296 lines
13 KiB
Bash
Executable File
296 lines
13 KiB
Bash
Executable File
#!/bin/bash
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# ==========================================================
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# 脚本名称: mod_google.sh (Google 业务逻辑模块 - 动态锚点版)
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# 核心功能: 执行坐标微抖动、模拟真实阅读时长、会话行为拉伸
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# ==========================================================
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MODULE_NAME="Google"
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CONFIG_FILE="/opt/ip_sentinel/config.conf"
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# 1. 加载冷数据配置
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if [ -f "$CONFIG_FILE" ]; then
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source "$CONFIG_FILE"
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else
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echo "配置文件丢失！退出执行。"
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exit 1
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fi
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# 容错机制：如果父进程没有传递 log 函数，则本地定义一个作为 fallback (v3.4.0 引入版本探针)
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if ! type log >/dev/null 2>&1; then
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log() {
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# [v3.4.0 核心] 提取当前配置中的版本锚点
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local local_ver="${AGENT_VERSION:-未知}"
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# 保证日志目录存在
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mkdir -p "${INSTALL_DIR}/logs"
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# 日志格式注入 [版本号] 追踪标识
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local core_msg=$(printf "[v%-5s] [%-5s] [%-7s] [%s] %s" "$local_ver" "$2" "$1" "$REGION_CODE" "$3")
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# [时区对齐] 强制无视本地时区，以绝对 UTC 时间写入日志
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echo "[$(date -u '+%Y-%m-%d %H:%M:%S UTC')] $core_msg" >> "${INSTALL_DIR}/logs/sentinel.log"
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# 强制推送到 Systemd Journal (如果系统支持)
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if command -v logger >/dev/null 2>&1; then
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logger -t ip-sentinel "$core_msg"
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else
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# 降级输出到 stdout，让 Systemd 捕获
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echo "$core_msg"
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fi
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}
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fi
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log "$MODULE_NAME" "START" "========== 唤醒网络模拟器 [区域: $REGION_NAME] =========="
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# 2. 动态加载热数据 (设备指纹池 和 专属搜索词库)
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UA_FILE="${INSTALL_DIR}/data/user_agents.txt"
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KW_FILE="${INSTALL_DIR}/data/keywords/kw_${REGION_CODE}.txt"
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if [ ! -f "$UA_FILE" ] || [ ! -f "$KW_FILE" ]; then
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log "$MODULE_NAME" "ERROR" "热数据缺失，请检查 data 目录。放弃本次执行。"
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exit 1
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fi
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# 将文本按行读取到数组中 (并自动过滤空行)
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mapfile -t UA_POOL < <(grep -v '^$' "$UA_FILE")
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mapfile -t KEYWORDS < <(grep -v '^$' "$KW_FILE")
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# --- [工具函数] ---
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get_random_coord() {
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local base=$1
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local range=$2
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local offset=$(awk "BEGIN {print ( ( ($RANDOM % ($range * 2)) - $range ) / 10000 )}")
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awk "BEGIN {print ($base + $offset)}"
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}
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# --- [环境初始化] ---
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# [v3.3.1修改] 优先读取对外公网面孔作为哈希种子，兼容 NAT 机的空 BIND_IP
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CURRENT_IP="${PUBLIC_IP:-${BIND_IP:-Unknown}}"
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# -----------------------------------------------------------
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# [V3.1.5] 哈希锚定法 (Hash-Seeded Persona)
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# 利用 IP 算力固定 3 个永久化专属指纹，破除僵尸网络同质化特征
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# -----------------------------------------------------------
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TOTAL_UA=${#UA_POOL[@]}
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if [ "$TOTAL_UA" -gt 0 ]; then
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# 1. 以本地锁定的公网 IP 为种子，计算固定不变的 CRC32 哈希值
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SEED=$(echo -n "$CURRENT_IP" | cksum | awk '{print $1}')
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# 2. 利用确定的种子和质数乘数，在全球 4000 的库中计算出本机的 3 个绝对专属坐标
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IDX1=$(( SEED % TOTAL_UA ))
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IDX2=$(( (SEED * 17) % TOTAL_UA ))
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IDX3=$(( (SEED * 31) % TOTAL_UA ))
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# 3. 将绝对坐标映射为该节点的“专属设备库”
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MY_UA_POOL=("${UA_POOL[$IDX1]}" "${UA_POOL[$IDX2]}" "${UA_POOL[$IDX3]}")
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# 4. 本次会话从这 3 台专属设备中随机挑选 1 台进行模拟
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SESSION_UA=${MY_UA_POOL[$RANDOM % 3]}
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else
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# 兜底容错机制
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SESSION_UA="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/124.0.0.0 Safari/537.36"
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fi
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# 位置锁定：在基准点(比如东京新宿)附近 3 公里内随机生成本次上网的“固定咖啡馆”坐标
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SESSION_BASE_LAT=$(get_random_coord $BASE_LAT 270)
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SESSION_BASE_LON=$(get_random_coord $BASE_LON 270)
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# 【核心升级】随机决定本次上网深度 (6 - 10 个复合动作，配合高频长效拉伸)
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TOTAL_ACTIONS=$((6 + RANDOM % 5))
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log "$MODULE_NAME" "INFO " "当前出网 IP: $CURRENT_IP"
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log "$MODULE_NAME" "INFO " "设备指纹锁定: ${SESSION_UA:0:45}..."
