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The QP active object frameworks allow you to build highly modular, well structured, responsive, multithreaded Windows applications based on the concept of active objects (a.k.a. Actors) and hierarchical state machines. In this use case, QP complements Windows by providing the high-level structure, while Windows API renders the GUI and provides various services. Also, the QP port to Windows enables developers to build efficient, multithreaded Windows applications at a much higher level than Win32 threads and without fiddling directly with the troublesome low-level mechanisms such as Win32 critical sections, Win32 event objects, etc.
The QP port to Windows gets especially attractive if you consider using the QM™ modeling tool for designing QP applications graphically and generating code automatically.
The second compelling reason for using QP on Windows is rapid prototyping (virtual prototyping), simulation, and testing of deeply embedded software on the desktop, including building realistic user interfaces consisting of buttons, LEDs, and LCD displays (both segmented and graphic). Moving embedded software development from an embedded target to the desktop eliminates the target system bottleneck and dramatically shortens the development time while improving the quality of the software. The Windows-based desktop systems often make excellent platforms to develop, test, and debug embedded applications. The QP-Win32 port has been specifically designed to provide a complete toolkit with all the needed graphical components tested with the powerful free tools (such as the free Visual C++ Express and the free ResEdit resource editor).
|QDK™||QP™ Version||IDE/Compiler||Application Note||Download|
|QDK-C/Win32||QP/C 5.1.1||Visual Studio Express/
|QP and Win32 (Windows) (1.5MB PDF)||QP/C Baseline
|QDK-C++/Win32||QP/C++ 5.1.1||Visual Studio Express/
|QP and Win32 (Windows) (1.5MB PDF)||QP/C++ Baseline
|QDK-nano/Win32||QP-nano 5.1.1||Visual Studio Express/
|QP and Win32 (Windows) (1.5MB PDF)||QP-nano Baseline
Last updated: March 02, 2015