# ----------------------------------------------------------------------

# def my_function1(name, address, age):

#     print('姓名：%s, 地址：%s, 年龄：%s' % (name, address, age))

#

# # 正确：

# my_function1('北京',50,'田老师')

#

# # 错误：

# my_function1(50, '北京', '田老师')

#

# # 指定参数名，顺序可以与定义时不一致

# my_function1(age=50, address='北京', name='田老师')

# 默认值

# 我们已知的情况：

# def my_function2(name, age):

#     print('姓名：%s, 年龄：%s' % (name, age))

# #

# my_function2('田老师')

# 一定场景下，带默认值

# def my_function2(name, age=18):

#     print('姓名：%s, 年龄：%s' % (name, age))

# #

# my_function2('张老师')

# my_function2('田老师', 46)

# 有默认值时的参数顺序

# 正确：

# def enroll(name, city='Beijing'):

#

#     print('name:', name)

#     print('city:', city)

#     print('-------------')

# def enroll(name, city='Beijing'):

#

#     print('name:', name)

#     print('city:', city)

#     print('-------------')

# #

# enroll('ShangHai')

# 以下的代码的输出什么? 你将如何修改 extendList 的定义所带来的隐患问题

# def extendList(val, list=[]):

#     list.append(val)

#     return list

# def extendList(val, list=None):

#     if list == None:

#         list = []

#     list.append(val)

#     return list

#

# list1 = extendList(10)          # list1 = [10]

# list2 = extendList(123, [])     # list2 = [123]

# list3 = extendList('a')         # list3 = ['a']

#

# print("list1 = %s" % list1)

# print("list2 = %s" % list2)

# print("list3 = %s" % list3)

# 隐患和修改方法：

# 函数定义时，如果参数有默认值，则在定义时就会开辟一块内存空间来存储该默认值

# 调用函数时，如果未给有默认值的参数传值，就会使用该内存空间的数据

# 多次调用时，该空间就会被重复使用，如果某一次调用时改变了该空间的数据，其他次调用也会收到影响

# 可变数据类型，内存空间内容可以被改变，所以尽可能不用可变数据类型

# 如果一定要用，默认值不要用空对象，应该用None

# 可变参数 *

# def my_function3(name, age, gender, *other):

#     print('name:', name)

#     print('age:', age)

#     print('gender:', gender)

#     print('other:', other)

#

# my_function3('田老师', 56, '男', '北京','慧测','汤立路220号','哈哈哈')

# 可变参数 **

# def my_function4(name, age, gender, **other):

#     print('name:', name)

#     print('age:', age)

#     print('gender:', gender)

#     print('other:', other)

# #

# my_function4('田老师',56, '男', city='北京', corp='慧测', address='汤立路220号')

# 参数顺序一般是非可选参数在前，可选参数在后

# 1 *

# def enroll(name, *other):

#

#     print('name:', name)

#     print('other:', other)

#

# enroll('zhanglaoshi', 18, '北京')

# 这样也可以，但不建议

# def enroll(*other, name):

#

#     print('name:', name)

#     print('other:', other)

#

# enroll( 'Beijing', 18, name='张老师')

# 2 **

# def enroll(name, **other):

#     print('name:', name)

#     print('other:', other)

#

# # 调用时传参

# enroll(address='Beijing', age=18, name='张老师')

# return

# def my_function4():

#     print(1)

#     return

# def calc(x,y):

#     a = x+y

#     b = x-y

#     c = x*y

#

#     return a,b,c

#

# print(calc(3,4))

#

# def is_longer_than_5(seq):

#     if len(seq)>5:

#         return True

#     else:

#         return False

#

# print(is_longer_than_5('hello'))

# def avg(list):

#     sum = 0

#     for ele in list:

#             sum += ele

#     length = len(list)

#     return sum/length

#

# print(avg([1,2,5,7,8]))

#

# my_function4()

# 3. (选做)编写一个生成get请求地址的函数，上游传递过来的参数有url=“”,domain=“”,data={}，

# 请根据以上参数返回一个get请求的完整链接，其中data和url有可能不传

#

# http://127.0.0.1/access/log?a=1&b=2

#       domain       url     data {'a':1,'b':2}

# def gen_get_address(domain, url=None, data=None):

#     address = 'http://' + domain

#     if url:

#         address += '/' + url

#     if data:

#         params_list = []

#         for k, v in data.items():

#             param = k + '=' + v

#             params_list.append(param)

#         params = '&'.join(params_list)

#         address += '?' + params

#     return address

#

#

# print(gen_get_address(domain='127.0.0.1',

#                       url='huice/huice',

#                       data={'usr': 'tiantian', 'passwd': 'bugaosuni'}))

# 递归

# 5! = 5* 4!

# 4! = 4* 3!

#

# n! = n * (n-1)!

# def fact(n):

#     if n == 1:

#         return 1

#     return n * fact(n-1)

#

# print(fact(100))

# def factorial(n):

#     if n > 1:

#         return n * factorial(n - 1)

#     elif n == 0 or n == 1:

#         return 1

#

# print(factorial(100))

# a = 'hello'

# for i in map(ord, a):

#     print(i)

#

# def my_func(x):

#     return x + 'kitty'

# m = map(lambda x: x + 'kitty', ['hello', 'haha', 'hei', 'hehe', 'helloworld'])

# print(list(m))

#

#

# def is_longer_than_3(seq):

#     if len(seq) > 3:

#         return True

#     else:

#         return False

#

#

# result = filter(is_longer_than_3, ['hello', 'haha', 'hei', 'hehe', 'helloworld'])

# print(list(result))

# filter

# def ispositive(x):

#     if x>0:

#         return True

#     else:

#         return False

#

# result = filter(ispositive, [1,-2,3,-1,4])

# print(list(result))

#

# a = ['adam', 'LISA', 'barT']

#

# def my_capitalize(string):

#     return string.capitalize()

#

# print(list(map(my_capitalize, a)))

class HuiceStudent:

    '慧测学生类'

    school = 'Huice'

    __xuefei = 980

    def __init__(self, xingming, nianling=18):

        self.name = xingming

        self.age = nianling

    def __study(self):

        ''

        print(self.name +'交完'+ str(self.xuefei) + '在学习！')

    def eat(self, something):

        print(self.name + '在吃' + something)

    @classmethod

    def go_to_school(cls):

        print('欢迎来' + cls.school)

    @staticmethod

    def my_print():

        print('haha'+ HuiceStudent.school)

    def __len__(self):

        return len(self.name)

    def __str__(self):

        return '%d岁的学生%s' % (self.age, self.name)

    @classmethod

    def get_xuefei(cls):

        # if authority = 'boss':

        return cls.__xuefei

        # else:

        #     return None

    @classmethod

    def set_xuefei(cls, new_xuefei):

        if new_xuefei > 1000 or new_xuefei < 900:

            print('学费不合理')

        else:

            cls.__xuefei = new_xuefei

            print('设置成功')

