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GPL-only Ports of Quantum Platform (QP)
 
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 LICENSING NOTE

All contributions available for download from this HTML page are licensed exclusively under the terms of the GNU General Public License (GPL) version 2 as published by the Free Software Foundation.

EVEN THOUGH THE CONTRIBUTIONS ARE BASED ON THE QUANTUM LEAPS SOFTWARE, QUANTUM LEAPS, LLC HAS NO COMPLETE OWNERSHIP OF THE CONTRIBUTIONS AND THEREFORE CANNOT OFFER THE COMMERCIAL LICENSING OPTION (DUAL LICENSING).



GPL-only Ports of Quantum Platform (QP)

QP state machine frameworks for Lua Hierarchical State Machines for Lua  Miros is a module that implements a Hierarchical State Machine (HSM) class in the Lua programming language. This implementation closely follows an older C/C++ implementation published in the August 2000 edition of the Embedded Systems Programming magazine (now Embedded Systems Design) by Miro Samek and Paul Montgomery under the title "State Oriented Programming". The Lua implementation has been contributed by Tom Schmit from Honeywell.
 
qf4net Quantum Framework for .NET (C#)  Dr. Rainer Hessmer's website describes qf4net an open-source version of the C# port of Miro Samek's implementation of a hierarchical state machine and his Quantum Framework for active objects...
 
QP state machine frameworks for Ruby QEP for Ruby  The QEP for Ruby is a port of QEP v2.6.00 to Ruby (the QEP version published in the PSiCC book). The port has been contributed by Chuck Remes.
 
QP state machine frameworks for Java Quantum Framework in Java (qFJ)  The Quantum Framework for Java (qFJ) is a port of Miro Samek's Quantum Framework in C/C++. qFJ consists of heirarchical statecharts, active objects, and the framework to tie it all together...
 
QP state machine frameworks for AVR Ned Konz has developed a port of QP v3.1.xx to the AVR micro from Atmel. The compiler used is the AVR-gcc. The example programs have been ported to the Olimex AVR-MT-128-A development board. The port is distributed in a ZIP file protected with the password "GPL" (no quotes).
QP state machine frameworks for AVR
Phillip Soltan has developed a controller for an aquaponic system QP/C application based on Atmel ATmega128.
 
 

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Version: October 27, 2008