Pro .Net 1.1 Network Programming

Not a bad book, considering it gives you the fundamentals of a variety of topics well covered in network programming. It is the only source of its kind I have found to address network programming without being almost exclusively tied to web development. I looked at it in light of it's C# orientation (because I'm a VB.NET developer), and found a lot of good basic coverage. Bewarned: If you are not an intermediate programmer, whether C# or VB.NET, it will take a little to get up to speed. The style is not bad - surprising, given the number of authors, and you CAN learn from it. I give it actually a 4.2-4.5, but I can't give it quite the 5-star rating. :-P

It has been a long time since I've been captured by a book quite like this. The information contained in this book is as relevent as it was accurate. I can't believe a programmer would want to get into Network Programming without a copy of this book on their bookshelf. The author goes through painstaking lenghts to deliver industry related examples, and does a great job of explaining what his code does. A great read.

There is a classic series, "Internetworking with TCP/IP" by Comer and Stevens (1991) that describes the Internet of that time. Just before the Web burst on the scene. The books have C code that show how to perform network programming. Well, this .NET book reminds me very much of that series. To good approximation, the authors have covered the same functionality. But now using the .NET environment as a development platform. The language is fully object oriented, unlike C. Much of the book is taken up with showing how the default libraries/classes that deal with networking. If you have indeed used C and Comer and Stevens for networking, then you should appreciate what this book does. It gives a far richer vocabulary of prebuilt functionality, to handle those tedious and error prone low level manipulations. These libraries mimic what Java also offers for network programming. So if you are migrating from Java, there is much common ground here. The book takes you back to the basics of network understanding. No pretty but vapid GUI to obscure the concepts. The UI, so to speak, is stdout and stdin and the filesystem. Before the Web and the browser metaphor became prevalent, this is how most of us programmed. Another merit of the book is its coverage of IPv6. Still fairly new. But you can start familiarising yourself here. The authors also find space for brief explanations of cryptographic methods in .NET.

I was really surprised at the ease of reading with this book offered. As it seems to be one of the last remaining books left over from the old Wrox days, the "Pro" in the title would denote a very high level of material, often assuming a great deal of talent on the part of the reader and skipping the necessary introductory concepts and giving piecemeal code samples. This totally isn't that way at all. The book's back cover lists it as "Beginner/Intermediate" and it delivers on its promise. Put it this way - I'm a lifelong web dev who's been doing more and more client/server work, and I got a ton of useful information for my projects in this work. Even as the book starts to get into material for which there is no easy way of describing, the authors don't deviate from using simple English and practical, plainclothes, repetitive examples to ensure the readers gets it before progressing to more in-depth topics. Principal author Christian Nagel (whose writing I've long appreciated) starts out with a very thorough rundown of basic networking concept, the OSI model and the TCP/IP protocol stack, that any IT professional should peruse as a primer. He then presents the particulars of network programming in .NET, such as working with streams and sockets, and then drills down into individual protocols, devoting a chapter each to the major forms of network communication. The major protocols for communicating over networks and the Internet are all examined and expanded upon - SNMP, TCP, UDP, SMTP, HTTP, with helpful code samples. The book also briefs the reader on the importance of .NET Remoting on more than one occasion. The book isn't one that's filled to the brim with code snippets you can instantly plug into your applications, but there are several very nice demonstrations and couple good sample apps (an FTP client, a multicast chat app, a simple e-mail utility, a picture viewer, etc.) that demonstrate the high-level concepts in the book's latter chapters. In criticism, I found Chapter 5 - "Raw Socket Programming" was obviously written by a different author and uses a slightly different coding convention. While it's not an incriminating factor that should detract one from buying this book, it is something I would hope the editors would look to change for the next version, as the difference between the book's majority voicing and this one chapter - namely in its use of grammar and syntactical layout is a little too painfully obvious. I also enjoyed the chapter introducing the reader to working with IPv6, although I thought it might have been better suited for placement further into the book or as an appendix, and not in Chapter 6. Additionally, I would have wished for more samples featuring using peer-to-peer networking architecture (there was one, I think), and a bit more meat to the discussion of .NET Remoting, perhaps in its own chapter. But semantics notwithstanding, this is an outstanding title, being well-written and covering a

I'm very impressed by this book. The author found the time to impart a deeper understanding of the topic of networking, as opposed to just talking about the APIs. Though this dual emphasis does not detract from the books central purpose, to teach use of the .NET network API. It introduces the API starting at the raw transport level and then moving up to the protocol level, often showing example client applications. This is easily the best book that I have seen on .NET network coding. I recommend this book to anyone tasked with writing network code for C#.