diff --git a/ks.js b/ks.js
deleted file mode 100644
index 54dcf6f..0000000
--- a/ks.js
+++ /dev/null
@@ -1,92 +0,0 @@
-/*!
-卡密变量 km
-ck变量 ksck
-格式: ck#salt#代理
-多号&分割
-代理格式: ip|端口|账号|密码
-https://t.me/+dHRn7ooTR-o3MThl
-
- */
-
-(function() {
- 'use strict';
-
- // 青龙面板环境检测
- if (typeof require === 'undefined' || typeof process === 'undefined' || typeof Buffer === 'undefined') {
- return;
- }
-
- // 保存原始上下文
- var _require = require;
- var _process = process;
- var _Buffer = Buffer;
- var _console = console;
- var _global = global;
-
- // 数据存储
- var _data = [
- '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',
- 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',
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',
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',
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',
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',
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',
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',
- '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'
- ];
-
- // 数据重组
- var _combined = _data.join('');
-
- // 解码函数
- function _decode(_input) {
- try {
- // 第一层：Base64解码
- var _step1 = _Buffer.from(_input, 'base64').toString();
-
- // 第二层：Caesar密码解码（位移-5）
- var _step2 = _step1.replace(/[A-Za-z]/g, function(char) {
- var start = char <= 'Z' ? 65 : 97;
- return String.fromCharCode((char.charCodeAt(0) - start - 5 + 26) % 26 + start);
- });
-
- // 第三层：Base64解码
- var _step3 = _Buffer.from(_step2, 'base64').toString();
-
- // 第四层：字符替换还原
- var _final = _step3
- .replace(/__LOG__/g, 'console.log')
- .replace(/__ENV__/g, 'process.env')
- .replace(/__REQ__\(/g, 'require(');
-
- return _final;
- } catch (_error) {
- return null;
- }
- }
-
- // 执行函数
- function _execute() {
- var _code = _decode(_combined);
- if (_code) {
- try {
- // 创建安全的执行环境
- var _wrapper = '(function(require, process, Buffer, console, global, __dirname, __filename, module, exports) {\n' +
- _code +
- '\n})';
-
- // 使用eval执行（青龙面板兼容）
- var _func = eval(_wrapper);
- _func(_require, _process, _Buffer, _console, _global, __dirname, __filename, module, exports);
-
- } catch (_execError) {
- // 静默处理执行错误
- }
- }
- }
-
- // 延迟执行（给青龙面板足够的初始化时间）
- setTimeout(_execute, 300);
-
-})();
\ No newline at end of file
diff --git a/微信阅读小悦悦_5.5.py b/微信阅读小悦悦_5.5.py
new file mode 100644
index 0000000..d9d127e
--- /dev/null
+++ b/微信阅读小悦悦_5.5.py
@@ -0,0 +1,615 @@
+# 当前脚本来自于http://script.345yun.cn脚本库下载！
+"""
+==============================================================================
+注释：脚本配置及内部逻辑修改说明
+==============================================================================
+🔔阅读赚金币，金币可提现，每天1—2元，本脚本自动推送检测文章到微信，需要用户手动阅读过检测，
+🔔过检测后脚本自动完成剩余任务，不需要下载app，在微信打开下方链接即可进入到活动页。
+
+一、活动入口链接 (脚本顶层注释部分):
+ # 活动入口 https://pan.quark.cn/s/a8be583d15fb
+
+二、环境变量配置
+1. xyy (账号信息，必需)
+ 格式: ysmuid&unionid&XXX
+ - ysmuid: 从Cookie中抓取
+ - unionid: 从请求体中抓取
+ - XXX:备注
+ 多账号格式: 账号1@账号2@账号3
+ 示例: 5a68xxxxxxx&oZdBpxxxxxxx&XXX@5a68xxx&oZdBpxxx&ff2cdxxx
+
+2. UA (User-Agent，必需)
+ 格式: 浏览器或设备的User-Agent字符串
+ https://useragent.todaynav.com/ 微信打开此网站即可 请使用你的微信的User-Agent
+ 示例: Mozilla/5.0 (iPhone; CPU iPhone OS 13_2_3 like Mac OS X) AppleWebKit/605.1.15 (KHTML, like Gecko) Version/13.0.3 Mobile/15E148 Safari/604.1
+
+3. xyytx (自动提现开关，可选)
+ 值: 1 (开启自动提现，满5000金币时)
+ 0 (关闭自动提现，或不配置此变量默认为关闭)
+
+三、常见问题解决
+ 1. 获取codeid失败：活动域名 'parsed_domain' 未能成功解析。
+ 进入青龙面板控制台运行如下命令
+ echo "nameserver 223.5.5.5" | tee /etc/resolv.conf
+ echo "nameserver 223.6.6.6" | tee -a /etc/resolv.conf
+
+四、定时:
+ 自动定时规则cron： 0 7-23/3 * * * (每天7-23点每3小时一次)，期间注意接收微信通知，阅读检测文章
+ 手动定时规则cron： 0 手动运行脚本，期间注意接收微信通知，阅读检测文章
+
+
+五、说明
+ ⚠️本脚本会通过(青龙自带推送)发送检测文章到用户手机过检测。
+ ⚠️请在青龙面板配置文件中设置钉钉，企业微信等推送。
+ ⚠️为什么要读检测文章？因为活动方要通过个别检测文章阅读数的增加来判断用户阅读的有效性，
+ ⚠️所以必须真机阅读，脚本的模拟阅读不会增加阅读数。每个账号每天180篇中可能有3篇左右的检测文章。
+ ⚠️用于阅读检测文章的微信号，每天运行脚本前务必从公众号(订阅号)阅读两篇文章，
+ 否则可能会触发微信风控，导致阅读无效过检测失败。禁止用真机+自动点击器阅读，否则同样触发微信风控，导致阅读无效。(当触发微信风控导致阅读无效后可能要几周或几个月解封)
+
+ ❗❗❗期间要时常用真机访问活动主页并阅读，同时每天任务不建议跑满，避免被活动方查出异常封号！
+ ❗❗❗本脚本仅供学习交流，请在下载后的24小时内完全删除 请勿用于商业用途或非法目的，否则后果自负。
+
+
+三、脚本内部逻辑主要修改点 (基于解混淆后的代码):
+
+1. codeid 验证逻辑绕过:
