Netty学习规划

太过爱你忘了你带给我的痛 2022-05-21 20:15 129阅读 0赞

Netty源码研究专题（Netty源码学习之旅）

1、ByteBuf内存篇

1.1 ByteBuf内部结构与API学习

博文地址：[http://blog.csdn.net/prestigeding/article/details/53980790][http_blog.csdn.net_prestigeding_article_details_53980790]

1.2 源码学习UnpooledHeapByteBuf、UnpooledDirectByteBuf

博文地址：[http://blog.csdn.net/prestigeding/article/details/54091044][http_blog.csdn.net_prestigeding_article_details_54091044]

1.3 源码分析Netty内存泄露检测

博文地址：[http://blog.csdn.net/prestigeding/article/details/54233327][http_blog.csdn.net_prestigeding_article_details_54233327]

1.4 源码分析Netty内存分配(一)----基础篇

博文地址：[http://blog.csdn.net/prestigeding/article/details/54598967][http_blog.csdn.net_prestigeding_article_details_54598967]

1.5 源码分析Netty内存分配（二）----内存分配，释放与动态扩容

博文地址：[http://blog.csdn.net/prestigeding/article/details/54692464][http_blog.csdn.net_prestigeding_article_details_54692464]

1.6 源码分析Netty内存分配(三)--本地线程分配与本地线程对象池(PooledByteBuf池)

博文地址：[http://blog.csdn.net/prestigeding/article/details/54709235][http_blog.csdn.net_prestigeding_article_details_54709235]

1.7 ThreadLocal原理分析与性能优化思考(思考篇)

博文地址：[http://blog.csdn.net/prestigeding/article/details/54945658][http_blog.csdn.net_prestigeding_article_details_54945658]

2、Channel通道篇

2.1 Netty Channel概述

博文地址：[http://blog.csdn.net/prestigeding/article/details/54948029][http_blog.csdn.net_prestigeding_article_details_54948029]

2.2 线程模型前置篇Reactor反应堆设计模式实现（基于java.nio）

博文地址：[http://blog.csdn.net/prestigeding/article/details/55100075][http_blog.csdn.net_prestigeding_article_details_55100075]

2.3 图说Netty线程模型

博文地址：[http://blog.csdn.net/prestigeding/article/details/56293911][http_blog.csdn.net_prestigeding_article_details_56293911]

2.4 源码分析ChannelPipeline实现原理

博文地址：[http://blog.csdn.net/prestigeding/article/details/58648843][http_blog.csdn.net_prestigeding_article_details_58648843]

2.6 源码分析解码编码器的实现原理(ByteToMessageDecoder)

博文地址：[http://blog.csdn.net/prestigeding/article/details/60334702][http_blog.csdn.net_prestigeding_article_details_60334702]

2.7 Netty学习之旅------高仿Dubbo服务调用模型、私有协议实现、编码解码器使用实践

博文地址：[http://blog.csdn.net/prestigeding/article/details/60956737][http_blog.csdn.net_prestigeding_article_details_60956737]

2.8 Netty学习之旅------再谈线程模型之源码分析NioEventLoopGroup、SingleThreadEventExecutor

博文地址：[http://blog.csdn.net/prestigeding/article/details/64443479][http_blog.csdn.net_prestigeding_article_details_64443479]

2.9 Netty学习之旅------NioSocketChannel源码分析之读事件处理逻辑

博文地址：[http://blog.csdn.net/prestigeding/article/details/65444066][http_blog.csdn.net_prestigeding_article_details_65444066]

2.10  Netty学习之旅------写事件处理NioSocketChannel、ChannelOutbondBuffer源码分析

博文地址：[http://blog.csdn.net/prestigeding/article/details/67638565][http_blog.csdn.net_prestigeding_article_details_67638565]

3、作业题

模拟dubbox通信，实现一个基于单一长连接的Netty服务端与客户端，实现rpc远程方法调用、心跳检测功能。

作用题答案： 高仿Dubbo服务调用模型、私有协议实现、编码解码器使用实践

博文地址：[http://blog.csdn.net/prestigeding/article/details/60956737][http_blog.csdn.net_prestigeding_article_details_60956737]

4、第二轮源码分析

本系列源码分析，当前重心主要放在NIO方面，包括内存管理、通道、ChannelPipeline、线程模型、读写事件处理等。基于Netty5，下一轮，主要基于Netty4来解读，先阐述netty4,netty5在通道，线程模型等上的异同，然后重点分析工具包，并发优化等。

转载自[https://blog.csdn.net/prestigeding/article/details/53977445][https_blog.csdn.net_prestigeding_article_details_53977445]

[http_blog.csdn.net_prestigeding_article_details_53980790]: http://blog.csdn.net/prestigeding/article/details/53980790
[http_blog.csdn.net_prestigeding_article_details_54091044]: http://blog.csdn.net/prestigeding/article/details/54091044
[http_blog.csdn.net_prestigeding_article_details_54233327]: http://blog.csdn.net/prestigeding/article/details/54233327
[http_blog.csdn.net_prestigeding_article_details_54598967]: http://blog.csdn.net/prestigeding/article/details/54598967
[http_blog.csdn.net_prestigeding_article_details_54692464]: http://blog.csdn.net/prestigeding/article/details/54692464
[http_blog.csdn.net_prestigeding_article_details_54709235]: http://blog.csdn.net/prestigeding/article/details/54709235
[http_blog.csdn.net_prestigeding_article_details_54945658]: http://blog.csdn.net/prestigeding/article/details/54945658
[http_blog.csdn.net_prestigeding_article_details_54948029]: http://blog.csdn.net/prestigeding/article/details/54948029
[http_blog.csdn.net_prestigeding_article_details_55100075]: http://blog.csdn.net/prestigeding/article/details/55100075
[http_blog.csdn.net_prestigeding_article_details_56293911]: http://blog.csdn.net/prestigeding/article/details/56293911
[http_blog.csdn.net_prestigeding_article_details_58648843]: http://blog.csdn.net/prestigeding/article/details/58648843
[http_blog.csdn.net_prestigeding_article_details_60334702]: http://blog.csdn.net/prestigeding/article/details/60334702
[http_blog.csdn.net_prestigeding_article_details_60956737]: http://blog.csdn.net/prestigeding/article/details/60956737
[http_blog.csdn.net_prestigeding_article_details_64443479]: http://blog.csdn.net/prestigeding/article/details/64443479
[http_blog.csdn.net_prestigeding_article_details_65444066]: http://blog.csdn.net/prestigeding/article/details/65444066
[http_blog.csdn.net_prestigeding_article_details_67638565]: http://blog.csdn.net/prestigeding/article/details/67638565
[https_blog.csdn.net_prestigeding_article_details_53977445]: https://blog.csdn.net/prestigeding/article/details/53977445