rat_engine 1.0.5

高性能Rust HTTP服务器引擎，提供Flask风格的API和自动硬件优化功能
Documentation 
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   Compiling rat_engine v1.0.0 (/Users/0ldm0s/workspaces/rust/rat/rat_engine)
    Finished `dev` profile [unoptimized + debuginfo] target(s) in 5.61s
     Running `target/debug/examples/cache_compression_performance_test`
🚀 启动缓存压缩协调器性能测试
📋 测试目标: 验证不同策略下的性能表现
🌐 服务器启动在: http://127.0.0.1:3001
12:10:35.797 INFO  拥塞控制已禁用
12:10:35.798 INFO  RAT Engine Performance Configuration:
12:10:35.798 INFO     📊 CPU Cores: 8
12:10:35.798 INFO     📊 Workers: 8
12:10:35.798 INFO     🧠 Memory Allocator: mimalloc (Microsoft's high-performance allocator)
12:10:35.798 INFO     🔗 CPU Affinity: Enabled
12:10:35.798 INFO     🔧 Performance optimization: Enabled
12:10:35.798 INFO     💾 Total Memory: 8192 MB
12:10:35.798 INFO     🖥️  OS: Darwin
12:10:35.798 INFO     📝 Logging: Terminal output enabled
12:10:35.798 INFO  Performance optimization initialized successfully
12:10:35.798 DEBUG 🔐 已安装 rustls aws_lc_rs CryptoProvider
12:10:35.798 INFO  🌐 RAT Engine server running on 127.0.0.1:3001 (支持: HTTP/1.1)
12:10:35.798 INFO  📋 已注册的 HTTP 路由:
12:10:35.798 INFO     GET /dynamic-data
12:10:35.798 INFO     GET /raw-data
12:10:35.798 INFO     GET /small-data
12:10:35.798 INFO     GET /large-data
12:10:35.798 INFO  🌐 服务器支持 HTTP 请求
12:10:35.798 INFO  ✅ Started 8 worker threads
12:10:35.798 DEBUG Worker 1 started
12:10:35.798 DEBUG Worker 7 started
12:10:35.798 DEBUG Worker 4 started
12:10:35.798 DEBUG Worker 0 started
12:10:35.798 DEBUG Worker 5 started
12:10:35.798 DEBUG Worker 2 started
12:10:35.798 DEBUG Worker 6 started
12:10:35.798 DEBUG Worker 3 started

🧪 开始性能测试...