    # 学校

    # 学费    类变量

    #

    # 姓名

    # 身高    实例变量  成员变量

    #

    # 上学    类方法

    #

    # 跑

    # 跳

    # 吃

    # 学习    成员方法

    #

    #

    #

    # pass

# a = HuiceStudent('张三')

# b = HuiceStudent('李四')

# print(a.name)

# print(a.xuefei)

# a.xuefei = 930

# print('李四的学费是', b.xuefei)

# b.study()

# b.eat('肉')

# b.go_to_school()

#

# # print(HuiceStudent.xuefei)

#

# HuiceStudent.go_to_school()

# print(HuiceStudent._HuiceStudent__xuefei)

# print(HuiceStudent.__doc__)

# c = HuiceStudent('王五')

# print(c.name)

# c.eat('肉肉')

# print(len(c))

# print(c)

#

#

# print(HuiceStudent.get_xuefei())

#

# HuiceStudent.set_xuefei(990)

# print(HuiceStudent.get_xuefei())

#

# class Stack:

#     def __init__(self, max_size):

#         __lst = []

#         self.max_size = max_size

#

#     def pop(self):

#         pass

#

#     def push(self, element):

#         pass

#

#     def get

# class Auto:

#     def __init__(self, pinpai, yanse):

#         self.brand = pinpai

#         self.speed = 0

#         self.color = yanse

#

#     def start(self):

#         print self.brand + '启动了'

#

#     def speedup(self):

#         self.speed += 10

#

#     def stop(self):

#         if self.speed > 30:

#             self.speed -= 30

#         else:

#             self.speed = 0

#

#

# if __name__ == '__main__':

#

#     mycar = Auto('BMW', '蓝色')

#     mycar.start()

#     mycar.speedup()

#     mycar.speedup()

#     mycar.speedup()

#     mycar.speedup()

#     mycar.speedup()

#     print mycar.speed

#     mycar.stop()

#     print mycar.speed

#     mycar.stop()

#     print mycar.speed

# class Animal:

#     def __init__(self, name):

#         self.name = name

#

#     def eat(self):

#         print(self.name + '在吃东西')

#

#     def run(self):

#         print(self.name + 'is running!')

#

#

# # ani = Animal('动物')

# # ani.eat()

# # ani.run()

#

# class Dog(Animal):

#

#     def bark(self):

#         print(self.name + '在狂吠')

#

#     def eat(self):

#         print(self.name + '在吃骨头')

#

# class Cat(Animal):

#

#     def eat(self):

#         print(self.name + '在吃<・)))><<')

#

# class Tiger(Animal):

#

#     def eat(self):

#         print(self.name + '在吃肉')

#

# class Elephant(Animal):

#

#     def eat(self):

#         print(self.name + '在吃树叶')

#

# class Person:

#     def __init__(self, name):

#         self.name = name

#

#     def feed(self, a):

#         a.eat()

    # def feed_cat(self, cat):

    #     cat.eat()

    #

    # def feed_tiger(self, tiger):

    #     tiger.eat()

# t = Person('tiantian')

# d = Dog('旺旺')

# c = Cat('花花')

# tg = Tiger('大王')

# e = Elephant('大白')

#

# t.feed(d)

# t.feed(c)

# t.feed(tg)

# t.feed(e)

#

#     def bark(self):

#         print('汪汪')

#

#     def eat(self):

#         print(self.name, '在吃骨头')

#

# class Cat(Animal):

#

#     def eat(self):

#         print(self.name, '在吃鱼')

#

# class Tiger(Animal):

#

#     def eat(self):

#         print(self.name, '在吃肉')

#

# class Elephant(Animal):

#

#     def eat(self):

#         print(self.name, '在吃树叶')

#

# class Person:

#     def __init__(self,name):

#         self.name = name

#

#     # def feed_dog(self, dog):

#     #     dog.eat()

#     #

#     # def feed_cat(self, cat):

#     #     cat.eat()

#     #

#     # def feed_tiger(self, tiger):

#     #     tiger.eat()

#

#     def feed(self, anim):

#         anim.eat()

#

#

# tls = Person('tianlaoshi')

# #

# mydog = Dog('旺旺')

# mycat = Cat('花花')

# mytiger = Tiger('大王')

# myele = Elephant('小白')

#

# # tls.feed_cat(mycat)

# # tls.feed_dog(mydog)

# # tls.feed_tiger(mytiger)

# #

# tls.feed(mydog)

# tls.feed(mycat)

# tls.feed(mytiger)

# tls.feed(myele)

#

# #多态

#异常

# import sys

# import traceback

# ImportError:导入模块错误

# import A

# IndexError:索引超出范围

# list1 = [1,2,3]

# print(list1[3])

# KeyError:字典中不存在的键

# dict1 = {'name':'ivy','age':20,'gender':'female'}

# print(dict1['height'])

# NameError：访问没有定义的变量

# print(a)

# IndentationError:缩进错误

# if 1==1:

# print 'aaa'

# SyntaxError:语法错误

# list2 = [1,2,3,4

# TypeError:不同类型间的无效操作

# print(1+'1')

# ZeroDivisionError:除数为0

# print(a/b)

# try:

#     print(5/0)

#

#     print('hehe')

# except:

#     print('haha')

#     raise BaseException('除数不能为0')

# # finally:

# #     print('xixi')

#

# print('haha')

# import traceback

# #捕获  抓

# def sum(a,b):

#     try:

#         return a/b

#     except (ZeroDivisionError, TypeError) as e:

#         traceback.print_exc()

#         print e

#         return 0

#

# print sum(5, 'a')

# print 'haha'

# 无法预知的调用错误

# def sum(a, b):

#     print a+b

#

# print sum(0, 1)+2

# print long(a)

# raise ZeroDivisionError('除数不能为0')

# def test():

#     try:

#         print 5/0

#         print 1

#     except (TypeError, ZeroDivisionError):

#         print 'error'

#         return 0

#     finally:

#         print '0000'

#

# print test()

# a = [1,'a','c',10,23]

#

# counter = 0

# for ele in a:

#     try:

#         int(ele)

#     except:

#         counter += 1

# print counter

# try:

#     print 'try...'

#     r = 10 / 0

#     print 'result:', r

# except ZeroDivisionError, e:

#     print 'except:', e

# finally:

#     print 'finally...'

# print 'END'

#

# try:

#     print 'try...'

#     r = 10 / int('a')

#     print 'result:', r

# except ValueError, e:

#     print 'ValueError:', e

# except ZeroDivisionError, e:

#     print 'ZeroDivisionError:', e

# finally:

#     print 'finally...'

# print 'END'

import day3

from Day4 import file1

# from Day4.file1 import HuiceStudent

# HuiceStudent()

import time

print(time.strftime('%Y%m%d%H%M%S', time.localtime()))

import random

for i in range(1, 11):

    a = random.randint(1,100)

    print(a)

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