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

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

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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