if not department_name:
department_name = u"空部门"
# 创建查询条件
plain_sql = filter_dev_event_sql(filter_date=filter_date,
project_id='',
project_name='',
department_name=department_name,
employee_name='',
user_id='')
#统计分析
group_sql = u'select event_type_name,ROUND(sum(duration_time/3600)::numeric,2) as date_diff from ({0}) as child group by event_type_name '.format(
plain_sql)
row = fetch_data(group_sql)
#转换数据为echarts能接受的格式
type_list = [i['event_type_name'] for i in row]
type_count = [{
'name': i['event_type_name'],
'value': i['date_diff']
} for i in row]
content = dict_to_json({
'type_list': type_list,
'type_count': type_count
})
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
data = SaleActiveType.objects.filter(closed_status=0).all()
result_field = [
"id", "active_type_name", "sale_active_type_remark", "create_time"
]
data_dict = queryset_to_dict(data, result_field)
content = dict_to_json(data_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
data = DevProject.objects.filter(closed_status=0).all()
result_field = [
"id", "creater_id", "status", "dev_project_remark", "project_name",
"create_time"
]
data_dict = queryset_to_dict(data, result_field)
content = dict_to_json(data_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
data = SalePhase.objects.filter(closed_status=0).all()
result_field = [
"id", "phase_name", "description", "phase_count",
"sale_phase_remark", "create_time"
]
data_dict = queryset_to_dict(data, result_field)
content = dict_to_json(data_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
filter_date = getParams.get('filter_date', '')
project_name = getParams.get('project_name', '')
if not project_name:
employee_name = u'空项目'
#error
department_name = request.user.department.department_name
# 创建查询条件
plain_sql = filter_dev_event_sql(filter_date=filter_date,
project_name=project_name,
project_id='',
employee_name='',
department_name=department_name,
user_id='')
#统计分析
group_sql = u'select position_id, ROUND(sum(extract(EPOCH from child.end_time - child.start_time)/3600)::numeric,3) as date_diff from ({0}) as child group by position_id order by date_diff desc'.format(
plain_sql)
#加上职位的中文名称
position_sql = u'select * from ({0}) as group_sql left join accounts_position as pos on pos.id=group_sql.position_id'.format(
group_sql)
row = fetch_data(position_sql)
#转换数据为echarts能接受的格式
x_data = [i['position_name'] for i in row]
y_data = [i['date_diff'] for i in row]
sum_y = sum(y_data)
#做累加后减去总值然后
def change(param, tempSum=0, result=[]):
'''
累加器
'''
for i in param:
tempSum = i + tempSum
result.append(tempSum)
return result
y_change = change(y_data)
y_change_data = [abs(i - sum_y) for i in y_change]
y_change_data.insert(0, 0)
y_data.insert(0, sum_y)
x_data.insert(0, u'总时间')
content = dict_to_json({
'x_data': x_data,
'y_data': y_data,
'y_change_data': y_change_data
})
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
user_id = get_user_id(request)
result_field = [
"id", "full_name", "short_name", "contact_post", "contact_name",
"contact_mdn", "contact_tel_num", "sale_customer_remark",
"create_time"
]
data = SaleCustomer.objects.filter(
sale_customer_owner_id=user_id).all()
data_dict = queryset_to_dict(data, result_field)
content = dict_to_json(data_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
natural_week = getParams.get('natural_week', '')
employee_name = getParams.get('employee_name', '')
department_name = request.user.department.department_name
# 创建查询条件
if employee_name:
plain_sql = filter_dev_event_sql(natural_week=natural_week,
project_id='',
department_name=department_name,
employee_name=employee_name)
else:
return my_response(code=1, msg=u"缺少雇员姓名条件")
#统计分析
group_sql = u'select event_type_name,ROUND(sum(duration_time/3600)::numeric,2) as date_diff from ({0}) as child group by event_type_name '.format(
plain_sql)
data = fetch_data(plain_sql)
#先变换数据
alternation_list = []
event_date_list = [] #保存所有不重复的日期
for key, value in enumerate(data):
'''
获取所有日期字段保存为list，并将需要的字段放入alternation_list备用
'''
event_date = value.get('event_date').strftime("%Y-%m-%d")
event_date_list.append(event_date)
data_list = [
'project_name', 'event_type_name', 'description',
'up_reporter_id', 'down_reporter_ids', 'fin_percentage',
'dev_event_remark'
]
field_data = {key: value.get(key) for key in data_list}
field_data['duration_time'] = round(
