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Learning Network Programming with Java 1st Edition by Richard M Reese 9781785882562 1785882562

Name: Learning Network Programming with Java 1st Edition by Richard M Reese 9781785882562 1785882562
SKU: EB-38073308
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Learning Network Programming with Java 1st Edition Richard M Reese Digital Instant Download

Author(s): Richard M Reese

Edition: 1

File Details: MOBI , 2.90 MB

Year: 2016

Language: english

SKU: EB-38073308 Category: Uncategorized Tags: 1785882562, 9781785882562, Java, Learning Network, Network Programming, Richard M Reese

Description

Learning Network Programming with Java 1st Edition Richard M Reese – Ebook PDF Instant Download/Delivery, ISBN: 9781785882562, 1785882562

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ISBN 10:1785882562
ISBN 13: 9781785882562
Author: Richard M Reese

Learning Network Programming with Java

Harness the hidden power of Java to build network-enabled applications with lower network traffic and faster processes About This Book • Learn to deliver superior server-to-server communication through the networking channels • Gain expertise of the networking features of your own applications to support various network architectures such as client/server and peer-to-peer • Explore the issues that impact scalability, affect security, and allow applications to work in a heterogeneous environment Who This Book Is For Learning Network Programming with Java is oriented to developers who wish to use network technologies to enhance the utility of their applications. You should have a working knowledge of Java and an interest in learning the latest in network programming techniques using Java. No prior experience with network development or special software beyond the Java SDK is needed. Upon completion of the book, beginner and experienced developers will be able to use Java to access resources across a network and the Internet. What You Will Learn • Connect to other applications using sockets • Use channels and buffers to enhance communication between applications • Access network services and develop client/server applications • Explore the critical elements of peer-to-peer applications and current technologies available • Use UDP to perform multicasting • Address scalability through the use of core and advanced threading techniques • Incorporate techniques into an application to make it more secure • Configure and address interoperability issues to enable your applications to work in a heterogeneous environment In Detail Network-aware applications are becoming more prevalent and play an ever-increasing role in the world today. Connecting and using an Internet-based service is a frequent requirement for many applications. Java provides numerous classes that have evolved over the years to meet evolving network needs. These range from low-level socket and IP-based approaches to those encapsulated in software services. This book explores how Java supports networks, starting with the basics and then advancing to more complex topics. An overview of each relevant network technology is presented followed by detailed examples of how to use Java to support these technologies. We start with the basics of networking and then explore how Java supports the development of client/server and peer-to-peer applications. The NIO packages are examined as well as multitasking and how network applications can address practical issues such as security. A discussion on networking concepts will put many network issues into perspective and let you focus on the appropriate technology for the problem at hand. The examples used will provide a good starting point to develop similar capabilities for many of your network needs. Style and approach Each network technology’s terms and concepts are introduced first. This is followed up with code examples to explain these technologies. Many of the examples are supplemented with alternate Java 8 solutions when appropriate. Knowledge of Java 8 is not necessary but these examples will help you better understand the power of Java 8.

Table contents:

