Yeah well, it happened. In my last post I was excited to get back to a BSD UNIX (FreeBSD) for my laptop, I thought I had fought the worse when rebuilding kernel and world in order to have a working DRM module for the Intel Iris 6100 that is bundled with this MacBook Pro generation. But I was wrong. None of the BSDs around had support for the BCM43602 chip that provides WiFi to the laptop. What’s the point of a laptop without WiFi…
So I turned my back at FreeBSD again and as usual, gave a shot at Debian GNU/Linux.
I won’t go through the installation process, you all know it very well and at the end of the day, the only issue is, as often, suspend and resume which seemed to have been broken since kernel 4.9 and superiors.
As for my last post, I’ll only point out how to make an USB stick act as a bootable device used as an additional hard drive with a MacBook Pro.
The puzzle is again EFI and how to prepare the target partitions in order for the Mac to display the USB stick as a bootable choice. The first thing to do is to prepare the USB drive with a first partition than will hold the EFI data. Using gparted I created a vfat partition of 512MB which seems to be the recommended size.
And pick the boot and esp flags:
Now assuming the machine you’re preparing the key on is an Ubuntu or the like (I’m using Linux Mint), install the
grub-efi-amd64-signed package, create an
efi/boot directory at the root of the key, and copy the EFI loader provided by the previously installed package:
# apt-get install grub-efi-amd64-signed
Now the trickiest part, this
grub EFI loader expects the
grub.conf part to reside on an
ubuntu directory in the
efi directory, because it has been built on an Ubuntu system and that is the value of the
# mkdir /mnt/efi/ubuntu
And there you go, simply install Debian using
kvm or any virtualization system on the second partition formatted as plain
ext4 and you’re set, don’t worry about the installer complaining there’s no boot or swap partition, you definitely don’t want to swap on your USB key.