Microsoft .NET Framework 4.6 RC [MultiPL]

Microsoft .NET Framework - a software platform released by Microsoft in 2002. The basis of the platform is the runtime Common Language Runtime (CLR), capable of performing as a regular program and Web server applications. .NET Framework supports the creation of programs written in different programming languages. The platform is necessary for the installation and correct operation of many programs, so users need.
Version of the Microsoft .NET Framework 4.6 RC is performed on-site upgrade version Microsoft .NET Framework 4, Microsoft .NET Framework 4.5, Microsoft .NET Framework 4.5.1, and Microsoft .NET Framework 4.5.2 is characterized by a high degree of compatibility. These packages can be used for Windows Vista Service Pack 2 (SP2), Windows 7 Service Pack 1 (SP1), Windows 8, Windows Server 2008 with Service Pack 2 (SP2), Windows Server 2008 R2 Service Pack 1 (SP1) , Windows 8.1 and Windows Server 2012 R2.

Development environment .NET-applications:
Microsoft Visual Studio (C #, Visual Basic .NET, Managed C ++),
SharpDevelop,
MonoDevelop,
Eclipse,
Borland Developer Studio (Delphi for .NET, C #),
PascalABC.NET and so on. D.

Applications can also be developed in a text editor and use the console compiler.

Like the technology Java, .NET development environment creates a byte-code designed to perform virtual machine. The input language of this machine is called .NET MSIL (Microsoft Intermediate Language), or CIL (Common Intermediate Language, a later version), or simply IL. Application bytecode allows to obtain cross-platform level compiled project (in terms of .NET: assembly) and not only on the level of source code, such as, for example, in C. Before starting to build runtime CLR byte code is converted in an integrated environment JIT -kompilyatorom (just in time, a compilation on the fly) into machine code of the target processor. It is also possible to compile an assembly to native (native) code for selected platforms using the supplied together with the .NET Framework tools NGen.exe.

It should be noted that one of the first JIT-compiler for Java has also been developed by Microsoft. Modern technology allows dynamic compilation to achieve the level of performance similar to the traditional "static" compilers (eg, C ++), and the question of performance often depends on the quality of a compiler.

What's New in the .NET Framework 4.6:
Base class library changes
Many new APIs have been added around the framework to enable key scenarios. You will notice the following changes and additions:
Additional collections implement ReadOnlyCollection such as Queue and Stack.
Additional members support the task-based asynchronous pattern (TAP) such as Task.CompletedTask and NamedPipeClientStream.ConnectAsync.
The CultureInfo.CurrentCulture and CultureInfo.CurrentUICulture properties are now read-write rather than read-only. If you assign a new CultureInfo object to these properties, the current thread culture defined by the Thread.CurrentThread.CurrentCulture property and the current UI thread culture defined by the Thread.CurrentThread, CurrentUICulture properties also change.

64-bit JIT compiler for managed code
This release includes a new version of the 64-bit JIT compiler, which provides significant performance improvements over the existing 64-bit JIT compiler.
.NET Native
Windows Store apps written in C # that target the .NET Framework can now take advantage of a new technology that compiles apps to native code rather than IL. They produce apps characterized by faster startup and execution times. For more information, see Compiling Apps with .NET Native. For an overview of .NET Native that examines how it differs from both JIT compilation and NGEN and what that means for your code.
You can compile your apps to native code by configuring your project in Visual Studio.
To support debugging .NET Native apps, a number of new interfaces and enumerations have been added to the unmanaged debugging API.
ASP.NET 5
ASP.NET 5 is a lean .NET platform for building modern cloud-based apps. The platform is modular so you can include only those features that are needed in your application. It can be hosted on IIS or self-hosted in a custom process, and you can run apps with different versions of the framework on the same server. It includes a new environment configuration system that is designed for cloud deployment.
MVC, Web API, and Web Pages are unified into a single framework called MVC 6. You build ASP.NET 5 apps through the new tools in Visual Studio 14. Your existing applications will work on the new .NET framework; however to build an app that uses MVC 6 or SignalR 3, you must use the project system in Visual Studio 14.
Resizing in Windows Forms controls.
This feature has been expanded to include the DomainUpDown, NumericUpDown, DataGridViewComboBoxColumn, DataGridViewColumn and ToolStripSplitButton types.
This is an opt-in feature. To enable it, set the EnableWindowsFormsHighDpiAutoResizing element to true in the application configuration (app.config) file:

Support for code page encodings
.NET Core primarily supports the Unicode encodings and by default provides limited support for code page encodings. You can add support for code page encodings available in the .NET Framework but unsupported in .NET Core by registering code page encodings with the Encoding.RegisterProvider method.
Improvements to event tracing
An EventSource object can now be constructed directly and you can call one of the Write``1 methods to emit a self-describing event.
Open-source .NET Framework packages
Some great .NET packages such as the Immutable Collections and SIMD APIs are now available, open source, on GitHub.

The system:
Windows Vista Service Pack 2 (SP2) (x86 and x64)
Windows 7 Service Pack 1 (SP1) (x86 and x64)
Windows 8 (x86 and x64)
Windows Server 2008 R2 Service Pack 1 (SP1) (x64)
Windows Server 2008 SP2 (x86 and x64)
Windows Server 2012 (x64)
Windows 8.1
R2 2012 Windows Server

• Pobierz folder
• Zachomikuj folder