Monday, December 3, 2012

Important Shifting Trends in Java Architecture

By Jeff Sanders


Although it feels too early, there appears to be a real modification in the way the Java technology is going to be used soon. Cloud is where the future lies and it is implausible that any other technology can surpass cloud, judging by the tempo at which it is heading. Java is the chosen technology for cloud application architects who spend a good deal of time trying to create frameworks that are not only resourceful but also inexpensive when executed. All this has altered a few well-known trends in Java programming and if your Java training class mentor has not introduced you to them, this article will.

Pervasive Frameworks

One of the reasons that application developers prefer working with frameworks is their adaptability. Once they draft a fundamental framework in general, it can be reused in all other apps which will be built later. There are other effects of using this methodology. It not only increases productiveness of the app architects but also lowers expenses.

Even if the framework is designed for an app that belongs to a specific category, that framework can be used when a different app is developed in that specific realm. This is one of the reasons why all developers of present day prefer working with frameworks than developing apps from ground up, contrary to how it was developed formerly.

Data Explosion

Though not enough data is a large problem, surfeit data is a larger dilemma. That is exactly what current day Java engineers have to deal with. A study which was carried out by EMC confirmed that data is increasing exponentially by the day and at present, it is near to a couple of Zettabytes. Apps ought to consider all this data when they are being created. The sheer extent of Zettabyte is way over the RDBMS concept based storage. This is another evolving trend in Java.

Cloud Economics

The model of a file on a cloud is totally unique from your normal storage servers. While Java architects and architects were attuned to work with standard servers, the transition to cloud based storage space and platform may force them to rethink their frameworks and additional associated logistics of app expansion. While the variation is not anything critical, the performance of the app might rely on how efficiently the data transfer happens, which is crucial for the performance of the app. This is a further important trend that app engineers have to keep in mind.




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