c=[]
sum=0
a=[
    {"name":"电脑","price":1000},
    {"name":"鼠标","price":2000},
    {"name":"优盘","price":3000},
    {"name":"硬盘","price":4000},
    {"name":"音响","price":5000}
]
for i in a:
    print(i["name"],i["price"])
b=int(input("请输入总资产："))
while True:
    d=input("请输入需要购买的商品名称(输入y退出):")
    if d=="y":
        break
    for j in a:
        if d==j["name"]:
            c.append([j["name"],j["price"]])
for k in c:
    sum=sum+k[1]
print(c)
print("总价格：",sum)
if sum>b:
    print("余额不足，请充值")
    x = input("y：充值，n：退出")
    if x=="n":
        print("欢迎下次光临")
    if x=="y":
        while True:
            p=int(input("请输入充值金额："))
            b=b+p
            print("恭喜充值成功    余额：",b,"结算金额：",b-sum)
            s=input("是否结算？ 结算：1  继续充值：2    ：")
            if s=="1":
                if sum>b:
                    print("金额不足，请继续充值")
                if sum<b:
                    print("购物成功，欢迎下次光临")
                    break
            if s=="2":
                continue
else:
    print("购物成功")

import random                          #导入random模块
temp=""                                #定义一个空字符串，为后面拼接用
for i in range(4):                    #循环四次，生成四位的验证码
    j=random.randrange(5)             #随机生成一个数
    if j==3 or j==1:                 #如果生成1或3的话就让第一位为数字
        b=random.randrange(0,9)
        temp=temp+str(b)             #生成的整数必须转成字符串类型进行拼接
    else:
        a=random.randrange(65,90)
        temp=temp+chr(a)
print(temp)

dict= {
    "东北":{
        "吉林省":{
            "吉林市":[‘吉林市1‘,‘吉林市2‘],
            "长春":[‘长春1‘,‘长春2‘],},
        "辽宁省":{
            "沈阳":[‘沈阳1‘,‘沈阳2‘,‘沈阳3‘],
            "大连":[‘大连1‘,‘大连2‘],
                },
            },
    ‘华北‘:{
        ‘河北省‘:{
            ‘廊坊‘:[‘廊坊1‘,‘廊坊2‘],
            ‘保定‘:[‘保定1‘,‘保定2‘],
                },
        ‘内蒙古‘:{
            ‘呼和浩特‘:[‘呼和浩特1‘,‘呼和浩特2‘,‘呼和浩特3‘],
            ‘包头‘:[‘包头1‘,‘包头2‘]
                },

        },
    }
for i in dict:
    print(i)
a=input("请输入所要进入的地区：")
for o in dict[a]:
    print(o)
b=input("请输入要进入的省：")
for p in dict[a][b]:
    print(p)
c=input("请输入所要进入的市：")
for l in dict[a][b][c]:
    print(l)

def login(a,b):
    """
    用于用户名和密码的验证
    :param a: 用户名
    :param b: 密码
    :return:Ture  用户验证成功   False  用户验证失败
    """
    c=open("334.txt","r",encoding="utf-8")
    for line in c:
        line=line.strip()          #默认strip无参数用于去除换行符和空格
        new_line=line.split("*")    #有参数，移除两端指定的值
        if new_line[0]==a and new_line[1]==b:
            return True
    return False

def yanzheng(a):
    """
    用于验证用户名是否存在
    :param a: 用户名
    :return: True  用户名存在
    """
    c=open("334.txt","r",encoding="utf-8")
    for line in c:
        line=line.strip()          #默认strip无参数用于去除换行符和空格
        new_line=line.split("*")    #有参数，移除两端指定的值
        if new_line[0] ==a:
            return True

def zhuche(a,b):
    """
    用于用户注册
    :param a: 用户名
    :param b: 密码
    :return: True   注册成功
    """
    c = open("334.txt", "a", encoding="utf-8")
    temp="\n"+ a + "*" + b
    c.write(temp)
    return True

def min():
    print("欢迎登录英雄联盟官网")
    m=input("登录：1；注册：2")
    if m=="1":
        f1=input("请输入用户名：")
        f2=input("请输入密码：")
        f3 = login(f1, f2)
        if f3:
            print("登录成功")
        else:
            print("登录失败")
    elif m=="2":
        f1=input("请输入用户名：")
        f2=input("请输入密码：")
        f4=yanzheng(f1)
        if f4:
            print("用户名已存在")
        else:
            f5=zhuche(f1,f2)
            if f5:
                print("恭喜注册成功")

min()

