转子不会在谜语密码机中切换

发布于 2025-02-04 18:55:01 字数 7134 浏览 3 评论 0原文

现在我正在写谜语密码机。但是写了所有内容后，我注意到，仅切换第一个转子时，它不会改变最终结果。

虽然所有其他转子都可以完美地工作，

如果您找到了错误的原因，请在评论中写入有关它的原因。

如果需要，我可以提供有关代码的所有信息。

from tkinter import *
from PIL import Image, ImageTk
import string


abc = list(string.ascii_uppercase)

# rotor 3
class thirdRotor:
    def __init__(self):
        self.dictionary = [(1,3),(5,20),(17,2),(2,15),(14,18),(8,1),(12,13),(18,10),(9,5),(13,24),(3,19),(23,6),(6,17),(16,12),(25,21),(15,26),(4,8),(10,25),(21,9),(26,14),(22,11),(19,16),(11,23),(24,7),(7,4),(20,22)]
        self.code_position = 0
        self.decode_position = 0

    def code(self, input, direction):
        self.code_position = self.code_position + 1
        if self.code_position > 26:
            self.code_position = self.code_position - 26
        search = self.cykleSearch((input + self.code_position))
        result = 0
        for i in range(0,26):
            if self.dictionary[i][switchDirection(direction)] == search:
                result = self.dictionary[i][direction]
        return result

    def cykleSearch(self, search):
        while search > 26:
            search = search - 26
        return search

class stator:
    def __init__(self):
        self.dictionary = [(5,24),(14,19),(9,23),(26,13),(22,7),(20,12),(17,1),(21,25),(16,2),(18,3),(11,8),(10,6),(4,15),(24,5),(19,14),(23,9),(13,26),(7,22),(12,20),(1,17),(25,21),(2,16),(3,18),(8,11),(6,10),(15,4)]

    def find(self, input):
        for i in range(0,26):
            if self.dictionary[i][0] == input:
                return self.dictionary[i][1]
# rotor 2
class secondRotor:
    def __init__(self):
        self.dictionary = [(18,8),(4,6),(13,5),(23,24),(12,25),(19,21),(2,14),(24,16),(3,19),(7,1),(10,23),(6,2),(20,13),(15,12),(14,10),(5,20),(17,3),(16,17),(9,22),(25,15),(11,18),(8,26),(1,7),(21,9),(22,11),(26,4)]
        self.code_position = 0

    def code(self, input, direction):
        self.code_position = self.code_position + 1
        real_position = self.code_position

        search = self.cykleSearch(input + self.cycleIterator(real_position))
        result = 0
        for i in range(0,26):
            if self.dictionary[i][switchDirection(direction)] == search:
                result = self.dictionary[i][direction]
        return result


    def cycleIterator(self, iterator):
        while iterator > 26:
            iterator = iterator // 26
        return iterator

    def cykleSearch(self, search):
        while search > 26:
            search = search - 26
        return search


# rotor 1
class firstRotor:
    def __init__(self):
        self.dictionary = [(24,19),(19,20),(5,13),(6,7),(2,5),(15,25),(8,17),(9,4),(20,10),(12,11),(25,23),(11,6),(18,8),(23,2),(21,16),(16,26),(26,1),(7,21),(3,3),(4,12),(14,15),(22,9),(17,24),(13,22),(1,14),(10,18)]


    def code(self, input, direction):
        self.code_position = self.code_position + 1
        real_position = self.code_position

        search = self.cykleSearch(input + self.cycleIteratorSqrt(real_position))
        result = 0
        for i in range(0,26):
            if self.dictionary[i][switchDirection(direction)] == search:
                result = self.dictionary[i][direction]
        return result

    def cycleIteratorSqrt(self, iterator):
        if iterator // (26*26) > 1:
            while iterator > (26*26):
                iterator = iterator // (26*26)
        else:
            iterator = iterator // (26*26)
        return iterator

    def cykleSearch(self, search):
        while search > 26:
            search = search - 26
        return search


rotor_3 = thirdRotor()
rotor_2 = secondRotor()
rotor_1 = firstRotor()
stator = stator()