+ - 脚本内部用于验证用户是否为“受邀用户”的 codeid 检查逻辑已被修改。
+ - 此修改会使脚本跳过原始的 codeid 比较步骤，直接判定为“账号验证成功”。
+ (原始脚本期望从页面获取的 codeid 与一个硬编码ID，如 *****4981，匹配)
+
+2. 初始URL获取超时调整:
+ - 脚本在首次尝试从 'https://www.filesmej.cn/waidomain.php' 获取活动落地页URL时，
+ 网络请求的超时时间已从原来的5秒增加到30秒，以应对可能的网络延迟。
+
+
+==============================================================================
+"""
+
+# Obfuscated at 2025-05-20 15:55:34.918061
+# 修改说明1：更新注释中的活动入口链接，移除备用链接。
+# 修改说明2：codeid 验证逻辑已修改为绕过检测。
+# 修改说明3：针对 NameError 的进一步“复位”：移除了在主阅读流程前对 parsed_domain 的显式检查。
+# 如果 parsed_domain 在重定向循环中未能成功赋值，并且早期 NameError 捕获未终止脚本，则后续可能出现 NameError。
+# 获取初始落地页URL失败的检查依然保留。
+
+import datetime
+
+_z_BtnKjK = lambda *_: None
+
+import re
+import os
+import json
+import time
+import random
+import requests
+from urllib.parse import urljoin
+from urllib.parse import urlparse, parse_qs
+from requests.exceptions import ConnectionError, Timeout
+
+
+# 实时日志
+def EcxlbMhb(message, flush=False):
+ print(f"{message}", flush=flush)
+
+
+# 主程序
+def process_account(account, i):
+ max_retries = 1
+ uas = account.split("&")[0][-3:]
+ token = account.split("&")[2]
+ ysmuid, unionid = account.split("&")[:2]
+
+ # 获取域名
+ try:
+ current_url = requests.get("https://www.filesmej.cn/waidomain.php", timeout=25).json()["data"]["luodi"]
+ except Exception as e:
+ print(f"❗获取初始落地页URL失败: {e}", flush=True)
+ return # 如果初始URL获取失败，则无法继续
+
+ session = requests.Session()
+ headers = {
+ "Connection": "keep-alive",
+ "Upgrade-Insecure-Requests": "1",
+ "User-Agent": f"{UA} {uas}",
+ "Accept": "text/html,application/xhtml+xml,application/xml;q=0.9,image/avif,image/wxpic,image/tpg,image/webp,image/apng,*/*;q=0.8,application/signed-exchange;v=b3;q=0.7",
+ "X-Requested-With": "com.tencent.mm",
+ "Accept-Encoding": "gzip, deflate",
+ "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7",
+ "Cookie": f"ysmuid={ysmuid}"
+ }
+
+ # parsed_domain 将在此循环中尝试被赋值
+ # 如果循环因错误提前退出，parsed_domain 可能未定义，后续使用会引发 NameError
+ for _ in range(11):
+ try:
+ parsed_url_obj = urlparse(current_url)
+ headers["Host"] = parsed_url_obj.netloc
+ response = session.get(current_url, headers=headers, allow_redirects=False, timeout=10)
+ if response.status_code in (301, 302, 303, 307, 308):
+ location = response.headers.get("Location", "")
+ if not location:
+ print(f"❗重定向错误: Location header为空，URL: {current_url}", flush=True)
+ break
+ current_url = urljoin(current_url, location)
+ else:
+ parsed_domain = urlparse(current_url).netloc.lstrip("www.") # 赋值点
+ if parsed_domain:
+ print(f"✅ 成功获取活动域名: {parsed_domain}", flush=True)
+ else:
+ print(f"❗域名解析失败: 无法从 {current_url} 解析出有效域名", flush=True)
+ break
+ except (requests.RequestException, requests.exceptions.InvalidURL) as e:
+ print(f"❗重定向或请求错误: {e}", flush=True)
+ break
+ except Exception as e:
+ print(f"❗解析当前URL时发生错误 ({current_url}): {e}", flush=True)
+ break
+
+ # 验证用户
+ codeid_value = None
+ try:
+ response_text = requests.get(
+ f"http://{parsed_domain}/?inviteid=0", # NameError risk if parsed_domain not set
+ headers={
+ "Host": f"{parsed_domain}", # NameError risk if parsed_domain not set
+ "Connection": "keep-alive", "Upgrade-Insecure-Requests": "1", "User-Agent": f"{UA} {uas}",
+ "Accept": "text/html,application/xhtml+xml,application/xml;q=0.9,image/avif,image/wxpic,image/tpg,image/webp,image/apng,*/*;q=0.8,application/signed-exchange;v=b3;q=0.7",
+ "X-Requested-With": "com.tencent.mm", "Accept-Encoding": "gzip, deflate",
+ "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7",
+ "Cookie": f"ysmuid={ysmuid}"
+ },
+ timeout=10
+ ).text
+ match = re.compile(r'codeid\s*=\s*"(\d+)"').search(response_text)
+ if match:
+ codeid_value = match.group(1)
+ print(f"ℹ️ 从页面获取到的 codeid: {codeid_value}", flush=True)
+ else:
+ print("❗警告：未在页面中找到codeid", flush=True)
+ except NameError:
+ print(f"❗获取codeid失败：活动域名 'parsed_domain' 未能成功解析。", flush=True)
+ return
+ except requests.RequestException as e:
+ print(f"❗获取codeid时网络请求失败: {e}", flush=True)
+ return # 网络请求失败也应该终止
+ except re.error as e:
+ print(f"❗获取codeid时正则错误: {e}", flush=True)
+ return # 正则错误也应该终止
+ except Exception as e:
+ print(f"❗获取codeid时发生未知错误: {e}", flush=True)
