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Programs written in C#, Visual Basic.NET, C++/CLI and other .NET languages require the .NET Framework. It has many libraries (one of them is mscorlib.dll – Multilanguage Standard Common Object Runtime Library, formerly Microsoft Common Object Runtime Library [20]) and so-called assemblies (e.g. System.Windows.Forms.dll).
Apps created with .NET Framework or .NET run in a software environment known as the Common Language Runtime (CLR), [1] an application virtual machine that provides services such as security, memory management, and exception handling. The framework includes a large class library called Framework Class Library (FCL).
Each application block addresses a specific cross-cutting concern and provides highly configurable features, which results in higher developer productivity. The Application Blocks in Enterprise Library are designed to be as agnostic as possible to the application architecture, for example the Logging Application Block may be used equally in a web, smart client or service-oriented application.
Because this tool produces C# source code rather than a compiled dll the user is free to make any changes necessary to the code before use. So the ambiguity problem is solved by the application picking one particular .NET type to use in the P/Invoke method signature and if necessary the user can change this to the required type.
DLL hell is an umbrella term for the complications that arise when one works with dynamic-link libraries (DLLs) used with older Microsoft Windows operating systems, [1] particularly legacy 16-bit editions, which all run in a single memory space.
The Global Assembly Cache (GAC) is a machine-wide CLI assembly cache for the Common Language Infrastructure (CLI) in Microsoft's .NET Framework. The approach of having a specially controlled central repository addresses the flaws [citation needed] in the shared library concept and helps to avoid pitfalls of other solutions that led to drawbacks like DLL hell.
It supports constructs with corresponding constructs in the .NET framework: classes, methods, properties, delegates, and events. One of the major additions to WinRT relative to COM is the cross-application binary interface (ABI), .NET-style generics. Only interfaces and delegates can be generic, runtime classes and methods in them can't.
Component Object Model (COM) is a binary-interface technology for software components from Microsoft that enables using objects in a language-neutral way between different programming languages, programming contexts, processes and machines.