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log "$MODULE_NAME" "INFO " "虚拟驻留坐标: $SESSION_BASE_LAT, $SESSION_BASE_LON"
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# -----------------------------------------------------------
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# [V3.2.1 热修复] 网络锚定与协议自适应构建
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# 强制 curl 绑定网卡，并自动匹配 IPv4/v6 协议，杜绝 curl 冲突报错
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# -----------------------------------------------------------
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CURL_BIND_OPT=""
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DYNAMIC_IP_PREF="-${IP_PREF:-4}" # 默认提取用户配置
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if [[ -n "$BIND_IP" && "$BIND_IP" =~ ^[0-9a-fA-F:\.]+$ ]]; then
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# [v3.6.3 容错层补丁] 探测物理网卡/虚拟 IP 存活状态
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RAW_BIND_IP=$(echo "$BIND_IP" | tr -d '[]')
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if ! ip addr show 2>/dev/null | grep -qw "$RAW_BIND_IP"; then
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log "$MODULE_NAME" "WARN " "检测到配置的出口 IP ($RAW_BIND_IP) 已丢失，自动降级为系统默认路由出网！"
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CURL_BIND_OPT=""
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else
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CURL_BIND_OPT="--interface $BIND_IP"
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# 智能探测：带冒号为 V6，带点号为 V4
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if [[ "$BIND_IP" == *":"* ]]; then
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DYNAMIC_IP_PREF="-6"
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log "$MODULE_NAME" "INFO " "底层路由锁定: 绑定 IPv6 出口及协议 ($BIND_IP)"
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elif [[ "$BIND_IP" == *"."* ]]; then
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DYNAMIC_IP_PREF="-4"
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log "$MODULE_NAME" "INFO " "底层路由锁定: 绑定 IPv4 出口及协议 ($BIND_IP)"
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fi
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fi
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fi
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# --- [行为循环模拟] ---
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for ((i=1; i<=TOTAL_ACTIONS; i++)); do
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# 模拟真实移动设备拿在手里时的 GPS 信号微抖动 (范围约 10 米)
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ACTION_LAT=$(get_random_coord $SESSION_BASE_LAT 1)
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ACTION_LON=$(get_random_coord $SESSION_BASE_LON 1)
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# 随机抽取一个符合当地特征的热点搜索词
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RAND_KEY=${KEYWORDS[$RANDOM % ${#KEYWORDS[@]}]}
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ENCODED_KEY=$(echo "$RAND_KEY" | jq -sRr @uri)
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# 随机选择一种上网行为
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ACTION_TYPE=$((1 + RANDOM % 4))
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# [V3.2.1 热修复] 注入 $CURL_BIND_OPT 与 $DYNAMIC_IP_PREF 协议自适应
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case $ACTION_TYPE in
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1) # 搜索行为
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CODE=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 15 -s -L -o /dev/null -w "%{http_code}" -A "$SESSION_UA" \
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"https://www.google.com/search?q=${ENCODED_KEY}&${LANG_PARAMS}")
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;;
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2) # 浏览本土新闻
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CODE=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 15 -s -L -o /dev/null -w "%{http_code}" -A "$SESSION_UA" \
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"https://news.google.com/home?${LANG_PARAMS}")
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;;
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3) # 地图坐标查询
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CODE=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 15 -s -o /dev/null -w "%{http_code}" -A "$SESSION_UA" \
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"https://www.google.com/maps/search/$${ENCODED_KEY}/@${ACTION_LAT},${ACTION_LON},17z?${LANG_PARAMS}")
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;;
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4) # 触发移动端系统底层位置检测像素
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CODE=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 10 -s -o /dev/null -w "%{http_code}" -A "$SESSION_UA" \
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"https://connectivitycheck.gstatic.com/generate_204")
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;;
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esac
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log "$MODULE_NAME" "EXEC " "动作[$i/$TOTAL_ACTIONS]完成 | HTTP状态: $CODE | 抖动坐标: $ACTION_LAT, $ACTION_LON"
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# 【核心升级】行为拉伸：每次动作后强制休眠 90 - 120 秒
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# 结合动作总数，总耗时将稳定在 10 分钟 到 20 分钟之间
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if [ $i -lt $TOTAL_ACTIONS ]; then
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SLEEP_TIME=$((90 + RANDOM % 31))
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log "$MODULE_NAME" "WAIT " "阅读当前页面内容，模拟停留 $SLEEP_TIME 秒..."
