Hi Qnetjoe,
I would propose that you start as follows:
-
Get an understanding of yocto and bitbake following the Yocto Quick Start:
http://www.yoctoproject.org/docs/2.2.1/yocto-project-qs/yocto-project-qs.html
After stepping through that document, you should be able to build and start a small Linux image in the qemu emulator. -
Build and run an image with ROS for the qemu emulator following the instructions at:
hydro/Installation/OpenEmbedded - ROS Wiki -
Build and run a minimal image for the Microzed board, using the microzed configuration provided
in the meta-xilinx layer at:
Making sure you're not a bot!
Making sure you're not a bot!
By the way, I found this by searching on https://layers.openembedded.org/,
and it quickly linked me to:
OpenEmbedded Layer Index - machines -
Combine what you learned in Step 2 and Step 3, and build an image
with ROS for the Microzed board. When combining, you will probably need
to choose the build configuration that is a compromise between the build
configurations you used in step 2 and in step 3. This will then probably need
certain adjustments in meta-ros.
Here some further advice:
-
Get a build machine with a lot of CPU power, RAM and a SSD disk to
build images much quicker. You will not get away with some laptop
and some Linux virtual machine. when bitbaking the images. -
Report issues you encounter on the meta-ros github issue tracker. Please
always provide at least the build configuration you use, and possibly even
the bblayers.conf file, so that others can reproduce the reported issue.
I hope this helps.
Lukas