# coding=utf-8 from PIL import Image from verify.localVerifyCode import verify def getRandCode(is_auto_code, auto_code_type, result): """ 识别验证码 :return: 坐标 """ try: if is_auto_code: if auto_code_type == 1: print(u"打码兔已关闭, 如需使用自动识别,请使用如果平台 auto_code_type == 2") return if auto_code_type == 2: Result = verify(result) return codexy(Ofset=Result, is_raw_input=False) else: img = Image.open('./tkcode.png') img.show() return codexy() except Exception as e: print(e) def codexy(Ofset=None, is_raw_input=True): """ 获取验证码 :return: str """ if is_raw_input: print(u""" ***************** | 1 | 2 | 3 | 4 | ***************** | 5 | 6 | 7 | 8 | ***************** """) print(u"验证码分为8个,对应上面数字,例如第一和第二张,输入1, 2 如果开启cdn查询的话,会冲掉提示,直接鼠标点击命令行获取焦点,输入即可,不要输入空格") print(u"如果是linux无图形界面,请使用自动打码,is_auto_code: True") print(u"如果没有弹出验证码,请手动双击根目录下的tkcode.png文件") Ofset = input(u"输入对应的验证码: ") if isinstance(Ofset, list): select = Ofset else: Ofset = Ofset.replace(",", ",") select = Ofset.split(',') post = [] offsetsX = 0 # 选择的答案的left值,通过浏览器点击8个小图的中点得到的,这样基本没问题 offsetsY = 0 # 选择的答案的top值 for ofset in select: if ofset == '1': offsetsY = 77 offsetsX = 40 elif ofset == '2': offsetsY = 77 offsetsX = 112 elif ofset == '3': offsetsY = 77 offsetsX = 184 elif ofset == '4': offsetsY = 77 offsetsX = 256 elif ofset == '5': offsetsY = 149 offsetsX = 40 elif ofset == '6': offsetsY = 149 offsetsX = 112 elif ofset == '7': offsetsY = 149 offsetsX = 184 elif ofset == '8': offsetsY = 149 offsetsX = 256 else: pass post.append(offsetsX) post.append(offsetsY) randCode = str(post).replace(']', '').replace('[', '').replace("'", '').replace(' ', '') print(u"验证码识别坐标为{0}".format(randCode)) return randCode