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GRUB 2.12 RC Delivers Two Years Worth Of Bootloader Improvements
So far, GRUB never has failed me and in the meantime probably has churned several dozens of kernels.
I however don't do fancy stuff with it.
uboot was okay, too, but the efi partition was too small for more than a few kernels, a problem I don't have with GRUB as it is able to load the kernels from elsewhere.
Question....are bootloaders basically not necessary anymore with UEFI? I haven't had GRUB installed in years.
I don't think there's anything as robust, reliable and convenient for full disk encryption (while entering only a single password right at the start of boot) like using grub. I can place all additional keys to decrypt other disks and partitions into initrd/kernel without worry, because it's secured by a key. When using a dedicated boot partition, the initrd is additionally secured from being stolen at runtime, as /boot is only ever mounted during kernel upgrades.
I'm not sure this experience can be replicated by kernel with efi stub.
You can make it look better by getting your native resolution by passing the 'videoinfo' command then editing your grub configuration then​
It's not very clear to me why anyone cares about the look of a functional menu that you only ever get to see for 1 second every couple of days. I've been shaking my head in confusion about Grub1 themes decades ago.
I always dual-boot with Windows, and GRUB gave me a lot of issues along the years, especially because of Ubuntu in the past. Happily I switched to other distros now. But GRUB has always been inflexible. Many years ago I asked for support for monitors in portrait mode (rotated monitors) on the mail list, with no answer. I know others tried to patch GRUB for this use case, but in the end the patch was too ugly, according to the authors themselves.
About On this page the Linux boot process and GRUB boot loader are covered. It explains how to run different operating systems or load different kernels at boot time.
Intro When a Linux system running on computer hardware is started, the first code to be run is the BIOS (Basic Input Output System) which is loaded from ROM. After it has finished testing the system’s memory and discovering what hardware is installed, it attempts to pass control to an operating system boot loader to continue the boot process.
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