9
edits
Changes
no edit summary
We are looking to demonstrate that FirefoxOS Firefox OS can be a viable and valuable operating system for Raspberry Pi boards, and for the wide variety of use cases that are being imagined today by the Webmakers of tomorrow. Our goal is to release a downloadable / flash-able or flashable version of FirefoxOS Firefox OS for Raspberry Pi boards in conjunction with the Mozilla Festival (October 24-26 2014).
=== '''For MozFest 2014 (October 24-26)'''===Starting with MozFest, Mozilla will prepare and maintain a way for current Raspberry Pi board owners to download and flash their current hardware with Fx Firefox OS for Raspberry Pi.
* To stay informed of our progress, [https://lists.mozilla.org/listinfo/dev-raspberry-pi please join the mailing list]. Some developers hang out in the #raspberrypi channel on irc.mozilla.org and are happy to answer any questions you have.
* To flash an '''early demo version''' of Firefox OS for your Raspberry Pi device, [[Foxberry_Pi_DemoFoxberry Pi Demo|follow these instructions]].* To get involved in the main bring-up project, see [[Hacking_b2g_on_Raspberry_PiHacking b2g on Raspberry Pi]].
Following MozFest, we are looking for the '''amazing ideas and physical applications''' that creative or practical people have developed on Fx OS enabled Raspberry Pi platforms. More details to follow about a 2015 Challenge !!
After MozFest in late October- we are actively seeking the '''development contributions that can extend Fx OS functionality on RaspberryPi''' devices to
* be at parity with Raspbian/RPi as a hobbyist environment. Users will be able to read from sensors and control motors, LEDs, solenoids, slave boards, etc. A modified Fx OS for Raspberry Pi will be able to fly a drone.
* be competitive with other media player OSes available for RPi.
* enable programmers (via DOM/CSS) to develop robotics etc. by building a declarative model of a reactive system. With one type of output device, the actual electronics could be interfaced with. With another type of output device, the model could be simulated on a client computer.
After this appendix, PiFxOS will be at parity with Raspbian/RPi as a hobbyist environment. Users will be able to read from sensors and control motors, LEDs, solenoids, slave boards, etc. PiFxOS will be able to fly a drone.)
* develop web API for RS-232 (optional)
=== Development Sprint B===
After this appendix, the custom PiFxOS media player UI will be competitive with other media player OSes available for RPi.
*develop custom UI for PiFxOS, media player, appliance
=== Development Sprint C===
After this appendix, PiFxOS will be competitive with other PiFxOS IDEs targeted at beginning programmers, like IDLE and Scratch.
*develop custom development environment UI for PiFxOS
=== Development Sprint D===
After this appendix, DOM/CSS would enable programmers to develop robotics etc. by building a declarative model of a reactive system. With one type of output device, the actual electronics could be interfaced with. With another type of output device, the model could be simulated on a client computer. This is a very large and open-ended project. This is a research programming-languages project.
*create a new CSS output class for microelectrical systems
*create a new CSS output class for simulating microelectrical systems