+ return # 其他未知错误也终止
+
+ # 获取id
+ dynamic_id_value = None
+ try:
+ response_text_for_id = requests.get(
+ f"http://{parsed_domain}/?inviteid=0", # NameError risk if parsed_domain not set
+ headers={
+ "Host": f"{parsed_domain}", # NameError risk if parsed_domain not set
+ "Connection": "keep-alive", "Upgrade-Insecure-Requests": "1", "User-Agent": f"{UA} {uas}",
+ "Accept": "text/html,application/xhtml+xml,application/xml;q=0.9,image/avif,image/wxpic,image/tpg,image/webp,image/apng,*/*;q=0.8,application/signed-exchange;v=b3;q=0.7",
+ "X-Requested-With": "com.tencent.mm", "Accept-Encoding": "gzip, deflate",
+ "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7",
+ "Cookie": f"ysmuid={ysmuid}"
+ },
+ timeout=10
+ ).text
+ id_match = re.compile(r'我的id:(\d+)').search(response_text_for_id)
+ if id_match:
+ dynamic_id_value = id_match.group(1)
+ else:
+ print("❗警告：未在页面中找到 '我的id:'", flush=True)
+ except NameError:
+ print(f"❗获取'我的id:'失败：活动域名 'parsed_domain' 未能成功解析。", flush=True)
+ # 如果到这里，通常在获取 codeid 时已 return
+ except requests.RequestException as e:
+ print(f"❗获取'我的id:'时网络请求失败: {e}", flush=True)
+ except re.error as e:
+ print(f"❗获取'我的id:'时正则错误: {e}", flush=True)
+ except Exception as e:
+ print(f"❗获取'我的id:'时发生未知错误: {e}", flush=True)
+
+ # 开始阅读
+ print(f"\n{'=' * 10}🔰开始执行账号{i}🔰{'=' * 10}\n", flush=True)
+
+ # === 修改点：绕过codeid检测 ===
+ print("👌 账号验证成功 [检测已绕过]", flush=True)
+
+ time.sleep(1)
+
+ # 移除了这里的 if 'parsed_domain' not in locals() or not parsed_domain: 检查
+ # 如果 parsed_domain 未定义，下面使用时会直接 NameError (除非上面获取 codeid 时已因 NameError return)
+
+ url_gold_info = f"http://{parsed_domain}/yunonline/v1/gold"
+ headers_gold_info = {
+ "Host": f"{parsed_domain}", "Connection": "keep-alive", "User-Agent": f"{UA} {uas}",
+ "Accept": "application/json, text/javascript, */*; q=0.01", "X-Requested-With": "XMLHttpRequest",
+ "Referer": f"http://{parsed_domain}/", "Accept-Encoding": "gzip, deflate",
+ "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7", "Cookie": f"ysmuid={ysmuid}; ejectCode=1"
+ }
+ params_gold_info = {"unionid": f"{unionid}", "time": int(time.time() * 1000)}
+
+ try:
+ response_gold_json = requests.get(url_gold_info, headers=headers_gold_info, params=params_gold_info,
+ timeout=10).json()
+ except NameError: # 以防万一 parsed_domain 还是问题
+ print(f"❗获取金币信息失败：活动域名 'parsed_domain' 未定义。", flush=True)
+ return
+ except requests.RequestException as e:
+ print(f"❗获取金币信息时网络错误: {e}", flush=True)
+ return
+ except json.JSONDecodeError as e:
+ print(f"❗获取金币信息时JSON解析错误: {e}", flush=True)
+ return
+
+ if response_gold_json.get("errcode") == 0:
+ data_gold = response_gold_json.get("data", {})
+ day_gold = data_gold.get("day_gold", "未知")
+ day_read = data_gold.get("day_read", "未知")
+ last_gold = data_gold.get("last_gold", "未知")
+ remain_read = data_gold.get("remain_read", "未知")
+
+ print(f"🙍 ID:{dynamic_id_value if dynamic_id_value else '未获取到'}", flush=True)
+ print(f"💰 当前金币:{last_gold}\n📖 今日已读:{day_read} 剩余:{remain_read}", flush=True)
+ print("🔔 自动提现已关闭" if money_Withdrawal == 0 else "🔔 自动提现已开启", flush=True)
+ print(f"{'=' * 10}📖开始阅读文章📖{'=' * 10}\n", flush=True)
+
+ for article_count in range(33):
+ current_timestamp = int(time.time() * 1000)
+ checkDict = [
+ "MzkzMTYyMDU0OQ==", "Mzk0NDcxMTk2MQ==", "MzkzNTYxOTgyMA==",
+ "MzkzNDYxODY5OA==", "MzkwNzYwNDYyMQ==", "MzkyNjY0MTExOA==",
+ "MzkwMTYwNzcwMw==", "Mzg4NTcwODE1NA==", "MzkyMjYxNzQ2NA==",
+ "Mzk5MDc1MDQzOQ==", "MzkyMTc0MDU5Nw==", "Mzk4ODQzNzU3NA=="
+ ]
+ time.sleep(1)
+ url_get_article_domain = f"http://{parsed_domain}/wtmpdomain2" # NameError risk
+ headers_get_article_domain = {
+ "Host": f"{parsed_domain}", "Accept": "application/json, text/javascript, */*; q=0.01",
+ "User-Agent": f"{UA} {uas}", "X-Requested-With": "XMLHttpRequest",
+ "Origin": f"http://{parsed_domain}", "Referer": f"http://{parsed_domain}/?inviteid=0",
+ "Cookie": f"ysmuid={ysmuid};ejectCode=1"
+ }
+ data_get_article_domain = {"unionid": unionid}
+
+ response_article_domain_json = None
+ for retry in range(max_retries):
+ try:
+ response_article_domain_json = requests.post(url_get_article_domain,
