def gen_anti_cc_cookies() -> dict:
cookies = {}
anti_cc_status = check_anti_cc()
if anti_cc_status: # 不为空，代表开启了防CC机制
if anti_cc_status["ok"] == 0:
print("防 CC 验证过程所需参数不符合要求，页面可能存在错误！")
else: # 使用获取到的三个值进行AES Cipher-Block Chaining解密计算以生成特定的Cookie值用于通过防CC验证
print("自动模拟计算尝试通过防 CC 验证")
a = bytes(toNumbers(anti_cc_status["a"]))
b = bytes(toNumbers(anti_cc_status["b"]))
c = bytes(toNumbers(anti_cc_status["c"]))
cbc_mode = AESModeOfOperationCBC(a, b)
result = cbc_mode.decrypt(c)
name = anti_cc_status["cookie_name"]
cookies[name] = result.hex()
else:
pass
return cookies
def gen_anti_cc_cookies(self) -> dict:
cookies = {}
anti_cc_status = self.check_anti_cc()
if anti_cc_status: # 不为空，代表开启了防CC机制
if anti_cc_status['ok'] == 0:
print('防 CC 验证过程所需参数不符合要求，页面可能存在错误！')
else: # 使用获取到的三个值进行AES Cipher-Block Chaining解密计算以生成特定的Cookie值用于通过防CC验证
print('自动模拟计算尝试通过防 CC 验证')
a = bytes(self.toNumbers(anti_cc_status['a']))
b = bytes(self.toNumbers(anti_cc_status['b']))
c = bytes(self.toNumbers(anti_cc_status['c']))
cbc_mode = AESModeOfOperationCBC(a, b)
result = cbc_mode.decrypt(c)
name = anti_cc_status['cookie_name']
cookies[name] = result.hex()
else:
pass
return cookies
