Henry H. Liu : Java Concurrent Programming - A Quantitative Approach

Java is one of the most popular programming languages for developing software applications, especially cloud computing, big data analytics, and various commonly used enterprise applications. Applications in these areas require high performance and scalability, driving unprecedented high demands for skills in Java concurrent programming. Whether you are a beginner or an experienced Java developer, it is desirable to keep sharpening your Java programming skills with a systematic understanding of the power and flexibility that the modern Java concurrent programming frameworks offer. This book attempts to provide an easier entry into Java concurrent programming for those who are passionate about programming, especially for those who are motivated and determined to develop high-performance and scalable Java software. Specifically, this book covers the following subjects: * Chapter 1 Multithreaded Programming in Java * Chapter 2 Java ExecutorService Framework * Chapter 3 Java Collections Framework * Chapter 4 Atomic Operations * Chapter 5 Locks * Chapter 6 Synchronizers * Chapter 7 Synchronized Collections * Chapter 8 Parallel Programming Using the Fork-Join Framework * Appendix A Algorithm Analysis * Appendix B The Bridge Exercise To minimize the possibilities of any kind of misperceptions and misunderstandings, this text emphasizes understanding how various classes are actually implemented internally, accompanied with carefully-crafted examples. A great additional benefit out of this approach is that it gives all of us an opportunity to appreciate how those masters coded all of those classes that we use every day for our Java concurrent programming tasks. This book will not only enhance your Java concurrent programming skills specifically but also Java programming skills in general. In addition, you will learn how to judge properly on whether threads are running normally or in an undesirable livelock or starvation or deadlock situation.