You can use a mdos/MBR partition table or GPT partition table. There are two ways to create such usb key. If you don't understand anything, maybe using a software like MultiSystem would be a better solution for you. It's a bit more complicated (not impossible thought) but you can control exactly what you want/need. NB : Here I present the manual way to proceed. /var/swap/opt.swp: if needed, generated by a script./var/swap/hib.swp: same size as RAM, for hibernation, generated by a script at startup./tmp, tmpfs, defaults,nosuid,nodev,noexec,mode=1777.1: data, /media/data, ~3.6 Gio, FAT32, defaults,lazytime,check=strict.6: root, /, 24 Gio, ext4, defaults,errors=remount-ro,lazytime,commit=60.installation: full install (from a Live USB built with Rufus).I'd appreciate some explainations about the reasons why a specific solution is good or a specific step is needed. Is there a simple, "clean" and quite generic solution to this problem? I've been searching for solutions but most of them are for specific needs that are different than mine, so it's difficult to extract the minimum requirements from those solutions to apply them to my problem. What can I do to be able to boot on computers in BIOS or UEFI modes in my case? Since I'd like to be able to boot on any computer, it's a big problem. I've been told that if I installed Ubuntu in BIOS mode, I wouldn't be able to boot from a computer in UEFI mode, and vice versa. I'd also like to have a data partition on it that could be used by (almost) any computer, mostly to store some portable apps, just in case. I'd like to have Ubuntu installed on a USB stick, that I could plug in (almost) any computer and boot from it, and that I could use (almost) normally, as if it was installed on that computer.
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