import datetime  #引入datetime模块

# 获取时间
str = datetime.datetime.now()  #获取当前时间并转化成字符串
print(str)
print(datetime.datetime.now())
a='asdasda'
result = 'a' in a
print(result)
for i in range(1):
    print(i)
# # 切割
# # dep = request.GET["dep"].split('--')[0]
# import math
# a = "   a'a/a,s-d,e#q%i^d&d%"
# print(a.replace(" ", "").replace("/", "").replace(",", "").replace("-", "").replace("#", "").replace("%", "").replace("'", "").replace("^", "").replace("&", ""))
#
# #\r\n
# #' '
# #'
# #--
#
#
# if "asd'   ".find("'") >= 0:
#     print('有空格')
# # print('dada\n,dadad')
# print('dadaoror \r\n,dadad')
#
# a={'the': 958035, 'of': 536684, 'and': 375233, 'one': 371796, 'in': 335503, 'a': 292250, 'to': 285093, 'zero': 235406, 'nine': 224705}
# b = {}
# for i,(k,v) in enumerate(a.items()):
#     print({k:v},end="")
#     b[k]=v
#     if i==4:
#         break
# print(b)
# import base64
# # 使用的时候数据必须进行Bytes类型转换
# # 方法encode()和decode()方法
# # a = base64.b64encode(b'hello world')
#
#
# # %s          字符串
# # %d          整形
# # %c          单字符
# # %f           浮点数。控制为数 %.2f 保留两位小数
# # %x          十六进制
#
# #打印结果：
#
# #
# # print(str)   #输出字符串信息
#
# #
# #
# # a= '20200219099'
# #
# # def monthly_odd(odd):
# #     """
# #     :param odd: 传入单号
# #     odd_old_right：旧单号右边三位数
# #     odd_old_left：旧单号左边8位数
# #     odd_new_right：新单号右边三位数
# #     odd_new：新单号
# #     :return:
# #     """
# #     odd_old = odd
# #     odd_old_right = int(odd_old[8::])+1  #右边三位
# #     odd_old_left = odd_old[0:8]   #左边八位
# #     if len(str(odd_old_right))== 1:
# #         odd_new_right = '0'+'0'+str(odd_old_right)  #新的右边三位
# #         odd_new = odd_old_left+odd_new_right
# #         return odd_new
# #     if len(str(odd_old_right))== 2:
# #         odd_new_right = '0'+str(odd_old_right)
# #         odd_new = odd_old_left+odd_new_right
# #         return odd_new
# #     if len(str(odd_old_right))== 3:
# #         odd_new_right = str(odd_old_right)
# #         odd_new = odd_old_left+odd_new_right
# #         return odd_new
# # b = monthly_odd(a)
# # print(b)
#
# def my_sum(n):
#     if n ==1:
#         return 1
#     return n+my_sum(n-1)
# print(my_sum(3))
# 1 2 3

# import datetime
# a = '2018-10-03 00:55:00'
# b = datetime.datetime.strptime(a, '%Y-%m-%d %H:%M:%S').strftime('%Y-%m-%d %H:%M:%S')
# print(b)
# a = [{'mo':'mo1','qty':'1'},{'mo':'mo2','qty':'2'},{'mo':'mo3','qty':'3'},{'mo':'mo4','qty':'4'},{'mo':'mo5','qty':'5'}]
# b={}
# for i in a:
#     b['mo'+str(i['mo'])] = i['mo']
#     b['qty' + str(i['qty'])] = i['qty']
#     print(i)
# print(b)

# a = [{"a1":'1',"a2":'2'},{"a1":'1',"a2":'2'},{"a1":'1',"a2":'2'}]
# print(a[0])
# a1 = [{"a3":'3',"a4":'4'},{"a3":'3',"a4":'4'}]
# aa = [{"a5":'5',"a6":'6'}]
# a2 = {}
# alist=[]
# itm = 0
# for i in range(len(a)):
#     a2.update(a[i])
#     a2.update(a1[i])
#     a.append(a2)
# print(alist)

# a = 1.2
# print(round(a,0))