📊 测试场景: 小数据 (仅缓存)
   路径: /small-data
   开始测试...
   🔄 执行第1次请求...
🔍 [服务端] 开始 psi_detector 协议检测: 127.0.0.1:59878 (数据长度: 99)
🔍 [服务端] 接收到的数据预览: GET /small-data HTTP/1.1
accept-encoding: gzip, d
🔍 [服务端] psi_detector 检测结果: 127.0.0.1:59878 (置信度: 95.0%, 协议: HTTP1_1)
🌐 [服务端] 路由到 HTTP/1.1 处理器: 127.0.0.1:59878
12:10:36.845 DEBUG 🔍 [HyperAdapter] 收到请求: GET /small-data
12:10:36.845 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:36.845 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:36.845 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /small-data
12:10:36.845 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:36.845 DEBUG 🔍 [Router] 匹配到标准路由: GET /small-data
12:10:36.845 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:36.947 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/small-data
12:10:36.947 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/small-data
12:10:36.947 DEBUG [CACHE] L1 缓存未命中: GET/small-data
12:10:36.948 DEBUG [CACHE] L2 缓存未命中: GET/small-data
12:10:36.948 DEBUG [CACHE] 缓存未命中: GET/small-data
12:10:36.948 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/small-data, found=true
12:10:36.948 DEBUG 缓存未命中! 键: GET/small-data
12:10:36.948 DEBUG 缓存未命中! 键: GET/small-data
12:10:36.948 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: public, max-age=300
12:10:36.948 DEBUG 🎯 [CacheMiddleware] 响应可以缓存
12:10:36.948 INFO  🎯 [CacheMiddleware] 响应可以缓存，开始存储...
12:10:36.948 DEBUG [TTL] 添加键 GET/small-data 的过期时间: 1758946296
12:10:36.948 DEBUG [CACHE] L1 缓存设置: GET/small-data (未压缩)
12:10:36.948 DEBUG [CACHE] 缓存设置完成: GET/small-data (大值: false, L1: true, L2: false)
12:10:36.948 DEBUG 响应已缓存! 键: GET/small-data
12:10:36.948 INFO  📊 127.0.0.1 GET /small-data 200 103ms
12:10:36.948 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 103ms
12:10:36.948 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:36.948 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/json", "cache-control": "public, max-age=300", "x-cache": "MISS"}
12:10:36.948 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:36.948 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:36.948 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第1次请求结果:
     - 状态码: 200 OK
     - 响应时间: 106ms
     - 响应大小: 38字节
     - 缓存状态: MISS
     - 压缩编码: none
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第2次请求...
12:10:37.451 DEBUG 🔍 [HyperAdapter] 收到请求: GET /small-data
12:10:37.451 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:37.451 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:37.451 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /small-data
12:10:37.451 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:37.451 DEBUG 🔍 [Router] 匹配到标准路由: GET /small-data
12:10:37.451 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:37.553 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/small-data
12:10:37.553 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/small-data
12:10:37.554 DEBUG [CACHE] L1 缓存命中: GET/small-data
12:10:37.554 DEBUG [TRANSFER] L1 缓存命中: GET/small-data
12:10:37.554 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/small-data, found=true
12:10:37.554 DEBUG 缓存命中! 键: GET/small-data, 耗时: 224.334µs
12:10:37.554 INFO  📊 127.0.0.1 GET /small-data 200 102ms
12:10:37.554 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 102ms
12:10:37.554 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:37.554 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/octet-stream", "x-cache": "HIT", "x-cache-time": "224.334\xc2\xb5s"}
12:10:37.554 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:37.554 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:37.554 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第2次请求结果:
     - 状态码: 200 OK
     - 响应时间: 104ms
     - 响应大小: 38字节
     - 缓存状态: HIT
     - 压缩编码: none
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第3次请求...
12:10:38.057 DEBUG 🔍 [HyperAdapter] 收到请求: GET /small-data
12:10:38.058 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:38.058 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:38.058 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /small-data
12:10:38.058 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:38.058 DEBUG 🔍 [Router] 匹配到标准路由: GET /small-data
12:10:38.058 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:38.160 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/small-data
12:10:38.160 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/small-data
12:10:38.160 DEBUG [CACHE] L1 缓存命中: GET/small-data
12:10:38.160 DEBUG [TRANSFER] L1 缓存命中: GET/small-data
12:10:38.160 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/small-data, found=true
12:10:38.160 DEBUG 缓存命中! 键: GET/small-data, 耗时: 197.459µs
12:10:38.160 INFO  📊 127.0.0.1 GET /small-data 200 102ms
12:10:38.160 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 102ms
12:10:38.160 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:38.161 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/octet-stream", "x-cache": "HIT", "x-cache-time": "197.459\xc2\xb5s"}
12:10:38.161 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:38.161 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:38.161 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第3次请求结果:
     - 状态码: 200 OK
     - 响应时间: 105ms
     - 响应大小: 38字节
     - 缓存状态: HIT
     - 压缩编码: none

   📈 统计结果:
     - 平均响应时间: 105.00ms
     - 平均响应大小: 38字节
     - 缓存命中率: 2/3 (66.7%)
     - 压缩应用率: 0/3 (0.0%)

