#！/usr/bin/env python
# -*- coding:utf-8 -*-
import re
def chu(arg1):  #定义加减
    arg = arg1[0]  #beacuse price is a list ,so index 0
    arg = arg.replace('--', '+').replace('++', '+').replace('-+', '-').replace('+-', '-')  #重点重点重点：就是对负数的一个替换
#    r = '-9-2-5-75884-1.6666666666666667-80.0-0.6+18'
    li = re.findall("[\-\+]?\d+\.?\d*", arg)        #意思是提取每个数，用findall变成列表形式，然后循环相加，张宇我佩服你
                                                                        # 意思是用findall提取每个值包括值前面的运算符
    num = 0 #定义空值，然后循环列表让每个值相加
    for i in li:
        num += float(i)
    return num
def multiply(arg):      #definition multip
   while True:
        nu = re.split("(\d+\.?\d*[*\/][\-]?\d+\.?\d*)",arg,1) #['-9-2-5-', '2*5', '/3+7/3*99/4*2998+10*568/14']
        print(nu)
        if len(nu) == 3:
            bef, cen, aft = nu    #split get there price
            nu_cen = re.split("[*/]",cen) #['2', '5']
            nu_bef, nu_af = nu_cen
 #           print(nu_bef,type(nu_af))
            if "*" in cen:     #如果*在中间那个
                nu_cen = re.split("\*", cen)
 #               print(nu_cen)
                nu_bef, nu_af = nu_cen
                sum = float(nu_bef)*float(nu_af)
 #               print(sum)
                nu = bef + str(sum) + aft #重新组合定义arg形参
                arg = nu
                return multiply(arg)  #返回重新定义函数
            elif "/" in cen:
                nu_cen = re.split("[/]", cen)
                nu_bef, nu_af = nu_cen
                sum = float(nu_bef)/float(nu_af)
                nu = bef + str(sum) + aft
                arg = nu
                return multiply(arg)# ['-9-2-5-3.3333333333333335+173134.50000000003+405.7142857142857']
        else:   #这个时候如果不等于3，那就是只剩下加减了执行加减
            return chu(nu)
   #return arg
#acc = "-9-2-5-244*311-5/3-40*4/2-3/5+6*3"
#acc = "-9-2-5-75884-5/3-160/2-3/5+18"
# acc = "-9-2-5-2*5/3+7/3*99/4*2998+10*568/14"
# ac = acc.strip(" ")
# a = multiply(ac)
# print(a)
# def multiply(arg):
#     return 1
origin = "1 - 2 *  ( (60-30 +(-9-2-5-24*11-5/3-40*4/2-3/5+6*3) * (-9-2-5-2*5/3 + 7 /3*9/4*98 +10 * 568/14 )) - (-4*3)/ (16-3*2) )"
#寻找括号最里面的括号
while True: #  只要里面还有最里面的括号，就循环
    origin = re.sub(r"\s*","",origin)  #no1 strinp *****space**
    print(origin)
    res = re.split("\(([^()]+)\)",origin,1) #分割括号str得到第一个最里面括号内的值 no2
    if len(res) == 3:    #equal（等于）3，证明have bracket
        before,centor,after = res   #no3
        print(centor)#centor是最里面的字符串，也是计算新函数乘法或除的实参
        r = multiply(centor)    #定义definition function multiply or ride  (no4)
        new_res = before + str(r) + after #重新组合
        origin = new_res   #重新定义origin
        print(origin)
    else:
        final = multiply(origin)  
        print(final)
        break
#this is comments
"""
acc = "-9-25-75884-5/3-160/2-3/5+18"
nu = re.split("(\d+\.?\d*[*][\-]?\d+\.?\d*)",acc,1)
print(type(nu[0]))
"""