Free PDF Network Programming in .NET: With C# and Visual Basic .NET
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Network Programming in .NET: With C# and Visual Basic .NET
Free PDF Network Programming in .NET: With C# and Visual Basic .NET
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Book Description
Covers the latest version of .NET.
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From the Publisher
What youÂ’ll learn from this book: Network programming fundamentals, TCP & UDP. Enabling you to send and receive files and messages over IP. Using either of the two main Internet protocols, TCP (Transmission control Protocol) or UDP (User datagram protocol). Source code is given to implement file transfer applications, along with rudimentary Instant-Messenger style applications. Examples are given in both C# and vb.net, and provide both socket level and TcpClient / TcpListener (and UdpClient) level options for implementation. An in-depth look at HTTP clients & servers. Taking a hands-on approach to HTTP, this chapter provides examples on how to request data from web servers programmatically, using native .NET classes such as HttpWebRequest and HttpWebResponse. The examples provide information on including POST headers, Cookies, referrers etc., into your HTTP requests to retrieve data from dynamic pages on remote webservers. The chapter also provides a wealth of information in embedding Internet Explorer in your .NET applications, which can be used to provide greatly simplified HTML extraction through direct access to Internet Explorers' DOM (document object model) using the HTMLDocument interface. Also included in the chapter is an example of a multithreaded web server, with support for Mime types, expandable to support ASP.NET pages with the "System.Web.Hosting" namespaces' CreateApplicationHost and HttpWorkerRequest classes. How to send and receive email, via SMTP, POP3, and the MAPI. In Chapter 5, The SMTP (RFC 821) protocol and POP3 (RFC 1939) protocol are detailed, and socket level implementations are given. However, higher level descriptions are also provided, such as those using the "System.Web.Mail" namespace's MailMessage class. This class leverages Microsoft's CDOSYS architecture, to provide added performance, and functionality, such as attachments and inline images. The high-level alternative to POP3 is the MAPI, (Office automation), this automates the operation of Microsoft Outlook, exposing the full functionality of the product, including utilities such as the address book etc. Also included in the chapter is a description of the IMAP (used for email, but quite rare) and NNTP (news / usenet). Included in a later chapter is a description on how to implement DNS MX (Mail exchange) which enables you to determine the associated SMTP/POP3 server of any given email address, providing a means to automatically discover the outgoing SMTP server address, or bypass a local SMTP server Transferring and receiving files via FTP This chapter provides a detailed open-source implementation of a fully featured FTP client (RFC 959). This provides support for folder navigation, file upload and download, and integral support for Passive (PASV) FTP for firewall traversal. As with all examples in this book, they are provided in both C# and vb.net. A simplified example of an FTP client, using the Microsoft Internet Transfer Control (ITC) is also provided. As this control is a legacy ActiveX COM object, the example demonstrates how to use COM interop late-binding (i.e. Activator.CreateInstance) to include COM functionality in your .NET applications. Securing your network application, using rock-solid digital security. When you look at security and Cryptography from the eyes of someone that is trying to crack your system, you will be all the more aware of where potential failings may lie. In this section, security is viewed from a cryptoanalists perspective, with a view to exploiting weaknesses in Symmetric and asymmetric encryptive algorithms. Symmetric encryption algorithms described include DES (DESCryptoServiceProvider), RC2 (RC2CryptoServiceProvider), Triple-DES (TripleDESCryptoServiceProvider), Rijndael (RijndaelManaged). An Asymetric encryption scheme, namely RSA (RSACryptoServiceProvider) is also provided. Beyond encryption, the section also explores information Hashing, using MD5 (MD5CryptoServiceProvider) and SHA (SHA1Managed). Also, code examples on reading and installing both client and server X509 digital cetificates is also provided. Other topics in this section include Windows authentication (NTLM, Kerberos) and .NET passport authentication. Boosting the performance of your network application with Zip compression & multicast This section is concerned with getting the most out of available bandwidth. This dicusses techniques such as caching, UDP Multicast Sockets (using the MulticastOption Class), Lossless compress (Zip), Lossy compression (image & Video) and more advanced techiques such as IO completion ports etc. Also the issue of scalability is discussed in depth, with issues such as load balancing, replication, redundancy, thread pooling, future-proofing (i.e. IPv6 compatibility). Communicate using XML, with Remoting and Web services This chapter teaches you the basics of .NET Remoting (the successor to DCOM), including configuration and deployment for real-world applications. It discusses the many ways in which to host a Remoteable object (Windows Service, IIS, or application), as well the means to invoke such a service (Synchronous, asynchronous, and OneWay). Going beyond the basics, it discusses remoting channels & Sinks (IMessageSink interface), object lifetime (ILease interface), Versioning, Events, and so forth. The webservice example in this chaper demonstrates how to create an XML web service (ASMX file) which can retrieve the IP address of a client computer from the underlying HTTP serverVariables. It also describes both Asyncronous and synchronous invokation of a web service. Listen in on network traffic, with packet level networking This chapter descibed how to listen for packets in promiscous mode (also known as packet capture or packet Sniffing), that is to say using either native .NET code (using socket.IOControl SIO_RCVALL), or using a packet driver (). This chapter includes information on how to interpret this data, including Ethernet frame header (or PPP frame headers), as well as the non-IP protocols, such as ARP, Netbios, etc. In addition to this, the chapter also describes the upcoming features in .NET Whidbey for Windows Longhorn, which provide information on available network interfaces and statistics, via the NetworkInformation class. Access legacy databases remotely Where a legacy system relies on a database which has no in-built facility to provide remote access to the data store (such as Microsoft Access, dBase, CSV files etc.), this book provides a great number of examples on how to do this. Either deep (or shallow) serializing to XML, and served via a custom server (chapter 2 & 3), or by creating a COM+ Queued component in .NET, which would leverage MSMQ (Microsoft message queue), and OleDb to access the database. (chapter 15). In fact, with an entire chapter devoted to MSMQ, you could expand upon this to provide support for Journals, Dead letter queues, Acknowledgements, and so forth. Make your computer answer your phone for you, with .NET telephony This chapter provides source code for using the TAPI in .NET. TAPI allows C# and vb.net applications listen for and respond to incomming phone calls. Namely, the type of systems used in call centers and expensive CTI (computer telephony Integration) applications. The examples provided use the TAPI32 DLL's ported from TAPI .h such as lineAnswer, lineInitialize , lineNegotiateAPIVersion, lineOpen ,lineGetDevCaps, lineSetStatusMessages ,lineDrop , and lineShutdown. Also included in the chapter is how to directly invoke modem functions via the comm port using the MSCOMM ActiveX (COM) object to make outgoing calls. The examples in this chapter can be expanded upon to make and recieve VOIP (H323) calls, and leverage SAPI to record and playback speech over the telephone via TAPI.