📊 测试场景: 大数据 (缓存+压缩)
   路径: /large-data
   开始测试...
   🔄 执行第1次请求...
12:10:38.162 DEBUG 🔍 [HyperAdapter] 收到请求: GET /large-data
12:10:38.162 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:38.162 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:38.162 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /large-data
12:10:38.162 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:38.162 DEBUG 🔍 [Router] 匹配到标准路由: GET /large-data
12:10:38.162 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:38.685 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/large-data
12:10:38.685 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/large-data
12:10:38.685 DEBUG [CACHE] L1 缓存未命中: GET/large-data
12:10:38.686 DEBUG [CACHE] L2 缓存未命中: GET/large-data
12:10:38.686 DEBUG [CACHE] 缓存未命中: GET/large-data
12:10:38.686 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/large-data, found=true
12:10:38.686 DEBUG 缓存未命中! 键: GET/large-data
12:10:38.686 DEBUG 缓存未命中! 键: GET/large-data
12:10:38.686 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: public, max-age=600
12:10:38.686 DEBUG 🎯 [CacheMiddleware] 响应可以缓存
12:10:38.686 INFO  🎯 [CacheMiddleware] 响应可以缓存，开始存储...
12:10:38.686 DEBUG [TTL] 添加键 GET/large-data 的过期时间: 1758946298
12:10:38.686 DEBUG [CACHE] L1 缓存设置: GET/large-data (未压缩)
12:10:38.686 DEBUG [TTL] 添加键 GET/large-data 的过期时间: 1758946298
12:10:38.686 DEBUG [CACHE] L2 缓存设置: GET/large-data (未压缩)
12:10:38.686 DEBUG [CACHE] 缓存设置完成: GET/large-data (大值: false, L1: true, L2: false)
12:10:38.686 DEBUG 响应已缓存! 键: GET/large-data
12:10:38.693 INFO  🗜️ [Compression] 使用 gzip 压缩，原始大小: 87823 bytes，压缩后: 2429 bytes，压缩比: 2.77%
12:10:38.693 INFO  📊 127.0.0.1 GET /large-data 200 530ms
12:10:38.693 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 530ms
12:10:38.693 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:38.693 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/json", "cache-control": "public, max-age=600", "x-cache": "MISS", "content-encoding": "gzip", "content-length": "2429", "x-compressed-size": "2429"}
12:10:38.693 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:38.693 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:38.693 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第1次请求结果:
     - 状态码: 200 OK
     - 响应时间: 532ms
     - 响应大小: 2429字节
     - 缓存状态: MISS
     - 压缩编码: gzip
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第2次请求...
12:10:39.197 DEBUG 🔍 [HyperAdapter] 收到请求: GET /large-data
12:10:39.197 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:39.197 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:39.197 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /large-data
12:10:39.197 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:39.197 DEBUG 🔍 [Router] 匹配到标准路由: GET /large-data
12:10:39.198 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:39.705 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/large-data
12:10:39.705 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/large-data
12:10:39.705 DEBUG [CACHE] L1 缓存命中: GET/large-data
12:10:39.705 DEBUG [TRANSFER] L1 缓存命中: GET/large-data
12:10:39.705 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/large-data, found=true
12:10:39.705 DEBUG 缓存命中! 键: GET/large-data, 耗时: 71.084µs
12:10:39.708 INFO  🗜️ [Compression] 使用 gzip 压缩，原始大小: 87823 bytes，压缩后: 2429 bytes，压缩比: 2.77%
12:10:39.708 INFO  📊 127.0.0.1 GET /large-data 200 511ms
12:10:39.708 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 511ms
12:10:39.708 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:39.708 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/octet-stream", "x-cache": "HIT", "x-cache-time": "71.084\xc2\xb5s", "content-encoding": "gzip", "content-length": "2429", "x-compressed-size": "2429"}
12:10:39.708 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:39.708 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:39.708 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第2次请求结果:
     - 状态码: 200 OK
     - 响应时间: 512ms
     - 响应大小: 2429字节
     - 缓存状态: HIT
     - 压缩编码: gzip
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第3次请求...
12:10:40.211 DEBUG 🔍 [HyperAdapter] 收到请求: GET /large-data
12:10:40.211 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:40.211 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:40.211 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /large-data
12:10:40.211 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:40.211 DEBUG 🔍 [Router] 匹配到标准路由: GET /large-data
12:10:40.211 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:40.730 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/large-data
12:10:40.730 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/large-data
12:10:40.730 DEBUG [CACHE] L1 缓存命中: GET/large-data
12:10:40.730 DEBUG [TRANSFER] L1 缓存命中: GET/large-data
12:10:40.730 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/large-data, found=true
12:10:40.730 DEBUG 缓存命中! 键: GET/large-data, 耗时: 102.667µs
12:10:40.736 INFO  🗜️ [Compression] 使用 gzip 压缩，原始大小: 87823 bytes，压缩后: 2429 bytes，压缩比: 2.77%
12:10:40.737 INFO  📊 127.0.0.1 GET /large-data 200 525ms
12:10:40.737 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 525ms
12:10:40.737 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:40.737 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/octet-stream", "x-cache": "HIT", "x-cache-time": "102.667\xc2\xb5s", "content-encoding": "gzip", "content-length": "2429", "x-compressed-size": "2429"}
12:10:40.737 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:40.737 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:40.737 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第3次请求结果:
     - 状态码: 200 OK
     - 响应时间: 526ms
     - 响应大小: 2429字节
     - 缓存状态: HIT
     - 压缩编码: gzip

