It is recommended that readers should read this set of practical books on the basis of practical practice and practice in combination with actual projects. In practice, readers can gain an in-depth understanding of the practical application scenarios and best practices of these technologies, and improve their technical level and problem-solving skills.
For Redis, you can try to use it to implement a caching system to improve the performance and responsiveness of the system by setting the caching policy and expiration policy reasonably.
For nginx, you can take advantage of its high performance and rich functions to implement load balancing, reverse **, etc., and improve the stability and scalability of the system.
For MySQL, you can improve the performance and query efficiency of your database by diving deeper into its performance tuning and SQL tuning.
For the JVM, you can learn its memory management and garbage mechanisms to optimize the performance and resource utilization of the JVM.
In addition to the above-mentioned technologies, this set of practical guides also covers many other important technologies, such as Spring Cloud, Kafka, etc. Readers can choose the technology that suits them for in-depth learning and practice according to their needs and learning paths.
Due to the limited length of the platform articles and too many details, only some of the knowledge points are screenshotted out for a rough introduction, and there is more detailed content in each small node! Friends who need it can get the information at the end of the article
Chapter 1: Getting to know Redis for the first time
Chapter 2 Building Web Applications with Redis.
Part 2 Core Concepts.
Chapter 3 Redis Commands.
Chapter 4 Data Security and Performance Assurance.
Chapter 5 Building Support Programs with Redis.
Chapter 6 Building Application Components with Redis.
Chapter 7: Search-Based Applications.
Chapter 8 Building Simple Social**.
Part 3 Advanced Content.
Chapter 9 Reducing Memory Footprint.
Chapter 10: Extending Redis
Chapter 11 Lua Script Programming for Redis.
Redis is a feature-rich key-value storage system that supports multiple data types such as strings, linked lists, collections, sorted sets, and hashes. These data structures provide rich atomic operations such as push pop, add remove, and complex collection operations. Similar to Memcached, Redis stores data primarily in memory to ensure efficient performance. However, it goes a step further and enables data persistence by periodically writing data to disk or log files. In addition, Redis supports a master-slave synchronization mechanism, allowing data to be synchronized from the master server to any number of slave servers, thus enhancing the scalability and redundancy of data.
The advent of Redis has greatly compensated for the shortcomings of key value storage systems such as Memcached and has become a powerful supplement to high-performance databases. It provides client support for multiple programming languages, including J**A, C C++, C, PHP, J**Ascript, Perl, Object-C, Python, Ruby, and Erlang, making integration and use extremely easy.
It is worth mentioning that the official **Redis of Redisio is easy to remember, and its domain name suffix. IO stands for British Indian Ocean Territory and is creative. Currently, the project is funded by VMware to ensure its continued development and maintenance. Whether it is for scenarios that pursue high performance or as a supplement to relational databases, Redis has shown strong potential and value.
Part 1 Approaching J**A
Chapter 1: Approaching J**A
Part 2 Automatic Memory Management Mechanism.
Chapter 2 J**A Memory Area and Memory Overflow Exceptions.
Chapter 3 Garbage Collector and Memory Allocation Strategies.
Chapter 4 Virtual Machine Performance Monitoring and Troubleshooting Tools.
Chapter 5 Optimization Case Study and Practical Practice.
Part 3 Virtual Machine Execution Subsystem.
Chapter 6 Class File Structure.
Chapter 7 Virtual Machine Class Loading Mechanism.
Chapter 8 Virtual Machine Bytecode Execution Engine.
Chapter 9 Cases and Practices of Class Loading and Execution Subsystems.
Part 4 Program Compilation and Optimization.
Chapter 10 Early (Compilation-Time) Optimizations.
Chapter 11: Late (Runtime) Optimization.
Part 5 Efficient concurrency.
Chapter 12 J**a Memory Model and Threads.
Chapter 13 Thread Safety and Lock Optimization.
The JVM, or J**A Virtual Machine, is an implementation of a computing device simulation that follows a specific specification. It is as if it were a fictitious computer, operating by emulating various computer functions on real hardware. With the introduction of the J**A language virtual machine, J**A programs can run seamlessly on different platforms without the need to recompile for each platform. The j**a virtual machine cleverly masks platform-specific details, which means that the j**a compiler only needs to generate bytecode to be executed on the jvm, ensuring that the program runs smoothly on multiple platforms without modification. This cross-platform nature makes J**a an extremely flexible and versatile programming language.
Chapter 1 Introduction to NGINX.
Chapter 2 Installing and Configuring the NGINX Server.
Chapter 3 Basic Configuration and Optimization of NGINX.
Chapter 4 Installing, Configuring, and Optimizing NGINX and PHP (FastCGI)
Chapter 5 NGINX vs. JSP and ASPInstallation and configuration of .NET and Perl.