import re
def f1(a):
    a = re.sub(" ","",a)
    a = a.replace(‘--‘, ‘+‘).replace(‘++‘, ‘+‘).replace(‘-+‘, ‘-‘).replace(‘+-‘, ‘-‘)
    if "*" in a or "/" in a:
        while True:
            b = re.split("([\-]?\d+[.]?\d*[/*][\-]?\d+[.]?\d*)",a,1)
            if len(b) == 3:
                c = re.split("([/*])",b[1])
                if c[1]== "*":
                    d = float(c[0])*float(c[2])
                    a = b[0]+str(d)+b[2]
                else:
                    d = float(c[0])/float(c[2])
                    a = b[0]+str(d)+b[2]
            else:
                e = re.findall("[\-+]?\d+\.?\d*", a)
                sun = 0
                for i in e:
                    sun = sun + float(i)
                return sun
    else:
        e = re.findall("[\-+]?\d+\.?\d*", a)
        sun = 0
        for i in e:
            sun = sun + float(i)
        return sun
def f2(a):
    a = re.sub(" ", "", a)
    if "*" in a or "/" in a:
        while True:
            a = a.replace(‘--‘, ‘+‘).replace(‘++‘, ‘+‘).replace(‘-+‘, ‘-‘).replace(‘+-‘, ‘-‘)
            b = re.split("(\d+[.]?\d*[/*][\-]?\d+[.]?\d*)", a, 1)
            if len(b) == 3:
                c = re.split("([/*])", b[1])
                if c[1] == "*":
                    d = float(c[0]) * float(c[2])
                    a = b[0] + str(d) + b[2]
                else:
                    d = float(c[0]) / float(c[2])
                    a = b[0] + str(d) + b[2]
            else:
                e = re.findall("[\-+]?\d+\.?\d*", a)
                sun = 0
                for i in e:
                    sun = sun + float(i)
                return sun
    else:
        e = re.findall("[\-+]?\d+\.?\d*", a)
        sun = 0
        for i in e:
            sun = sun + float(i)
        return sun
while True:
    r=re.split("\(([^()]+)\)",a,1)
    if len(r)==3:
        m=f1(r[1])
        a=r[0]+str(m)+r[2]
        print(a)
    else:
        r=f2(a)
        print(r)
        break
print(eval(a))

import random
li=[]
for i in range(6):
    a=random.randrange(0,9)
    if a==2 or a==6:
        b=random.randrange(0,9)
        li.append(str(b))
    else:
        b=random.randrange(65,90)
        li.append(chr(b))
print("".join(li))

import random
import time
import sys
def outer(func):
    def f(n):
        print("* ☆∵▁▂▄▂▁★∵∴☆★∵∴\n∴★◢█████◣ * ☆∴★∵★ * ☆\n☆◢████☆██◣∴    天气冷了,☆\n◢■◤█████◥█◣送你一件毛衣, * ★\n◥◤  █████◥◤∵小心别著凉了\n\t  █████\n\t  █████")
        r = func(n)
        return r
    return f
for i in range(31):
    time.sleep(0.2)
    sys.stdout.write("\r")
    sys.stdout.write("%s %% |%s"%(int((i/30)*100),i*"██"))
    sys.stdout.flush()
print("\n\t\t欢迎来到英雄联盟PK擂台")
print("剑圣\t\t石头\t\t亚索\t\t瑞文\t\t薇恩\t\t老鼠\n卡牌\t\t劫\t\t剑姬\t\t安妮\t\t龙王\t\t女枪\n男枪\t\t螳螂\t\t蛮王\t\tEZ\t\t金克斯")
opp = input("请选择战斗的英雄1:")
odd = input("请选择战斗的英雄2:")
occ = input("确定:Y   重选：N")
class Swordman:
    def __init__(self,name):
        self.blood = 2000
        self.Name = name
    @outer
    def Q(self):
        self.blood = self.blood - 100
        print("霸道的%s使用地震碎片技能，%s受到100点伤害，当前血量：%s"%(opp,odd,self.blood))
    @outer
    def W(self):
        self.blood = self.blood + 200
        print("%s得到200点血量，当前血量：%s"%(odd,self.blood))
    @outer
    def E(self):
        self.blood = self.blood - 150
        print("霸道的%s使用野蛮打击技能，%s受到150点伤害，当前血量：%s"%(opp,odd,self.blood))
    @outer
    def R(self):
        self.blood = self.blood - 300
        print("霸道的%s使用势不可挡技能，%s受到300点攻击，当前血量：%s"%(opp,odd,self.blood))

class Rock:
    def __init__(self,name):
        self.blood = 3000
        self.Name = name
    @outer
    def Q(self):
        self.blood = self.blood - 150
        print("%s受到150点攻击，当前血量：%s" %(odd,self.blood))
    @outer
    def W(self):
        self.blood = self.blood - 120
        print("%s受到120点攻击，当前血量：%s" %(odd,self.blood))
    @outer
    def E(self):
        self.blood = self.blood - 110
        print("石头受到110点攻击，当前血量：%s" % self.blood)
    @outer
    def R(self):
        self.blood = self.blood - 250
        print("%s受到250点攻击，当前血量：%s" %(odd,self.blood))

obj1 = Swordman(opp)
obj2 = Rock(odd)
print(" %s\n     血量：%s\n     Q攻击：%s\n     W攻击：%s\n     E攻击：%s\n     R攻击：%s\n"%(opp,obj1.blood,150,120,110,250))
print(" %s\n     血量：%s\n     Q攻击：%s\n     W攻击：%s\n     E攻击：%s\n     R攻击：%s\n"%(odd,obj2.blood,100,200,150,300))
while True:
    time.sleep(0.5)
    ret=random.randrange(9)
    if ret == 1 or ret == 3 or ret == 5 or ret == 7:
        tump = random.randrange(9)
        if tump == 1 or tump == 2:
            obj1.Q()
        elif tump == 3 or tump == 4:
            obj1.W()
        elif tump == 5 or tump == 6:
            obj1.E()
        else:
            obj1.R()
    else:
        att = random.randrange(9)
        if att == 1 or att == 2:
            obj2.Q()
        elif att == 3 or att == 4:
            obj2.W()
        elif att == 5 or att == 6:
            obj2.E()
        else:
            obj2.R()
    if obj1.blood < 0:
        print("%sKO%s"%(opp,odd))
        break
    elif obj2.blood < 0:
        print("%sKO%s"%(odd,opp))
        break