Open Source Windows Hardware Platforms - Page 36

C++ Runtime Library for Windows Kernel Device Drivers. This provides basic support for the use of C++ in kernel mode drivers, when using the Microsoft WDK.

"KMI Comm. Bus Mediator" ("kmicommbusmediator") The project "kmicommbusmediator" provides connectivity for the "Raspberry Pi 4 Model B" and "Raspberry Pi 5" to the "PPG Communication Bus" which is used by PPG devices such as the "Wave 2.2", "Wave 2.3", "EVU", "PRK", "Waveterm A", "Waveterm B". "kmicommbusmediator" contains hardware and software components: * "kmicommbusmediator-HW": "Comm. Bus" hardware-interface * "CBMEDIBIOS": firmware for "kmicommbusmediator-HW" * "cbmedimonitor": control tool for "Raspberry Pi" Utilities: "wtafloppylist", "wtbfloppylist", ... Copyright (C) 2022-2026 by Klaus Michael Indlekofer. All rights reserved. Note: Special restrictions apply. See disclaimers below and within the distribution. (We are not affiliated in any way with companies/persons mentioned on this page. All brand names and trademarks are property of their respective owners. The author is not affiliated with PPG. "kmicommbusmediator" is not a product by PPG.)

"KMI Wave-RAM" ("kmiwaveram") "kmiwaveram" contains a "Wave-RAM" of 8 banks of 16K sample words of 16bit each, which can possibly be used in a PPG synthesizer such as the "Wave 2.2", "Wave 2.3", or "EVU". For sample-transfer, "kmiwaveram" has a USB interface and an optional "PPG Communication Bus" interface. On a "CommBusTerm" system, the tools "cbmedimonitor" and "WaveProgEdit" can be used for "fast" sample-transfer to "kmiwaveram" via USB. "kmiwaveram" contains hardware and software components: * "kmiwaveram-HW": "KMI Wave-RAM" hardware * "KMIWAVERAMBIOS": firmware for "kmiwaveram-HW" Copyright (C) 2026 by Klaus Michael Indlekofer. All rights reserved. Note: Special restrictions apply. See disclaimers below and within the distribution. (We are not affiliated in any way with companies/persons mentioned on this page. All brand names and trademarks are property of their respective owners. The author is not affiliated with PPG. "kmiwaveram" is not a product by PPG.)

This library allows you to control a PMS (Particle Measuring Systems) Lasair II air particles counter. You can either use a COM component from several programming languages (Visual Basic, ...) or directly use its underlying Python class.

legOS is an alternative software environment for the Lego Mindstorms Robotic Invention System. The intent is to allow developers to write C and/or C++ code for the RIS platform.

Uma API de C++ multi-plataforma que fornece fácil acesso à porta paralela. Com ela o desenvolvedor não se preocupa com inversões de bits e como o sistema lida com a porta. English: A C++ API for using the PC parallel port written in BR Portuguese

control cd organizer devices with a plugin-based architecture. Currently supports Dacal DC-300 and KDS CDM-751

libcpuid provides CPU identification for the x86. It wraps the CPUID and RDTSC instructions in a portable manner and provides a lot of technical info about the processor, such as vendor, core codename, features/instruction sets, cache sizes, and more.

OpenSource driver for USB displays, based on the DisplayLink chips.

Library for handling XBee / XBee-PRO RF modules. The library is written in C and supports the following platforms: Linux (x86, MIPSel), Windows (x86), AT91 SAM7 microcontrollers.

liblabpro is a cross-platform C library for controlling and collecting data from Vernier LabPro devices. It is currently in an early work-in-progress stage and is not affiliated with Vernier in any way. As a test case, it also includes a basic program, labpro-console, for communicating with a LabPro using its plaintext command system.