Chapter 6 Configuration and Optimization of NGINX HTTP Load Balancing and Reverse**.
Chapter 7 Rewrite Rules and Examples of nginx.
Chapter 8 Nginx Module Development.
Chapter 9 NGINX's Web Cache Service and Sina.com's Open Source NCACHE Module.
Chapter 10 Application Cases of NGINX in China's Well-known **.
Chapter 11: Atypical Application Examples of NGINX.
Chapter 12 Nginx's Core Modules.
Chapter 13 NGINX's Standard HTTP Module.
Chapter 14 Other HTTP Modules for Nginx.
Chapter 15 Nginx's Mail Module.
Nginx, the high-performance HTTP and reverse web server, is like a dancer dancing on the stage of the web. It not only provides IMAP POP3 SMTP services, but is also the second most visited rambler in Russia by Igor SesoyevRU site tailor-made. The first public version 0 was released on October 4, 20041.Since 0, Nginx's source ** has blossomed in the form of a BSD-like license, and has won global acclaim for its stability, rich feature set, example configuration files, and low system resource consumption. June 1, 2011, nginx 10.The release of 4 marks a new milestone for NGINX. It is not only a lightweight web server reverse server and e-mail (IMAP POP3) server, but also distributed as free software under the BSD-like license, showing its unique charm. What makes Nginx unique is its small memory footprint and high concurrency capabilities. In fact, NGINX's concurrency performance is quite good among web servers of its kind. In Chinese mainland, many well-known ** are using NGINX, such as JD.com, Sina, NetEase, Tencent, **, etc. These ** are all using the power of NGINX to provide fast and stable services to hundreds of millions of users. 
Chapter 1 MySQL Architecture and History.
Chapter 2 MySQL Benchmarking.
Chapter 3 Server Performance Analysis.
Chapter 4 Schema and Data Type Optimization.
Chapter 5 Creating High-Performance Indexes.
Chapter 6 Query Performance Optimization.
Chapter 7 MySQL Advanced Features.
Chapter 8 Optimize Server Settings.
Chapter 9 Operating System and Hardware Optimization.
Chapter 10 Reproduction.
Chapter 11 Extensible MySQL
Chapter 12 High Availability.
Chapter 13 MySQL in the Cloud
Chapter 14 Application Layer Optimization.
Chapter 15 Backup and Recovery.
Chapter 16 MySQL User Tools.
Appendix A MySQL Branches and Variants.
Appendix B MySQL Server Status.
Appendix C Large File Transfers.
Addendum D explain
Appendix E Debugging of Locks.
Appendix F Using Sphinx on MySQL
The book "High Performance MySQL" is like a gold mine, containing a wealth of practical experience in MySQL. It not only leads MySQL novices to the door of efficient applications, but also reveals the path to peak performance for experienced DBAs. The second edition of the book is full of 16 chapters and 6 appendices, from in-depth system architecture analysis to superb design and application strategies, from subtle SQL statement polishing to comprehensive server performance optimization, from rigorous system configuration management to strict security settings, from real-time monitoring and analysis to ingenious replication, expansion, backup and restoration and other diverse topics, each chapter is a complete knowledge system, you can pick up. 
Chapter 1: Getting to know Kafka for the first time
Chapter 2 Producers.
Chapter 3: Consumers.
Chapter 4 Themes and Divisions.
Chapter 5 Log Storage.
Chapter 6 Sink into the server.
Chapter 7: Getting Deeper into the Client.
Chapter 8 Reliability**.
Chapter 9 Kafka Applications.
Chapter 10 Kafka Monitoring.
Chapter 11 Advanced Applications.
Chapter 12 Kafka Integration with Spark.
Appendix A Kafka Source Code Environment Setup.
Kafka, developed by Apache Software, is an open-source stream processing platform written in Scala and J**A. As a high-throughput distributed publish-subscribe messaging system, Kafka can easily process all action stream data generated by consumers, including web browsing, search, and other user behaviors. These action data play a crucial role in the social functioning of modern networks. To meet the demand for high throughput, Kafka solves these problems by processing logs and log aggregations. For log data and offline analysis systems like Hadoop, Kafka provides a real-time processing solution that breaks through the limitations of traditional offline analysis. The goal is to unify online and offline message processing, leverage Hadoop's parallel loading mechanism, and provide real-time messages through clusters to ensure real-time and efficient data processing.
In short, the 5 volumes of the Redis Nginx MySQL JVM Practical Dictionary selected by Ali architects are a set of very practical technical books, which are very worth buying for readers who want to improve their technical level. By studying this set of books, you will be able to master many important techniques and tools, and improve your technical level and problem-solving skills.
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