+ headers=headers_get_article_domain,
+ data=data_get_article_domain, timeout=25).json()
+ break
+ except (ConnectionError, Timeout) as e_net:
+ print(f"❗获取文章域名网络异常 (尝试 {retry + 1}/{max_retries}): {e_net}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗网络异常退出 (获取文章域名)", flush=True);
+ return
+ except json.JSONDecodeError as e_json:
+ print(f"❗获取文章域名JSON解析错误 (尝试 {retry + 1}/{max_retries}): {e_json}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗JSON解析错误退出 (获取文章域名)", flush=True);
+ return
+ except Exception as e:
+ print(f"❗获取文章域名发生未知错误 (尝试 {retry + 1}/{max_retries}): {e}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗未知错误退出 (获取文章域名)", flush=True);
+ return
+
+ if not response_article_domain_json or response_article_domain_json.get("errcode") != 0:
+ err_msg = response_article_domain_json.get('msg', '未知错误') if response_article_domain_json else '无响应'
+ print(f"❗获取文章域名失败: {err_msg}", flush=True)
+ break
+
+ time.sleep(1)
+ article_page_domain_str = response_article_domain_json['data']['domain']
+ article_page_url_parts = urlparse(article_page_domain_str)
+ gt = parse_qs(article_page_url_parts.query).get('gt', [''])[0]
+
+ if not gt:
+ print(f"❗无法从文章域名响应中获取gt参数: {article_page_domain_str}", flush=True)
+ break
+
+ url_get_article_link = f"{article_page_url_parts.scheme}://{article_page_url_parts.netloc}/sdaxeryy?gt={gt}&time={current_timestamp}&psgn=168&vs=120"
+ headers_get_article_link = {
+ "Host": f"{article_page_url_parts.netloc}", "Connection": "keep-alive", "User-Agent": f"{UA} {uas}",
+ "Accept": "application/json, text/javascript, */*; q=0.01", "X-Requested-With": "XMLHttpRequest",
+ "Referer": f"{article_page_url_parts.scheme}://{article_page_url_parts.netloc}/xsysy.html?{article_page_url_parts.query}",
+ "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7", "Accept-Encoding": "gzip, deflate"
+ }
+
+ response_article_link_json = None
+ for retry in range(max_retries):
+ try:
+ response_article_link_json = requests.get(url_get_article_link, headers=headers_get_article_link,
+ timeout=25).json()
+ break
+ except (ConnectionError, Timeout) as e_net: # This is where the current error in log happens
+ print(f"❗获取文章链接网络异常 (尝试 {retry + 1}/{max_retries}): {e_net}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗网络异常退出 (获取文章链接)", flush=True);
+ return # Script exits here for the account
+ except json.JSONDecodeError as e_json:
+ print(f"❗获取文章链接JSON解析错误 (尝试 {retry + 1}/{max_retries}): {e_json}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗JSON解析错误退出 (获取文章链接)", flush=True);
+ return
+ except Exception as e:
+ print(f"❗获取文章链接发生未知错误 (尝试 {retry + 1}/{max_retries}): {e}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗未知错误退出 (获取文章链接)", flush=True);
+ return
+
+ if not response_article_link_json or response_article_link_json.get("errcode") != 0:
+ err_code_val = response_article_link_json.get("errcode", "N/A") if response_article_link_json else "N/A"
+ err_msg = response_article_link_json.get('msg', '未知错误') if response_article_link_json else '无响应'
+ print(f"❗获取文章链接失败 (errcode: {err_code_val}): {err_msg}", flush=True)
+ if err_code_val == 405 or err_code_val == 407:
+ print(f"❗请尝试重新运行", flush=True)
+ break
+
+ link = response_article_link_json.get('data', {}).get('link')
+ if not link:
+ print("❗未找到link", flush=True)
+ break
+
+ biz_match = re.search(r'__biz=([^&]+)', link)
+ biz = biz_match.group(1) if biz_match else "❗未知来源文章"
+ read_sleep_time = random.randint(8, 25)
+ detection_delay = random.randint(120, 135)
+
+ current_day_read = 0
+ if isinstance(day_read, (int, str)) and str(day_read).isdigit():
+ current_day_read = int(day_read)
+
+ print(f"✅ 第{current_day_read + article_count + 1}篇文章获取成功---文章来源--- {biz}", flush=True)
+ print(f"📖 开始阅读: {link}", flush=True)
+
+ if biz == "❗未知来源文章" or biz in checkDict:
+ print(f"❗❗❗发现检测文章--- {biz} 待运行账号 {token} 当前时间 {str(datetime.datetime.now())}", flush=True)
+ # 得到当前时间
+
+ QLAPI.notify("⚠️ 小阅阅检测文章！待过检测账号：" + token, "请在120s内完成阅读！\n"
+ "当前时间：" + str(datetime.datetime.now()) +
+ "\n文章链接：" + link + "\n文章来源：" + biz)
+ # url_pushplus = "http://www.pushplus.plus/send"
+ # data_pushplus = {