   📈 统计结果:
     - 平均响应时间: 523.33ms
     - 平均响应大小: 2429字节
     - 缓存命中率: 2/3 (66.7%)
     - 压缩应用率: 3/3 (100.0%)

📊 测试场景: 动态数据 (仅压缩)
   路径: /dynamic-data
   开始测试...
   🔄 执行第1次请求...
12:10:40.738 DEBUG 🔍 [HyperAdapter] 收到请求: GET /dynamic-data
12:10:40.738 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:40.738 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:40.738 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /dynamic-data
12:10:40.738 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:40.738 DEBUG 🔍 [Router] 匹配到标准路由: GET /dynamic-data
12:10:40.738 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:40.941 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/dynamic-data
12:10:40.941 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/dynamic-data
12:10:40.941 DEBUG [CACHE] L1 缓存未命中: GET/dynamic-data
12:10:40.941 DEBUG [CACHE] L2 缓存未命中: GET/dynamic-data
12:10:40.941 DEBUG [CACHE] 缓存未命中: GET/dynamic-data
12:10:40.941 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/dynamic-data, found=true
12:10:40.941 DEBUG 缓存未命中! 键: GET/dynamic-data
12:10:40.941 DEBUG 缓存未命中! 键: GET/dynamic-data
12:10:40.941 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: no-cache, must-revalidate
12:10:40.941 INFO  🎯 [CacheMiddleware] 检测到no-cache/no-store，响应不可缓存
12:10:40.941 DEBUG 响应不可缓存，跳过缓存! 键: GET/dynamic-data
12:10:40.943 INFO  🗜️ [Compression] 使用 gzip 压缩，原始大小: 2482 bytes，压缩后: 306 bytes，压缩比: 12.33%
12:10:40.943 INFO  📊 127.0.0.1 GET /dynamic-data 200 205ms
12:10:40.943 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 205ms
12:10:40.943 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:40.943 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/json", "cache-control": "no-cache, must-revalidate", "x-cache": "MISS", "content-encoding": "gzip", "content-length": "306", "x-compressed-size": "306"}
12:10:40.943 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:40.943 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:40.943 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第1次请求结果:
     - 状态码: 200 OK
     - 响应时间: 206ms
     - 响应大小: 306字节
     - 缓存状态: MISS
     - 压缩编码: gzip
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第2次请求...
12:10:41.445 DEBUG 🔍 [HyperAdapter] 收到请求: GET /dynamic-data
12:10:41.445 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:41.445 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:41.445 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /dynamic-data
12:10:41.445 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:41.445 DEBUG 🔍 [Router] 匹配到标准路由: GET /dynamic-data
12:10:41.445 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:41.647 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/dynamic-data
12:10:41.647 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/dynamic-data
12:10:41.647 DEBUG [CACHE] L1 缓存未命中: GET/dynamic-data
12:10:41.647 DEBUG [CACHE] L2 缓存未命中: GET/dynamic-data
12:10:41.647 DEBUG [CACHE] 缓存未命中: GET/dynamic-data
12:10:41.647 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/dynamic-data, found=true
12:10:41.647 DEBUG 缓存未命中! 键: GET/dynamic-data
12:10:41.647 DEBUG 缓存未命中! 键: GET/dynamic-data
12:10:41.647 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: no-cache, must-revalidate
12:10:41.647 INFO  🎯 [CacheMiddleware] 检测到no-cache/no-store，响应不可缓存
12:10:41.647 DEBUG 响应不可缓存，跳过缓存! 键: GET/dynamic-data
12:10:41.649 INFO  🗜️ [Compression] 使用 gzip 压缩，原始大小: 2481 bytes，压缩后: 305 bytes，压缩比: 12.29%
12:10:41.649 INFO  📊 127.0.0.1 GET /dynamic-data 200 203ms
12:10:41.649 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 203ms
12:10:41.649 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:41.649 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/json", "cache-control": "no-cache, must-revalidate", "x-cache": "MISS", "content-encoding": "gzip", "content-length": "305", "x-compressed-size": "305"}
12:10:41.649 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:41.649 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:41.649 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第2次请求结果:
     - 状态码: 200 OK
     - 响应时间: 204ms
     - 响应大小: 305字节
     - 缓存状态: MISS
     - 压缩编码: gzip
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第3次请求...
12:10:42.152 DEBUG 🔍 [HyperAdapter] 收到请求: GET /dynamic-data
12:10:42.152 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:42.152 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:42.152 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /dynamic-data
12:10:42.152 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:42.152 DEBUG 🔍 [Router] 匹配到标准路由: GET /dynamic-data
12:10:42.152 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:42.354 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/dynamic-data
12:10:42.354 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/dynamic-data
12:10:42.354 DEBUG [CACHE] L1 缓存未命中: GET/dynamic-data
12:10:42.354 DEBUG [CACHE] L2 缓存未命中: GET/dynamic-data
12:10:42.354 DEBUG [CACHE] 缓存未命中: GET/dynamic-data
12:10:42.354 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/dynamic-data, found=true
12:10:42.354 DEBUG 缓存未命中! 键: GET/dynamic-data
12:10:42.354 DEBUG 缓存未命中! 键: GET/dynamic-data
12:10:42.354 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: no-cache, must-revalidate
12:10:42.355 INFO  🎯 [CacheMiddleware] 检测到no-cache/no-store，响应不可缓存
12:10:42.355 DEBUG 响应不可缓存，跳过缓存! 键: GET/dynamic-data
12:10:42.356 INFO  🗜️ [Compression] 使用 gzip 压缩，原始大小: 2483 bytes，压缩后: 306 bytes，压缩比: 12.32%
12:10:42.356 INFO  📊 127.0.0.1 GET /dynamic-data 200 204ms
12:10:42.356 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 204ms
12:10:42.356 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:42.356 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "application/json", "cache-control": "no-cache, must-revalidate", "x-cache": "MISS", "content-encoding": "gzip", "content-length": "306", "x-compressed-size": "306"}
12:10:42.356 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:42.356 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:42.356 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第3次请求结果:
     - 状态码: 200 OK
     - 响应时间: 205ms
     - 响应大小: 306字节
     - 缓存状态: MISS
     - 压缩编码: gzip