def crypt_word(word):
    result = list()
    for letter in word:
        result.append(codeByRotors(letter))
    return result


def codeByRotors(letter):
    number = abc.index(letter) + 1
    thirdRtl = rotor_3.code(number, 0)
    secondRtl = rotor_2.code(thirdRtl, 0)
    firstRtl = rotor_1.code(secondRtl, 0)
    statorRtl = stator.find(firstRtl)
    firstLtr = rotor_1.code(statorRtl, 1)
    secondLtr = rotor_2.code(firstLtr, 1)
    thirdLtr = rotor_3.code(secondLtr, 1)
    result = thirdLtr

    return abc[result - 1]


def switchDirection(direction):
    return 0 if direction == 1 else 1

def configureMachine(frtRrStart, sndRrStart, trdRrStart):
    rotor_1.code_position = frtRrStart
    rotor_2.code_position = sndRrStart
    rotor_3.code_position = trdRrStart


def runMachine(stringByWords):
    result = ''
    strg = ''
    for word in stringByWords:
        crypted = crypt_word(word)
        result += strg.join(crypted)
        result += ' '
    return result


def process(frtRrStart, sndRrStart, trdRrStart, inputString):
    inputString = inputString.upper()
    stringByWords = inputString.split()
    configureMachine(int(frtRrStart), int(sndRrStart), int(trdRrStart))
    result = runMachine(stringByWords)
    return result




#gui
root = Tk()
root.geometry("310x430")
root.title("Enigma")
root['bg'] = '#FF8F29'

#startentry
startentry = Entry(root, bg='#F7B237', justify=CENTER)
startentry.place(x = 10,y = 10, width=285, height=115)

#company logo
clogo = ImageTk.PhotoImage(Image.open("companylogo.jpg").resize((120, 120)))
logo = Label(root, image = clogo)
logo.place(x=10, y = 150)


def Rotor_add(rotor: Label, count: int = 1):
    rotor.configure(text=rotor["text"] + count)

def Rotor_reset():
    rotor1.configure(text = 0)
    rotor2.configure(text = 0)
    rotor3.configure(text = 0)


#rotters
rotor3btn1 = Button(root, text='<', command=lambda: Rotor_add(rotor3, -1))
rotor3btn2 = Button(root, text='>', command=lambda: Rotor_add(rotor3))

rotor2btn1 = Button(root, text='<', command=lambda: Rotor_add(rotor2, -1))
rotor2btn2 = Button(root, text='>', command=lambda: Rotor_add(rotor2))

rotor1btn1 = Button(root, text='<', command=lambda: Rotor_add(rotor1, -1))
rotor1btn2 = Button(root, text='>', command=lambda: Rotor_add(rotor1))

rotor3btn1.place(x=185, y=250)
rotor3btn2.place(x=250, y=250)
rotor2btn1.place(x=185, y=210)
rotor2btn2.place(x=250, y=210)
rotor1btn1.place(x=185, y=170)
rotor1btn2.place(x=250, y=170)

#

#rotors values

rotor3 = Label(root, fg='black', bg='#FF8F29', text=0)
rotor3.place(x=220, y=250)
rotor2 = Label(root, fg='black', bg='#FF8F29', text=0)
rotor2.place(x=220, y=210)
rotor1 = Label(root, fg='black', bg='#FF8F29', text=0)
rotor1.place(x=220, y=170)

#endentry
endentry = Text(root, bg='#F7B237')
endentry.place(x = 10,y = 305, width=285, height=115)

def Enigma_Start():
    inputString = startentry.get()
    rotor1_get = rotor1['text']
    rotor2_get = rotor2['text']
    rotor3_get = rotor3['text']
    print(rotor1_get,rotor2_get,rotor3_get,inputString)
    result_all = process(rotor1_get,rotor2_get,rotor3_get, inputString)
    endentry.delete(CURRENT, END)
    endentry.insert(END ,result_all)

EncryptBtn = Button(root, text='Encrypt', command = lambda: Enigma_Start())
EncryptBtn.place(x=185, y = 135)
ResetBtn = Button(root, text='Reset', command = lambda: Rotor_reset())
ResetBtn.place(x=245, y = 135)


root.mainloop()

原文

Now I am writing the Enigma cipher machine. But after writing everything, I noticed that when switching only the first rotor, it does not change the final result.

