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import hashlib,binascii
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import tkinter as tk
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import tkinter.messagebox
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import tkinter.ttk
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import sys
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import keyboard
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import time
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from multiprocessing import Pool
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g = ['!','@','#','$','%','^','&','*','0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p','q','r','s','t','u','v','w','x','y','z','A','B','C','D','E','F','G','H','I','J','K','L','M','N','O','P','Q','R','S','T','U','V','W','X','Y','Z']
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Z=10**8
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l1=20
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checkPointHeavy=[0.0416,0.0855,0.1316,0.2318,0.2870,0.4117,0.5684,0.7381]
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checkpoint=[]
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for i in checkPointHeavy:
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if int(i*l1) not in checkpoint:
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checkpoint.append(int(i*l1))
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rainbowTableSum=20
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rainbowTable= {}
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rainbowTables=[]
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coefficient=[]
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coefficientCheckPoint=''
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win=tk.Tk()
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win.title('彩虹表破解程序')
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win.geometry('400x400')
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entry=tk.Entry(win,width=50)
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entry.place(x=20,y=100)
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cobox=tkinter.ttk.Combobox(win)
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cobox.place()
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cobox['value']=('NTLM','sha256')
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cobox.place(x=20,y=20)
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def NTLMOrSha256(str,mode):
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if mode==0:
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return binascii.hexlify(hashlib.new('md4', str.encode('utf-16le')).digest())
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elif mode==1:
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return binascii.hexlify(hashlib.new('sha256',str.encode('utf-8')).digest())
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def R(x,i,r,l2):
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x=int(x.decode(),16)
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x+=i
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x=str(hex(x))[2:]
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str1=''
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for j in range(l2):
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x1=(int(x[j%len(x)],16)+int(x[(j+l2)%len(x)],16)+Z//(i+1)+r)%len(g)
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str1+=g[x1]
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return str1
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def select(lenth):
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f=open('rockyou1.txt','r')
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list1=list(f.read().split('\n'))
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f.close()
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coefficient=[]
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for i in list1:
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if len(i)==lenth:
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coefficient.append(i)
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return coefficient
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def createRainbowTableProcess(*cRTP):
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dic=cRTP[0][0]
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st=cRTP[0][1]
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r=cRTP[0][2]
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rs=cRTP[0][3]
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mode=cRTP[0][4]
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for t in st:
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dic[t] = ''
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x = t
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j = 0
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coefficientCheckPoint = ''
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for i in range(l1):
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x = NTLMOrSha256(x,mode)
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if i == int(checkpoint[j]):
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coefficientCheckPoint += str(int(x.decode(), 16) & 1)
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j = (j + 1) % len(checkpoint)
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x = R(x, i + 1, r, rs)
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c = int(coefficientCheckPoint, 2)
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if c <= 15:
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x = x[:-2] + '0' + hex(c)[2:]
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else:
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x = x[:-2] + hex(int(coefficientCheckPoint, 2))[2:]
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dic[t] = x
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dic_key=list(dic.keys())
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dic_value=list(dic.values())
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return dic_key,dic_value
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def createRainbowTable():
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if cobox.get()!='NTLM':
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mode=1
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else:
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mode=0
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pool = Pool()
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global coefficientCheckPoint
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rs=5
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#表头输入
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st=select(rs)
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while st!=[]:
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rainbowTable={}
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for r in range(rainbowTableSum):
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dic = {}
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if r!=0:
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st=list(rainbowTable[r-1].values())
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args=([dic,st,r,rs,mode],)
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returnDic=pool.map(createRainbowTableProcess,args)
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returnDic=dict(zip(returnDic[0][0],returnDic[0][1]))
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rainbowTable[r]=returnDic
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rainbowTables.append(rainbowTable)
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rs+=1
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st = select(rs)
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pool.close()
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pool.join()
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returnDict[0]=rainbowTables
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returnDict[1]=mode
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def useRainbowTableProcess(*uRTP):
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key=uRTP[0][0]
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value=uRTP[0][1]
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inputValue=uRTP[0][2]
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mode=uRTP[0][3]
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returntutle=[]
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for k_value, v_value in value.items():
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for i in range(l1, 0, -1):
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coefficientCheckPoint = ''
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for execR in range(l1 + 1 - i):
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if execR == 0:
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inputValue1 = R(inputValue, i + execR, key, len(k_value))
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if i + execR - 1 in checkpoint:
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coefficientCheckPoint += str(int(inputValue.decode(), 16) & 1)
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else:
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inputValue1 = NTLMOrSha256(inputValue1,mode)
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if i + execR - 1 in checkpoint:
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coefficientCheckPoint += str(int(inputValue1.decode(), 16) & 1)
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inputValue1 = R(inputValue1, i + execR, key, len(k_value))
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if i==1 and len(k_value)==6:
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pass
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if inputValue1[:-2] == v_value[:-2]:
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if len(coefficientCheckPoint) and int(bin(int(v_value[-2:], 16))[2:].zfill(8)[0-len(coefficientCheckPoint):],2) != int(coefficientCheckPoint, 2):
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continue
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returntutle.append((k_value, i - 1, key))
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return returntutle
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def useRainbowTable(rainbowTables,mode):
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inputValue = entry.get().rstrip()
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inputValue = inputValue.encode()
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returnValues=[]
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returnValue=[]
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pool=Pool()
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global coefficientCheckPoint
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for table in rainbowTables:
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for key,value in table.items():
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args = ([key, value, inputValue,mode],)
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returnValues.append(pool.map(useRainbowTableProcess,args))
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for i in returnValues:
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if i[0]!=[]:
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for j in i:
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returnValue.append(j)
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pool.close()
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pool.join()
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if returnValue != []:
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t = 1
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for i in returnValue:
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rainbowtop,location,judgetable = i[0][0], i[0][1], i[0][2]
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length = len(rainbowtop)
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for i in range(location):
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rainbowtop = NTLMOrSha256(rainbowtop, mode)
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rainbowtop = R(rainbowtop, i + 1, judgetable, length)
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decyptstr=rainbowtop
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decyptstr_NTLM=str(NTLMOrSha256(rainbowtop, mode))[2:-1]
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if decyptstr_NTLM == inputValue:
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tkinter.messagebox.showinfo(title='提示信息', message=decyptstr)
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t = 0
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if t:
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print("破解失败！这可能是由于输入的hash值不一致导致的")
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else:
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print("破解失败！")
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returnDict = {}
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def main():
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btn1 = tk.Button(win, text='创建彩虹表', command=lambda: createRainbowTable())
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btn1.place(x=260, y=98)
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# rainbowTableFile=open('rainbowtable.txt','w')
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# count=0
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# for i in returnDict[0]:
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# for j in i:
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# for k in i[j]:
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# rainbowTableFile.write(str(k)+':'+str(i[j][k])+'\t')
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# count = (count+1)%5
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# if count==4:
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# rainbowTableFile.write('\n')
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btn=tk.Button(win,text='破解',command=lambda :useRainbowTable(returnDict[0],returnDict[1]))
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btn.place(x=360,y=98)
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win.mainloop()
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if __name__=='__main__':
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main()
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