Use The Best OS Simulator
A vast majority of computer users today want to use the best operating system simulators. They keep on experimenting with OS simulators either for curiosity or to stay updated with the latest OS offerings. There are times when individuals test a webpage in various browsers on various platforms in order to check whether it works or not. If you fall in the same category then it is likely you have come across OS simulator options that are free and open source. However, it is essential to ascertain that you are joining hands with an appropriate service provider. Simply put, an OS simulator offers support for setting up applications by replicating the host computer software/hardware. Frequently it also acts as a virtualization platform for the developers. However, not every tester or developer might have access to the authentic OS licenses and the hardware. This is the reason why end users need to be cautious when they plan to upgrade OS simulators and opt for the ones that provide a better simulation environment. Benefits of OS simulation as Virtualized Testing Platform There are several reasons for resorting to an operation system simulation. OS simulators introduced by modern day service providers offer scope to simulate, run and test an overall system of C/C++ applications, setup for Linux/POSIX, micro-ITRON, pSOS, Windows, VxWorks and Nucleus on a host computer for the target OS. It further enables applications to leverage potent resources such as the drivers, memory, CPU, tools and middleware on the host platform so that application testing can take place before the target components are ready. Few advantages when OS simulation is used as a virtualized testing platform include the following: * The OS Simulators enables in modular testing * Helps to break down the modules in different processes with individual heap memory * Has the capacity to set up the lower level communication apparatus across the molecules that are utilizing “user shared tiered” memory pools * Helps in a dynamic loading of molecules from a module through a prompt command * Makes it easy and simple to test and simulate the low level hardware interface either through a device driver process or on a shared memory * The system simulation enables any standalone application as a completely independent process and can be designed to operate on a single core under SMP * OS simulators also enables interdependent multiple applications as separate processes, that can communicate and share resources that are not private Therefore, the new age OS simulators available today can be utilized as a virtualized test bench for any complicated embedded applications. Related Links: ada to c, cross-platform development in c