【MacOS】SteerMouse 5.5.6 注册算法分析 新增一处暗桩校验

def gen_table_float(cdkey):    table = []    j = 0for i in range(len(cdkey)):if cdkey[i] != '-':            base_value = 407.19if cdkey[i] >= 'A':                base_value = 0.0031if cdkey[i] >= 'G':                    base_value = 1012.28if cdkey[i] <= 'Z':                        base_value = 0.0024 + float(ord(cdkey[i]) - ord('F'))            table.append(base_value)print(table)print(len(table))    mix_table = []for i in range(20):        mix_table.append(int(float(int(table[i*2] * 20.0) & 0xFF) + (table[i*2 + 1])) & 0xFF)print(mix_table)    ret_table = [0 for x in range(20)]for i in range(160):var = mix_table[i % 0x14]        bit = 1 if (var & (1 << (i // 0x14))) else 0        bit = bit << (i & 7)        old_value = ret_table[i >> 3]        ret_table[i >> 3] = bit | old_valuereturn ret_table

#!python3

id = '100200-400600-071'code = 'KMLH-JEEA-RKJM-NBGR-IXHH-LRAJ-POJK-BAFC-HHHH-LRFD' # 4.0.0 注册码

def reverse_table(target_table):    ret_table = [0 for x in range(len(target_table))]for i in range(160):var = target_table[i // 8]        bit_value = (var >> (i % 8)) & 0x1        index = i % 20        ret_table[index] = ret_table[index] | (bit_value << i // 20)return ret_table



def integer_to_hex(int_array):    result = []for i in range(len(int_array)):        high = int_array[i] // 20        low = int_array[i] % 20if i % 2 == 0 and i > 0:            result.append('-')        result.append(chr(high + 70))        result.append(chr(low + 70))return ''.join(result)



def gen_register_code(user_id):    init_table = [0 for x in range(20)]    init_table[-1] = 70    init_table[-2] = 85for i in range(17):        init_table[i] = ord(user_id[i])    ret = reverse_table(init_table)return integer_to_hex(ret)



def main():print(gen_register_code(id))



if __name__ == '__main__':    main()

#!pythonimport random

id = 'ABCDEF-HIJKLM-(A)'code = 'KMLH-JEEA-RKJM-NBGR-IXHH-LRAJ-POJK-BAFC-HHHH-LRFD'  # 4.0.0 注册码



def reverse_table(target_table):    ret_table = [0 for x in range(len(target_table))]for i in range(160):        var = target_table[i // 8]        bit_value = (var >> (i % 8)) & 0x1        index = i % 20        ret_table[index] = ret_table[index] | (bit_value << i // 20)return ret_table



def add_random():return random.choice(['A', 'B', 'C', 'D', 'E'])



def integer_to_hex(int_array):    result = []    not_f_count = 0for i in range(len(int_array)):        high = int_array[i] // 20        low = int_array[i] % 20if i % 2 == 0 and i > 0:            result.append('-')if high == 0 and not_f_count < 4:            result.append(add_random())            not_f_count += 1else:            result.append(chr(high + 70))if low == 0 and not_f_count < 4:            result.append(add_random())            not_f_count += 1else:            result.append(chr(low + 70))return ''.join(result)



def gen_register_code(user_id):    init_table = [0 for x in range(20)]    init_table[-1] = 70    init_table[-2] = 85for i in range(17):        init_table[i] = ord(user_id[i])    ret = reverse_table(init_table)return integer_to_hex(ret)



def main():    print(gen_register_code(id))



if __name__ == '__main__':    main()