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Beginning Java Networking [Illustrated] [Paperback]

Alexander V. Konstantinou (Author), William Wright (Author), Chad Darby (Author), Glenn E. Mitchell II (Author), Joel Peach (Author), Pascal de Haan (Author), Peter den Haan (Author), Peter Wansch (Author), Sameer Tyagi (Author), Sean Maclean (Author), Sing Li (Author), John Griffin (Author)
2.7 out of 5 stars  See all reviews (3 customer reviews)


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Book Description

Programmer to Programmer October 15, 2001
The increasing popularity of the Internet has resulted in the majority of today's programming tasks and applications involving some form of networking. Almost every programming language provides some networking facilities. However, unlike other programming languages, Java had support for network programming built into it right from the start. Java, therefore, allows you to develop powerful network applications with exceptional ease. This book introduces you to the world of Java network programming and takes you far inside it.

The chapters of this book are grouped in five sections. The first section looks at network basics. Java networking preliminaries are then covered in the following section. The third section explores classes that are provided by Java to handle a variety of network tasks. Java API's that are used for distributed network programming are covered in section four. The fifth and final section investigates new networking features and improvements offered by JDK 1.4.

This book covers:

  • Networking in JDK 1.3 and 1.4
  • Network Basics
  • Java I/O, Threads
  • Java security model, JCA, JAAS, JCE and JSSE
  • TCP, UDP, Multicasting
  • Java URL handler architecture
  • Serialization, RMI, CORBA
  • Servlets, JavaMail, JMS

  • Editorial Reviews

    From the Publisher

    Familiarity with networking is not needed for reading this book, but a working knowledge of Java is required. The book, however, does cover core Java classes that are relevant to networking. Both the beginner and the more advanced programmer, therefore, should benefit from this book. By the end of the book, you will have acquired a deep understanding of various network concepts and protocols and developed extensive knowledge of Java APIs that you can use to develop sophisticated network applications.

    About the Author

    Alexander V. Konstantinou is currently completing his doctoral degree in Computer Science at Columbia University in the city of New York. His general research interests include programming languages, computer networks, network management and distributed systems.

    Bill Wright is a division engineer with BBN Technologies in Arlington, Virginia. His current work is in the areas of real-time signal processing systems and distributed agent applications.

    Chád Darby is the founder of J9 Consulting, a Java consulting firm. He has experience developing n-tier web applications for Fortune 500 companies and the Department of Defence. Chád has also published articles in Java Report, Java Developer's Journal, and Web Techniques. He can be reached at darby@j-nine.

    Glenn E. Mitchell II is the faculty administrator at USF who directs the State Data Centre on Aging and is also an active consultant, writer, and speaker. His consulting firm is called .Com Consulting Group. You can reach Mitch at mitchell@dot-com-group.com.

    Joel Peach is Vice President of Professional Services and co-founder of Tracer Information Systems, Ltd. in Columbus, OH. He has several years of experience building distributed applications for both private and public sector firms. You can reach Joel at: jpeach@traceris.com.

    Pascal de Haan currently works for one of the largest independent software integrators, Cap Gemini Ernst & Young with a high technology unit, called Warp11. My main focus at this moment lies with webservices, marketplaces and related technologies.

    Peter den Haan is a senior systems engineer at Objectivity Ltd, a UK-based systems integration company. Peter is a Sun certified Java 2 developer, a JavaRanch bartender and holds a doctorate in theoretical physics.

    Peter Wansh is a software developer at IBM's Toronto Lab working on the DB2 Universal Database administration tools. His interests include Web-based learning, large-scale Java application development, time-based media processing in Java, relational databases and theoretical computer science subjects such as software analysis and verification.

    "Sameer Tyagi is Java Architect at Sun and when he's not doing something in Java, he can be found sky diving out of a plane or trying to fly one ".

    Sean McLean currently focuses on the design and development of multi-tiered distributed Internet applications, particularly distributed content management systems. Sean's interest in the world of computers also includes cryptography, signal processing and digital audio editing.

    Sing Li's wide-ranging experience spans distributed architectures, multi-tiered Internet/Intranet systems, computer telephony, call centre technology, and embedded systems. Sing has participated in several Wrox projects in the past, and has been working with (and writing about) Java and Jini since their very first alpha releases, and is an active participant in the Jini community.


    Product Details

    • Paperback: 900 pages
    • Publisher: Wrox Press; 1st edition (October 15, 2001)
    • Language: English
    • ISBN-10: 1861005601
    • ISBN-13: 978-1861005601
    • Product Dimensions: 9.1 x 7.4 x 1.9 inches
    • Shipping Weight: 3 pounds
    • Average Customer Review: 2.7 out of 5 stars  See all reviews (3 customer reviews)
    • Amazon Best Sellers Rank: #3,445,276 in Books (See Top 100 in Books)

     

    Customer Reviews

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    Average Customer Review
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    Most Helpful Customer Reviews

    13 of 16 people found the following review helpful:
    5.0 out of 5 stars Great source of information, October 25, 2001
    By A Customer
    This review is from: Beginning Java Networking (Paperback)
    I was looking to do more than what you normally find documented in Java and this gave me the details I needed. It has a lot of network protocol details right in the book so you don't have to keep switching between a protocol book and a Java book. Although it's titled, "Beginning Java Networking" it would also benefit an advanced Java programmer interested in writing networking programs.
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    10 of 13 people found the following review helpful:
    1.0 out of 5 stars Don't buy it!, March 4, 2003
    By A Customer
    This review is from: Beginning Java Networking (Paperback)
    Do not buy this book, and for your own good, don't even read it!