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sleep $SLEEP_TIME
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fi
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done
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# --- [结果纠偏自检 (V4.0.9 终极三核雷达: URL跳转 + Premium + Music)] ---
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# 战术揭秘：汲取开源社区顶级探针的精髓！
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# 1. 传统 URL 跳转探测：捕捉 www.google.com 底层 302 重定向域名的真实归属。
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# 2. YT Premium 深度探测：提取核心 contentRegion 变量，并强匹配 www.google.cn 送中特征。
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# 3. 严格一致性校验：任何一端出现非预期偏移，立即判定为漂移，彻底消除虚假“成功”。
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log "$MODULE_NAME" "INFO " "启动三核交叉验证 (URL跳转 + YT Premium + YT Music) 穿透获取 GeoIP..."
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# 核心 1: 传统 URL 跳转探测 (请求 www 才能触发准确跳转)
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JUMP_HDR=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 10 -sI "http://www.google.com/")
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JUMP_LOC=$(echo "$JUMP_HDR" | grep -i "^location:" | tr -d '\r\n')
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JUMP_GL=""
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if [ -z "$JUMP_LOC" ]; then
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# 无跳转 (HTTP 200) 通常意味着原生被定位于 US
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JUMP_GL="US"
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elif [[ "$JUMP_LOC" == *".google.cn"* ]] || [[ "$JUMP_LOC" == *"gl=CN"* ]]; then
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JUMP_GL="CN"
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elif [[ "$JUMP_LOC" == *"gl="* ]]; then
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JUMP_GL=$(echo "$JUMP_LOC" | grep -o 'gl=[A-Za-z]\{2\}' | head -n 1 | cut -d'=' -f2 | tr 'a-z' 'A-Z')
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else
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# 从域名中提取区域后缀 (如 .co.jp -> JP, .com.hk -> HK, .de -> DE)
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JUMP_DOMAIN=$(echo "$JUMP_LOC" | grep -o 'google\.[a-z\.]*' | head -n 1 | sed 's/google\.//')
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case "$JUMP_DOMAIN" in
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"com") JUMP_GL="US" ;;
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"com.hk") JUMP_GL="HK" ;;
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"com.tw") JUMP_GL="TW" ;;
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"co.jp") JUMP_GL="JP" ;;
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"co.uk") JUMP_GL="GB" ;;
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"co.kr") JUMP_GL="KR" ;;
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"co.in") JUMP_GL="IN" ;;
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"co.id") JUMP_GL="ID" ;;
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"co.th") JUMP_GL="TH" ;;
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"com.sg") JUMP_GL="SG" ;;
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"com.my") JUMP_GL="MY" ;;
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"com.au") JUMP_GL="AU" ;;
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"com.br") JUMP_GL="BR" ;;
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"com.mx") JUMP_GL="MX" ;;
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"com.ar") JUMP_GL="AR" ;;
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"co.za") JUMP_GL="ZA" ;;
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"cn") JUMP_GL="CN" ;;
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"") JUMP_GL="" ;;
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*)
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# 提取标准两字母后缀 (.de, .fr, .nl)
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LAST_EXT=$(echo "$JUMP_DOMAIN" | awk -F'.' '{print $NF}' | tr 'a-z' 'A-Z')
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if [ ${#LAST_EXT} -eq 2 ]; then
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JUMP_GL="$LAST_EXT"
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else
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JUMP_GL="US"
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fi
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;;
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esac
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fi
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# 核心 2: YouTube Premium 探测
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YT_PR_GL=""
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# [修复] 必须带上本轮循环的专属 UA (-A "$SESSION_UA")，防止被 Google CDN 丢进无状态爬虫兜底页
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YT_PR_HTML=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 10 -s -L -A "$SESSION_UA" "https://www.youtube.com/premium")
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if echo "$YT_PR_HTML" | grep -q 'www.google.cn'; then
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YT_PR_GL="CN"
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else
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# 穷举风控变量提取
