Python之路08-模拟实现一个ATM + 购物商城程序

需求:

1.额度1500或自定义
2.实现购物商城,买东西加入 购物车,调用信用卡接口结账
3.可以提现、存款、余额查询和转账等
4.打印指定日期间购物清单
5.支持多账户
6.ATM记录操作所有日志
7.提供管理接口,包括查询账户、添加账户、注销账户,冻结解冻账户等
8.日志功能用装饰器

写这个小项目之前先构思了一下,画个流程图,然后设置好代码的目录结构,实现方式等,把框架写好了,接下来就是一个个小功能的实现啦。
流程图如下:


代码目录结构如下:

Python之路08-模拟实现一个ATM + 购物商城程序_第1张图片


我先写了一个用户类,专门提供用户管理。主要功能如下:

  1、账户信息查询
  2、添加新账户
  3、删除账户
  4、修改密码
  5、修改手机号
  6、冻结账户
  7、解冻账户
  8、修改账户信用额度

把一些环境变量信息写在conf目录下的settings.py里

# -*- coding: utf-8 -*-
import time
import os
from core import users as u

# 管理员账号密码
adminName = 'admin'
adminPassword = 'admin'

# 当前时间
timeYear = time.strftime('%Y%m%d', time.localtime(time.time()))
timeDay = time.strftime('%H%M%S', time.localtime(time.time()))

# 信用卡额度
creditLimit = 15000

# 用户信息文件
userInfoFile = "../db/user-info.json"

# 商品信息文件
goodsInfoFile = '../db/goods-info.json'

# 用户购物车文件
def ShoppingCarFile(username,year=timeYear,day=timeDay):
    dirs = '../db/shoppinCar/%s' % username
    if not os.path.exists(dirs):
        os.makedirs(dirs)
    shoppingInfoFile = '%s/shopping-info_%s%s.json' % (dirs,year,day)
    #print(shoppingInfoFile)
    return shoppingInfoFile

# 日志文件
logFile = '../log/atm.log'

# log功能,使用装饰器
def log(func):
    def wrapper(*args, **kwargs):
        users = u.Users().getUser()
        f = open(logFile, "a", encoding="utf-8")
        if func.__doc__ != '查询余额' and func.__doc__ != '修改密码':
            f.write('%s\t%s%s%s元\n' % (time.strftime("%Y-%m-%d %H:%M:%S", time.localtime()),users[args[1]]['username'],func.__doc__,args[-1]))
        else:
            f.write('%s\t%s%s\n' % (time.strftime("%Y-%m-%d %H:%M:%S", time.localtime()),users[args[1]]['username'],func.__doc__))
        f.close()
        return func(*args, **kwargs)
    return wrapper
settings.py

接下来就是开始写core目录下的users.py了,把以上的各个小功能逐一实现。

# -*- coding: utf-8 -*-
import os,sys
BASE_DIR = os.path.dirname(os.path.dirname(__file__))
sys.path.append(BASE_DIR)
from conf import settings as ss
import json

class Users(object):
    '''用户类,管理用户接口'''

    def getUser(self):
        '''获取账户信息'''
        try:
            with open(ss.userInfoFile, "r", encoding="utf-8") as f:
                users = json.load(f)
                #print(users)
        except:
            print('have no users inof!')
            users = {}
        return users

    def setUser(self,users):
        '''重新写入账户信息'''
        with open(ss.userInfoFile, 'w') as f :
            json.dump(users , f , indent="\t")
        #print(users)

    def checkUser(self,username):
        '''检查用户是否存在'''
        users = self.getUser()
        for userID in users.keys():
            if username == users[userID]['username']:
                #print('账户名已存在!')
                return True
        return False

    def getUserID(self,username):
        '''通过账户名获取账户id值'''
        users = self.getUser()
        for userID in users.keys():
            if username == users[userID]['username']:
                return userID
        print('账户不存在!!!')
        return self.turnBack()

    def addUser(self,username,password,phone=None,limit=ss.creditLimit,isLock=False):
        '''添加账户'''
        users=self.getUser()
        # 字典key值自动加1
        max_id = "000000"
        if users != {}:
            max_id = max(users.keys())