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Product details
Paperback: 541 pages
Publisher: Digital Press; 1 edition (June 11, 2004)
Language: English
ISBN-10: 1555583156
ISBN-13: 978-1555583156
Product Dimensions:
7.3 x 1.3 x 9.3 inches
Shipping Weight: 2.6 pounds (View shipping rates and policies)
Average Customer Review:
2.7 out of 5 stars
15 customer reviews
Amazon Best Sellers Rank:
#1,440,315 in Books (See Top 100 in Books)
Overall, covers many areas, lacks detailed socket theory, wastes space and no source code.The book covers a lot of stuff that I hadn't anticipated, which I thought was great. The book goes from Streaming, sockets, numerous internet related protocols, multicasting, telephony and MSMQ.The book really lacks detailed explanation on Sockets however there are plenty of code examples to learn from. The samples could use more detailed explanation. They are concise and the few I took the time to type in worked fine.There is no mention of source code being available. I contacted the publisher, Elsevier - Digital Press, and after a 3 day delay said 'the source code is on the inside cover'. No sure what that means I guess I will have to wait another 3 days to find out.One other dislike was the fact that every code snippet is duplicated in each language. The book is intended for non beginners so there should be no need to waste so much space. The second language should be available in a download.I gave the 4 only because of the wide coverage and great theory in these other areas. The book will get you writing apps that can talk to each other over IP.
This book took me from 0 to 50 on network programming in 1 long day.It is written for someone familiar with .net and wanting to do network programming in .net -- either C# or VB.net.The coverage is very broad -- starting from sockets, to email, to http/web, to encryption, network utilities, etc. Each section is short and sweet, but still specific enough with an example that you feel you can jump in and start coding this.Also, the author is clearly a practioner himself -- this wasn't just reciting the msdn library, this was the tips and tricks on what parts really matter of each aspect of networking, with real life situations.This was one of the top few, if not the best, computer software books I've read, in terms of taking me from virtually no knowledge of a subject (outside of a network theory class a long time ago) to feeling confident that I can use the material in a commercial application.Two drawbacks:- Would have been nice to be able to download the sample code form somewhere as full apps. Retyping it is a bit of a pain.- I'm using the VS 2005 beta and a couple of the namespaces like system.web.mail have been obsoleted.However, if you're trying to learn about networking and using a .net enviornment, this is a good investment of time.
First demo program has two file reading options, a sync read option and an async read operation.Both options lead to exceptions when evoked causing the first "demo" program to hang.There are other bugs in the first program also.He uses an OpenFileDialog control in the program.In one area of the program, he properly references the control using the proper name OpenFileDialog.In another area of the same program, he incorrectly references the OpenFileDialog control using the incorrect reference ofd (Open File Dialog).If you purchase this book, you will have to fix his errors before you can use the demo programs.
This book is awsome, I spent money on hireing people to make simple network aps for me that far exceeded the 35ish dollars spend on this book. I have yet to come across a book that "teaches" this well. So far I've understood every thing the author has wrote. Alot of people are upset the source code was not included but personally I dont mind retyping it yourself helps you learn. Again if I could I would rate more stars kudos to the author.
There are quite a few book books in Network programming in .Net but none goes into details of any lower level programming using Network Adapter. This book exposes some aspects of it and gives some more directional help. On the whole the book is useful for experienced programmer and beginer lower level programming using .Net.
I'd rate this better, but there is no code to test. And, when you actually take the time to type out the samples, they don't work. Can I get my money back?
A poorly written book!It appears as if the author chose his chapter headings and section titles well to make it look at first glance like an in depth material covering a broad range of subjects. However, if you read the book you will notice that each section starts with a poor superficial introduction of the subject matter with absolutely no in depth material, followed by a very good example. I must say that most of his examples work, but you will have to scratch your head to know why. He doesn't even comment on his own code other than in a superficial way.I tried to search for a good book on the subject and couldn't after a year of using this one. Being this the only valid source up there, you probably won't have a choice but to get it. It'll get you started, but you will end up having to purchase another book to complete your knowledge.
What can I say? It's one of the worst tech books that I've ever read.The author does not have a basic knowledge of Threading. After section 2.2, I could not go on any more.It's a very good subject, but this book ruined it.
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