super duck punch flash sol save file editor

main.py

import hashlib
import random
 
def decrypt(input_string, key="keykey"):
    chars_array = list("e7NjchMCEGgTpsx3mKXbVPiAqn8DLzWo_6.tvwJQ-R0OUrSak954fd2FYyuH~1lIBZ")
    chars_length = len(chars_array)
    # MD5 hash of the key
    key_array = list(hashlib.md5(key.encode()).hexdigest())
    # Split the input string into its components
    random_key_array = list(input_string[:chars_length * 2])
    md5_crc = input_string[chars_length * 2:chars_length * 2 + 32]
    string_array = list(input_string[chars_length * 2 + 32:])
    # Decode the random key
    random_key_dec = []
    for i in range(0, len(random_key_array), 2):
        numeric = chars_array.index(random_key_array[i]) * chars_length
        numeric += chars_array.index(random_key_array[i + 1])
        numeric -= ord(key_array[(i // 2) % len(key_array)])
        random_key_dec.append(chr(numeric))
    # Decrypt the main string
    decrypted_string = ""
    for i in range(0, len(string_array), 2):
        numeric = chars_array.index(string_array[i]) * chars_length
        numeric += chars_array.index(string_array[i + 1])
        numeric -= ord(random_key_dec[(i // 2) % chars_length])
        decrypted_string += chr(numeric)
    # Validate the MD5 checksum
    if md5_crc != hashlib.md5(decrypted_string.encode()).hexdigest():
        return False
    return decrypted_string
 
def encrypt(string, key="keykey"):
    chars_array = list("e7NjchMCEGgTpsx3mKXbVPiAqn8DLzWo_6.tvwJQ-R0OUrSak954fd2FYyuH~1lIBZ")
    chars_length = len(chars_array)
    string_array = list(string)
    key_array = list(hashlib.md5(key.encode()).hexdigest())
    random_key_array = []
    while len(random_key_array) < chars_length:
        random_key_array.append(chars_array[random.randint(0, chars_length - 1)])
    return_string = ""
    for i in range(len(string_array)):
        numeric = ord(string_array[i]) + ord(random_key_array[i % chars_length])
        return_string += chars_array[numeric // chars_length]
        return_string += chars_array[numeric % chars_length]
    random_key_enc = ""
    for i in range(chars_length):
        numeric = ord(random_key_array[i]) + ord(key_array[i % len(key_array)])
        random_key_enc += chars_array[numeric // chars_length]
        random_key_enc += chars_array[numeric % chars_length]
    return random_key_enc + hashlib.md5(string.encode()).hexdigest() + return_string