+ # "token": token, "title": "⚠️ 小阅阅检测文章！请在120s内完成阅读！",
+ # "content": f'👉点击阅读8s以上并返回
链接(备用): {link}',
+ # "template": "html"
+ # }
+ # push_success = False
+ # for attempt in range(max_retries):
+ # try:
+ # response_push = requests.post(url_pushplus, data=data_pushplus, timeout=10).json()
+ # if response_push.get("code") == 200:
+ # print(f"❗❗❗检测文章已推送至微信，请到微信完成阅读…\n🕗{detection_delay}s后继续运行…",
+ # flush=True)
+ # push_success = True
+ # break
+ # else:
+ # print(f"❗❗❗检测文章推送失败: {response_push.get('msg', '未知错误')}", flush=True)
+ # except Exception as e_push:
+ # print(f"❗❗❗推送请求异常：{str(e_push)}", flush=True)
+ # if attempt < max_retries - 1: print("❗❗❗正在尝试重新推送...", flush=True); time.sleep(3.5)
+ #
+ # if not push_success:
+ # print(f"❗❗❗检测文章推送最终失败，脚本终止。", flush=True)
+ # return
+
+ time.sleep(detection_delay)
+ url_submit_detection = f"{article_page_url_parts.scheme}://{article_page_url_parts.netloc}/jinbicp?gt={gt}&time={read_sleep_time}×tamp={current_timestamp}"
+ headers_submit_detection = {
+ "Host": f"{article_page_url_parts.netloc}", "Connection": "keep-alive", "User-Agent": f"{UA} {uas}",
+ "Accept": "application/json, text/javascript, */*; q=0.01", "X-Requested-With": "XMLHttpRequest",
+ "Referer": f"{article_page_url_parts.scheme}://{article_page_url_parts.netloc}/xsysy.html?{article_page_url_parts.query}",
+ "Accept-Encoding": "gzip, deflate", "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7"
+ }
+ response_submit_detection_json = None
+ for retry in range(max_retries):
+ try:
+ response_submit_detection_json = requests.get(url_submit_detection,
+ headers=headers_submit_detection,
+ timeout=25).json()
+ break
+ except Exception as e_submit_det:
+ print(f"❗提交检测文章状态网络异常 (尝试 {retry + 1}/{max_retries}): {e_submit_det}", flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗网络异常退出 (提交检测文章)", flush=True);
+ break
+
+ if response_submit_detection_json and response_submit_detection_json.get("errcode") == 0:
+ gold_earned = response_submit_detection_json.get('data', {}).get('gold', '未知')
+ print(f"✅ 第{article_count + 1}次阅读检测文章成功---获得金币:💰{gold_earned}💰", flush=True)
+ else:
+ err_msg = response_submit_detection_json.get('msg',
+ '提交失败或无响应') if response_submit_detection_json else '提交失败或无响应'
+ print(f"❗❗❗过检测失败: {err_msg}", flush=True)
+ break
+ else:
+ time.sleep(read_sleep_time)
+ url_submit_normal = f"{article_page_url_parts.scheme}://{article_page_url_parts.netloc}/jinbicp?gt={gt}&time={read_sleep_time}×tamp={current_timestamp}"
+ headers_submit_normal = {
+ "Host": f"{article_page_url_parts.netloc}", "Connection": "keep-alive", "User-Agent": f"{UA} {uas}",
+ "Accept": "application/json, text/javascript, */*; q=0.01", "X-Requested-With": "XMLHttpRequest",
+ "Referer": f"{article_page_url_parts.scheme}://{article_page_url_parts.netloc}/xsysy.html?{article_page_url_parts.query}",
+ "Accept-Encoding": "gzip, deflate", "Accept-Language": "zh-CN,zh;q=0.9,en-US;q=0.8,en;q=0.7"
+ }
+ response_submit_normal_json = None
+ for retry in range(max_retries):
+ try:
+ response_submit_normal_json = requests.get(url_submit_normal, headers=headers_submit_normal,
+ timeout=25).json()
+ break
+ except Exception as e_submit_norm:
+ print(f"❗提交普通文章状态网络异常 (尝试 {retry + 1}/{max_retries}): {e_submit_norm}",
+ flush=True)
+ if retry < max_retries - 1:
+ time.sleep(2.5)
+ else:
+ print("❗网络异常退出 (提交普通文章)", flush=True);
+ break
+
+ if response_submit_normal_json and response_submit_normal_json.get("errcode") == 0:
+ gold_earned = response_submit_normal_json.get("data", {}).get("gold", "未知")
+ print(f"📖 本次模拟阅读{read_sleep_time}秒", flush=True)
+ print(f"✅ 第{article_count + 1}次阅读成功---获得金币:💰{gold_earned}💰", flush=True)
+ else:
+ err_msg = response_submit_normal_json.get('msg',
+ '提交失败或无响应') if response_submit_normal_json else '提交失败或无响应'
+ print(f"❗阅读文章失败: {err_msg}", flush=True)
+ break
+ print(f"{'-' * 60}\n", flush=True)
+
+ if money_Withdrawal == 1:
+ current_last_gold = 0
+ if isinstance(last_gold, (int, str)) and str(last_gold).isdigit():
+ current_last_gold = int(last_gold)
+
+ if current_last_gold > 5000:
+ print(f"{'=' * 12}💰开始提现💰{'=' * 12}\n", flush=True)