While all other rotors work perfectly

If you find the reason for the error, please write about it in the comments.

If needed, I can provide all the information on the code.

from tkinter import *
from PIL import Image, ImageTk
import string


abc = list(string.ascii_uppercase)

# rotor 3
class thirdRotor:
    def __init__(self):
        self.dictionary = [(1,3),(5,20),(17,2),(2,15),(14,18),(8,1),(12,13),(18,10),(9,5),(13,24),(3,19),(23,6),(6,17),(16,12),(25,21),(15,26),(4,8),(10,25),(21,9),(26,14),(22,11),(19,16),(11,23),(24,7),(7,4),(20,22)]
        self.code_position = 0
        self.decode_position = 0

    def code(self, input, direction):
        self.code_position = self.code_position + 1
        if self.code_position > 26:
            self.code_position = self.code_position - 26
        search = self.cykleSearch((input + self.code_position))
        result = 0
        for i in range(0,26):
            if self.dictionary[i][switchDirection(direction)] == search:
                result = self.dictionary[i][direction]
        return result

    def cykleSearch(self, search):
        while search > 26:
            search = search - 26
        return search

class stator:
    def __init__(self):
        self.dictionary = [(5,24),(14,19),(9,23),(26,13),(22,7),(20,12),(17,1),(21,25),(16,2),(18,3),(11,8),(10,6),(4,15),(24,5),(19,14),(23,9),(13,26),(7,22),(12,20),(1,17),(25,21),(2,16),(3,18),(8,11),(6,10),(15,4)]

    def find(self, input):
        for i in range(0,26):
            if self.dictionary[i][0] == input:
                return self.dictionary[i][1]
# rotor 2
class secondRotor:
    def __init__(self):
        self.dictionary = [(18,8),(4,6),(13,5),(23,24),(12,25),(19,21),(2,14),(24,16),(3,19),(7,1),(10,23),(6,2),(20,13),(15,12),(14,10),(5,20),(17,3),(16,17),(9,22),(25,15),(11,18),(8,26),(1,7),(21,9),(22,11),(26,4)]
        self.code_position = 0

    def code(self, input, direction):
        self.code_position = self.code_position + 1
        real_position = self.code_position

        search = self.cykleSearch(input + self.cycleIterator(real_position))
        result = 0
        for i in range(0,26):
            if self.dictionary[i][switchDirection(direction)] == search:
                result = self.dictionary[i][direction]
        return result


    def cycleIterator(self, iterator):
        while iterator > 26:
            iterator = iterator // 26
        return iterator

    def cykleSearch(self, search):
        while search > 26:
            search = search - 26
        return search


# rotor 1
class firstRotor:
    def __init__(self):
        self.dictionary = [(24,19),(19,20),(5,13),(6,7),(2,5),(15,25),(8,17),(9,4),(20,10),(12,11),(25,23),(11,6),(18,8),(23,2),(21,16),(16,26),(26,1),(7,21),(3,3),(4,12),(14,15),(22,9),(17,24),(13,22),(1,14),(10,18)]


    def code(self, input, direction):
        self.code_position = self.code_position + 1
        real_position = self.code_position

        search = self.cykleSearch(input + self.cycleIteratorSqrt(real_position))
        result = 0
        for i in range(0,26):
            if self.dictionary[i][switchDirection(direction)] == search:
                result = self.dictionary[i][direction]
        return result

    def cycleIteratorSqrt(self, iterator):
        if iterator // (26*26) > 1:
            while iterator > (26*26):
                iterator = iterator // (26*26)
        else:
            iterator = iterator // (26*26)
        return iterator

    def cykleSearch(self, search):
        while search > 26:
            search = search - 26
        return search


rotor_3 = thirdRotor()
rotor_2 = secondRotor()
rotor_1 = firstRotor()
stator = stator()

def crypt_word(word):
    result = list()
    for letter in word:
        result.append(codeByRotors(letter))
    return result


