java or .NET which is better for future:-

              What in the world is going on in the marketplace? Technology is shifting so fast that it is every now and then a little difficult to inform what is happening.
It wasn't too lengthy ago that functions were designed, developed, and deployed on a single machine. For these of you that can remember the early days of the private computer era, matters like dbase, FoxBASE, and the like might ring a bell. Everything ran on the identical machine — the person interface, the business rules, and the database services.

Let's take a short day trip back to the past.

Then alongside came nearby area networks, which ushered in the generation of client server applications. Now the user interface and the enterprise rules sat on the PC and dispatched requests to a client-server DBMS such as Oracle or SQL Server, while on the server side, documents were processed and outcomes were again to the client.
As LANs matured and their reliability improved, application improvement went through but another evolution, namely, the creation of 3-tier architecture. This transformation resulted in the user interface, enterprise rules, and data offerings each turning into its own independent logical element in the utility architecture. The physical world may also have implemented every element on a separate machine, however that was now not required.
The main benefit of the 3-tier model is that commercial enterprise logic should now be broken up into components, the place they could be used now not only in one however many applications. Additionally, changes to enterprise logic in the server did now not require the calling party or purchaser to change at all. In different words, the details of the implementation of commercial enterprise logic or the characteristic is not important, as lengthy as the way it is called and the kind of information that it returns do now not change. Let's face it, the world is changing rapidly and we need to be capable to adjust except having to re-deploy.
Of course, the initial implementation of the 3-tier mannequin (later to become the n-tier) used to be primarily on frequent machines and operating structures such as Intel, Windows, and Unix. Vendors each supported their very own brand of components. Microsoft supported COM, accompanied by DCOM. IBM promoted CORBA, and Sun touted RMI. Each of these center tier component flavors was once proprietary and did not furnish for inter-operability and communication amongst disparate pieces. In order for a Microsoft application to speak with a CORBA component every other piece of software was once required for translation. The same used to be true for apps attempting to communicate with DCOM objects as well.
All of this made it tough for diverse structures to talk to one another, developing an increasingly giant problem, as Internet business-to business applications grew to be the focus. The web, a relatively current addition to the overall IT architecture, has dramatically modified the way we look at utility development and correspondingly the deployment of related services.
If you log on to Land's End, for example, it's not not going that the underlying application will have to make use of components developed with the aid of a number of different parties such as AMEX, MasterCard, Visa, UPS, FedEx, alongside with a host of internal structures to provide the complete consumer buying experience.
Sun, with it's Java language, was in the proper place at the proper time. Java's ability to be compiled to byte code and run on any desktop that had a Java Virtual Machine gave it portability. The fact that it was once designed to be totally object oriented, goal web-based applications, and observe safety issues related with distributed apps gave it terrific appeal to company clients.

Visual Basic, on the other hand, earned its stripes in the Windows-based utility development world. It's effortless to develop apps that leveraged the Window's Operating System, and as it VB advanced it took on more and extra features that made it more and more object oriented, capable of developing reusable COM/DCOM objects, and a viable device for web-based applications. Today, Microsoft claims that there are more than three million Visual Basic programmers in the world.

Introduced in 1991, Visual Basic has gone thru 6 versions. Each one increased power, features, flexibility, and capability, main up to two major programming languages — Java and Visual Basic, with every camp feeling that their product is better.

The fact is that language is now not truly the key. The winner will be the framework/platform that permits the design, development, and deployment of applications and takes benefit of services or aspects distributed at some point of the web.

With the pending release of the subsequent version of Visual Studio (of which VB is a part), Microsoft has determined to radically change the way that their language suite works. The subsequent version of Visual Studio will be referred to as Visual Studio.NET or .NET, and the next model of Visual Basic will be titled VB.NET. There are many new features and capabilities, however in my opinion, there are two major adjustments that will move Microsoft to the middle stage.

First, VS.NET will be a common improvement environment into which C#, C++, and VB alongside with about 14 other non-Microsoft languages will connect. Language will be a depend of preference. This is largely due to the reality that they will all compile down to the identical level through utilizing a frequent run-time module. In addition, they will all share the same category libraries. What this means is that an software comprised of components and offerings can be developed by a crew of developers in countless different languages with the assurance that it will all work together.

If one have been to look closely, one should see that the general structure that makes Java so popular is that the output of the compiler is no longer necessarily tied to the chip set or running system. It would not shock me if Microsoft made the run-time module, which is similar in nature to the Java Virtual Machine, on hand to the standards committees to be ported to different platforms. If this were to happen, VS.NET and VB.NET may want to take a major jump forward in the language race.
The 2nd major tournament that parallels the introduction of VS.NET is the advent of SOAP. Remember our preceding discussion regarding different sorts of components attempting to work with each other? SOAP or Simple Object Access Protocol, is an open fashionable based on XML or Extensible Markup Language, that IBM, Sun, and Microsoft have agreed upon now makes it feasible for components, developed with competing standards, to communicate. XML is used to describe the underlying elements of a classification including the methods, related arguments, and return values. While SOAP on the other hand, describes the interface together with the path to the XML document. This will get rid of a significant impediment to inter-operability in building purposes using disbursed web-services.
To summarize, Java and Visual Basic are currently in sturdy competition with one another. A latest check with ComputerJobs.Com indicates that jobs requiring Java, Visual Basic, and C++, the distribution is 55%, 35%, and 10%. With VS.NET/VB.NET, SOAP, and the freedom to choose language impartial of platform, one can expect this distribution to shift from Java to non-Java languages. In fact, with VS.NET internet hosting almost 20 extraordinary programming languages (including a Java implementation from Rational) and compiling to a common byte-code level, private preference will sincerely rule the day.

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