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Peer-to-Peer with VB .NET / Edition 1

Peer-to-Peer with VB .NET / Edition 1

4.0 1
by Matthew MacDonald

ISBN-10: 1590591054

ISBN-13: 9781590591055

Pub. Date: 08/06/2003

Publisher: Apress

The author explores how peer-to-peer design ideas can be integrated into existing .NET applications.


The author explores how peer-to-peer design ideas can be integrated into existing .NET applications.

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7.01(w) x 9.25(h) x 0.30(d)

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Peer-to-Peer with VB .NET 4 out of 5 based on 0 ratings. 1 reviews.
Guest More than 1 year ago
Say 'peer-to-peer' to the average person and you might get a snide remark about downloading music and the RIAA. But MacDonald makes it very clear that p2p is far more than copyright infringement. He points out, for one thing, that the early design of the Internet itself posits a p2p network. This book is well suited for those of you who might be interested in designing novel p2p applications on the dominant desktop environment. MacDonald gives a good summary of previous p2p applications, like Napster, Freenet and Gnutella. Important because if you are going to innovate, you need to know the prior art. He develops several simple p2p examples, like a file sharer and a messaging system. He shows how to use various VB.NET utilities to handle the networking, freeing you from coding low level details. More efficient use of your time. Of course, the hardest part of the problem is still left to you. Finding and designing a novel and compelling application. This book gives you the tools in VB to do that. One important lesson from the book is that there are degrees of purity in p2p systems. Sometimes, it makes sense to do a pragmatic compromise and have some superpeers that function mostly as servers to the other peers. A p2p hardline developer might decry this, but if it works for you, go ahead. Hopefully, one effect of this book might be to help alter the perception that p2p = illicit. [Sidenote: For a bloke who studied theoretical physics, his maths slips. He says IPv6 will support 1 trillion machines = 10^12. Actually, much, much more. 2^128 ~ 10^36.]