See MicroPython documentation for details about execution environment.

TODO: Document the board specific python modules via gh-pages as they get more functionality.

Schematics, datasheets and other hardware related references are in the ruuvitracker_hw -repo.

On Linux the REPL is on ACM device, /dev/ttyACM0 if you don't have any other CDC serial ports.

On OSX it's on /dev/tty.usbmodemXXXX (exact number is probably board specific).

Run ruuvi_program.sh, this will look for compiled firmware and install the "best", you need sudo rights and df-util.

Disconnect USB and battery to do a full hw-reset and reconnect USB to get the serial terminal and board flash-drive.

Copy the files & directories under stmhal/boards/RUUVITRACKER_C3/copy_to_board to the board flash-drive.

NOTE: Building requires a proper git clone, we use submodules and you must be able to init/update them too.

Building is simple, run ./ruuvi_build.sh

If you want to build for a different board than RUUVITRACKER_C3 (which is revC2 compatible if you happen to have C2) run BOARD=MYBOARD ./ruuvi_build.sh, in this case you must have your board files in the standard location under stmhal/boards/.

TODO: List build dependencies, meanwhile check out http://kirjoitusalusta.fi/ruuvitracker-ubuntu1404