1. Getting Started with Network Programming
Network addressing using the InetAddress class
NIO support
Using the URLConnection class
Using the URLConnection class with buffers and channels
The client/server architecture
Creating a simple echo server
Creating a simple echo client
Using Java 8 to support the echo server and client
UDP and multicasting
Creating a multicast server
Creating the multicast client
Scalability
Creating a threaded server
Using the threaded server
Security
Creating a SSL server
Creating an SSL client
Generating secure keys
Summary
2. Network Addressing
Networking basics
Understanding network basics
Network architectures and protocols
Using the NetworkInterface class
Getting a MAC address
Getting a specific MAC address
Getting multiple MAC addresses
Network addressing concepts
URL/URI/URN
Using the URI class
Creating URI instances
Splitting apart a URI
Using the URL class
Creating URL instances
Splitting apart a URL
IP addresses and the InetAddress class
Obtaining information about an address
Address scoping issues
Testing reachability
Introducing the Inet4Address
Private addresses in IPv4
IPv4 address types
The Inet4Address class
Special IPv4 addresses
Introducing the Inet6Address class
Private addresses in IPv6
The Inet6Address class
Special IPv6 addresses
Testing for the IP address type
Using IPv4-compatible IPv6 addresses
Controlling network properties
Summary
3. NIO Support for Networking
Java NIO
Introduction to buffers
Using channels with a time server
Creating a time server
Creating a time client
The chat server/client applications
The chat server
The chat client
Server/client interaction
The HelperMethods class
Handling variable length messages
Running the chat server/client application
Handling multiple clients
The parts server
The parts client handler
The parts client
Running the parts client/server
Asynchronous socket channels
Creating the asynchronous server socket channel server
Creating the asynchronous socket channel client
Other buffer operations
Bulk data transfer
Using a view
Using read-only buffers
Controlling socket options
Summary
4. Client/Server Development
The HTTP protocol structure
The nature of HTTP messages
Initial request line format
Header lines
Message body
Client/Server interaction example
Java socket support for HTTP client/server applications
Building a simple HTTP server
Building a simple HTTP client
Client/server development using standard Java classes
Using the HttpURLConnection class
URL encoding
Using the HTTPServer class
Implementing a simple HTTPServer class
Managing response headers
Open source Java HTTP servers
Server configuration
Handling cookies
Summary
5. Peer-to-Peer Networks
P2P functions/characteristics
Applications-based P2P networks
Java support for P2P applications
Distributed hash tables
DHT components
DHT implementations
Using JDHT
Using FreePastry
The FreePastry demonstration
Understanding the FreePastryExample class
Understanding the FreePastryApplication class
Sending a message to a specific node
Summary
6. UDP and Multicasting
Java support for UDP
TCP versus UDP
UDP client/server
The UDP server application
The UDP client application
The UDP client/server in action
Channel support for UDP
The UDP echo server application
The UDP echo client application
The UDP echo client/server in action
UDP multicasting
The UDP multicast server
The UDP multicast client
The UDP multicast client/server in action
UDP multicasting with channels
The UDP channel multicast server
The UDP channel multicast client
The UDP channel multicast client/server in action
UDP streaming
The UDP audio server implementation
The UDP audio client implementation
Summary
7. Network Scalability
Multithreaded server overview
The thread-per-request approach
The thread-per-request server
The thread-per-request client
The thread-per-request applications in action
Thread-per-connection approach
The thread-per-connection server
The thread-per-connection client
The thread-per-connection applications in action
Thread pools
The ThreadPoolExecutor class characteristics
Simple thread pool server
Simple thread pool client
The thread pool client/server in action
Thread pool with Callable
Using a Callable
Using a Future
Using the HttpServer executor
Using a selector
Creating the selector
Registering a channel
Using the selector to support a time client/server
The channel time server
The date and time client application
The date and time server/client in action
Handling network timeouts
Summary
8. Network Security
Security
Secure communication terminology
Encryption basics
Symmetric encryption techniques
Generating a key
Encrypting text using a symmetric key
Decrypting text
Asymmetric encryption techniques
Generating and saving asymmetric keys
Encrypting/decrypting text using an asymmetric key
Saving asymmetric keys to a file
Creating a keystore
Creating and maintaining a keystore with keytool
Keytool command-line arguments
Creating and maintaining a keystore with Java
Symmetric encryption client/server
Symmetric server application
Symmetric client application
Symmetric client/server in action
Asymmetric encryption client/server
Asymmetric server application
Asymmetric client application
Asymmetric client/server in action
TLS/SSL
SSL server
SSL client
SSL client/server in action
Secure hash functions
Summary
9. Network Interoperability
Byte order in Java
Interfacing with other languages
Interfacing with JVM based languages
Interfacing with non-JVM languages
Communication through simple sockets
The Java server
The C# client
The client/server in action
Interoperability through middleware
Creating a RESTful service
Testing the RESTful service
Creating a RESTful client