HIbernation not working
Hi, I have been doing like it's writen right here http://docs.slackware.com/howtos:sla...in:hibernation
All my partitions are primary so as far as I understod I should only add append=" resume=/dev/sda1" to my lilo.conf file. My /etc/lilo.conf look like this after modification: Quote:
Quote:
My partitions: /dev/sda1 ; primary; swap /dev/sda2 ; primary; ext4, root ("/") /dev/sda3 ; primary; ext4, ("/home") I use KDE and turn on hibernation by clicking "HIBERNATE" in menu. After I want to resume i click power on button, LILO starts I choose my linux system and click enter, slackware boots up and its like new session - not resuming my old one. Why is it happening like that ? |
You don't want any spaces, like this;
Code:
append="resume=/dev/sda1" |
This is my lilo.conf
I agree with Bazzaah that you must remove the leading space I use append="quit fastboot resume=/dev/sda3" # Linux bootable partition config begins image = /boot/vmlinuz-generic-3.7.1 initrd = /boot/initrd.gz root = /dev/sda1 label = Slackware read-only append="quit fastboot resume=/dev/sda3" # Linux bootable partition config ends Regards lawrence |
Quote:
Thank you and @zasavage for anwsering my question. |
Quote:
Hope that helps you get the problem sorted! |
Quote:
Code:
lilo |
Quote:
|
I have been trying to hibernate, this time works.
Thank you. Edit: But i find that i am having problem if i put to "Sleep", it could't wake my monitor from sleep!!! what's the remedy? |
@gabytf
I also had a similar problem with suspend to disk working but sleep not ! I had to update my bios , and everything is ok now I would be interested to know the motherboard you have ? regards Lawrence |
@ zasavage
i am with : CPU: Intel(R) Core(TM) i7-3770 CPU @ 3.40GHz Display: NVIDIA(R) GeForce(R) GT 640 Monitor: DELL IN2030M 20"W HD Monitor with LED Thanks! |
Quote:
I want to use true crypt encryption too, how about LILO in this case ? |
Quote:
Linux LVM stands for Logical Volume Manager, don't confuse it with disk partitions. In LVM you use physical partition, it doesn't matter if primary or logical, as container in which you can create as many Logical Volumes (LV) as you want (and partition can store). Think of them as dynamic partitions, which can be created, resized, deleted, moved from one LVM container to another on the fly without touching partition table. For example: If you are running out of space on home LV, just expand it and you can continue working in virtually no time. In case of physical partitions, you would have to shutdown OS, recreate/modify entire partition table and hope that nothing broke, data remained intact, etc. Of course you can just encrypt you physical partitions, but basic idea behind full disk encryption is to hide as many information as possible. If you have several encrypted partitions, anyone can guest your system layout (and therefore it's purpose) just by looking at partition table and sizes of these partitions. With LVM only visible information is that you have one small partition (for /boot) and rest of disk encrypted on second partition. Sure, one would guess that since there is linux kernel on first partition, you probably have linux OS on the second partition, but who really knows? There could be anything. If you are interested in this setup, read README_CRYPT.TXT - especially part Combining LUKS and LVM. Quote:
|
All times are GMT -5. The time now is 03:56 PM. |