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You'll learn how to use Java's network class library to quickly and easily Author Elliotte Rusty Harold provides complete working programs to illustrate the. Java Network Programming, Second Edition. 9 reviews. by Elliotte Rusty Harold. Publisher: O'Reilly Media, Inc. Release Date: August ISBN: Elliotte Rusty Harold-Java Network Programming-O'Reilly Media ().pdf. Download ( MB) · English · 日本語 · Português (Brazil) · Deutsch · Русский.
Determine the piece of code that carries out the download. Encapsulate this part of code in a run method. Make sure that the Runner class has access to the complete list of URLs to download.
Depending on your program design, a part of your code will need an exclusive access to the URLs, should this code be executed by multiple threads. Encapsulate this piece of code in a method and mark it with the synchronized keyword. Modify your program so that you can start a given number of threads.
Please, do not start more than 10 simultaneous threads or a reasonable number Run your program. You should have the same results as in the first assignment.
Create a new program that has the same properties as that of Part I and uses this interface. The program structure is different from Parts I and II. This last program will also use a Runner class, but the launching code will pass the URL to download to the Runner class using its constructor.
Create a pool of Executors allowing a fixed number of threads. Here, you can submit as many tasks as there are PDF files to download in the web page you are considering, as the Executors won't run more threads simultaneously than the pool size. Efforts are well under way to subvert the existing infrastructure of C-based network clients and servers with pure Java replacements.
Clients for newer protocols like Gnutella and Freenet are preferentially written in Java. This book has come a long way, too.
The third edition has one completely new chapter to describe the most significant development in network programming since readers and writers were introduced in Java 1. It removes one of the last barriers to using Java for network servers.
There've been lots of other small changes and updates throughout the java. IPv6 has become a reality, and is now covered extensively. Many other methods have been added to existing classes in the last two releases of Java, and these are discussed in the relevant chapters. I've also rewritten large parts of the book to reflect changing fashions in Java programming in general and network programming in particular.
Applets and CGI programs are emphasized much less. In their place, you'll find more generic discussion of remote code execution and server-side environments, however implemented.
Of course, the text has been cleaned up, too. There's only one completely new chapter here, but the 18 existing chapters have been extensively rewritten and expanded to bring them up-to-date with new developments as well as to make them clearer and more engaging.
If I've succeeded in piquing your interest, you should be able to find Java Network Programming at almost any bookstore that carries computer books including the site.