        userID = str(int(max_id) + 1).zfill(6)  # id自动+1,补足6位
        users[userID] = {
            'username':username,
            'password':password,
            'phone':phone,
            'limit':limit,
            'isLock':isLock
        }
        self.setUser(users)
        print(''.center(50,'#'))
        print('账户\033[42;1m%s\033[0m添加成功' % users[userID]['username'])
        print('账户名: %s' % users[userID]['username'])
        print('手机号: %s' % users[userID]['phone'])
        print('信用卡额度: %s' % users[userID]['limit'])
        print(''.center(50,'#'))
        return True

    def delUser(self,userID):
        '''账户注销'''
        users=self.getUser()
        try:
            print('账户\033[41;1m%s\033[0m已删除!' % users[userID]['username'])
            users.pop(userID)
        except:
            print('账户不存在!')
            return False
        self.setUser(users)
        return True

    def frozenUser(self,userID):
        '''冻结账户'''
        users=self.getUser()
        users[userID]['isLock'] = True
        self.setUser(users)
        print('账户%s已冻结!' % users[userID]['username'] )

    def thawUser(self,userID):
        '''解冻账户'''
        users=self.getUser()
        users[userID]['isLock'] = False
        self.setUser(users)
        print('账户%s已解除冻结!' % users[userID]['username'] )

    def userLoggin(self):
        '''用户登录验证'''
        for i in range (1,4):
            username = input('请输入用户名:')
            if self.checkUser(username):
                userID = self.getUserID(username)
                users=self.getUser()
                if users[userID]['isLock']:
                    print('账户已被冻结,请联系管理员!')
                    exit(-1)
                password = input('请输入密码:')
                if self.checkPassword(userID,password):
                    return username,userID
                else:
                    print('密码错误!')
            else:
                print('账户不存在!')
        print('操作过于频繁!')
        return False,False

    def checkPassword(self,userID,password):
        '''校验密码是否正确'''
        users = self.getUser()
        if password == users[userID]['password']:
            return True
        else:
            return False

    @ss.log
    def changePasswd(self,userID):
        '''修改密码'''
        for i in range(1,4):
            old_passwd = input('请输入旧密码:')
            # 校验旧密码是否正确
            check = self.checkPassword(userID,old_passwd)
            if check:
                for j in range(1,4):
                    if j == 3:
                        print('操作过于频繁')
                        return False
                    new_passwd1 = input('请输入新密码:')
                    if len(new_passwd1) < 8:
                        print('密码不能少于8位!')
                        continue
                    if new_passwd1 == old_passwd:
                        print('新密码不能和旧密码一样!')
                        continue
                    new_passwd2 = input('请再次确认新密码:')
                    if new_passwd1 != new_passwd2:
                        print('两次输入的密码不一致!')
                        continue
                    else:
                        users=self.getUser()
                        users[userID]['password'] = new_passwd1
                        self.setUser(users)
                        print('密码修改成功!')
                        return True
            else:
                print('旧密码输入错误!')
        print('操作过于频繁。')
        return False

    def changePhone(self,userID,phone):
        '''修改手机号'''
        users=self.getUser()
        users[userID]['phone'] = phone
        self.setUser(users)
        print('手机号修改完成!')
        print('账户名: %s' % users[userID]['username'])
        print('手机号: %s' % users[userID]['phone'])

    def changeLimit(self,userID,limit):
        '''修改账户信用额度'''
        users=self.getUser()
        users[userID]['limit'] = limit
        self.setUser(users)
        print('账户%s的信用额度已更新为%s' % (users[userID]['username'],users[userID]['limit']))

    def turnBack(self):
        '''返回上级菜单'''
        print(''.center(15,'*'))
        print( "1、返回上级")
        print( "2、退出")
        print(''.center(15,'*'))
        while True:
            choise = input("请选择:")
            if choise == '1':
                self.userManagement()
            elif choise == '2':
                print ("谢谢使用!")
                exit(-1)
            else:
                print ("输入有误,请重新输入!")

    def userManagement(self):
        '''账户管理,总入口函数'''
        print('''请选择账户管理操作:
        1、账户信息查询
        2、添加新账户
        3、删除账户
        4、修改密码
        5、修改手机号
        6、冻结账户
        7、解冻账户
        8、修改账户信用额度''')

