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A C# .NET app to download or capture data from several medical device interfaces such as Datex AS3 S/5 Anesthesia, Philips Intellivue, GE Dash, Mindray HL7, Spacelabs, Draeger Infinity, Draeger HL7 patient monitors, GE Engstrom, Draeger (MedibusX), Maquet (Servo-i, Servo-U & Flow-i), Puritan Bennett ventilators, Covidien BIS Vista cerebral monitor, Fresenius Agilia, Alaris Carefusion, BBraun Spacecom syringe and volumetric pumps, Roche Cobas ASTM ABG analyzers. Requires Visual Studio 2022, .NET 8 or Visual Studio for Mac to compile. Support for capture from other monitors is planned in future.

Develop your app in Lua language and export it to most popular platforms, from desktop PC and Mac to mobile (Android, iOS, Windows Phone) and even Web. While Gideros is mainly dedicated to game development, it is also a good fit for professional apps. Code once, run everywhere! Intro documentation: http://docs.giderosmobile.com/ Reference documentation: http://docs.giderosmobile.com/reference/ Forum: http://giderosmobile.com/forum Full source code: https://github.com/gideros/gideros

This toolchain made from following blog: http://yasriady.blogspot.co.id/2015/10/how-to-build-wxwidgets-for-raspberry-pi.html -------------OBSOLETE ---------- please follow above link ------------------------------------------- Ready used Toolchain to build and compile c++ application on x86_64 targetted for Raspberry Pi or ARMv7 based application. Download the program and extract into /opt/Toolchain/ARMv7 and you are ready for cross compile ......... Example to build static linked apps : $ export PATH=/opt/Toolchain/ARMv7/usr/bin:$PATH $ ./configure --host=arm-linux --disable-shared LDFLAGS="-static-libgcc -static-libstdc++" $ make Disclaimer: This program is provided as is without any warranty of any kind. ...

...The fullscreen editor for shell and the built-in program editor help you create your own programs and games. Programming language is LUA, but Pi64 is open for any library plugins written in your favourite language. Source was written in pure C, so should compile on Windows, Mac OS X and Linux without issues.

compiled RetroShare binaries, and packaged for Raspberry Pi using Debian 7.0 Wheezy ARMHF known Raspbian If you want to compile it yourself, download the source-tarball, it is only ~7MB big, or pull the code repository with SubVersioN. compiling takes up to 2-3 hours. or install the .deb files with dpkg -i "retrosharefilename".deb if necessary make a "apt-get update && apt-get upgrade" to update your system for all how to start it in a detached screen session: screen -t retroshare -dmS RetroShare retroshare -display :0 If you run headless, i suggest to use X11VNC to control it remote. ...