python第三天
#函数是用来重复使用的
#定义函数有套路
'''
1.首先要会写出裸代码，然后将重复使用的代码转换成参数
2.带入函数
'''
'''
def funcName([param]):
执行体
[return]
'''
'''
调用
funcName()
'''
'''
def Joker():
print('Hello wodr')
#
print(Joker)
if Joker
'''
'''
def Joker(input_):
print('%s你真帅'%input_)
Joker('Joker')
'''
'''
def A(kehu):
b = ['vip']
if kehu in b:
print('抢到了')
else:
print('很遗憾')
A("23")
'''
'''
def Check_Goods(g):
G = ['小花','大花','霸王花']
if g in G:
Address()
else:
return False
def Check_Information(name,phone,Addr):
is_OK = True
if name == "" or name == " ":
is_OK = False
if len(phone) != 11:
is_OK = False
if Addr not in ['北京','山东']:
is_OK = False
return is_OK
def Address():
name = input('姓名:')
phone = input('电话:')
Addr = input('地址:')
res = Check_Information(name,phone,Addr)
if res:
Note()
return False
def Note():
print('马上发货')
def Start():
print('欢迎光临')
g = input('输入要购买的商品：')
Check_Goods(g)
Start() #启动函数
'''
'''
def Zhuce1():
users = input('用户名:')
passwodr = input('密码:')
phone = input('电话:')
res = zhuce2(users,passwodr,phone)
if res:
zhuce3()
return False
def zhuce2(users,passwodr,phone,):
Z = ['ZXCVBNMASDFGHJKLQWERTYUIOP']
N = ['0123456789']
T = ['、*-+']
is_OK = True
if users == "" or users == " " or user != Z or users !=N or users == T:
is_OK = False
print('用户名格式错误，用户名必须为大写字母和数字且不能还有特殊字符')
if len(passwodr) <= 6:
is_OK = False
print('密码格式错误，密码必须大于6位')
if len(phone) != 11:
is_OK = False
print('电话格式错误')
return is_OK
def Verfily_number():
import random
num = random.randrange(1000,9999)
print('验证码为 ：')
num_ = input('输入验证码 ：')
def zhuce3():
print('注册成功')
def Start():
print('欢迎光临')
Zhuce1()
Start()
'''
'''
def Users():
users_ = input('Users:>>')
# Joker123
Z = 'ZXCVBNMASDFGHJKLQWERTYUIOPzxcvbnmasdfghjklqwertyuiop'
N = '1234567890'
T = '.*&^%$#@!~'
is_Z = False
is_N = False
is_T = True
for i in users_:
# 字母
if i in Z:
is_Z = True
# 数字
if i in N:
is_N = True
# 特殊字符
if i in T:
is_T = False
if is_Z and is_N and is_T:
Password()
else:
print('账号必须含有数字和字母且不能含有(.*&^%$#@!~)')
def Password():
passwd = input('请输入密码:>>')
if len(passwd)<6:
print('密码必须大于6位')
else:
Phone()
def Phone():
phone = input('请输入电话号码:>>')
if len(phone) != 11:
print('亲,电话号码无效')
else:
print('验证码已发送')
Verfily_number()
def Verfily_number():
import random
import time
num = random.randrange(1000,9999)
start_time = time.time()
print('东方智业文化发展有限公司给予您的验证码是:%d'%num)
num_ = int(input('请输入验证码:'))
end_time = time.time()
sub_time = end_time - start_time
if sub_time > 10:
if global_count >2:
print('你可能是个机器人.')
exit()
print('验证码超时,即将重发..')
#time.sleep(2)
Verfily_number()
else:
if num == num_:
print('注册成功')
else:
print('验证码错误')
time.sleep(2)
Verfily_number()
def Start():
Users()
Start()
'''
'''
def add(*args):
if len(args) !=0:
print('无效数字')
else:
for i in args:
sum_+=i
print(sum_)
add(1,2,3,4,5,6,7,8,9)
'''
'''
(lambda x,a:print(x+a))(100,5)
'''
'''
def zhengxu1():
res = zhuce2()
if res:
zhuce3()
return False
def chengxu2(zhengshu,fushu,sum_,cishu,data):
while data !=0 :
data = eval(input(">>"))
if data > 0:
zhengshu += 1
print(zhengshu)
if data < 0:
fushu += 1
sum_ += data
print(fushu)
if data != 0:
cishu += 1
print(sum_ / cishu)
'''
'''
def chengxu1(zhengshu,fushu,sum_,cishu,data):
while data !=0 :
data = eval(input(">>"))
if data > 0:
zhengshu += 1
if data < 0:
fushu += 1
sum_ += data
if data != 0:
cishu += 1
else:
break
print(zhengshu)
print(fushu)
print(sum_ / cishu)
zhengshu = 0
fushu = 0
sum_ = 0
cishu = 0
data = 1
chengxu1(zhengshu,fushu,sum_,cishu,data)
'''
'''
def yunxing(zhengshu,fushu,sum_,cishu,data):
while data !=0 :
data = eval(input('输入一个整数>>'))
if data > 0:
zhengshu += 1
if data < 0:
fushu += 1
sum_ += data
if data != 0:
cishu += 1
else :
break
print(zhengshu)
print(fushu)
print(sum_ / cishu)
zhengshu = 0
fushu = 0
sum_ = 0
cishu = 0
data = 1
yunxing(zhengshu,fushu,sum_,cishu,data)
'''
'''
def F(x,y):
count = 0
for i in range(x,y):
if i %5 == 0 and i %6 ==0:
print(i,end=" ")
count +=1
if count % 10 == 0:
print()
F(100,1001)
'''
'''
def D(n):
while 1:
res = n ** 2
if res >= 12000:
break
else:
n += 1
print(n)
D(0)
'''
'''
def rs(Money,lilv)
nian = 5
for i in range(24):
M = Money * lilv / 100
T = 12 * M * nian
print(lilv,'%','月利率',M,'总和',T)
if lilv == 5.25:
print('.....')
lilv += 1/8
'''
'''
def shang():
import math
print('enter ten numbers:')
ls=[]
sum1=0.0
devi=0.0
for i in range(10):
num=eval(input(''))
ls.append(num)
part1=0.0
part2=0.0
for i in range(10):
sum1=sum1+ls[i]
mean=sum1/10
for i in range(10):
part1=part1+(ls[i]-mean)**2
#part2=sum1**2
#print(part1,part2)
devi=math.sqrt(part1/9)
print('The mean is %.2f'%(mean))
print('The standerd deviation %f'%(devi))
shang()
'''
def D(x):
a = 0
for i in range(1,8,2):
for j in range(2,8):
if i != j:
print(i,j)
a += 1
print(a)
D(7)
