Lauri Võsandi
Lauri Võsandi
SRF08 could be used as optional enemy finding upgrade for the robots. For that we need to expose I2C pins on the PCB. There are two I2C buses on CHIP....
For debugging purposes it would be nice to have shell access to the robot over web browser. The Flask app already incorporates WebSocket so adding terminal capabilities should not be...
Once robots are connected to same access point we can leverage broadcast packets to syncrhonize program start. This could be used to start a match between two robots for example.
We could store some significant information and make it accessible in the web interface eg as a SVG image. Here's an example for logging battery stats in an Excel file:...
With `butterknife serve` running on the host we could generate snapshots automatically every night. The cron.daily could be used to achieve that and it would also report errors back to...
The postdeploy menu should be refactored so menu entries could be dynamically added, eg offer join domain or fileshare management only if Samba is installed. Global scripts should be moved...
Currently the template can be deployed only on disks using DOS partition table. This limits disk size to 2TB. In order to overcome that limitation GPT partition table has to...
Currently it's possible to select only one harddisk for installation, for certain installations RAID1 is necessary. The partitioning menu in the provisioning image should allow creating Btrfs filesystem on several...
The os-prober fails to mount Windows partitions because of hibernation and Windows entry is lost in the GRUB menu.
It would be convenient to deploy Butterknife templates on ext4 filesystem. This could be done by generating tarball on Butterknife server and having it streamed to ext4 filesystem using Butterknife...