Windows DNA is widely accepted for manufacturing, a technical architecture designed to bring software integration to manufacturing environments .It is a marketing name for a collection of (Microsoft) technologies that enable the Windows platform and the Internet to work together .“Windows DNA is essentially a ‘blueprint’ that enables corporate developers and independent software vendors (ISVs) to design and build distributed business applications using technologies that are inherent to the Windows platform”. “It consists of a conceptual model and a series of guidelines to help developers make the right choices when creating new software applications”.
.Few years ago, the process of developing programs used by one person on one computer was relatively straightforward. By contrast, some of today’s most powerful applications support thousands of simultaneous users, need to run 24 hours a day, and must be accessible from a wide variety of devices i.e. from laptop computers to high-performance workstations. To meet these demanding requirements, application developers need adequate planning tools and guidance on how to incorporate the appropriate technologies and finally Windows DNA architecture envelope to addresses this need.
Few principal technologies that DNA comprises are ActiveX, Dynamic HTML (DHTML) and COM. Windows DNA has been largely superseded by the Microsoft .NET Framework. Microsoft added internet features into the operating system using Component Object Model(COM ) Applications based on Windows DNA. to support Web base application including Internet Explorer and the Office suite of applications. It is developed primarily for the purpose of the businesses, from small companies to large enterprise organizations or company.
Microsoft Windows Distributed internet Applications Architecture (Windows DNA) is Microsoft's framework for building a new generation of highly adaptable business solutions that enable companies to fully exploit the benefits of the Digital Nervous System. Windows DNA is the first application architecture to fully embrace and integrate the Internet, client/server, and PC models of computing for a new class of distributed computing solutions. Using the Windows DNA model, customers can build modern, scalable, multipurpose business applications that can be delivered over any network.
In conclusion:
1. Windows DNA is faster and easier to build distributed applications by providing a component object model, extensive prebuilt application services.
2.It also provides many choice of programming language and tools support.
3. Windows DNA helps to design and build multi-tier client/server applications.
4. DNA is ideal for distributed applications.
5. Windows DNA application are Platform independent .
6. DNA applications provide full transactional processing support.
7.DNA can be used to create applications that are fault tolerant.
If you want to get more information click here and comment below.
