基于python实现银⾏管理系统⽬录
⼀、python银⾏管理系统
⼆、分析部分
三、代码部分
⼀、python银⾏管理系统
⼆、分析部分
三、代码部分
import random
class bankUser:
# 卡号，⽤户姓名，⾝份证号，⼿机，预存，密码
Count_id = ""
Count_Name = ""
Count_IDCard = ""
Count_phone = ""
Count_Money = 0.00
Count_password = ""
Count_Root = True
def __init__(self, Count_id, Count_IDCard, Count_Name, Count_phone, Count_Money, Count_password, Count_Root): self.Count_id = Count_id
self.Count_IDCard = Count_IDCard
self.Count_phone = Count_phone
self.Count_Money = Count_Money
self.Count_password = Count_password
self.Count_Root = Count_Root
self.Count_Name = Count_Name
class DaoServer:
# 检测账号是否已经被锁
def isLock(self, i_id):
with open("F:\\", 'r') as seaFile:
mes = adlines()
for index in mes:
matchId = index.split("~")[0]
if matchId == i_id and index.split("~")[6] is False:
return True
pass
return False
# 作⽤1：开户匹配是否有同样的⾝份证注册这个账户，有就返回假，没有返回真。传的参数是⾝份证号
# 作⽤2：在查询时看看是否存在这个账号
def searchBlock(self, IdCard):
with open("F:\\", 'r') as seaFile:
mes = adlines()
# id~pass~idcard~name~phone~money
for index in mes:
matchIdcard = index.split("~")[1]
matchId = index.split("~")[0]
if matchIdcard == IdCard or matchId == IdCard:
return False
pass
return True
# 注册账户
def register(self, user):
if self.searchBlock(user.Count_IDCard):
# 开始开户
a = [1, 2, 3, 4, 5, 6, 7, 8, 9, 0]
# 产⽣的⼀个账号
numArray = random.sample(a, 6)
# id~pass~idcard~name~phone~money
# Count_id, Count_IDCard, Count_phone, Count_Money, Count_password, Count_Root
# user.Count_id = ''.join(str(k) for k in numArray)
# ⽤于⽣成的账户是否已经存在，如果存在就重新⽣成
while not self.searchBlock(user.Count_id):
numArray = random.sample(a, 6)
# Count_id, Count_IDCard, Count_phone, Count_Money, Count_password, Count_Root
user.Count_id = ''.join(str(k) for k in numArray)
line = user.Count_id + "~" + user.Count_IDCard + "~" + user.Count_Name + "~" + user.Count_phone + "~" + str( user.Count_Money) + "~" + user.Count_password + "~" + str(user.Count_Root) + "\n"
with open("F:\\", 'a+') as writeFile:
writeFile.writelines(line)
pass
return True
else:
return False
# 验证密码和账号是否⼀致
# 正确返回user对象，否则返回Null
def proof(self, pId, pPassword):
with open("F:\\", 'r') as proofFile:
proofMes = adlines()
for pIndex in proofMes:
fId = pIndex.split("~")[0]
fPassword = pIndex.split("~")[5]
if fId == pId and fPassword == pPassword:
f = bankUser(pIndex.split("~")[0], pIndex.split("~")[1], pIndex.split("~")[2], pIndex.split("~")[3],
pIndex.split("~")[4], pIndex.split("~")[5], pIndex.split("~")[6])
return f
return None
# 锁控制函数 + 还可以进⾏重新数据更新后重新写⼊数据
# 数据更新函数
def Lock(self, lockU, res):
lId = lockU.Count_id
r_mes = []
with open('F:\\', 'r') as rFile:
r_mes = adlines()
for r_index in r_mes:
if r_index.split("~")[0] == lId:
line = lId + "~" + r_index.split("~")[1] + "~" + r_index.split("~")[2] + "~" + r_index.split("~")[
3] + "~" + str(lockU.Count_Money) + "~" + r_index.split("~")[5] + "~" + str(res) + "\n"
ve(r_index)
r_mes.append(line)
break
pass
with open('F:\\', 'w') as file:
pass
with open('F:\\', 'w') as file:
for i in r_mes:
file.writelines(i)
pass
# 查询账户
def search(self, sId, sPassword):
# 看看有没有这个账户
# 参数：账户
if not self.searchBlock(sId):
# 存在这个账户，然后进⾏账户密码验证
# 查看是否被锁定
if self.isLock(sId):
print("账号有危险，程序⾃动退出！")
exit(0)
res = self.proof(sId, sPassword)
n = 1
while res is None and n <= 3:
sPassword = input("密码有误，请重新输⼊：")
n = n + 1
res = self.proof(sId, sPassword)
if res is None:
# 锁住，返回
self.Lock(sId, False)
print("有危险，账号已经锁住！")
return None
else:
# 打印信息
print("=" * 50)
print("||", " " * 13, res.Count_Name, " 先⽣（⼥⼠）", " " * 13, "||")
print("||\t账户：", res.Count_id, " " * 6, "⾦额：", res.Count_Money, " " * 13, "||")
print("=" * 50)
return res
else:
print("本⾏没有这个账户！")
return None
pass
# 取款 | 存款
# 1 2
def getOrSaveMoney(self, flag, gId, gPassword):
getRes = self.search(gId, gPassword)
if getRes is None:
return None
else:
if flag is 1:
money = int(input("请输⼊你要取的⾦额："))
getRes.Count_Money = int(getRes.Count_Money) - money
if money <= 0 or money > int(getRes.Count_Money):
print("输⼊有误")
return getRes
else:
money = int(input("请输⼊你要存的⾦额："))
getRes.Count_Money = int(getRes.Count_Money) + money
self.Lock(getRes, True)
print(getRes.Count_Money)
return getRes
# 获取转向那个⼈的⽬标钱数
def getGoalMoey(self, goalId):
with open("F:\\", 'r') as seaFile:
mes = adlines()
for index in mes:
if index.split("~")[0] == goalId:
return int(index.split("~")[4])
pass
# 转账
def Transfer(self, tId, tPa):
rRes = self.search(tId, tPa)
if rRes is not None:
if self.isLock(tId):
print("此账号有危险，程序⾃动退出！")
exit(0)
# 转向账号
goalId = input("请输⼊你要转向的那个⼈的账号：")
if self.searchBlock(goalId):
print("本⾏没有 ", goalId, " 这个账户")
else:
much = int(input("请输⼊你要转的⾦额："))
if much < 0 or much > int(rRes.Count_Money):
print("输⼊有误，即将退出...")
