All -
It's actually fairly easy to build longsleep's kernel for yourselves, and it only seems to take about 80 minutes from start to finish using all 4 cores.
I've slightly modified the way that /boot/ is laid out on my p64 so that it's easier to deal with (multiple) custom kernels. I haven't had any issues yet.
I've pushed my auto-build script here: https://github.com/akhepcat/build-pine64-kernel
i've added a couple of 'features' since i last tried it, but hopefully i haven't introduced any stupid errors - if so, just open an issue on the github page and i'll fix it up.
*** you should have a serial console available if you try this ***
because you don't want to be stuck booting an untested kernel without a back-door, right?
I've also attached my current 'config' to the github, which builds a number of wifi devices out of the box, as well
as support for network queuing.
(with qdisc enabled, I can get over 900mb/s transfer rate on the ethernet interface)
It's actually fairly easy to build longsleep's kernel for yourselves, and it only seems to take about 80 minutes from start to finish using all 4 cores.
I've slightly modified the way that /boot/ is laid out on my p64 so that it's easier to deal with (multiple) custom kernels. I haven't had any issues yet.
I've pushed my auto-build script here: https://github.com/akhepcat/build-pine64-kernel
i've added a couple of 'features' since i last tried it, but hopefully i haven't introduced any stupid errors - if so, just open an issue on the github page and i'll fix it up.
*** you should have a serial console available if you try this ***
because you don't want to be stuck booting an untested kernel without a back-door, right?
I've also attached my current 'config' to the github, which builds a number of wifi devices out of the box, as well
as support for network queuing.
(with qdisc enabled, I can get over 900mb/s transfer rate on the ethernet interface)