        while True:
            choise=input().strip()
            if choise.isdigit():
                if '1' == choise:
                    # 账户信息查询
                    users = self.getUser()
                    print(''.center(50,'#'))
                    for i in users.keys():
                        print('账户名: %s' % users[i]['username'])
                        print('手机号: %s' % users[i]['phone'])
                        print('信用卡额度: %s' % users[i]['limit'])
                        print(''.center(50,'#'))
                    self.turnBack()
                    break
                elif '2' == choise:
                    # 添加新账户
                    username = input('请输入用户名:')
                     # 校验用户名是否已存在
                    if self.checkUser(username):
                        print('账户已存在!')
                        self.turnBack()
                        break
                    password = input('请输入密码:')
                    phone = input('请输入手机号:')
                    self.addUser(username,password,phone)
                    self.turnBack()
                    break
                elif '3' == choise:
                    # 删除账户
                    username = input('请输入要删除的账号名:')
                    userID = self.getUserID(username)
                    self.delUser(userID)
                    self.turnBack()
                    break
                elif '4' == choise:
                    # 修改密码
                    username = input('请输入要修改密码的账号名:')
                    userID = self.getUserID(username)
                    self.changePasswd(userID)
                    self.turnBack()
                    break
                elif '5' == choise:
                    # 修改手机号
                    username = input('请输入要修改手机号的账号名:')
                    userID = self.getUserID(username)
                    phone = input('请输入新手机号:')
                    self.changePhone(userID,phone)
                    self.turnBack()
                    break
                elif '6' == choise:
                    # 冻结账户
                    username = input('请输入要冻结的账号名:')
                    userID = self.getUserID(username)
                    self.frozenUser(userID)
                    self.turnBack()
                    break
                elif '7' == choise:
                    # 解冻账户
                    username = input('请输入要解除冻结的账号名:')
                    userID = self.getUserID(username)
                    self.thawUser(userID)
                    self.turnBack()
                    break
                elif '8' == choise:
                    # 修改账户信用额度
                    username = input('请输入要更改信用额度的账号名:')
                    userID = self.getUserID(username)
                    limit = input('请输入要更改的信用额度:')
                    if limit.isdigit():
                        self.changeLimit(userID,limit)
                    else:
                        print('输入无效,更新失败!')
                    self.turnBack()
                    break

                else:
                    print('请输入有效数字!')

            else:
                print('请输入有效数字!')

def run():
    users=Users()
    users.userManagement()

if __name__ == '__main__':
    run()
users.py

 

把用户类实现后,接下来是管理员的商品类啦,可以实现商品的上架、下架、修改商品价格已经商品查询功能等

# -*- coding: utf-8 -*-

import os,sys
BASE_DIR = os.path.dirname(os.path.dirname(__file__))
sys.path.append(BASE_DIR)
from conf import settings as ss
import json

class Goods(object):
    '''商品类'''

    def getGoods(self):
        '''获取账户信息'''
        try:
            with open(ss.goodsInfoFile, "r", encoding="utf-8") as f:
                goods = json.load(f)
                #print(goods)
        except:
            print('have no goods inof!')
            goods = []
        #print(goods)
        return goods

    def setGoods(self,goods):
        '''写入商品信息'''
        with open(ss.goodsInfoFile, "w", encoding="utf-8") as f:
            json.dump(goods, f, ensure_ascii=False, indent="\t")

    def printGoods(self):
        '''打印商品列表'''
        goods = self.getGoods()
        print(''.center(20,'-'))
        print('所有商品列表如下:')
        print(''.center(20,'-'))
        print('序号\t\t名称\t\t价格')
        print(''.center(20,'-'))
        for name,price in goods:
            print(goods.index([name,price]), '\t', name,"\t",price)
            print(''.center(20,'-'))

    def checkPrice(self,price):
        '''校验输入的价格是否为有效数字'''
        if price.isdigit():
            return int(price.strip())
        else:
            print('请输入有效数字!')
            return False

    def checkName(self,name):
        '''校验商品名称是否存在'''
        goods = self.getGoods()
        for goodName,price in goods:
            if name == goodName:
                return True
        return False

    def goodsShelves(self):
        '''商品上架'''
        name = input("请输入要上架的商品名称").strip()
        if self.checkName(name):
            print('商品已存在!')
            return False
        price=input("请输入该商品的价格")
        if self.checkPrice(price):
            goods = self.getGoods()
            goods.append([name,int(price)])
            print('商品\033[32;1m%s\033[0m已上架完成!价格为:\033[32;1m%s\033[0m' % (name,int(price)))
            self.setGoods(goods)
            return True