return None
else:
u = bankUser(goalId, "", "", "", GoalMoey(goalId) + much), "", True) # def Lock(self, lockU, res):
self.Lock(u, True)
rRes.Count_Money = int(rRes.Count_Money) - much
self.Lock(rRes, True)
print("已经完成转账！")
else:
print("本⾏没有 ", tId, " 这个账户")
def welcomeView():
print("*" * 40)
print("***", " " * 32, "***")
print("***", " " * 32, "***")
print("***", " " * 7, "欢迎登录银⾏管理系统", " " * 7, "***")
print("***", " " * 32, "***")
print("***", " " * 32, "***")
print("*" * 40)
def functionView():
print("*" * 50)
print("***", " " * 42, "***")
print("***\t1.开户(1)", " " * 20, "2.查询(2)\t ***")
print("***\t3.取款(3)", " " * 20, "5.存款(4)\t ***")
print("***\t5.转账(5)", " " * 20, "6.锁定(6)\t ***")
print("***\t7.解锁（7）", " " * 32, "***")
print("***", " " * 42, "***")
print("***\t退出(Q)", " " * 35, "***")
print("***", " " * 42, "***")
print("*" * 50)
welcomeView()
python index函数print("欢迎管理员前来⼯作：")
b = True
m_id = input("请输⼊管理员账号：")
while b:
if m_id == "admine":
break
else:
m_id = input("请重新输⼊管理员账号：")
pas = input("请输⼊管理员密码：")
a = True
m_pas = input("请输⼊管理员密码：")
while a:
if m_pas == "123":
break
else:
m_pas = input("请重新输⼊管理员密码：")
functionView()
type = input("请输⼊你的操作：")
while type is not 'Q':
if type == "1":
u_name = input("请输⼊你的姓名：")
u_phone = input("请输⼊你的电话：")
u_idCard = input("请输⼊你的⾝份证号：")
u_money = input("请输⼊你的预存⾦额：")
u_pass = input("请输⼊你的密码：")
u_user = bankUser("", u_idCard, u_name, u_phone, int(u_money), u_pass, True)
d1 = DaoServer()
boo = d1.register(u_user)
if boo:
print("注册成功！")
else:
print("注册失败！")
elif type == "2":
s_id = input("请输⼊你的账户：")
s_pass = input("请输⼊你的密码：")
d2 = DaoServer()
d2.search(s_id, s_pass)
elif type == "3":
d3 = DaoServer()
g_id = input("请输⼊你的账户：")
g_pass = input("请输⼊你的密码：")
elif type == "4":
d4 = DaoServer()
s_id = input("请输⼊你的账户：")
s_pass = input("请输⼊你的密码：")
elif type == "5":
t_id = input("请输⼊你的账户：")
t_pass = input("请输⼊你的密码：")
d5 = DaoServer()
d5.Transfer(t_id, t_pass)
elif type == "6":
d5 = DaoServer()
p_id = input("请输⼊你的账户：")
p_pass = input("请输⼊你的密码：")
flag = d5.proof(p_id, p_pass)
if flag is not None:
d5.Lock(flag, False)
print("锁定成功！")
else:
print("锁定失败")
elif type == "7":
d6 = DaoServer()
ul_id = input("请输⼊你的账户：")
ul_pass = input("请输⼊你的密码：")
flag = d6.proof(ul_id, ul_pass)
if flag is not None:
d5.Lock(flag, True)
print("解锁成功")
else:
print("解锁失败")
elif type =="Q" or type == "q":
exit(0)
else:
print("输⼊有误请重新输⼊：")
type = input("请输⼊你的操作：")
functionView()
到此这篇关于基于python实现银⾏管理系统的⽂章就介绍到这了，更多相关python银⾏管理系统内容请搜索以前的⽂章或继续浏览下⾯的相关⽂章希望⼤家以后多多⽀持！
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