value.get('duration_time') / 3600, 1)
field_data['event_date'] = event_date
field_data['which_day'] = day_of_week(field_data['event_date'])
field_data['up_reporter_name'] = userid_to_chinesename(
value.get('up_reporter_id'))
field_data['down_reporter_name'] = userid_to_chinesename(
value.get('down_reporter_ids'))
alternation_list.append(field_data)
content = dict_to_json(alternation_list)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
natural_week = getParams.get('natural_week', '')
__match = re.compile('^\d{4}-\d{2}').match(natural_week)
if __match:
natural_week = __match.group()
else:
natural_week = get_day_of_week()
data_dict = SaleTarget.objects.filter(natural_week=natural_week).values("id","phase_name__phase_name",\
"natural_week", "target", "phase_count","sale_target_remark",'sale_target_owner__chinese_name') \
.order_by('-natural_week','sale_target_owner__chinese_name','phase_name__phase_name')
result_dict = list(data_dict)
content = dict_to_json(result_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
# department_id = getParams.get('department_id', '')
# if department_id:
# user_queryset=User.objects.filter(department_id=department_id).all()
# else:
user_queryset = User.objects.all()
user_ids = tuple([i.id for i in user_queryset])
data = User.objects.filter(pk__in=user_ids).all()
query_field = [
"id", "username", "chinese_name", "department", "position"
]
data_dict = queryset_to_dict(data, query_field)
content = dict_to_json(data_dict)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
natural_week = getParams.get('natural_week', '')
department_name = request.user.department.department_name
try:
natural_week = natural_week[:7]
except:
natural_week = '2017-1'
filter_sql = filter_sale_event_sql(natural_week=natural_week,
department_name=department_name)
# 联合目标和实际记录
pivot_sql = pivot_target_actual_sql(natural_week=natural_week,
filter_sql=filter_sql,
department_name=department_name)
data = fetch_data(pivot_sql)
content = dict_to_json(data)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
user_id = get_user_id(request)
getParams = request.GET
project_id = getParams.get('project_id', '')
filter_date = getParams.get('filter_date', '')
natural_week = getParams.get('natural_week', '')
plain_sql = filter_dev_event_sql(filter_date=filter_date,
natural_week=natural_week,
project_id=project_id,
user_id=user_id)
query_result = fetch_data(plain_sql)
alternation_list = []
event_date_list = [] #保存所有不重复的日期
for key, value in enumerate(query_result):
'''
获取所有日期字段保存为list，并将需要的字段放入alternation_list备用
'''
event_date = value.get('event_date').strftime("%Y-%m-%d")
event_date_list.append(event_date)
#限定返回给前端的字段
data_list = [
"dev_event_id", 'project_name', "start_time", "end_time",
'duration_time', 'event_type_name', 'description',
'up_reporter_id', 'down_reporter_ids', 'fin_percentage',
'dev_event_remark'
]
field_data = {key: value.get(key) for key in data_list}
field_data['duration_time'] = round(
field_data.get('duration_time') / 3600, 1) #把秒数转成取一位小数的小时数
field_data['event_date'] = event_date
field_data['which_day'] = day_of_week(field_data.get('event_date'))
field_data['up_reporter_name'] = userid_to_chinesename(
value.get('up_reporter_id'))
field_data['down_reporter_name'] = userid_to_chinesename(
value.get('down_reporter_ids'))
alternation_list.append(field_data)
content = dict_to_json(alternation_list)
response = my_response(code=0, msg=u"查询成功", content=content)
return response
def get(self, request):
getParams = request.GET
filter_date = getParams.get('filter_date', '')
department_name = request.user.department.department_name
# 创建查询条件
plain_sql = filter_dev_event_sql(filter_date=filter_date,
project_id='',
project_name='',
department_name=department_name,
employee_name='',
user_id='')
group_sql = u'select t1.chinese_name,(sum(t1.sum_time)/count(t1.event_date)) as avg_time from \
(select t.chinese_name,sum(t.duration_time/3600) as sum_time,t.event_date from ({0}) as t group by chinese_name,event_date) as t1 \
group by t1.chinese_name order by avg_time desc'.format(plain_sql)
row = fetch_data(group_sql)
print(row)
#转换数据为echarts能接受的格式
x_data = [i['chinese_name'] for i in row]
y_data = [round(i['avg_time'], 2) for i in row]
content = dict_to_json({'x_data': x_data, 'y_data': y_data})
response = my_response(code=0, msg=u"查询成功", content=content)
return response