def codeByRotors(letter):
    number = abc.index(letter) + 1
    thirdRtl = rotor_3.code(number, 0)
    secondRtl = rotor_2.code(thirdRtl, 0)
    firstRtl = rotor_1.code(secondRtl, 0)
    statorRtl = stator.find(firstRtl)
    firstLtr = rotor_1.code(statorRtl, 1)
    secondLtr = rotor_2.code(firstLtr, 1)
    thirdLtr = rotor_3.code(secondLtr, 1)
    result = thirdLtr

    return abc[result - 1]


def switchDirection(direction):
    return 0 if direction == 1 else 1

def configureMachine(frtRrStart, sndRrStart, trdRrStart):
    rotor_1.code_position = frtRrStart
    rotor_2.code_position = sndRrStart
    rotor_3.code_position = trdRrStart


def runMachine(stringByWords):
    result = ''
    strg = ''
    for word in stringByWords:
        crypted = crypt_word(word)
        result += strg.join(crypted)
        result += ' '
    return result


def process(frtRrStart, sndRrStart, trdRrStart, inputString):
    inputString = inputString.upper()
    stringByWords = inputString.split()
    configureMachine(int(frtRrStart), int(sndRrStart), int(trdRrStart))
    result = runMachine(stringByWords)
    return result




#gui
root = Tk()
root.geometry("310x430")
root.title("Enigma")
root['bg'] = '#FF8F29'

#startentry
startentry = Entry(root, bg='#F7B237', justify=CENTER)
startentry.place(x = 10,y = 10, width=285, height=115)

#company logo
clogo = ImageTk.PhotoImage(Image.open("companylogo.jpg").resize((120, 120)))
logo = Label(root, image = clogo)
logo.place(x=10, y = 150)


def Rotor_add(rotor: Label, count: int = 1):
    rotor.configure(text=rotor["text"] + count)

def Rotor_reset():
    rotor1.configure(text = 0)
    rotor2.configure(text = 0)
    rotor3.configure(text = 0)


#rotters
rotor3btn1 = Button(root, text='<', command=lambda: Rotor_add(rotor3, -1))
rotor3btn2 = Button(root, text='>', command=lambda: Rotor_add(rotor3))

rotor2btn1 = Button(root, text='<', command=lambda: Rotor_add(rotor2, -1))
rotor2btn2 = Button(root, text='>', command=lambda: Rotor_add(rotor2))

rotor1btn1 = Button(root, text='<', command=lambda: Rotor_add(rotor1, -1))
rotor1btn2 = Button(root, text='>', command=lambda: Rotor_add(rotor1))

rotor3btn1.place(x=185, y=250)
rotor3btn2.place(x=250, y=250)
rotor2btn1.place(x=185, y=210)
rotor2btn2.place(x=250, y=210)
rotor1btn1.place(x=185, y=170)
rotor1btn2.place(x=250, y=170)

#

#rotors values

rotor3 = Label(root, fg='black', bg='#FF8F29', text=0)
rotor3.place(x=220, y=250)
rotor2 = Label(root, fg='black', bg='#FF8F29', text=0)
rotor2.place(x=220, y=210)
rotor1 = Label(root, fg='black', bg='#FF8F29', text=0)
rotor1.place(x=220, y=170)

#endentry
endentry = Text(root, bg='#F7B237')
endentry.place(x = 10,y = 305, width=285, height=115)

def Enigma_Start():
    inputString = startentry.get()
    rotor1_get = rotor1['text']
    rotor2_get = rotor2['text']
    rotor3_get = rotor3['text']
    print(rotor1_get,rotor2_get,rotor3_get,inputString)
    result_all = process(rotor1_get,rotor2_get,rotor3_get, inputString)
    endentry.delete(CURRENT, END)
    endentry.insert(END ,result_all)

EncryptBtn = Button(root, text='Encrypt', command = lambda: Enigma_Start())
EncryptBtn.place(x=185, y = 135)
ResetBtn = Button(root, text='Reset', command = lambda: Rotor_reset())
ResetBtn.place(x=245, y = 135)


root.mainloop()

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