| 学习方向: | Learning direction: | ||
| 01、maven的使用 | 01. Use of maven | ||
| Getting started with maven | |||
| maven的使用入门 | |||
| Establishment and deployment of Maven private service | |||
| maven私服的搭建及部署 | |||
| Maven coordinate analysis / parent control settings | |||
| maven坐标分析/父控设置 | |||
| 02. Git version management and Jenkins automatic construction | |||
| 02、git版本管理及jenkins自动化构建 | |||
| Getting started with Git | |||
| git使用入门培训 | |||
| Analysis and use of GIT common commands | |||
| git常用命令分析和使用 | |||
| Jenkins environment building and plug-in configuration | |||
| jenkins环境搭建及插件配置 | |||
| Git + Jenkins to realize automatic construction | |||
| git+jenkins实现自动化构建 | |||
| 03. NoSQL theme redis high performance cache | |||
| 03、NoSql专题-redis高性能缓存 | |||
| Getting started with redis | |||
| redis使用入门 | |||
| Redis common commands and the use of clients | |||
| redis常用命令及客户端的使用 | |||
| Redis high availability cluster construction | |||
| redis高可用集群搭建 | |||
| 04. NoSQL special - mongodb | |||
| 04、NoSql专题-mongodb | |||
| Getting started with mongodb | |||
| mongodb使用入门 | |||
| Mongodb high availability cluster construction | |||
| mongodb高可用集群搭建 | |||
| Mongodb common commands and the use of clients | |||
| mongodb常用命令及客户端的使用 | |||
| 05. Distributed theme - zookeeper + Dubbo service coordination | |||
| 05、分布式专题-zookeeper+dubbo服务协调 | |||
| Installation deployment and command analysis of zookeeper | |||
| zookeeper安装部署及命令分析 | |||
| Use of zookeeper client | |||
| zookeeper客户端的使用 | |||
| Analysis of the implementation principle of zookeeper | |||
| zookeeper实现原理分析 | |||
| Introduction and configuration analysis of Dubbo | |||
| dubbo的使用入门及配置分析 | |||
| Zookeeper + Dubbo for service registration and discovery | |||
| zookeeper+dubbo实现服务注册和发现 | |||
| 06. Distributed Topic - Message Middleware | |||
| 06、分布式专题-消息中间件 | |||
| Specification and application of ActiveMQ JMS | |||
| activeMq-jms规范及使用 | |||
| Analysis on the mechanism of ActiveMQ message distribution | |||
| activeMq消息分发机制分析 | |||
| Analysis of Kafka implementation principle | |||
| kafka实现原理剖析 | |||
| Transaction and practice of Kafka data transmission | |||
| kafka的数据传输事务性及实践练习 | |||
| 07. Analysis and comparison of distributed cache | |||
| 07、分布式缓存分析对比 | |||
| Principle analysis and application of Memcache | |||
| memcache的原理分析及使用 | |||
| A horizontal comparative analysis of Memcache and redis | |||
| memcache和redis的横向对比分析 | |||
| Distributed Interface Technology | |||
| 分布式接口技术 | |||
| Use of WebService / RMI / restful | |||
| webservice/RMI/restful的使用 | |||
| 09. High concurrency topic - database level optimization | |||
| 09、高并发专题-数据库层面优化 | |||
| Explanation of the principles and rules of sub database and sub table | |||
| 分库分表的原理及规则讲解 | |||
| Database active / standby and high availability | |||
| 数据库主备及高可用 | |||
| 10. Performance tuning - JVM tuning | |||
| 10、性能调优专题-jvm调优 | |||
| Analysis of the principle of JVM | |||
| JVM原理剖析 | |||
| JVM memory model and garbage collector analysis | |||
| jvm内存模型及垃圾回收器的分析 | |||
| 11. Performance optimization topic - container performance optimization | |||
| 11、性能调优专题-容器性能优化 | |||
| Nginx performance optimization | |||
| nginx性能优化 | |||
| Tomcat performance optimization | |||
| tomcat性能优化 | |||
| 12. Special topic of performance tuning database optimization | |||
| 12、性能调优专题-数据库优化 | |||
| Analysis and practice of common optimization methods of MySQL | |||
| mysql常见优化手段分析及实践 | |||
| 13. Use of high performance containers | |||
| 13、高性能容器的使用 | |||
| Getting started with nginx | |||
| nginx使用入门 | |||
| Nginx load balancing / reverse proxy implementation | |||
| nginx负载均衡/反向代理实现 | |||
| 14. Special topic of double 11 - Jiuyang Scripture | |||
