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The Microsoft .NET Framework provides a layered, extensible, and managed implementation of Internet services that can be quickly and easily integrated into your applications. Your network applications can build on pluggable protocols to automatically take advantage of new Internet protocols, or they can use a managed implementation of the Windows socket interface to work with the network on the socket level.
In This Section
Introducing Pluggable Protocols Describes how to access an Internet resource without regard to the access protocol that it requires.
Requesting Data Explains how to use pluggable protocols to upload and download data from Internet resources.
Programming Pluggable Protocols Explains how to derive protocol-specific classes to implement pluggable protocols.
Using Application Protocols Describes programming applications that take advantage of network protocols such as TCP, UDP, and HTTP.
Internet Protocol Version 6 Describes the advantages of Internet Protocol version 6 (IPv6) over the current version of the Internet Protocol suite (IPv4), describes IPv6 addressing, routing and auto-configuration, and how to enable and disable IPv6.
Configuring Internet Applications Explains how to use the .NET Framework configuration files to configure Internet applications.
Network Tracing in the .NET Framework Explains how to use network tracing to get information about method invocations and network traffic generated by a managed application.
Cache Management for Network Applications Describes how to use caching for applications that use the System.Net.WebClient, System.Net.WebRequest, and System.Net.HttpWebRequest classes.
Security in Network Programming Describes how to use standard Internet security and authentication techniques.
Best Practices for System.Net Classes Provides tips and tricks for getting the most out of your Internet applications.
Accessing the Internet Through a Proxy Describes how to configure proxies.
NetworkInformation Describes how to gather information about network events, changes, statistics, and properties and also explains how to determine whether a remote host is reachable by using the System.Net.NetworkInformation.Ping class.
Changes to the System.Uri namespace in Version 2.0 Describes several changes made to the System.Uri class in Version 2.0 to fixed incorrect behavior, enhance usability, and enhance security.
International Resource Identifier Support in System.Uri Describes enhancements to the System.Uri class in Version 3.5, 3.0 SP1, and 2.0 SP1 for International Resource Identifier (IRI) and Internationalized Domain Name (IDN) support.
Socket Performance Enhancements in Version 3.5 Describes a set of enhancements to the System.Net.Sockets.Socket class in Version 3.5, 3.0 SP1, and 2.0 SP1 that provide an alternative asynchronous pattern that can be used by specialized high-performance socket applications.
Peer Name Resolution Protocol Describes support added in Version 3.5 to support the Peer Name Resolution Protocol (PNRP), a serverless and dynamic name registration and name resolution protocol. These new features are supported by the System.Net.PeerToPeer namespace.
Peer-to-Peer Collaboration Describes support added in Version 3.5 to support the Peer-to-Peer Collaboration that builds on PNRP. These new features are supported by the System.Net.PeerToPeer.Collaboration namespace.
Changes to NTLM authentication for HttpWebRequest in Version 3.5 SP1 Describes security changes made in Version 3.5 SP1 that affect how integrated Windows authentication is handled by the System.Net.HttpWebRequest, System.Net.HttpListener, System.Net.Security.NegotiateStream, and related classes in the System.Net namespace.
Integrated Windows Authentication with Extended Protection Describes enhancements for extended protection that affect how integrated Windows authentication is handled by the System.Net.HttpWebRequest, System.Net.HttpListener, System.Net.Mail.SmtpClient, System.Net.Security.SslStream, System.Net.Security.NegotiateStream, and related classes in the System.Net and related namespaces.
NAT Traversal using IPv6 and Teredo Describes enhancements added to the System.Net, System.Net.NetworkInformation, and System.Net.Sockets namespaces to support NAT traversal using IPv6 and Teredo.
Network Isolation for Windows Store Apps Describes the impact of network isolation when classes in the System.Net, System.Net.Http, and System.Net.Http.Headers namespaces are used in Windows 8.x Store apps.
Network Programming Samples Links to downloadable network programming samples that use classes in the System.Net, System.Net.Cache, System.Net.Configuration, System.Net.Mail, System.Net.Mime, System.Net.NetworkInformation, System.Net.PeerToPeer, System.Net.Security, System.Net.Sockets namespaces.
Reference
System.Net Provides a simple programming interface for many of the protocols used on networks today. The System.Net.WebRequest and System.Net.WebResponse classes in this namespace are the basis for pluggable protocols.
System.Net.Cache Defines the types and enumerations used to define cache policies for resources obtained using the System.Net.WebRequest and System.Net.HttpWebRequest classes.
System.Net.Configuration Classes that applications use to programmatically access and update configuration settings for the System.Net namespaces.
System.Net.Http Classes that provides a programming interface for modern HTTP applications.
System.Net.Http.Headers Provides support for collections of HTTP headers used by the System.Net.Http namespace
System.Net.Mail Classes to compose and send mail using the SMTP protocol.
System.Net.Mime Defines types that are used to represent Multipurpose Internet Mail Exchange (MIME) headers used by classes in the System.Net.Mail namespace.
System.Net.NetworkInformation Classes to programmatically gather information about network events, changes, statistics, and properties.
System.Net.PeerToPeer Provides a managed implementation of the Peer Name Resolution Protocol (PNRP) for developers.
System.Net.PeerToPeer.Collaboration Provides a managed implementation of the Peer-to-Peer Collaboration interface for developers.
System.Net.Security Classes to provide network streams for secure communications between hosts.
System.Net.Sockets Provides a managed implementation of the Windows Sockets (Winsock) interface for developers who need to help control access to the network.
System.Net.WebSockets Provides a managed implementation of the WebSocket interface for developers.
System.Uri Provides an object representation of a uniform resource identifier (URI) and easy access to the parts of the URI.
System.Security.Authentication.ExtendedProtection Provides support for authentication using extended protection for applications.
System.Security.Authentication.ExtendedProtection.Configuration Provides support for configuration of authentication using extended protection for applications.
See also
Title: C# Network Programming
Author: Richard Blum Learn the secrets of developing responsive websites capable of interfacing with today's mobile Internet devices Overview On its own, C# simplifies network programming. Combine it with the precise instruction found in C# Network Programming, and you'll find that building network applications is easier and quicker than ever.This book helps newcomers get started with a look at the basics of network programming as they relate to C#, including the language's network classes, the Winsock interface, and DNS resolution. Spend as much time here as you need, then dig into the core topics of the network layer. You'll learn to make sockets connections via TCP and 'connectionless' connections via UDP. You'll also discover just how much help C# gives you with some of your toughest chores, such as asynchronous socket programming, multithreading, and multicasting.
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Network-layer techniques are just a means to an end, of course, and so this book keeps going, providing a series of detailed application-layer programming examples that show you how to work with real protocols and real network environments to build and implement a variety of applications. Use SNMP to manage network devices, SMTP to communicate with remote mail servers, and HTTP to Web-enable your applications. And use classes native to C# to query and modify Active Directory entries.
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