    First of all, I am an experienced computer programmer, and have developed code for the Java core programming language. I have read many-a-programming book, and can tell you to stay away from this one. Why?

    This book:

    * is not practical
    * is filled with *serious* errors - not just typos
    * fails by attempting to cover too many topics
    * lacks examples and good diagrams
    * lacks a sense of continuity from chapter to chapter

    Many of this book's chapters are written as if they were a theorem: generalizations and buzzwords that don't get you anywhere. For example:

    "If a set of permissions can between them imply a permission - even if no single permission in the set explicitly implies it completely by itself - you will need to provide your own implementation of PermissionCollection." Ha!

    "Because sockets are just *programming* abstractions for network protocols, the other side of the connection does not have to use them. For example, the network program on the right side of this example may be coded in an exotic system that does not use the socket abstraction. That is, sockets don't use any additional communications mechanism other than that provided by the encapsulated protocol." Gimme a break!

    Some of the errors in this book are the following:

    * Chapter 5's author says that java.io.InputStream's "public int read(byte[] buf, int offset, int length)" method reads the input stream starting at 'offset' bytes deep into the input buffer - skipping the bytes toward the front of the buffer. This is incorrect. The author even has a diagram and examples to complement his error. This method actually reads starting at the front of the input buffer, and reads the bytes into 'buf' starting at buf[offset].

    * As if all of the previous chapters' authors' errors weren't bad enough, Chapter 9's author took me to a screeching halt and compelled me to write this whole review when he said this: " It should be noted that the java.net.Socket object returned <from ServerSocket.accept() > is bound to an ephemeral port number that is different from the one the ServerSocket is listening to (most applications don't care about that port number)." Whoa! This is absolutely, fundamentally wrong. In truth, the returned Socket has the *same* receiving port number as the ServerSocket. (Otherwise the client's Socket (whose destination port number is the same as the ServerSocket's receiving port number) wouldn't know what this "ephemeral port number" is, and so wouldn't be able to send packets to the server's newly created Socket.) IP packets are demultiplexed according to their *connection* (The 2 connected sockets, i.e. 5 parameters: the common protocol, the source's IP address & port number, and the destination's IP address & port number) and according to socket specificity, not just according to the receiving side's socket.

    * Wrong diagrams. p.163: The diagram is of a program's output which shows "access denied", while its caption above says, basically, "tada, and it works." p.52: This diagram belongs in the I/O chapter.

    The only chapter I found to be somewhat good was the Thread chapter (and a chapter on threads shouldn't even be in a book on networking). This book also suffers from lacking continuity due to the fact that it was written by 10 authors! For instance, this book has no consistent (or good) way of listing the API's and diagraming class relations. Chapters do not pedagogically build on the previous ones. I could go on...

    If you want to learn about networking using Java, then here are your prerequisites. You should learn each of these from a book which specializes in the given topic.

    * Basic Java Programming including I/O and Threads
    * The TCP/IP protocol suite and TCP/IP networking
    * Cryptography (optional)
    * Java Security

    After you do that, I highly recommend the book "TCP/IP Sockets In Java: Practical Guide for Programmers". This book gets the job done at only 110 pages. Another reason I recommend this book is that it lists references to 22 other good and relevant books/documents.

    If you want to learn about HTML, Javascript, Servlets, JSP, RMI, CORBA, etc., then you should find a book specific to that topic. For instance, Marty Hall's books on Servlets and JSP are great.

    Just because a programming book is thick, doesn't mean it's good. The book's publisher, Wrox, does put out some good books, but this just isn't one of them.

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    5 of 7 people found the following review helpful:
    2.0 out of 5 stars Unorganized and bloated, June 26, 2002
    This review is from: Beginning Java Networking (Paperback)
    I bought this book in hopes that it would help guide me on the path to learn Java programming. Numbering over 1000 pages by several different authors, this book does not have a very consistent feel to it, and jumps around to various subjects about Java and various networking principles. The first 200 pages would be good for a university networking class, but as for being a decent tutorial, it is horrible. This book gives little code snippets here and there, but never fully combines them into one large, solid, and useful application.

    If you are looking for a book to act as a Java tutorial to networking, this is not the book for you. It is very comprehensive in some areas, and much more than many people are willing to spend in getting through sections of this book. However, if you are looking for a little more general purpose Java networking Bible, then this book might be more suited for you.

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