| 14、双十一专题-九阳真经 | |||
| Distributed pressure measuring platform for Taiji gathering gas | |||
| 太极聚气之分布式压测平台 | |||
| Distributed cache system of Yinyun Ziqi | |||
| 氤氲紫气之分布式缓存体系 | |||
| Distributed message system of Panlong true formula | |||
| 盘龙真诀之分布式消息系统 | |||
| Distributed tracking system of King Kong | |||
| 金刚之躯之分布式跟踪系统 | |||
| Distributed configuration system assisted by external power | |||
| 外功辅助之分布式配置系统 | |||
| 15. Analysis of microservice architecture technology stack | |||
| 15、微服务架构技术栈分析 | |||
| Use of springboot | |||
| springboot的使用 | |||
| 16. Distributed coordination service zookeeper | |||
| 16、分布式协调服务zookeeper | |||
| Zookeeper cluster and related concept analysis | |||
| zookeeper集群及相关概念分析 | |||
| The use and practice of zookeeper Java API | |||
| zookeeper java api的使用及实践 | |||
| 17. From centralized to distributed architecture | |||
| 17、从集中式到分布式架构 | |||
| Evolution of distributed architecture | |||
| 分布式架构的演进过程 | |||
| The cornerstone of distributed architecture - TCP / UDP | |||
| 分布式架构的基石-TCP/UDP | |||
| 18. Distributed communication protocol | |||
| 18、分布式通信协议 | |||
| Distributed communication protocol - HTTP and restful | |||
| 分布式通信协议-HTTP及RESTful | |||
| Detailed explanation of distributed communication protocol Web Service | |||
| 分布式通信协议-webservice详解 | |||
| Distributed communication protocol RMI | |||
| 分布式通信协议-RMI | |||
| Distributed communication protocol serialization technology | |||
| 分布式通信协议-序列化技术 | |||
| 19. Distributed service governance | |||
| 19、分布式服务治理 | |||
| Installation and deployment of Dubbo console and monitoring center | |||
| dubbo控制台及监控中心的安装部署 | |||
| Analysis of Dubbo common configuration | |||
| dubbo常用配置分析 | |||
| Dubbo practice | |||
| dubbo实战演练 | |||
| 20. Netty of NiO Technology | |||
| 20、NIO技术之-Netty | |||
| Basic concept of NiO and comparative analysis of bio and AIO | |||
| NIO基本概念及BIO、AIO的对比分析 | |||
| Analysis of NiO core design ideas (buffer / Channel..) | |||
| NIO核心设计思想剖析(Buffer/Channel..) | |||
| Background, advantages and disadvantages of netty | |||
| Netty产生的背景及优缺点分析 | |||
| Netty realizes IM chat system | |||
| Netty实现IM聊天系统 | |||
| 21. Redis: distributed cache technology | |||
| 21、分布式缓存技术-Redis | |||
| Redis installation and data type analysis | |||
| redis的安装及数据类型分析 | |||
| Use of redis client | |||
| Redis客户端的使用 | |||
| Redis high availability solution practice | |||
| Redis高可用方案实战 | |||
| Redis + Lua script to implement atomic operation | |||
| Redis+Lua脚本实现原子操作 | |||
| 22. The way to high performance - mongodb | |||
| 22、高性能之道-MongoDB | |||
| Mongodb high availability deployment | |||
| MongoDB高可用部署 | |||
| Mongodb dynamic query and index analysis | |||
| MongoDB动态查询及索引剖析 | |||
| Mongodb integrated spring application | |||
| MongoDB集成spring应用 | |||
| 23. The way to high performance of database mysql | |||
| 23、数据库高性能之道-Mysql | |||
| In depth analysis of sub database and sub table | |||
| 分库分表深入分析 | |||
| MySQL master-slave model configuration / use of MYCAT | |||
| Mysql主从模型配置/Mycat的使用 | |||
| 24. Distributed communication technology | |||
| 24、分布式通信技术 | |||
| Basic concepts and models of JMS | |||
| JMS基本概念和模型 | |||
| ActiveMQ combined with spring development | |||
| ActiveMQ结合Spring开发 | |||
| ActiveMQ static and dynamic network links | |||
| ActiveMQ静态网络和动态网络链接 | |||
| Kafka's high availability scheme and principle analysis | |||
| Kafka的高可用方案及原理分析 | |||
| 25. SOA architecture and microservice architecture | |||
| 25、SOA架构及微服务架构 | |||
| What is SOA architecture / why SOA is needed | |||
| 什么是SOA架构/为什么需要SOA | |||
| Domain driven design method / typical SOA architecture design | |||
| 领域驱动设计方法/典型SOA架构设计 | |||
