import time from requests import Session from json import dumps from hashlib import md5, sha1 from random import randint, random import hashids from typing import Tuple # 用户信息设置 device_info = '' # 设备信息，抓包抓到整段复制过来就行，不要编码后的 user_id = # 用户id team_num = "" # 团队号，如果加入了团队请额外填写此参数 randSleepTime = 0 # 最长多少秒后提交本题答案[0:9]，题目本身有读题时间（字数/10），不计算在内 trueRate = 100.0 # 正确率，取值范围[0:1] # 以下勿动 def sign(data: dict) -> dict: keys = list(data.keys()) keys.sort() s_data = "&".join([f'{key}={data[key]}' for key in keys]) sign = sha1(f'{md5(s_data.encode()).hexdigest()}lanzu@123'.encode()).hexdigest() data['sign'] = sign return data appletVersion = "2.1.0" appletVercode = 18 ss = Session() ss.headers['User-Agent'] = 'Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/53.0.2785.143 Safari/537.36 MicroMessenger/7.0.9.501 NetType/WIFI MiniProgramEnv/Windows WindowsWechat' ss.headers['Accept'] = 'application/json' ss.headers['Referer'] = f'https://servicewechat.com/wx6e24c691f9a50e44/{appletVercode}/page-frame.html' ss.headers['Authorization'] = 'Bearer 0' preScore = [80, 80, 80, 80, 150] h = hashids.Hashids(salt="leadfyy!gogogo") def update_info() -> int: ret = ss.post( url="https://xds.guanhaihk.com/api/updateInfo", data=sign( { "version": appletVersion, "create_page": "pages/index/index", "timestamp": int(time.time()), "rand": randint(0, 1000000), "user_id": user_id, "platform": "wxmini", "device_info": device_info } ) ).json() assert ret['code'] == 0 and ret['msg'] == 'success' return True def choose_user() -> int: ret = ss.post( url="https://xds.guanhaihk.com/api/game/choose_user", data=sign( { "user_id": user_id, "create_page": "pages/pvp/pvp", "timestamp": int(time.time()), "rand": randint(0, 1000000), "platform": "wxmini", "version": appletVersion, "device_info": device_info } ) ).json() assert ret['code'] == 0 and ret['msg'] == 'success' return ret['data']['pk_user']['id'] def start(pk_user_id) -> Tuple[int, list, list, list, list]: ret = ss.post( url="https://xds.guanhaihk.com/api/game/start", data=sign( { "type":"rank_user", "pk_user_id": pk_user_id, "enter_type": "not_rank_quanzi", "create_page": "pages/answer/answer", "timestamp": int(time.time()), "rand": randint(0, 1000000), "user_id": user_id, "platform": "wxmini", "version": appletVersion, "device_info": device_info, "_enter_type": "not_rank_quanzi", "_pk_user_id": pk_user_id, "_type": "rank_user" } ) ).json() assert ret['code'] == 0 and ret['msg'] == 'success' question_idsList = [] sleeptime = [] answer_idsList = [] canTrueList = [] for q in ret['data']['questions']: question_idsList.append(q['id']) sleeptime.append(len(q['content']) // 10) canTrue = random() < trueRate canTrueList.append(canTrue) answer = None if canTrue: for o in q['options']: if h.decode(o['is_answer'])[2] == 1: answer = o['id'] break else: o = q['options'][randint(0, len(q['options']) - 1)] while h.decode(o['is_answer'])[2] == 1: o = q['options'][randint(0, len(q['options'])-1)] answer = o['id'] answer_idsList.append(answer) return ret['data']['pk_datas']['pk_info']['score'], question_idsList, sleeptime, answer_idsList, canTrueList def submit(pk_user_id, question_id, answer_id, is_right, score, rightCount) -> bool: ret = ss.post( url="https://xds.guanhaihk.com/api/wrongQuestion/submit", data=sign( { "user_id": user_id, "question_id": question_id, "is_right": is_right, "score": score, "rightCount": rightCount, "type": "rank_user", "answer_id": answer_id, "create_page": "pages/answer/answer", "timestamp": int(time.time()), "rand": randint(0, 1000000), "platform": "wxmini", "version": appletVersion, "device_info": device_info, "enter_type": "not_rank_quanzi", "pk_user_id": pk_user_id, "_type": "rank_user" } ) ).json() return ret['code'] == 0 and ret['msg'] == '记录成功' def submit_all(question_ids, times, score, score_ids, experience, is_win, answer_ids, right_counts) -> Tuple[str, int, int, int]: ret = ss.post( url="https://xds.guanhaihk.com/api/answer/submit_all", data=sign( { "question_ids": question_ids, "times": times, "score": score, "score_ids": score_ids, "experience": experience, "is_win": is_win, "answer_ids": answer_ids, "right_counts": right_counts, "user_id": user_id, "team_num": team_num, "type": "rank_user", "enter_type": "not_rank_quanzi", "create_page": "packageA/pages/closing/closing", "timestamp": int(time.time()), "rand": randint(0, 1000000), "platform": "wxmini", "version": appletVersion, "device_info": device_info, "_enter_type": "not_rank_quanzi" } ) ).json() assert ret['code'] == 0 and ret['msg'] == '提交完成' return ret['data']['user']['expInfo']['name'], ret['data']['user']['expInfo']['lever'], ret['data']['user']['experience'], ret['data']['user']['expInfo']['next_min_score'] if __name__ == '__main__': update_info() while True: m_pk_user_id = choose_user() print("获取到对手", end=" ") m_pk_score, m_question_idsList, m_sleeptime, m_answer_idsList, m_canTrueList = start(m_pk_user_id) print("获取到题目", end=" ") m_timesList = [] m_score = 0 m_score_idsList = [] m_right_counts = 0 for x, m_id, m_ans, m_st, m_ct in zip(range(5), m_question_idsList, m_answer_idsList, m_sleeptime, m_canTrueList): m_usetime = randint(0, randSleepTime) m_timesList.append(m_usetime) m_sc = int(preScore[x] * (10 - m_usetime) / 10) if m_ct: m_right_counts += 1 else: m_sc = 0 m_right_counts = 100 # 这个是连续答对次数 m_score += m_sc m_score_idsList.append(m_sc) time.sleep(m_st + m_usetime) assert submit(m_pk_user_id, m_id, m_ans, 1 if m_ct else 0, m_score, m_right_counts) print(f"已答第{x+1}题", end=" ") m_question_ids = ",".join([str(i) for i in m_question_idsList]) m_answer_ids = ",".join([str(i) for i in m_answer_idsList]) m_times = ",".join([str(i) for i in m_timesList]) m_score_ids = ",".join([str(i) for i in m_score_idsList]) if m_score >= m_pk_score: m_is_win = 1 m_experience = int(m_score * 0.1 + max(0, m_right_counts - 1) + 5) else: m_is_win = 0 m_experience = max(int(m_score * 0.1 + max(0, m_right_counts - 1) - 5), 0) level, lever, exp, nextexp = submit_all(m_question_ids, m_times, m_score, m_score_ids, m_experience, m_is_win, m_answer_ids, m_right_counts) print(f"现在为{level} LV{lever}, 现有{exp}经验, 升级还需{nextexp - exp}经验") time.sleep(2)