    def goodDelete(self):
        '''商品下架'''
        name = input("请输入要下架的商品名称").strip()
        if not self.checkName(name):
            print('商品不存在!')
            return False
        else:
            goods = self.getGoods()
            for goodName,goodsPrice in goods:
                if goodName == name:
                    goods.remove([goodName,goodsPrice])
                    #print(goods)
                    print('商品\033[41;1m%s\033[0m已下架成功!' % name)
                    self.setGoods(goods)
                    return True

    def goodSearch(self,name):
        '''商品搜索查询'''
        if not self.checkName(name):
            print('商品不存在!')
            return False
        else:
            goods = self.getGoods()
            for goodName,goodsPrice in goods:
                if name == goodName:
                    # 获取商品在list中的index值
                    index = goods.index([goodName,goodsPrice])
                    #print(index)
                    print('商品价格为:')
                    print(name,'\t',goods[index][1])
                    return (goods,index,True)

    def goodModify(self,name):
        '''修改商品价格'''
        goods,index,Flag = self.goodSearch(name)
        #print(Flag,'\n',goods,"\n",index)
        price=input("请要修改商品的价格")
        if self.checkPrice(price):
            goods[index][1] = int(price)
            self.setGoods(goods)
            print('商品价格修改完成!')
            print(goods[index][0],"\t","\033[32;1m%s\033[0m"  % goods[index][1] )
            return True

    def turnBack(self):
        '''返回上级菜单'''
        print(''.center(15,'*'))
        print( "1、返回上级")
        print( "2、退出")
        print(''.center(15,'*'))
        while True:
            choise = input("请选择:")
            if choise == '1':
                self.goodManagement()
            elif choise == '2':
                print ("谢谢使用!")
                exit(-1)
            else:
                print ("输入有误,请重新输入!")

    def goodManagement(self):
        '''用户选择'''
        print("请选择操作:")
        print("1、打印商品列表")
        print("2、商品上架")
        print("3、商品下架")
        print("4、修改商品价格")
        print("5、商品查询")
        while True:
            choice = input().strip()
            if choice.isdigit():
                choice = int(choice)
                if 1 == choice:
                    # 打印商品列表
                    self.printGoods()
                    self.turnBack()
                    break
                elif 2 == choice:
                    # 商品上架
                    self.goodsShelves()
                    self.turnBack()
                    break
                elif 3 == choice:
                    # 商品下架
                    self.goodDelete()
                    self.turnBack()
                    break
                elif 4 == choice:
                    # 修改商品价格
                    name = input("请要修改商品价格的名称:").strip()
                    self.goodModify(name)
                    self.turnBack()
                    break
                elif 5 == choice:
                    # 商品查询
                    name = input("请输入要查询商品价格的名称:").strip()
                    self.goodSearch(name)
                    self.turnBack()
                    break
                else:
                    print("输入有误,请重新输入")
            else:
                print("请输入有效数字!")

def run():
    goods = Goods()
    goods.goodManagement()

if __name__ == '__main__':
    run()
goods.py

emmm,管理员的两大块就完成啦,接下来就是普通用户的一些操作啦,这个开发顺序也是要稍微注意一下的,先实现管理员的功能,就有了普通用户的信息嘛,然后再实现普通用户,这就可以直接用已有的账户信息啦,然后接着实现ATM功能,再实现购物功能,这样购物结算的时候就可以调用AMT结算啦。

废话不多说,看看ATM类的主要功能:

1、存款
2、取款
3、转账
4、查询余额
5、修改密码

# -*- coding: utf-8 -*-
import os,sys
BASE_DIR = os.path.dirname(os.path.dirname(__file__))
sys.path.append(BASE_DIR)
from core import users as u
from conf import settings as ss

class ATM(object):
    '''ATM类'''

    @ss.log
    def deposit(self,userID,money):
        '''存款'''
        # 调用用户类的获取用户信息方法
        users = u.Users().getUser()
        try:
            users[userID]['money'] = int(users[userID]['money']) +  money
        except:
            # 第一次存钱
            users[userID]['money'] = money
        # 调用用户类,重新写入用户信息
        u.Users().setUser(users)
        #print('账户%s已存入%s元!' % (users[userID]['username'],money) )
        #print('总余额为: %s 元' % users[userID]['money'])
        return True
    @ss.log
    def withdrawals(self,userID,money):
        '''取款'''
        users = u.Users().getUser()
        try:
            int(users[userID]['money'])
            if money > users[userID]['money']:
                print('余额不足!!')
                return False
            else:
                users[userID]['money'] -= money
        except:
            print('余额不足!')
            return False
        u.Users().setUser(users)
        #print('账户%s已取出%s元!' % (users[userID]['username'],money) )
        #print('总余额为: %s 元' % users[userID]['money'])
        return True
    @ss.log
    def transfer(self,userID1,userID2,money):
        '''转账'''
        # 直接调用取款、存款函数,取款成功了再存款。
        if self.withdrawals(userID1,money):
            self.deposit(userID2,money)
            return True
        return False

