"# limesdr"
See: https://github.com/jumson/limesdr/wiki
These Dockerfiles / containers are designed to provide pre-built packages to run LimeSDR and LimeSDR mini for particular applications. Generally, these are meant to be run on Raspberry Pi 3 and/or Raspberry Pi Zero W
The goal is to provide images for: LTE eNodeB GSM BTS Basic GNURadio & LimeSuite application Basic GQRX with LimeSDR
Instructions for building and running -- modify these fit your specific setup and desired folder/Dockerfile above
For instance, I tag them with my hub.docker info, so that probably wont work for you.
Full Lime Suite, GQRX, GNURadio, Pothosware etc:
- to build
docker build --rm -f full-lime/Dockerfile -t jumson/limesdr:lime-full full-lime
- to run with GUI capabilities (linux)
docker run -ti --rm --privileged -e DISPLAY=$DISPLAY -v /tmp/.X11-unix:/tmp/.X11-unix jumson/limesdr:lime-full
-
to run with GUI capabilities in Windows -- have VcXser X Server running
- Find your 172.x.y.z ip address handy, Docker gives this to you, run ipconfig
docker run -ti --rm -e DISPLAY=172.27.71.97:0.0 -v d:/sdr:/tmp/share jumson/limesdr:late-grc - Note: the -v option maps a local to a remote(in container) folder. you can use as many as you like.
- Other note -- this is only moderately useful because docker on windows cannot pass control of the USB device -- so no actual operation of hte SDR can be done through a docker on Windows.
- Find your 172.x.y.z ip address handy, Docker gives this to you, run ipconfig
-
to run with SSH capability....tbd, need to use the -p 22:22 argument though
For access to the SDR(privileged) and GUI -- most of these images should be run like:
docker run -ti --rm --privileged -e DISPLAY=$DISPLAY -v /tmp/.X11-unix:/tmp/.X11-unix [IMAGE-NAME] [OPTIONAL COMMAND(like bash)]
based on: http://fabiorehm.com/blog/2014/09/11/running-gui-apps-with-docker/
** Pro-tip so --privileged may not be necessary gleaned from: https://hub.docker.com/r/cswiger/limeosmogsm01/ **
LimeUtil --find lsusb <-- look for matching device on usb bus xxx yyy
then launch image with:
docker run -ti --rm --device=/dev/bus/usb/xxx/yyy -e DISPLAY=$DISPLAY -v /tmp/.X11-unix:/tmp/.X11-unix [IMAGE-NAME] [COMMAND]
** SOme cheatsheet for using screen: http://aperiodic.net/screen/quick_reference.**
| Window Management | command |
|---|---|
| create new window | C-a c |
| change to last-visited active window | C-a C-a (commonly used to flip-flop between two windows) |
| change to window by number | C-a (only for windows 0 to 9) |
| change to window by number or name | C-a ' |
| change to next window in list | C-a n or C-a |
| change to previous window in list | C-a p or C-a |
| see window list | C-a " (allows you to select a window to change to) |
| show window bar | C-a w (if you don't have window bar) |
| close current window | Closes all applications in the current window (including shell) |
| kill current window | C-a k (not recommended) |
| kill all windows | C-a \ (not recommended) |
| rename current window | C-a A |
| Split screen | command |
|---|---|
| split display horizontally | C-a S |
| split display vertically | C-a | or C-a V (for the vanilla vertical screen patch) |
| jump to next display region | C-a tab |
| remove current region | C-a X |
| remove all regions but the current one | C-a Q |