| In depth analysis of spring boot | |||
| spring boot深入剖析 | |||
| Spring boot + Dubbo enterprise practice | |||
| spring boot+dubbo企业实战 | |||
| 26. Docker virtualization technology | |||
| 26、Docker虚拟化技术 | |||
| Docker virtualization technology (image / warehouse / container) | |||
| Docker虚拟化技术(镜像/仓库/容器) | |||
| Docker integrates spring boot | |||
| Docker整合spring boot | |||
| Docker service choreography | |||
| Docker 服务编排 | |||
| 27. Diversion technology | |||
| 27、导流技术 | |||
| Nginx reverse agent, load balancing | |||
| Nginx反向代理、负载均衡 | |||
| Analysis of nginx process model | |||
| Nginx进程模型分析 | |||
| Nginx + preserved high availability solution | |||
| Nginx+keepalived高可用方案 | |||
| 28. Microservice Technology | |||
| 28、微服务技术 | |||
| spring boot(mvc) | |||
| spring boot(mvc) | |||
| spring boot(REST) | |||
| spring boot(REST) | |||
| Spring boot (validation) | |||
| spring boot(验证) | |||
| 29、spring cloud | |||
| 29、spring cloud | |||
| spring cloud config client | |||
| spring cloud config client | |||
| spring cloud config server | |||
| spring cloud config server | |||
| spring cloud netflix eureka | |||
| spring cloud netflix eureka | |||
| spring cloud netflix ribbon | |||
| spring cloud netflix ribbon | |||
| spring cloud hystrix | |||
| spring cloud hystrix | |||
| spring cloud feign | |||
| spring cloud feign | |||
| spring cloud stream | |||
| spring cloud stream | |||
| spring cloud bus | |||
| spring cloud bus | |||
| spring cloud sleuth | |||
| spring cloud sleuth | |||
| 30. Distributed message technology Kafka | |||
| 30、分布式消息技术-kafka | |||
| Kafka high availability cluster and its introduction | |||
| kafka高可用集群及介绍 | |||
| The analysis of the implementation principle of Kafka bottom layer | |||
| kafka底层实现原理分析 | |||
| 31. Distributed cache redis | |||
| 31、分布式缓存-redis | |||
| Data type analysis of redis | |||
| redis的数据类型分析 | |||
| Redis high availability cluster scheme | |||
| redis高可用集群方案 | |||
| The application of lua script in redis | |||
| lua脚本在redis中的应用 | |||
| 32. The way to high performance - mongodb | |||
| 32、高性能之道-MongoDB | |||
| Basic principles of mongodb | |||
| MongoDB的基本原理 | |||
| Mongodb common commands and client use | |||
| MongoDB常用命令及客户端使用 | |||
| Handwritten ORM framework based on mongodb | |||
| 手写基于MongoDB的ORM框架 | |||
| Mongodb high availability solution | |||
| MongoDB高可用解决方案 | |||
| 33. High performance of database mysql | |||
| 33、数据库高性能-Mysql | |||
| Deep analysis and master-slave model of sub database and sub table | |||
| 分库分表深入分析及主从模型 | |||
| 数据库中间件Mycat介绍 | The introduction of database middleware MYCAT | ||
| 34、性能优化专题 | 34. Performance optimization | ||
| 从测试的角度解读如何衡量性能 | How to measure performance from the perspective of testing | ||
| 了解Linux系统 | Understanding Linux system | ||
| 35、虚拟机-JVM | 35. Virtual machine JVM | ||
| 内存模型、运行时数据 | Memory model, runtime data | ||
| 垃圾回收、GC日志 | Garbage collection, GC log | ||
| Optimizing actual combat | |||
| 调优实战 | |||
| 36、容器优化-Tomcat | 36. Container optimization Tomcat | ||
| tomcat架构分析 | Tomcat architecture analysis | ||
| Thread model analysis | |||
| 线程模型分析 | |||
| Tomcat tuning practice | |||
| tomcat调优实战 | |||
| 37. MySQL database tuning | |||
| 37、Mysql数据库调优 | |||
| MySQL underlying storage analysis | |||
| Mysql底层存储分析 | |||
| SQL execution plan and optimization method of interview skills | |||
| 面试技巧之SQL执行计划及优化手段 | |||
| Is the above knowledge vocabulary in your mind? | |||
| 上面知识词汇是否在你脑海里呢? | |||
学习方向: Learning direction:
最新推荐文章于 2025-11-15 20:48:48 发布
本博客全面解析了包括Maven、Git、Jenkins、NoSQL、分布式缓存、微服务架构等在内的多项关键技术栈,深入探讨了如JVM调优、数据库优化、容器性能提升等性能调优主题,并对Docker、SOA、微服务、Kafka、Redis进行了详细的技术分析与实战指导。
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