PATH_BOOTABLE_TOKEN can be set to a non-standard
path that identifies a device as bootable.
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Just curious what is this a fix for? I assume some specific type or class of hardware.
Downstream OS/vendors that don't have /boot/defaults/loader.conf or /boot/kernel/kernel because they store all of this elsewhere as part of a versioned boot scheme (or something to this effect) -- they'd then define PATH_BOOTABLE_TOKEN as another path to check to determine if this is a valid rootfs.
Downstream OS/vendors that don't have /boot/defaults/loader.conf or /boot/kernel/kernel because they store all of this elsewhere as part of a versioned boot scheme (or something to this effect) -- they'd then define PATH_BOOTABLE_TOKEN as another path to check to determine if this is a valid rootfs.
So how does the loader find the loader.conf and kernel to load? Should users set a different PATH_KERNEL?
loader.conf really isn't all that necessary, to be honest. For EFI, one can use the mechanism imp added to salt the environment from a file on the ESP. That file can include a module_path that includes where the kernel/modules actually lives.
I have a vague recollection from years past that @sjg doesn't have a single kernel path that would be sensible for hardcoding as this #define.