final

doc/项目PR说明.md

@@ -52,7 +52,9 @@ JYCache是一款面向个人使用、大模型训练推理等多种场景，适
 
 写入限流机制使用文件名称作为区分标识符，即同一个文件在一定时间间隔内可写入的字节数目是有限的，将令牌视同于带宽资源。当一个写入任务（即客户端）发起Put请求时会传递目标文件名称和该次写入字节长度等参数。WriteCache在接收到这些信息时运行流程如下：
 
-1. 该文件为首次写入：是->为其建立与令牌桶的映射，分配一定带宽资源；否->查找文件对应令牌桶。
+1. 该文件为首次写入：
+   1. 是->为其建立与令牌桶的映射，分配一定带宽资源。
+   2. 否->查找文件对应令牌桶。
 2. 从令牌桶中消耗该次写入长度的令牌数目，记录因获取令牌而消耗的时间BlockTime
 3. 执行真正的写入操作。
 
@@ -107,7 +109,7 @@ Server端使用强化学习模型 OLUCB进行单目标调优，计算出下一
 
 ### 2.2 参数说明
 - Server端IP 地址为 127.0.0.1，端口号为 2333
-模型说明：[OLUCB单目标调度算法](https://epr023ri66.feishu.cn/docx/KfsddCGbLoZjf0xgSOqcw0V8nZb)
+- 模型说明：[OLUCB单目标调度算法](https://epr023ri66.feishu.cn/docx/KfsddCGbLoZjf0xgSOqcw0V8nZb)
 - fixSize：资源分配单位，= 1024 * 1024 * 256，即256M
 - reserveSize：保留单位，用于防止Resize时出现某个Pool为0的情况，= 1024 * 1024 * 512，即512M
 - resizeInterval_：Resize的时间间隔，设置为5s
@@ -119,3 +121,4 @@ Server端使用强化学习模型 OLUCB进行单目标调优，计算出下一
 
 ### 2.4 效果展示
 
+![](image\result_LinUCB.png)

local_cache/page_cache.cpp

@@ -429,7 +429,6 @@ Cache::WriteHandle PageCacheImpl::FindOrCreateWriteHandle(const std::string &key
             if (cache_->insert(writeHandle)) {
                 pageNum_.fetch_add(1);
                 pagesList_.insert(key);
-                // LOG(INFO) <<"[TestOutPut] cache"<< cache_ <<" pool "<< static_cast<int>(pool_)<<" Insert page "<<key;
             } else {
                 writeHandle = cache_->findToWrite(key);
             }

local_cache/page_cache.h

@@ -104,7 +104,6 @@ class PageCacheImpl : public PageCache {
         bitmapSize_ = cfg_.PageBodySize / BYTE_LEN;
         cache_ = curr_cache_;
         pool_ = curr_pool_id_;
-        // LOG(WARNING) << "[TestOutPut] PageCache Init with size : "<<GetCacheSize();
     }
     
 

local_cache/read_cache.cpp

@@ -63,9 +63,6 @@ folly::Future<int> ReadCache::Get(const std::string &key, size_t start,
     if (remainLen > 0 && !dataAdaptor_) {
         res = ADAPTOR_NOT_FOUND;
     }
-    //如果不开LinUCB就不会有需要用fs的情况
-    if(remainLen > 0)
-        LOG(INFO) << "[TestOutPut]ReadCache key : "<<key<<" Readlen : " << realReadLen << " remainLen : "<<remainLen <<" res : "<<res;
 
     // handle cache misses
     readLen = 0;
@@ -94,12 +91,9 @@ folly::Future<int> ReadCache::Get(const std::string &key, size_t start,
         
         auto download = folly::via(executor_.get(), [this, readLen]() {
             // download flow control
-            LOG(INFO) << "[TestOutPut]ReadCache try to consume "<<readLen<<" tokens";
             while(!this->tokenBucket_->consume(readLen));
-            LOG(INFO) << "[TestOutPut]ReadCache finished consume "<<readLen<<" tokens";
             return SUCCESS;
         }).thenValue([this, key, fileStartOff, readLen, stepBuffer](int i) {
-            LOG(INFO) << "[TestOutPut]ReadCache Extra download: " << key << " " << readLen; 
             ByteBuffer tmpBuffer(stepBuffer.data, readLen);
             return this->dataAdaptor_->DownLoad(key, fileStartOff, readLen, tmpBuffer).get();
         }).thenValue([this, key, fileStartOff, readLen, stepBuffer](int downRes) {
@@ -116,7 +110,6 @@ folly::Future<int> ReadCache::Get(const std::string &key, size_t start,
     }
 
