> Coincidentally, I just happened to be reading up on SWAP only moments > ago in a study guide. In my material, it recommends instead of doubling > SWAP to the size of RAM, you should spread SWAP into partitions in > multiple disks. Then set the priority in /etc/fstab to 1 for each of > the partitions. That way, SWAP runs optimally and the CPU delegates to > all SWAP partitions in parallel. > > In /etc/fstab, you would do something like this, assuming you have two > drives on your machine. > > /dev/sda1 swap swap pri=1 0.0 > /dev/sdb1 swap swap pri=1 0.0 > > Be sure that your drives are of the same speed. > > I'm only paraphrasing what I was just reading, but it makes sense to me. > If anyone else has had experience with this type of optimization, would > love to hear more from you! >
So how would you make SUSE use the swap space for suspend if the size of both swap partitions adds up to the size of RAM? If there were only 1 swap partition, the kernel would know from the GRUB menu entry: kernel /vmlinuz root=/dev/hdd6 vga=0x317 resume=/dev/sda1 splash=verbose Will it work to have two resume sections like this: kernel /vmlinuz root=/dev/hdd6 vga=0x317 resume=/dev/sda1 resume=/dev/sdb1 splash=verbose -- To unsubscribe, e-mail: [EMAIL PROTECTED] For additional commands, e-mail: [EMAIL PROTECTED]
