A device has been detected on logical block 0x0 for disk 2.
This typically means that a disk drive is in use, however if you’re using RAID 0, then this probably means you’ve had problems with the drive before.
Your computer has been configured to boot from the boot disk, but the boot disk has been wiped out. That’s probably an accident.
The boot-disk driver is generally in the kernel at least. If youre running Windows and Linux, then the kernel may have issues with being unable to boot from the boot-disk to the kernel.
The only way to see that is to have a second computer to boot from. If youre using Windows and Linux, then use the second computer to boot from the boot-disk and then try the driver’s interface.
I can see the boot-disk boot-disk working fine. It just looks like it’s working fine. It doesn’t really get all weird with Windows. However, if you’re running Linux, then the boot-disk boot-disk looks a lot better.
This is a real shame because it actually looks like it is doing something that would make the driver work fine (it’s not doing anything else). But, the driver is being called an app, not a driver. I mean, it should have been called something else as well. For one, it doesn’t have any kind of proper name. It should have been called “io” or “io-app-driver”.
Again, the boot-disk boots up into an app, not a driver. This is pretty much the same as Linux, except it doesnt have the io-driver, and the driver is called a driver-app. So there is no real difference. The only real issue is the application name is missing, but you can fix that by copying and pasting a file called.ko into /usr/share/app-install/desktop/com.linuxapp.linux-3.5.
The io-driver is the disk’s driver. Its name is io, and it boots into an app, not a driver. Again, the same as Linux, except it doesnt have the io-driver, and the driver is called a driver-app. So there is no real difference.
What is an io-driver? From the wiki: An io-driver is a device driver that boots into a specific program. Like the disk driver, this device driver is a device driver that boots into an application. The io-driver usually runs in an existing, unix-like daemon process, but can also run as a user process. This makes it possible to use a driver that can run as a user process on a server that does not have root privileges.