     if (!fs.empty()) {
-        LOG(INFO) << "[TestOutPut]ReadCache wait for all jobs done, key : "<< key << " fs.size : "<<fs.size();
         return collectAll(fs).via(executor_.get())
                 .thenValue([key, start, len, readPageCnt, startTime](
                 std::vector<folly::Try<int>, std::allocator<folly::Try<int>>>&& tups) {
@@ -124,7 +117,6 @@ folly::Future<int> ReadCache::Get(const std::string &key, size_t start,
             for (const auto& t : tups) {
                 if (SUCCESS != t.value()) finalRes = t.value();
             }
-            LOG(INFO) << "[TestOutPut]ReadCache DownLoad From Adaptor, key : "<<key;
             if (EnableLogging) {
                 double totalTime = std::chrono::duration<double, std::milli>(
                         std::chrono::steady_clock::now() - startTime).count();

s3fs/hybridcache_accessor_4_s3fs.cpp

@@ -63,8 +63,6 @@ void HybridCacheAccessor4S3fs::Init() {
         stopLinUCBThread = false;
         LinUCBThread = std::thread(&HybridCacheAccessor4S3fs::LinUCBClient, this);
     }
-    LOG(WARNING) << "[TestOutPut]Init, EnableResize :" << cfg_.EnableResize;
-    LOG(WARNING) << "[TestOutPut]Init, EnableLinUCB :" << cfg_.EnableLinUCB;
     LOG(WARNING) << "[Accessor]Init, useGlobalCache:" << cfg_.UseGlobalCache;
 }
 
@@ -139,9 +137,6 @@ int HybridCacheAccessor4S3fs::InitCache()
                                              executor_, readPoolId_, comCache_);
         
         LOG(WARNING) << "[Accessor]Init Cache in Combined Way.";
-        //test 
-        // LOG(WARNING) <<"[TestOutPut] writePoolId_ :"<<static_cast<int>(writePoolId_)
-        //                 <<" readPoolId_"<<static_cast<int>(readPoolId_);
     }
     else    //沿用原来的方式
     {
@@ -154,8 +149,7 @@ int HybridCacheAccessor4S3fs::InitCache()
     }
     writeCacheSize_ = cfg_.WriteCacheCfg.CacheCfg.MaxCacheSize;
     readCacheSize_ = cfg_.ReadCacheCfg.CacheCfg.MaxCacheSize;
-    // LOG(WARNING) <<"[TestOutPut] writeCacheSize_ : "<<writeCacheSize_
-    //                 <<" ; readCacheSize_ : "<<readCacheSize_;
+
     
     return SUCCESS;
     
@@ -690,17 +684,13 @@ void HybridCacheAccessor4S3fs::BackGroundFlush()
                 std::this_thread::sleep_for(std::chrono::milliseconds(1));
                 continue;
             }
-            LOG(WARNING) << "[Accessor]BackGroundFlush radically, write pool ratio:"
-                        << WritePoolRatio();
-            LOG(WARNING) << "[TestOutPut] Before Flush, Write Pool size : "
-                        <<writeCache_->GetCacheSize();
+            LOG(WARNING) << "[Accessor]BackGroundFlush radically, write pool ratio:"<< WritePoolRatio();
+            // LOG(WARNING) << "[TestOutPut] Before Flush, Write Pool size : " <<writeCache_->GetCacheSize();
             FsSync();
-            LOG(WARNING) << "[TestOutPut] After Flush, Write Pool size : "
-                        <<writeCache_->GetCacheSize()<<" , Ratio : "<<WritePoolRatio();
+            // LOG(WARNING) << "[TestOutPut] After Flush, Write Pool size : "<<writeCache_->GetCacheSize()<<" , Ratio : "<<WritePoolRatio();
         }
         if (0 < writeCache_->GetCacheSize()) 
         {
-            LOG(WARNING) << "[TestOutPut] Final BackGroundFlush ";
             FsSync();
         }
     }
@@ -713,17 +703,14 @@ void HybridCacheAccessor4S3fs::BackGroundFlush()
                 std::this_thread::sleep_for(std::chrono::milliseconds(1));
                 continue;
             }
-            LOG(WARNING) << "[Accessor]BackGroundFlush radically, write cache ratio:"
-                        << WriteCacheRatio();
-            LOG(WARNING) << "[TestOutPut] Before Flush, Write cache size : "
-                        <<writeCache_->GetCacheSize();
+            LOG(WARNING) << "[Accessor]BackGroundFlush radically, write cache ratio:"<< WriteCacheRatio();
+            // LOG(WARNING) << "[TestOutPut] Before Flush, Write cache size : "<<writeCache_->GetCacheSize();
             FsSync();
-            LOG(WARNING) << "[TestOutPut] After Flush, Write cache size : "
-                        <<writeCache_->GetCacheSize()<<" , Ratio : "<<WriteCacheRatio();
+            // LOG(WARNING) << "[TestOutPut] After Flush, Write cache size : "<<writeCache_->GetCacheSize()<<" , Ratio : "<<WriteCacheRatio();
         }
         if (0 < writeCache_->GetCacheSize()) //仍有文件未存储
         {
-            LOG(WARNING) << "[TestOutPut] Final BackGroundFlush ";
+            // LOG(WARNING) << "[TestOutPut] Final BackGroundFlush ";
             FsSync();
         }
     }