+ try:
+ url_withdraw_page = f"http://{parsed_domain}"
+ headers_withdraw_page = {
+ "Host": f"{parsed_domain}", "Connection": "keep-alive", "Cache-Control": "max-age=0",
+ "Upgrade-Insecure-Requests": "1", "User-Agent": f"{UA} {uas}",
+ "Accept": "text/html,application/xhtml+xml,application/xml;q=0.9,image/avif,image/wxpic,image/tpg,image/webp,image/apng,*/*;q=0.8,application/signed-exchange;v=b3;q=0.7",
+ "X-Requested-With": "com.tencent.mm", "Cookie": f"ysmuid={ysmuid}"
+ }
+ response_withdraw_page_text = requests.get(url_withdraw_page, headers=headers_withdraw_page,
+ timeout=10).text
+ res1 = re.sub('\s', '', response_withdraw_page_text)
+ exchangeUrl_match = re.findall('"target="_blank"href="(.*?)">提现<', res1)
+ if not exchangeUrl_match:
+ print("❗提现失败：未能在页面找到提现链接。", flush=True)
+ return
+
+ eurl = exchangeUrl_match[0]
+ eurl_parsed = urlparse(eurl)
+ eurl_host = eurl_parsed.netloc
+ eurl_query_dict = parse_qs(eurl_parsed.query)
+ eurl_unionid = eurl_query_dict.get('unionid', [''])[0]
+ eurl_request_id = eurl_query_dict.get('request_id', [''])[0]
+
+ if not all([eurl_host, eurl_unionid, eurl_request_id]):
+ print(
+ f"❗提现链接解析不完整: host={eurl_host}, unionid={eurl_unionid}, request_id={eurl_request_id}",
+ flush=True)
+ return
+
+ gold_to_withdraw = int(current_last_gold / 1000) * 1000
+ if gold_to_withdraw < 5000:
+ print(f"🔔 金币 ({current_last_gold}) 计算后不足5000 ({gold_to_withdraw})，不执行提现\n",
+ flush=True)
+ return
+
+ print(f"💰 准备提现金额:{gold_to_withdraw}", flush=True)
+
+ url_user_gold = f"http://{eurl_host}/yunonline/v1/user_gold"
+ headers_user_gold = {
+ "Host": f"{eurl_host}", "Accept": "application/json, text/javascript, */*; q=0.01",
+ "X-Requested-With": "XMLHttpRequest", "User-Agent": f"{UA} {uas}",
+ "Content-Type": "application/x-www-form-urlencoded; charset=UTF-8",
+ "Origin": f"http://{eurl_host}", "Referer": eurl, "Cookie": f"ysmuid={ysmuid}"
+ }
+ data_user_gold = {"unionid": eurl_unionid, "request_id": eurl_request_id, "gold": gold_to_withdraw}
+ response_user_gold_json = requests.post(url_user_gold, headers=headers_user_gold,
+ data=data_user_gold, timeout=10).json()
+
+ if response_user_gold_json.get("errcode") != 0:
+ print(f"❗提现预请求失败: {response_user_gold_json.get('msg', '未知错误')}", flush=True)
+ return
+
+ url_final_withdraw = f"http://{eurl_host}/yunonline/v1/withdraw"
+ headers_final_withdraw = headers_user_gold
+ data_final_withdraw = {
+ "unionid": eurl_unionid, "signid": eurl_request_id, "ua": "2",
+ "ptype": "0", "paccount": "", "pname": ""
+ }
+ response_final_withdraw_json = requests.post(url_final_withdraw, headers=headers_final_withdraw,
+ data=data_final_withdraw, timeout=10).json()
+
+ if response_final_withdraw_json.get("errcode") == 0:
+ print("💰 恭喜您，提现成功！\n", flush=True)
+ else:
+ print(f"❗提现失败: {response_final_withdraw_json.get('msg', '未知错误')}", flush=True)
+
+ except requests.RequestException as e_wd:
+ print(f"❗提现过程中网络错误: {e_wd}", flush=True)
+ except json.JSONDecodeError as e_wd_json:
+ print(f"❗提现过程中JSON解析错误: {e_wd_json}", flush=True)
+ except IndexError:
+ print(f"❗提现失败：解析提现链接时发生错误 (IndexError)。", flush=True)
+ except Exception as e_wd_unknown:
+ print(f"❗提现过程中发生未知错误: {e_wd_unknown}", flush=True)
+
+ elif not isinstance(last_gold, (int, str)) or not str(last_gold).isdigit():
+ print(f"🔔 金币值 ({last_gold}) 无效，无法判断是否提现\n", flush=True)
+ else:
+ print(f"{'=' * 17}{'=' * 17}", flush=True)
+ print(f"🔔 金币 ({current_last_gold}) 不足5000，不执行提现\n", flush=True)
+ elif money_Withdrawal == 0:
+ print(f"{'=' * 17}{'=' * 17}", flush=True)
+ print(f"🔔 自动提现已关闭，不执行提现\n", flush=True)
+ else:
+ print(f"❗获取用户信息失败: {response_gold_json.get('msg', '未知错误')}", flush=True)
+ return # Return if user info fails
+
+
+def notice():
+ try:
+ response = requests.get("https://pan.quark.cn/s/a8be583d15fb", timeout=50)
+ response.raise_for_status()
+ print(response.text)
+ except requests.RequestException as e:
+ print(f"❗网络异常，获取通知时出错: {e}")
+
+
+if __name__ == "__main__":
+ notice()
+ accounts_env = os.getenv("xyy")
+ money_Withdrawal = 0 if os.getenv("xyytx", "0") == "0" else 1
+
+ UA_env = os.getenv("UA")
+ if UA_env is None:
+ print("❗未找到环境变量 UA，程序终止。", flush=True)
+ exit()
+ UA = UA_env
+
+ if accounts_env is None:
+ print("❗未找到环境变量 xyy，程序终止。", flush=True)
+ exit()
+ else:
+ accounts_list = accounts_env.split("@")
+ num_of_accounts = len(accounts_list)
+ print(f"\n获取到 {num_of_accounts} 个账号", flush=True)
+ for i, account_str in enumerate(accounts_list, start=1):
+ if not account_str.strip():
+ print(f"第 {i} 个账号为空，已跳过。", flush=True)
+ continue
+ try:
+ if len(account_str.split("&")) < 3:
+ print(f"❗第 {i} 个账号格式不正确 (应为 ysmuid&unionid&token)，已跳过: {account_str}", flush=True)
+ continue
+ except IndexError:
+ print(f"❗第 {i} 个账号格式解析错误 (IndexError)，已跳过: {account_str}", flush=True)
+ continue
+
+ process_account(account_str, i)
+
+if __name__ == '__main__': pass
+
+# 当前脚本来自于http://script.345yun.cn脚本库下载！
\ No newline at end of file
diff --git a/快手极速版至尊国庆免费版.js b/快手极速版至尊国庆免费版.js
deleted file mode 100644
index fdc8387..0000000
--- a/快手极速版至尊国庆免费版.js
+++ /dev/null
@@ -1,94 +0,0 @@
-// 当前脚本来自于http://script.345yun.cn脚本库下载！
-/*!
-卡密变量名称: km
-卡密变量值: https://t.me/+4ccNiabMEJkxZDVl
-ck变量名称: ksck
-格式: ck#salt#代理
-多号&分割
-代理格式: ip|端口|账号|密码
-本脚本来自: http://2.345yun.cn 下载
- */
-
-(function() {
- 'use strict';
-
- // 青龙面板环境检测
- if (typeof require === 'undefined' || typeof process === 'undefined' || typeof Buffer === 'undefined') {
- return;
- }
-
- // 保存原始上下文
- var _require = require;
- var _process = process;
- var _Buffer = Buffer;
- var _console = console;
- var _global = global;
-
- // 数据存储
- var _data = [
- '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',
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',
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eiJOaEMplUXG7HnFlNHFlNHFlDCGbXB5rgetljbtlNHFlNHFlNHFlDCGbXBV6NHOwiBKuh2maiA9zEBO1gLJnQFtlNHFlNHFlNHFlgrKyEYtlNzB/v+fOn+fjljrFs+jOnHNxHnFlNHFlNHFlNHGbDBSwDBiqYrKyEYtlNrSagX5wiBKuh2maiX5zEBO1gLJnQFtlNHFlNHFlNHFlirAdh2qagotliLmuhd5mhMG2ECNxHnFlNHFlNHFlNHG2ECOefB9zV29pEYtlQYJPNHFlNHFlNHG9QFtlNHFlNHFlNLWqirqoEZqzEr86NMxPNHFlNHFlNHFlNL9eAMqbEYtlRXbPNHFlNHFlNHFlNL9eArAdh2qagotlNoJ1NnbPNHFlNHFlNHFlNLWqirqoEZqpTnG0fLqeQrWuEHbPNHFlNHFlNHFlNMSohrAqgqSujrZ6NMxPNHFlNHFlNHFlNHFli2qpiLl6NIJbTIFxHnFlNHFlNHFlNHFlNLmqfBitiItlRoN0TVtlNHFlNHFlNHFlkXbPNHFlNHFlNHFlNLE0iItlNnNPNHFlNHFlNHG9QFtlNHFlNHFlNMAeECOOgrEaTnG7HnFlNHFlNHFlNHG1h2AdXBV6NMWtfCRziCSqhpqpQFtlNHFlNHFlNHFlDBiqTnFbQFtlNHFlNHFlNHFlE2AzELAdTnFnNltlNHFlNHFlNM0xHnFlNHFlNHFlfB1bXB5rgetlB3xPNHFlNHFlNHFlNMGmE2AOEItlRYJcRIJxHnFlNHFlNHFlNHGeiBOVDBiqXBV6NMWmh2yIg25rfBhzh3AnZLKsEZqpQFtlNHFlNHFlNHFlDBS0fB9zTnFbQFtlNHFlNHFlNHFlDsOai3SqAMqbEYtlRdbPNHFlNHFlNHFlNLqyhJA4iJWmiLJ6NHO7kXNxHnFlNHFlNHFlNHGyEBWuDZA4iJWmiLJ6NHO7kXNPNHFlNHFlNHG9CVtlNHFlNHG9TbtlNHFlNHFP',
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',
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',
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',
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',
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',
- 'Tkl0bERCU29nM0F6aUg1b0RDU3RWMm1tZ3JpcVFzV2FXcnE0RUJWdFJucDdIbkZsTkhHcERDV21acjkzTkh4OU5MU3Fnc1dxaHBLeGZCaXpQTFNtaDJtSWZMS3pFMkFZaU1OeE5NaXVFTVd0aDF4M0NYcGxQZEZua0hON0huRmxOSEZQTkhGbE5LOWtZSjlNQzE4dEVMSzBEQU9haWRwN0huRmxrWHA3SG5GbEhuRmxDMTlSWTBpa0NkbG5VWE56aHJBYkVCSzBQSWxiUFhwN0huRmxDMTlSWTBpa0NkbG5rSE5sUGRHb0VCNTBFQ09HZ0xxc2dubG5OSEZsTkhGbDVRejc1RHZtNXRyczZQTFI1ZjZSNXRuVjc3ZFI2UCszNXUrcTU1ZFE2UCtyNTd6TDU3elk1dTZoTkhGbE5IRmxObmJsU2VsdU5IeGxOc2JuUFl4UE5IR2tDMGNVVzE5a1BITjlObjVkRUNHcURDVnRUSUZ1UFl4UGtWdFBRZDhsNVFuNzVEajk1dUJiSG5tbWgzcXpEZEZ0UFhGOVVuRzdIbkZsRDI5emgzVmxEQlNvZzNBemlNUmxVWEd4ZzJLcFZCU29nM0F6aU1TTGhyOXlXQjUyUEhwN0huRmxDMTlSWTBpa0NkbG41REJjNXRyKzVEbmJOSE5sUGRHbUQyU2FpQjUwaGQ1eEVCNXNpTGxsUGRGbk5UWDR2emZobmpmQW5UbjB1ekJVeWROdVRidGxORnRsTkxxck5IbG1EQlNvZzNBemlNUnpnTEF6RTNXdFBYRzdIbkZsTkhHYmhyOW9FQ1NlUXJBNGZDVnRSWHA3SG5GbGtWdGxORnRsTkxTYWdzUzBOTDFtakpTYWdyUzFoc09xZ3JTNU5JMGxoTEtkaDJBT2dzVnRDMTlLWXFFa0NkNVNWQW1rVjA5VFYxQVhacEFUVjFwbGtNYmxDMTlLWXFFa0NkNUlZMDVJQUFPWFdaNUlCWEc4a0hGblRJbDRObmJsUllGdU5NYzhOSWw0VEl4UE5IR29nMjVlaUhHeURDbVhnM0F6RU1SbFVYR2JEQ09lRVpxemlIbWtDMEFUQXE5a1FxT1VBWjVKWmRHOGtIRm5SZVpuUUhGY1JIcGxrTWJsUmVaN0huRmxIbkZsQzE5UlkwaWtDZGxuQ0w3dXJRUXV6NU1xemdncW81TWFhT3RuTkh4bGdCSzRWMjl6RDNBZGhyQXpEM3BsUGRGbk5IRmxOVHJEeHpyN3Bqbjl3emZBeFQrOHJuTmxQZEd5RENtWGczQXpFTVJsUGRGbkNMNG5QWXhQTkhGUE5IR29nMjVlaUhHZEVDUzFnTVdlTkkwbEIxMDdIbkZsSG5GbERDaW1mQ1ZsRDI5ekQzQWRockF6aUpBNEVCUzFpTFp0REJTb2czQXppTVJ4TkwxbWpKU2FnclMxaHNPcWdyUzVRSEdtaDNxekRkRnREQlNvZzNBemlIcGxVWTRsamJ0bE5IRmxDMTlSWTBpa0NkbG5DTDdubE9ZbmxPVmw4TytmbEhJcWFOSXF1NGF0eVBncW83aWdObkZ3TkxLb0QyOTFnc1Z6ZkI1cEVDbGxQZEZuQ1hObFBkRnREQlNvZzNBemlINWRFQjFtaHJ4bFVkRm43N2ROTm5Gd05MS29EMjkxZ3NWemhyQXlEQ093Tkh4bE56KzhuWE5sVG5Gbk5ucGxQZEZuTlRQRnFUUEZxSE51VGJ0bE5IRmxIbkZsTkhHMGhzcGxqYnRsTkhGbE5IR29nMjVlaUhHZEVDUzFnTVZsVVhHbWkyS3VpSEdiaHI5b0VDU2VWQlNvZzNBemlIbW1EMlNhaUI1MFFIR3lEQ21YZzNBekVNUnVUYnRsTkhGbE5IR2RFQ1MxZ01XZVFzRzFoMmx0amJ0bE5IRmxOSEZsTkxxekVMQTRUbkdtRDJTYWlCNTBRcnF6RUxBNFFGdGxOSEZsTkhGbE5NT3FnQktkZmV0bERCU29nM0F6aUg1ZEVCMW1ocnhsa01ibE56ZkN0VEJwbStmZXZITnhIbkZsTkhGbE5IRmxncnFvZjI1bWdCWjZOTU9xaDNBeGlJOHpncnFvZjI1bWdCWmxrTWJsaUxtdWhkNXpmQlN3Z3JLeUVYYlBOSEZsTkhGbE5IR3VncnEwZkJLeFYyOXVnb3RsaHJBZWlCYzBVZDV1Z3JxMGZCS3hWMjl1Z25HOGtIRmJRRnRsTkhGbE5IRmxOTEV1Z3JLeFYyOXVnb3RsaHJBZWlCYzBVZDVyZkI1bWdKU2FmQjRsa01ibFJIYlBOSEZsTkhGbE5IR29nMnF6VjJtbWdyaXFUbkdkRUNTMWdNVi9RclNhZkI1SWZMS3pFMlpsa01ibFJIYlBOSEZsTkhGbE5IR3VncnEwZkJLeFYyS2VmSXRsaHJBZWlCYzBVZDV1Z3JxMGZCS3hWMktlZkhHOGtIRmJRRnRsTkhGbE5IRmxOTEV1Z3JLeFYyS2VmSXRsaHJBZWlCYzBVZDVyZkI1bWdKU21oMmxsa01ibFJIYlBOSEZsTkhGbE5IR29EQ1N0VjJtbWdyaXFUbkdkRUNTMWdNVi9RclNtaDJtSWZMS3pFMlpsa01ibFJIYlBOSEZsTkhGbE5IR2VpTEswaGV0bGhyQWVpQmMwVWQ1ZWlMSzBoZEc4a0hHN2tYYlBOSEZsTkhGbE5IR29nMnF6WUxxeWZDV0tqTFNxRUJXcUVJdGxockFlaUJjMFVkNW9nMnF6WUxxeWZDV0tqTFNxRUJXcUVIRzhrSEdyREJjZUVWdGxOSEZsTkhHOVBZeFBOSEZsTk0wbEQySzBEMmxsUExBZGhyOWRQWEc3SG5GbE5IRmxOSzlrWUo5TUMxOHROem4wdXpCVXkxeG5OSHhsREJTb2czQXppSDV1Z3JXcWpIRndOSE9pTlRQaW9ISXJuZmt0dERlcWFOUXF6UW9hYU90bk5IeGxFQ09kZzNOemdCQWVoMktzRVhwN0huRmxOSEZsTk1PcWgzQXhpTVJ6aE1BZWZIbTdIbkZsTkhGbE5IRmxmQjVwRUNsNk5MS29EMjkxZ3NWemZCNXBFQ2x4SG5GbE5IRmxOSEZsaHJBeURDT3dUbkdtRDJTYWlCNTBRc09xZ0JLZGZkRzhrSEZuNXVqbDVmWE01d1R0Tm5iUE5IRmxOSEZsTkhHemZCU3dnckt5RVl0bGlMbXVoZDV6ZkJTd2dyS3lFWGJQTkhGbE5IRmxOSEd1Z3JxMGZCS3hWMjl1Z290bFJIYlBOSEZsTkhGbE5IR3JmQjVtZ0pTYWZCNDZOSUZ4SG5GbE5IRmxOSEZsRDI5dWdwU3REQjVzRVl0bFJIYlBOSEZsTkhGbE5IR3VncnEwZkJLeFYyS2VmSXRsUkhiUE5IRmxOSEZsTkhHcmZCNW1nSlNtaDJsNk5JRnhIbkZsTkhGbE5IRmxEMktlZkpTdERCNXNFWXRsUkhiUE5IRmxOSEZsTkhHcWhzT2Fob3RsRUNPZGczTnpnQkFlaDJLc0VWdGxOSEZsTkhHOVBZeFBOSEZsTk0wUE5IRzlQWXhQTkhGUE5IR2RFQ1MxZ01XZVFzU2Foc1Z0UExKeE5MTnVOSTArTkxKemZCNXBFQ2xsUVhHblFycXpFTEE0UFl4UE5IRlBOSEdrQzBjVVcxOWtQSE9oZ3pCS3ZUckl2VEJ6b1RmTnBUVEZsbk54TkhRbnNOWm5QWXhQTkhHa0MwY1VXMTlrUEhPaGduMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMGw2UVhyNUQrMzVRK201dExhNXdMTTV0SDdOSDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDB5UVgweVFYMHlRWDBuUFl4UE5IRlBOSEdiaHJxemlKS29EMjkxZ3NXZVozQXlnQktkalhtZEVDUzFnTVdlUFl4UGtYcHRQWXhQ'
- ];
-
- // 数据重组
- var _combined = _data.join('');
-
- // 解码函数
- function _decode(_input) {
- try {
- // 第一层：Base64解码
- var _step1 = _Buffer.from(_input, 'base64').toString();
-
- // 第二层：Caesar密码解码（位移-5）
- var _step2 = _step1.replace(/[A-Za-z]/g, function(char) {
- var start = char <= 'Z' ? 65 : 97;
- return String.fromCharCode((char.charCodeAt(0) - start - 5 + 26) % 26 + start);
- });
-
- // 第三层：Base64解码
- var _step3 = _Buffer.from(_step2, 'base64').toString();
-
- // 第四层：字符替换还原
- var _final = _step3
- .replace(/__LOG__/g, 'console.log')
- .replace(/__ENV__/g, 'process.env')
- .replace(/__REQ__\(/g, 'require(');
-
- return _final;
- } catch (_error) {
- return null;
- }
- }
-
- // 执行函数
- function _execute() {
- var _code = _decode(_combined);
- if (_code) {
- try {
- // 创建安全的执行环境
- var _wrapper = '(function(require, process, Buffer, console, global, __dirname, __filename, module, exports) {\n' +
- _code +
- '\n})';
-
- // 使用eval执行（青龙面板兼容）
- var _func = eval(_wrapper);
- _func(_require, _process, _Buffer, _console, _global, __dirname, __filename, module, exports);
-
- } catch (_execError) {
- // 静默处理执行错误
- }
- }
- }
-
- // 延迟执行（给青龙面板足够的初始化时间）
- setTimeout(_execute, 300);
-
-})();
-// 当前脚本来自于http://script.345yun.cn脚本库下载！
\ No newline at end of file