On Wed, Oct 11, 2000 at 07:31:02AM -0700, Heather wrote: > What I meant was, it really could be there at the end of disk, even though > you have a partition on top of it. A normal disk-based hibernate volume > would be about the size of your RAM, plus video RAM, plus some overhead for > the hibernate function. But, it might actually use a trick that HP used a > while back - their Omnibook 800 (and possibly others) had SRAM, so > (1) there's no hibernate space on disk at all > (2) you want to talk about "instant on", boy do they mean *instant* ! > > Anything odd about the memory chips you'd have to buy for it? :D
Not that I'm aware of. :-) Phoenix's website (http://www.phoenix.com) turned out to be quite helpful in figuring out what was going on. I ran phdisk.exe and discovered that it's storing the hibernation data in c:\save2dsk.bin. Just to be sure I ran strings on it and it was chock-full of all kinds of debian linuxy stuff. > > > You could try experimenting with ACPI, if the box is new enough to have > > > that. Gosh, I suppose it's possible you've found a beastie with ACPI and > > > no APM? I'm not sure how old or new that Presario is. > > > > Perhaps. How would I know? There's nothing in the bios settings that > > indicates it one way or the other. The phoenix website was helpful in figuring this out as well. I do, in fact, have ACPI. Don't know if I have APM but I'm going to assume not. > Well, if you build a custom kernel with ACPI support turned on, and it spots > the ACPI stuff during boot, then you can use the matching userland acpid and > give it some rigorous testing. It really needs to be beefed up, as it's > clearly the future of BIOS-based power management. Unfortunately it looks like that would require upgrading to one of the 2.4pre kernels. Don't know if I'm up to that quite yet. Anyone know how easy/hard that is to do with potato, or would I be better off upgrading to woody? Walt
