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• • • • * Refer also to the. • • Answers General Starters FAQs With WinDriver I don’t have to program in the kernel mode. So I’m not really creating a driver, am I?

A device driver is a software module that controls hardware. In today’s operating systems, this software module usually resides in the kernel mode (ring 0). However, WinDriver enables you to write this code in the user mode, utilizing our lower-level kernel driver(s), and thus frees you from the need for any driver development knowledge. For a better understanding of the basic WinDriver architecture, refer to the. WinDriver also includes the Kernel PlugIn feature, which allows you to ‘drop’ sections of your user-mode code into the kernel mode for better performance and greater flexibility (for PCI/CardBus/PCMCIA/PCI Express/ISA). Whether the code you develop resides in the user mode or the kernel mode, it is still the code driving the hardware, and therefore it is a driver (but you can call it anything you like ).

Why should I buy WinDriver and not develop a device driver on my own? Using WinDriver, you gain the following benefits: • Cost — Save 90% of the development time. • Reliability — WinDriver has been market tested thoroughly in thousands of applications (see the page for more on this). It has been debugged on almost every platform in the market. Therefore it not only speeds your development time, but cuts your debugging time as well. • Time to market — WinDriver is ready for you today.

Using WinDriver will drastically shorten your development cycle. • Flexibility — WinDriver supports multiple operating systems, such as Windows 10/8.1/Server 2016/Server 2012 R2/8/Server 2012/7/Server 2008 R2/Server 2008/Server 2003/XP, Embedded Windows 10/8.1/8/7, Windows CE/Mobile, and Linux (depending on the version you are using) — so even if you only need your driver on one platform today, using WinDriver gives you the flexibility of running under any platform tomorrow. (Please refer to for a list of the supported operating systems for each type of hardware — PCI/ISA/USB). • Stability — WinDriver keeps you away from the OS kernel.

While our pre-written kernel module is doing all the transactions with your hardware, you write your code in the protected application mode. This way you get a kernel mode driver (written by our experienced developers), which was tested on practically any OS/platform/BIOS combination available and was found rock stable. Must I have experience in device driver or kernel programming? With WinDriver, you are coding your device driver in the user mode. WinDriver already provides you with the low-level kernel mode driver, which implements the WinDriver API (see the WinDriver architecture overview in the ). You can, therefore, use your favorite development environment to program and debug your driver, in the user mode, thereby drastically decreasing your device driver development time. Recommended development steps: • Start DriverWizard — WinDriver/wizard/wdwizard (or /Applications/wdwizard.app on Mac OS X — in WinDriver versions that support this OS).

On Windows, you can also run the DriverWizard using the shortcut icon on your desktop, or from Windows’ Start menu: Start --> Programs --> WinDriver --> DriverWizard. • Use the graphical DriverWizard to easily diagnose your hardware, without writing a single line of code. For PCI/ISA — read/write the hardware resources (memory/IO/registers) and listen to interrupts.