    @ss.log
    def queryBalance(self,userID):
        '''查询余额'''
        users = u.Users().getUser()
        try:
            print('账户%s的余额为:\n%s元' % (users[userID]['username'],users[userID]['money']))
        except:
            print('账户%s的余额为:\n0元' % (users[userID]['username']))

    def turnBack(self,userID):
        '''返回上级菜单'''
        print(''.center(15,'*'))
        print( "1、返回上级")
        print( "2、退出")
        print(''.center(15,'*'))
        while True:
            choise = input("请选择:")
            if choise == '1':
                self.atmOperation(userID)
            elif choise == '2':
                print ("谢谢使用!")
                exit(-1)
            else:
                print ("输入有误,请重新输入!")

    def inputMoney(self,userID):
        '''输入金额'''
        money = input()
        if money.isdigit():
            return int(money)
        else:
            print('输入不是有效数字!')
        return  self.turnBack(userID)

    def atmOperation(self,userID):
        '''ATM操作,总入口函数'''

        print('''请选择:
        1、存款
        2、取款
        3、转账
        4、查询余额
        5、修改密码''')
        while True:
            choise=input().strip()
            if '1' == choise:
                # 存款
                print('请输入存款金额:')
                money = self.inputMoney(userID)
                self.deposit(userID,money)
                print('存入%s元成功!' % (money))
                self.turnBack(userID)
                break
            elif '2' == choise:
                # 取款
                print('请输入取款金额!')
                money = self.inputMoney(userID)
                if self.withdrawals(userID,money):
                    print('已取出%s元!请收好!' % (money))
                self.turnBack(userID)
                break
            elif '3' == choise:
                # 转账
                username = input('请输入要转账的账户名:')
                checkUser =  u.Users().checkUser(username)
                if checkUser:
                    print('请输入要转账金额:')
                    money = self.inputMoney(userID)
                    userID2 = u.Users().getUserID(username)
                    if self.transfer(userID,userID2,money):
                        print('已成功向%s转账%s元!' % (username, money))
                else:
                    print('账户不存在!')
                self.turnBack(userID)
                break
            elif '4' == choise:
                # 查询余额
                self.queryBalance(userID)
                self.turnBack(userID)
                break

            elif '5' == choise:
                # 修改密码
                u.Users().changePasswd(userID)
                self.turnBack(userID)
                break
            else:
                print('输入有误!')

def run():
    atm = ATM()
    print('欢迎登录瑞士银行!!')
    # 登录验证,通过后返回userID值
    username,userID = u.Users().userLoggin()
    if userID:
        atm.atmOperation(userID)

if __name__ == '__main__':
    run()
atm.py

接下来就是普通用户的购物,这个比其他功能复杂点的地方就是不同的用户购物信息要分类存储。

# -*- coding: utf-8 -*-
import os,sys
BASE_DIR = os.path.dirname(os.path.dirname(__file__))
sys.path.append(BASE_DIR)
from core import goods as g
from core import atm as a
from conf import settings as ss
from core import users as u
import json

class ShoppingCar(object):
    '''用户购物'''

    def getBuyList(self,username):
        '''读取用户购物车清单'''
        try:
            with open(ss.ShoppingCarFile(username), "r", encoding="utf-8") as f:
                buyList = json.load(f)
                #print(buyList)
        except:
            print('have no goods inof!')
            buyList = []
        #print(buyList)
        return buyList

    def setBuyList(self,username,buyList):
        '''将用户购物清单写入文件中'''
        with open(ss.ShoppingCarFile(username), "w", encoding="utf-8") as f:
            json.dump(buyList, f, ensure_ascii=False, indent="\t")

    def printBuyList(self,username):
        '''打印购物车列表'''
        sum = 0
        buyList = self.getBuyList(username)
        print(''.center(20,'-'))
        print('购买商品列表如下:')
        print(''.center(20,'-'))
        print('名称\t\t价格')
        print(''.center(20,'-'))
        for name,price in buyList:
            print(name,"\t",price)
            sum = sum + int(price)
        print(''.center(20,'-'))
        print('总计:\t %s' % sum)
        return sum