   📈 统计结果:
     - 平均响应时间: 205.00ms
     - 平均响应大小: 306字节
     - 缓存命中率: 0/3 (0.0%)
     - 压缩应用率: 3/3 (100.0%)

📊 测试场景: 原始数据 (无处理)
   路径: /raw-data
   开始测试...
   🔄 执行第1次请求...
12:10:42.357 DEBUG 🔍 [HyperAdapter] 收到请求: GET /raw-data
12:10:42.357 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:42.357 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:42.357 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /raw-data
12:10:42.357 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:42.357 DEBUG 🔍 [Router] 匹配到标准路由: GET /raw-data
12:10:42.357 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:42.409 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/raw-data
12:10:42.409 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/raw-data
12:10:42.409 DEBUG [CACHE] L1 缓存未命中: GET/raw-data
12:10:42.409 DEBUG [CACHE] L2 缓存未命中: GET/raw-data
12:10:42.409 DEBUG [CACHE] 缓存未命中: GET/raw-data
12:10:42.409 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/raw-data, found=true
12:10:42.409 DEBUG 缓存未命中! 键: GET/raw-data
12:10:42.409 DEBUG 缓存未命中! 键: GET/raw-data
12:10:42.409 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: no-store
12:10:42.409 INFO  🎯 [CacheMiddleware] 检测到no-cache/no-store，响应不可缓存
12:10:42.409 DEBUG 响应不可缓存，跳过缓存! 键: GET/raw-data
12:10:42.409 INFO  📊 127.0.0.1 GET /raw-data 200 52ms
12:10:42.409 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 52ms
12:10:42.409 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:42.410 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "text/plain", "cache-control": "no-store", "x-cache": "MISS"}
12:10:42.410 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:42.410 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:42.410 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第1次请求结果:
     - 状态码: 200 OK
     - 响应时间: 52ms
     - 响应大小: 2字节
     - 缓存状态: MISS
     - 压缩编码: none
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第2次请求...
12:10:42.912 DEBUG 🔍 [HyperAdapter] 收到请求: GET /raw-data
12:10:42.913 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:42.913 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:42.913 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /raw-data
12:10:42.913 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:42.913 DEBUG 🔍 [Router] 匹配到标准路由: GET /raw-data
12:10:42.913 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:42.964 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/raw-data
12:10:42.964 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/raw-data
12:10:42.964 DEBUG [CACHE] L1 缓存未命中: GET/raw-data
12:10:42.964 DEBUG [CACHE] L2 缓存未命中: GET/raw-data
12:10:42.964 DEBUG [CACHE] 缓存未命中: GET/raw-data
12:10:42.964 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/raw-data, found=true