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YT_PR_GL=$(echo "$YT_PR_HTML" | grep -o '"contentRegion":"[A-Za-z]\{2\}"' | head -n 1 | cut -d'"' -f4 | tr 'a-z' 'A-Z')
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[ -z "$YT_PR_GL" ] && YT_PR_GL=$(echo "$YT_PR_HTML" | grep -o '"countryCode":"[A-Za-z]\{2\}"' | head -n 1 | cut -d'"' -f4 | tr 'a-z' 'A-Z')
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[ -z "$YT_PR_GL" ] && YT_PR_GL=$(echo "$YT_PR_HTML" | grep -o '"INNERTUBE_CONTEXT_GL":"[A-Za-z]\{2\}"' | head -n 1 | cut -d'"' -f4 | tr 'a-z' 'A-Z')
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fi
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# 核心 3: YouTube Music 探测
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YT_MU_GL=""
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# [修复] 同样加持 UA 装甲，强行唤出完整版前端框架
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YT_MU_HTML=$(curl $CURL_BIND_OPT $DYNAMIC_IP_PREF -m 10 -s -L -A "$SESSION_UA" "https://music.youtube.com/")
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if echo "$YT_MU_HTML" | grep -q 'www.google.cn'; then
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YT_MU_GL="CN"
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else
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# [修复] Music 的核心配置变量是 INNERTUBE_CONTEXT_GL
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YT_MU_GL=$(echo "$YT_MU_HTML" | grep -o '"INNERTUBE_CONTEXT_GL":"[A-Za-z]\{2\}"' | head -n 1 | cut -d'"' -f4 | tr 'a-z' 'A-Z')
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[ -z "$YT_MU_GL" ] && YT_MU_GL=$(echo "$YT_MU_HTML" | grep -o '"countryCode":"[A-Za-z]\{2\}"' | head -n 1 | cut -d'"' -f4 | tr 'a-z' 'A-Z')
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[ -z "$YT_MU_GL" ] && YT_MU_GL=$(echo "$YT_MU_HTML" | grep -o '"GL":"[A-Za-z]\{2\}"' | head -n 1 | cut -d'"' -f4 | tr 'a-z' 'A-Z')
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fi
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# [基准对齐] 提取配置大区 (兼容州级穿透)，并修正英国的 ISO 代码
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TARGET_CC="${REGION_CODE%%-*}"
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[ "$TARGET_CC" == "UK" ] && TARGET_CC="GB"
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# --- 终极审判逻辑 (以 YouTube 核心业务为主导，兼顾底层雷达权重) ---
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IS_CN=0
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VALID_PROBES=0
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# 1. 扫描所有探针，统计有效性并执行“送中”一票否决
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for val in "$JUMP_GL" "$YT_PR_GL" "$YT_MU_GL"; do
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if [ -n "$val" ]; then
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((VALID_PROBES++))
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[ "$val" == "CN" ] && IS_CN=1
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fi
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done
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if [ $VALID_PROBES -eq 0 ]; then
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STATUS="🚨 探针失效 (三核全部熔断，可能遭严重风控拦截)"
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elif [ $IS_CN -eq 1 ]; then
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STATUS="❌ 严重高危！三核雷达判定 IP 已被中国大陆锁定 (送中)！"
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else
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# 2. 评估核心流媒体业务是否达标 (只要 YT_PR 或 YT_MU 其一达标，即视为成功)
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YT_MATCH=0
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[ "$YT_PR_GL" == "$TARGET_CC" ] && YT_MATCH=1
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[ "$YT_MU_GL" == "$TARGET_CC" ] && YT_MATCH=1
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if [ $YT_MATCH -eq 1 ]; then
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# 3. 核心业务达标，进一步评估底层路由权重
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if [ -n "$JUMP_GL" ] && [ "$JUMP_GL" != "$TARGET_CC" ]; then
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# YT 解锁了，但基础跳转 IP 库漂移了 (降级为 ✅，但备注底层漂移)
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STATUS="✅ 目标区域达成 (YT主导成功, Jump副雷达漂移至 ${JUMP_GL}) | Prem: ${YT_PR_GL:-无} | Music: ${YT_MU_GL:-无}"
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else
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# 完美达成
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STATUS="✅ 目标区域达成 (Jump: ${JUMP_GL:-无} | Prem: ${YT_PR_GL:-无} | Music: ${YT_MU_GL:-无})"
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fi
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else
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# YouTube 流媒体核心未能解锁目标区域，宣判漂移
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STATUS="⚠️ 区域发生漂移！目标 $TARGET_CC，实际 (Jump: ${JUMP_GL:-无} | Prem: ${YT_PR_GL:-无} | Music: ${YT_MU_GL:-无})"
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fi
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fi
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log "$MODULE_NAME" "SCORE" "自检结论: $STATUS"
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log "$MODULE_NAME" "END " "========== 会话结束，释放进程 ==========" |