    def buyList(self,username,choice):
        '''请选择购物'''
        buyList = self.getBuyList(username)
        goods = g.Goods().getGoods()
        if choice < len(goods) and choice >=0:
            print(goods[choice])
            buyList.append(goods[choice])
            #print(buyList)
            self.setBuyList(username,buyList)
            print('加入购物车成功')
        else:
            print('商品未上架!')
        return buyList

    def shopping(self,username,userID):
        '''购物'''
        goods = g.Goods().printGoods()
        print(goods)
        while True:
            print('请选择,停止购物按q')
            choice = input().strip()
            if choice != 'q':
                if choice.isdigit():
                    choice = int(choice)
                    self.buyList(username,choice)
                else:
                    print('请输入有效数字!')
            else:
                # 获取购物车总价
                sum = self.printBuyList(username)
                print('开始结算!')
                n = 2
                while n >=0:
                    password = input('请输入银行卡密码:')
                    if u.Users().checkPassword(userID,password):
                        # 调用银行卡接口结算
                        if a.ATM().withdrawals(userID,sum):
                            print('结算成功!')
                            return True
                        else:
                            print('结算失败!')
                    else:
                        if n !=0:
                            print('密码错误!你还有%s次尝试机会!' % n)
                        else:
                            print('尝试次数已用完,结算失败!')
                    n -=1
                # 清空本次购物信息
                #buyList = ['结算失败!']
                #self.setBuyList(username, buyList)
                os.remove(ss.ShoppingCarFile(username))
                return False


def run():
    s = ShoppingCar()
    print('欢迎登录XXX网上购物商城!')
    # 登录验证,通过后返回userID值
    username,userID = u.Users().userLoggin()
    if userID:
        s.shopping(username,userID)

if __name__ == '__main__':
    run()
shopping.py

最后就是写一个总的入口功能啦,在bin/main.py里去实现调用以上各个功能。

# -*- coding: utf-8 -*-
# 2019/7/10 16:57

import os,sys
BASE_DIR = os.path.dirname(os.path.dirname(__file__))
sys.path.append(BASE_DIR)
from core import goods as g
from core import atm as a
from conf import settings as ss
from core import users as u
from core import shopping as s

def checkAdmin():
    '''校验管理员账号密码'''
    i = 2
    while i >= 0:
        username = input('请输入管理员账号:')
        if username == ss.adminName:
            j = 2
            while j >= 0:
                password = input('请输入管理员密码:')
                if password == ss.adminPassword:
                    return True
                else:
                    print('管理员密码输入有误!')
                    if j == 0:
                        print('账号已锁定,请10分钟后重新尝试!')
                        return False
                    else:
                        print('你还有%s次尝试机会!' % j)
                j -=1

        else:
            print('管理员账号输入有误!')
            if i != 0:
                print('你还有%s次尝试机会!' % i)
            else:
                print('账号已锁定,请10分钟后重新尝试!')
        i -=1
    return False

def averageUser():
    '''普通用户操作'''
    print('''请选择操作:
    1、购买商品
    2、ATM操作''')
    while True:
        choice = input().strip()
        if '1' == choice:
            s.run()
            break
        elif '2' == choice:
            a.run()
            break
        else:
            print('输入有误!')

def adminManagement():
    '''管理员操作'''
    print('''请选择操作:
    1、商品管理
    2、用户管理''')
    while True:
        choice = input().strip()
        if '1' == choice:
            g.run()
            break
        elif '2' == choice:
            u.run()
            break
        else:
            print('输入有误!')


def run():
    '''程序入口函数'''
    print('''欢迎进入ATM+购物程序!
    请选择操作:
    1、普通用户
    2、管理员''')
    while True:
        choice = input().strip()
        if '1' == choice:
            averageUser()
            break
        elif '2' == choice:
            if checkAdmin():
                adminManagement()
            break
        else:
            print('输入有误!')


if __name__ == '__main__':
    run()
main.py

再给ATM的操作加上日志功能,这里用了装饰器,直接应用到ATM操作的函数上,而不改变原来函数的调用方式。就写了一个log函数,放在settings.py里啦,就不再单独写一个py文件。

源码链接:https://github.com/caiqinxiong/ATM-Shopping.git

 

转载于:https://www.cnblogs.com/hulk-1029/p/11132424.html

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