CDR/CDRwriter tools, incl. _forked_ version of cdrDAO117, incl. _forked_ version of Schilly scsi-library of cdrtools20.

logicAlloy ALE is RFID-EPC compliant RFID middleware. ALE collects and processes RFID tag data from RFID readers, then pushes RFID data to ERP apps. For more info on ALE, RFID and RFID tools, see www.logicalloy.com. logicAlloy - RFID made easy

The “lpACLib” library contains the VHDL description of accurate and approximate versions of several arithmetic modules (like adders and multiplier of different bit-widths) and accelerators. Moreover, it also provides the corresponding software behavioral models/implementations developed in C and MATLAB to enable quality characterization. Besides our novel designs, it also contains implementations for several state-of-the-art arithmetic modules and their approximate versions. This open-source library facilitates research and development in approximate computing at higher abstraction levels, and to facilitate reproducible research and comparisons. In case of usage, please refer to our publication: Muhammad Shafique, Rehan Hafiz, Semeen Rehman, Walaa El-Harouni, Jörg Henkel, "Cross-Layer Approximate Computing: From Logic to Architectures", Design Automation Conference (DAC), 2016. Contributors: Authors, Vanshika Baoni, M. Abdullah Hanif http://ces.itec.kit.edu/lpACLib.php

lsperf is an utility listing performance of various computer components.

m4-la is a Logic Analyzer written in VHDL for the Xilinx ML403 Development board featuring the Virtex4 FPGA. The user interface is written in C for Windows32 based platforms. Xilinx ISE and EDK tools compile the VHDL and MS Visual Studio compiles the UI.

Mantis Robotic project consists of an open-source sets of reusable C/C++ libraries for manipulation of diverse kinds of robots, mostly for educational purposes and hobbies.

microTone Module is analog interface to connect microcontrollers or digital logic systems with PCs. This interface use PC sound card’s audio output terminal to send commands to external hardware systems.

Note: The project has moved to https://github.com/pyhys/minimalmodbus The files available here are very old, download from Github instead. MinimalModbus is an easy-to-use Python module for talking to instruments (slaves) from a computer (master) using the Modbus protocol, and is intended to be running on the master. Example code includes drivers for Eurotherm and Omega process controllers. The only dependence is the pySerial module (also pure Python). This software supports the ‘Modbus RTU’ and ‘Modbus ASCII’ serial communication versions of the protocol, and is intended for use on Linux, OS X and Windows platforms. It is open source, and has the Apache License, Version 2.0.

Muve is a perl script for moving predefined sets of files to an mp3 player with a single command. It is designed for the Creative Muvo series, but will most probably work for others as well.

MWCtrl is a Java application designed to control a microwave dish connected to an Opto22 Ethernet Brain. The application was written for Linux using a touch screen (optional), but also runs on Windows & Mac OSX.

The aim of the myPod project is to provide an platform independed application to have fun with an Apple iPod. myPod helps you to manage your music and to synchronize clips and playlists to your iPod.

4Port USB2.0 controller (Arduino Nano) which you can connect/disconnect ports using remote software application. Ideal for Astronomy solutions such as focusers, cameras CCD, filters etc. Windows application provided for remote control. (c) Copyright Robert Brown 2014-2020. All Rights Reserved. Permission is granted for personal and Academic use only. Code or portions of code may not be copied or used without appropriate credit given to author.

This project experiments with C language to discover and design a programmable guitar amplifier effects micro controller computer section of a tube and solid state designed guitar amp. This a collaboration electronics project with my son. The goal of this project is to use Arduino hardware with C language programming to manipulate the guitar signal by various effects of phaser, flanger, reverb, digital delay and echo, and tremelo. Also, the signals of two microphones, two guitars, and one mp3 device will be inputted into and passed through two 3-band programmable equalizers. All of the processed signals will pass through and be amplified by a clean master volume controlled power amp. The digital effects will be toggled by means of a floor panel controlled by digital foot switch controller communication with the Arduino hardware via a digital cable. Also, the preamp signal can be alternatively connected to a separate power amp.