Java网络程序设计与分布式计算

Chapter 1 Networking Theory　1.1 What Is a Network?　1.2 How Do Networks Communicate?　1.3 Communication across Layers　1.4 Advantages of Layering　1.5 Internet Architecture　1.6 Internet Application Protocols　1.7 TCP/IP Protocol Suite Layers　1.8 Security Issues:Firewalls and Proxy Servers　1.9 SummaryChapter 2 Java Overview　2.1 What Is Java?　2.2 The Java Programming Language　2.3 The Java Platform　2.4 The Java Application Program Interface

Chapter 1 Networking Theory　1.1 What Is a Network?　1.2 How Do Networks Communicate?　1.3 Communication across Layers　1.4 Advantages of Layering　1.5 Internet Architecture　1.6 Internet Application Protocols　1.7 TCP/IP Protocol Suite Layers　1.8 Security Issues:Firewalls and Proxy Servers　1.9 SummaryChapter 2 Java Overview　2.1 What Is Java?　2.2 The Java Programming Language　2.3 The Java Platform　2.4 The Java Application Program Interface　2.5 Java Networking Considerations　2.6 Applications of Java Network Programming　2.7 Java Language Issues　2.8 System Properties　2.9 Development Tools　2.10 SummaryChapter 3 Internet Addressing　3.1 Local Area Network Addresses　3.2 Internet Protocol Addresses　3.3 Beyond IP Addresses:The Domain Name System　3.4 Internet Addressing with Java　3.5 SummaryChapter 4 Data Streams　4.1 Overview　4.2 How Streams Work　4.3 Filter Streams　4.4 Readers and Writers　4.5 Object Persistence and Object Serialization　4.6 SummaryChapter 5 User Datagram Protocol　5.1 Overview　5.2 DatagramPacket Class　5.3 DatagramSocket Class　5.4 Listening for UDP Packets　5.5 Sending UDP Packets　5.6 User Datagram Protocol Example　5.7 Building a UDP Client/Server　5.8 Additional Information on UDP　5.9 SummaryChapter 6 Transmission Control Protocol　6.1 Overview　6.2 TCP and the Client/Server Paradigm　6.3 TCP Sockets and Java　6.4 Socket Class　6.5 Creating a TCP Client　6.6 ServerSocket Class　6.7 Creating a TCP Server　6.8 Exception Handling:Socket Specific Exceptions　6.9 SummaryChapter 7 Multi-threaded Applications　7.1 Overview　7.2 Multi-threading in Java　7.3 Synchronization　7.4 Interthread Communication　7.5 Thread Groups　7.6 Thread Groups　7.7 SummaryChapter 8 Implementing Application Protocols　8.1 Overview　8.2 Application Protocol Specifications　8.3 Application Protocols Implementation　8.4 SummaryChapter 9 HyperText Transfer Protocol　9.1 Overview　9.2 HTTP and Java　9.3 The Common Gateway Interface(CGI)　9.4 SummaryChapter 10 Java Servlets　10.1 Overview　10.2 How Servlets Work　10.3 Using Servlets　10.4 Running Servlets　10.5 Writing a Simple Servlet　10.6 SingleThreadModel　10.7 ServletRequest and HttpServletRequest　10.8 ServletResponse and Http Response　10.9 ServletConfig　10.10 ServletContext　10.11 Servlet Exceptions　10.12 Cookies　10.13 HTTP Session Management in Servlets　10.14 SummaryChapter 11 Remote Method Invocation(RMI)　11.1 Overview　11.2 How Does Remote Method Invocation Work?　11.3 Defining and RMI Service Interface　11.4 Implementing an RMI Service Interface　11.5 Creating Stub and Skeleton Classes　11.6 Creating an RMI Client　11.7 Creating an RMI Client　11.8 Running the RMI System　11.9 Remote Method Invocation Packages and Classes　11.10 Remote Method Invocation Deployment Issues　11.11 Using Remote Method Invocation to Implement Callbacks　11.12 Remote Object Activation　11.13 SummaryChapter 12 Java IDL and CORBA　12.1 Overview　12.2 Architectural View of CORBA　12.3 Interface Definition Language(IDL)　12.4 From IDL to Java　12.5 SummaryChapter 13 JavaMail　13.1 Overview　13.2 Installing the JavaMail API　13.3 Testing the JavaMail Installation　13.4 Working with the JavaMail API　13.5 Advanced Messaging with JavaMail　13.6 Summary

本书主要介绍了用Java语言实现网络程序设计，即用支持Internet协议的套接字开发各户端和服务端软件的技术，包括用户数据报协议、TCP流、HTTP、Java Servlet、远程方法激活、CORBA客户与服务、JavaMail API等内容。同时，还以丰富的范例，深入介绍了分布式计算的理论与实现。 本书内容丰富，范例程序详实，适合作为网络程序设计和分布式计算的学习用书。