12:10:42.964 DEBUG 缓存未命中! 键: GET/raw-data
12:10:42.964 DEBUG 缓存未命中! 键: GET/raw-data
12:10:42.964 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: no-store
12:10:42.964 INFO  🎯 [CacheMiddleware] 检测到no-cache/no-store，响应不可缓存
12:10:42.964 DEBUG 响应不可缓存，跳过缓存! 键: GET/raw-data
12:10:42.964 INFO  📊 127.0.0.1 GET /raw-data 200 51ms
12:10:42.964 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 51ms
12:10:42.964 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:42.964 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "text/plain", "cache-control": "no-store", "x-cache": "MISS"}
12:10:42.964 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:42.964 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:42.964 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第2次请求结果:
     - 状态码: 200 OK
     - 响应时间: 52ms
     - 响应大小: 2字节
     - 缓存状态: MISS
     - 压缩编码: none
   ⏳ 等待500ms后继续下一次请求...
   🔄 执行第3次请求...
12:10:43.466 DEBUG 🔍 [HyperAdapter] 收到请求: GET /raw-data
12:10:43.467 DEBUG 🔍 [HyperAdapter] 请求头: {"accept-encoding": "gzip, deflate, br", "accept": "*/*", "host": "127.0.0.1:3001"}
12:10:43.467 DEBUG 🔍 [HyperAdapter] 开始路由处理...
12:10:43.467 DEBUG 🔍 [Router] 处理 HTTP 请求: GET /raw-data
12:10:43.467 DEBUG ℹ️ [Router] 协议检测已在 TCP 层完成
12:10:43.467 DEBUG 🔍 [Router] 匹配到标准路由: GET /raw-data
12:10:43.467 DEBUG 🔍 [Router] apply_cache 方法被调用
12:10:43.517 INFO  🎯 [CacheMiddleware] 生成的缓存键: GET/raw-data
12:10:43.517 DEBUG [CACHE] 🎯 [RatMemCache] GET 操作: key=GET/raw-data
12:10:43.517 DEBUG [CACHE] L1 缓存未命中: GET/raw-data
12:10:43.517 DEBUG [CACHE] L2 缓存未命中: GET/raw-data
12:10:43.517 DEBUG [CACHE] 缓存未命中: GET/raw-data
12:10:43.517 DEBUG [CACHE] 🎯 [RatMemCache] GET 结果: key=GET/raw-data, found=true
12:10:43.517 DEBUG 缓存未命中! 键: GET/raw-data
12:10:43.517 DEBUG 缓存未命中! 键: GET/raw-data
12:10:43.517 INFO  🎯 [CacheMiddleware] 检查Cache-Control头: no-store
12:10:43.517 INFO  🎯 [CacheMiddleware] 检测到no-cache/no-store，响应不可缓存
12:10:43.517 DEBUG 响应不可缓存，跳过缓存! 键: GET/raw-data
12:10:43.517 INFO  📊 127.0.0.1 GET /raw-data 200 50ms
12:10:43.517 DEBUG 🔍 [HyperAdapter] 路由处理成功，总耗时: 50ms
12:10:43.517 DEBUG 🔍 [HyperAdapter] 响应状态码: 200 OK
12:10:43.517 DEBUG 🔍 [HyperAdapter] 响应头: {"content-type": "text/plain", "cache-control": "no-store", "x-cache": "MISS"}
12:10:43.517 DEBUG 🔍 [HyperAdapter] 响应体类型: Full<Bytes>
12:10:43.517 DEBUG 🔍 [HyperAdapter] 准备返回响应给 Hyper...
12:10:43.517 DEBUG 🔍 [HyperAdapter] handle_request 方法即将返回
   第3次请求结果:
     - 状态码: 200 OK
     - 响应时间: 51ms
     - 响应大小: 2字节
     - 缓存状态: MISS
     - 压缩编码: none

   📈 统计结果:
     - 平均响应时间: 51.67ms
     - 平均响应大小: 2字节
     - 缓存命中率: 0/3 (0.0%)
     - 压缩应用率: 0/3 (0.0%)

✅ 性能测试完成!

📋 测试总结:
   🎯 小数据: 应该主要使用缓存策略，减少计算开销
   🎯 大数据: 应该使用缓存+压缩策略，优化存储和传输
   🎯 动态数据: 应该使用压缩策略，减少传输开销
   🎯 原始数据: 应该跳过缓存和压缩，最小化处理开销