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Programming for the Java Virtual Machine 1st Edition by Joshua Engel ISBN 0201309726 9780201309720

Name: Programming for the Java Virtual Machine 1st Edition by Joshua Engel ISBN 0201309726 9780201309720
SKU: EB-12486
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Authors:By Joshua Engel , Series:Computer Science [258] , Author sort:Engel, By Joshua , Ids:0201309726 , Languages:Languages:eng , Publisher:Addison Wesley , Comments:Comments:Published June 22, 1999, 512 pages.

SKU: EB-12486 Category: eBook CHM Tags: Java Virtual Machine, Joshua Engel, Programming

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Product details:
ISBN 10: 0201309726
ISBN 13: 9780201309720
Author: Joshua Engel

The core of Java technology, the Java virtual machine is an abstract computing machine that enables the Java platform to host applications on any computer or operating system without rewriting or recompiling. Anyone interested in designing a language or writing a compiler for the Java virtual machine must have an in-depth understanding of its binary class format and instruction set. If you are programming with the Java programming language, knowledge of the Java virtual machine will give you valuable insight into the Java platform’s security capabilities and cross-platform portability. It will increase your understanding of the Java programming language, enabling you to improve the security and performance of your programs. The author employs a tutorial approach that provides a detailed look into the central workings of the technology and teaches the reader how to write real programs for the Java virtual machine. He describes methods for becoming a better programmer through an advanced understanding of the Java virtual machine and Java technology. Programming for the Java Virtual Machine offers comprehensive coverage of all the major elements of the Java virtual machine–classes and objects, control instructions, debugging, class loaders, compiling the Java programming language, performance issues, security, and threads and synchronization. The book provides an introduction to the Java Virtual Machine Specification (JVMS), with a collection of topics that help programmers understand the Java virtual machine and the JVMS better. In addition, the book features implementations of Prolog and Scheme, a language that runs on top of the Java virtual machine, generating Java virtual machine code as it runs and using a Java virtual machine class loader to load the generated code into the system. You will find detailed information on such topics as: *The Java virtual machine verification algorithm *How Java virtual machine security works, and what it can and can’t do *Using class loaders to incorporate code and dynamically generated code from the Internet, the Java Foundation Classes, database queries, and other languages *The mechanics of compiling the Java programming language for the Java virtual machine *Implementing other languages using the Java virtual machine, including Scheme, Prolog, Sather, Eiffel, and regular expressions Numerous examples illustrate techniques and concepts, and exercises with solutions help you gain practical experience. 0201309726B04062001

Programming for the Java Virtual Machine 1st Edition Table of contents:

Chapter 1: Introduction to the Java Virtual Machine (JVM)

The Role of the JVM in Java Development
Overview of the Java Programming Model
Architecture of the Java Virtual Machine
The JVM Execution Model: Compilation vs. Interpretation
The Java Runtime Environment (JRE) and Java Development Kit (JDK)
A Brief History of the JVM

Chapter 2: JVM Internals

JVM Memory Structure
- Method Area, Heap, Stack, Program Counter, and Native Method Stack
The Java Class Loader and Bytecode Verification
Execution Flow: Bytecode Interpretation and Just-In-Time Compilation (JIT)
The Role of the Garbage Collector
Native Method Interfaces and the Java Native Interface (JNI)
Understanding the JVM Specification and Implementation Details

Chapter 3: The Java Bytecode

What is Java Bytecode?
The Structure of a Java Class File
Bytecode Instructions and Their Execution
The JVM Stack and Operand Stack Operations
Common Bytecode Instructions: Load, Store, Arithmetic, Branching
Writing and Debugging Bytecode: Tools and Techniques

Chapter 4: Advanced Java Bytecode

Understanding Advanced Bytecode Instructions
Optimization Techniques for Bytecode
Reflection and Its Impact on Bytecode
Using the Java Compiler API to Analyze Bytecode
Interpreting Java Bytecode Using Tools Like javap
Generating Bytecode Dynamically with the asm Library

Chapter 5: Performance and Optimization in the JVM

The JVM’s Performance Considerations
Just-In-Time (JIT) Compilation: How It Works and How to Control It
Memory Management: Garbage Collection Strategies
Performance Profiling and Monitoring Java Applications
Optimizing Bytecode for Speed and Efficiency
Using JVM Flags to Tune the Garbage Collector and Other JVM Parameters

Chapter 6: Multi-threading and Concurrency in the JVM

The Role of Threads in Java Programs
How the JVM Handles Concurrency and Thread Synchronization
Thread Lifecycle and Scheduling in the JVM
The JVM’s Memory Model and its Effect on Concurrency
Tools and Techniques for Debugging Multi-threaded Applications
Using Modern Concurrency APIs in Java

Chapter 7: Native Code Integration

Interfacing Java with Native Code
The Java Native Interface (JNI) in Detail
Calling C or C++ Code from Java
Performance Considerations When Using Native Code
Bridging the Gap Between Java and Native Platforms
Working with Native Libraries in the JVM

Chapter 8: Debugging and Profiling JVM Applications

The Basics of JVM Debugging
Common Debugging Tools: JDB, Eclipse Debugger, IntelliJ IDEA
Using JVM Profilers to Track Performance
Profiling Memory and CPU Usage
Diagnosing and Resolving Common JVM Issues
Advanced Debugging Techniques for Java Applications

Chapter 9: Java Virtual Machine Implementations

Overview of JVM Implementations: HotSpot, OpenJ9, GraalVM
Comparing Performance and Features Across Different JVM Implementations
Understanding the Role of JVM Implementations in Java Performance
The Evolution of the JVM and Its Future Directions
JVM and Cloud Environments: Running Java Applications at Scale

Chapter 10: Writing Code for the JVM

Writing Efficient Code for the JVM
Designing Code to Take Advantage of the JVM’s Features
Avoiding Common Pitfalls in JVM Development
Best Practices for JVM Performance
Advanced Programming Techniques for JVM Optimization

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