.NET framework

(redirected from .NET Framework 4.0)

.NET framework

(language, tool, library)
A software development and execution environment designed by Microsoft as a direct competitor to Java. .NET framework should not be confused with Microsoft's past labeling of a line of products as ".NET".

.NET simplifies interoperability between languages and machines on Microsoft Windows especially, although not specifically, for web based services. Essentially the .NET framework consists of the CLR (common language runtime), CTS (common type system), CLS (common language system), and IL (intermediate language).

The CLR consists of a number of resources provided to .NET applications such as the security model, type system and .NET classes (c.f. Java classes). The CTS is the range of all types that .NET understands although it is not necessarily the case that a .NET program will understand all of these types. The CLS however is a subset of the CTS which all .NET languages must support: any two .NET languages can interoperate via. the CLS.

All .NET languages are at some stage compiled into the IL, a byte-code like language. However unlike a standard Java run time environment, the IL is converted to machine code either upon installation of the software or at run time by a just in time compiler (JIT). The IL is not interpretted.

.NET's main weakness is that Microsoft have ignored the Unix and mainframe environments, effectively ruling .NET out of use in many enterprise environments. However there is Mono - an open source .NET framework for Unix}.

.NET was based on research by Steven Lucco on a product called OmniVM, sold by Colusa software. Attracted to OmniVM since VB and C/C++ environments were already available, Microsoft bought Colusa in 1996. Microsoft provides .NET compilers for C#, C++, VB, and Jscript.

.NET Framework

An application software platform from Microsoft, introduced in 2002 and commonly called "dot net." The .NET platform was initially developed for Windows but has been ported to other operating systems (see Mono).

A Bytecode Language
Like Java, .NET is an intermediate bytecode language that requires a runtime interpreter in the computer to execute. .NET compilers generate Microsoft Intermediate Language (MSIL) that is executed by the .NET Common Language Runtime engine (see CLR). SOAP-based Web services and Microsoft's legacy Component Object Model (COM) are supported. See SOAP and COM.

Programming Languages
The primary .NET languages are C# (C Sharp), J# (J Sharp), Managed C++, JScript.NET and Visual Basic.NET. Non-Microsoft languages are supported in the European version of .NET (see CLI) as well as the cross platform version (see Mono). See C#, J#, CLI and .NET Framework Client Profile).


.NET Framework Interfaces



See WPF, Windows Communication Foundation, Windows Workflow Foundation and Windows CardSpace.
References in periodicals archive ?
they make use of microsoft .Net framework 4.0. in addition, some aspose libraries are also used for document generation.
The server also requires .NET Framework 4.0. According to the requirements of your network, the company provides different license types to supply you in the most efficient way.
The server also requires .NET Framework 4.0. According to the requirements of the network, different license types are provide to supply users in the most efficient way.
It supports .Net framework 4.0. MfsSliding module is designed to work with DNN 5.5.1 and higher versions.
If execution time of algorithms which were used in (Kouril & Zelinka, 2010) and implemented in Wolfram Mathematica is compared to algorithms implemented in F# language and .NET Framework 4.0, the latter is significantly faster.
Use of the book requires the .NET Framework 4.0 and Windows; the Windows Software Development Kit and Visual Studio 2010 are also recommended.
This book/CD-ROM tutorial provides step-by-step directions and b&w screenshots for building applications with Visual C# 2010 and .NET Framework 4.0. Programming skills are required, but the book does not require prior knowledge of object-oriented programming.