The .NET Developers Guide to Directory Services Programming - page 1
- Table of Contents
- Table of Contents
- BackCover
- Creating Components-Object Oriented, Concurrent, and Distributed Computing in Java
- Preface
- Intended Audience
- Resources Needed
- Approach
- Overview
- Keywords
- Problems
- References
- Code Availability
- Chapter 1: Introduction to Concurrent Programming and Components
- 1.2 Chapter Goals
- 1.3 What Is Concurrent Programming?
- 1.4 Components
- 1.5 Types of Concurrent Programming
- 1.6 Conclusion
- 1.7 Further Reading
- 1.8 Problems
- Chapter 2: Threads and Program Contexts
- 2.2 Chapter Goals
- 2.3 Writing Threads in Java
- 2.4 A Simple Execution Model
- 2.5 Program Safety
- 2.6 Deadlock
- 2.7 Conclusion
- 2.8 Further Reading
- 2.9 Problems
- Chapter 3: Designing and Implementing Concurrent Programs with State Diagrams
- 3.2 Chapter Goals
- 3.3 Background
- 3.4 Steps to Create a Concurrent Program
- 3.5 The ProducerConsumer Problem
- 3.6 Why Passive Objects Are Components
- 3.7 Gas Station Simulation Problem
- 3.8 Conclusion
- 3.9 Further Reading
- 3.10 Problems
- Chapter 4: Identifiers, Variables, Objects, and Collection Classes
- 4.2 Chapter Goals
- 4.3 Identifiers and Variables
- 4.4 Java Identifiers and Variables
- 4.5 Primitives
- 4.6 Objects
- 4.7 Collection Classes in Java
- 4.8 Further Reading
- 4.9 Problems
- Chapter 5: Programming to an Interface
- 5.2 Chapter Goals
- 5.3 Reuse with Interfaces
- 5.4 Programming to a Promise
- 5.5 Dynamic Polymorphism
- 5.6 Using Multiple Interfaces
- 5.7 Implementing the SortedPrintTable
- 5.8 Using the SortedPrintTable
- 5.9 Expression Trees
- 5.10 Further Reading
- 5.11 Problems
- Chapter 6: Exceptions in Java
- 6.2 Chapter Goals
- 6.3 How to Handle Errors Incorrectly
- 6.4 Java Exception Handling
- 6.5 Checked and Unchecked Exceptions
- 6.6 Writing Exceptions
- 6.7 Further Reading
- 6.8 Problems
- Chapter 7: Implementing an Animator Component Using the Java Event Model
- 7.2 Chapter Goals
- 7.3 A Very Simple Animator
- 7.4 Adding a Speed Control to the Animator
- 7.5 Implementing a Generic Animator
- 7.6 Implementing the Animator Using the Java Event Model
- 7.7 Event Multicaster
- 7.8 Further Reading
- 7.9 Problems
- Chapter 8: Cooperative Synchronization
- 8.2 Chapter Goals
- 8.3 Cooperative and Competitive Synchronization
