High concurrency
This book introduces Java threads and concurrency in a simple way. Starting from the basic concepts of concurrency and thread safety, the book introduces how to use the basic concurrency building blocks provided by the class library to avoid the danger of well development and construct thread-safe classes. And the rules for verifying thread safety, how to combine small thread safety classes into larger thread safety classes, how to use threads to improve the throughput of concurrent applications, how to identify tasks that can be executed well, and how to improve single-threaded subsystems Responsiveness, how to ensure that concurrent programs perform expected tasks, how to improve the performance and scalability of Jingfa code, and finally introduce some advanced topics, such as explicit locks, atomic variables, non-blocking algorithms and how to develop self The defined synchronization tool class.
table of Contents:
Chapter 1 Introduction
The first part of basic knowledge
Chapter 2 Thread Safety
Chapter 3 Sharing of Objects
Chapter 4 Combination of Objects
Chapter 5 Basic Building Blocks
The second part of structured concurrent applications
Chapter 6 Mission Execution
Chapter 7 Cancellation and Closure
Chapter 8 Use of Thread Pool
Chapter 9 Graphical User Interface Applications
The third part of activity, performance and testing
Chapter 10 Rabbit Avoidance Activity Danger
Chapter 11 Performance and Scalability
Chapter 12 Testing of Concurrent Programs
Part IV Advanced Topics
Chapter 13 Explicit Locks
Chapter 14 Building Custom Synchronization Tools
Chapter 15 Atomic Variables and Non-blocking Synchronization Mechanism
Chapter 16 Java Memory Model
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JVM
This book interprets the internal implementation mechanism of HotSpot from the perspective of source code. This version mainly includes three major parts, one JVM data structure design and implementation
Current, execution engine mechanism and memory allocation model.
table of Contents:
Chapter 1 Overview of the Java Virtual Machine
Chapter 2 How the Java Execution Engine Works: Method Call
Chapter 3 Java data structure and object-oriented
Chapter 4 Java bytecode combat
Chapter 5 Constant Pool Analysis
Chapter 6 Class Variable Analysis
Chapter 7 Java Stack Frame
Chapter 8 Class Method Analysis
Chapter 9 Execution Engine
Chapter 10 Class Life Cycle
Redis
This article introduces the five data types of Redis in a simple way, and demonstrates the usage of Redis through multiple practical examples. In addition, it also describes the optimization methods and extension methods of Redis.
table of Contents
Getting started
Chapter 1 Getting to Know Redis
Chapter 2 Using Redis to Build Web Applications
Core Concepts of Part Two
Chapter 3 Redis Commands
Chapter 4 Data Security and Performance Assurance
Chapter 5 Using Redis to Build Support Programs
Chapter 6 Using Redis to Build Application Components
Chapter 7 Search-Based Applications
Chapter 8 Building a Simple Social Website
The third part of advanced content
Chapter 9 Reducing Memory Usage
Chapter 10 Extending Redis
Chapter 11 Redis Lua Script Programming
MySQL
table of Contents:
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 Optimizing Server Settings
Chapter 9 Operating System and Hardware Optimization
Chapter 10 Copy
Chapter 11 Scalable 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
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In addition to the above learning books, the editor has also compiled some video materials for the above knowledge points. Some friends who want to get these books and video materials for free
