Time Simulator: Automate Virtual Clock Changes While Testing | Virtualized Clocks: The Fastest Way To Systematically Test Applications Through Time
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Virtualized Clocks: the Fastest Way to Test Applications Through Time

It has always been hard to code your apps and software with the right utility, especially where time is concerned. Time has already given its fair share of problems to philosophy and science, and it has brought its character into coding too.
Usually, apps which need a virtual clock to work with getting bugged because of the lack of order. We’ve made a small attempt at fixing this problem.

What Is Time Virtualization?

Time virtualization refers to virtue by which a system clock disintegrates into a number of smaller clocks which are independent of each other. This helps app developers add the dimension of time to their applications if need be.
For example, if an app wants to keep track of bill payments of a few customers, it needs to utilize different clocks for each customer. Here is where time virtualization steps in.
Time virtualization is a utility backed by almost every huge software or hardware giant. With IBM funding heavily into time virtualization research in the 1970s-1980s, time virtualization has earned respect in the developing community.
The possibilities of using time virtualization are endless. It has already proven to give a huge boost to productivity while saving hardware and software costs while applied in a proper way.

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Advantage To Software

With time virtualization, the running of software is way more smooth than otherwise. One would probably run into at least a dozen of bugs if it weren’t for utilities applying time virtualization. Here are a few advantages of applying time virtualization.
1.    It has been a fundamental concept applied by SAP users worldwide.
2.    It has time and again proven itself during Migration testing and Regression testing.
3.    It is a heavy catalyst in saving both time and budget.
4.    Most of the well-established software by tech giants make use of this utility. For example, the various clocks you can get in your Windows operating system is probably due to time virtualization (unless the developers want to choose a harder path, of course).
5.    It reduces the risk of application failure, thus reducing the development headache.

Advantage to Hardware


If the advantage to software isn’t enough for avid and eager developers to lap this technology up, time virtualization has proven to be a God sent gift to hardware as well. Here are some ways by which time virtualization aids hardware:
1.    Time virtualization eases the load applied on hardware when heavy applications are tested. As many clocks are used, the hardware has less software to wade through together, and hence it can relieve itself of some stress.
2.    It reduces budget and hardware costs as you can work your way around faster and easier where software is concerned.

3.    Because you virtualize the system clock, you get as many virtual “system clocks” as you need without having to buy additional servers.

Time virtualization has been a huge boon to the developing community since ages to come, finding takers among notable developers in huge companies. With almost every banking system, operating system and some other active directories applying this amazing utility, we simply can’t praise time virtualization too much.

This page is about: Introduction to time virtualization, Introduction to virtualization pdf, Introduction to virtualization ppt, Introduction to virtualization and virtual machine in cloud computing and servers, Software testing, Regression tests, Time zone offset