Dell Firmware updates - Yellow Bricks. Holy smoke! This thread started off with a BIOS update that lead to a FIRMWARE update that lead to a SUU update that lead to the UEFI update that lead to an i. DRAC update that lead to hell and highwater at every turn. I confess to having five R7.

BIOS and FIRMWARE. Sounds simple eh?

That was just for starters, leaving me to hunt around for a CD- RW I could erase and re- use. Back to the BDP. Missing the BIOS file, this of course meant the BDP CD v. Sony Vegas Pro 11 No Keygen Needed. Now then, wouldn’t it be so nice to create a folder in the BDP utility to permit loading any or all of the firmware; even only BIOS if necessary, AND permit the editing of the Autoexec and/or other DOS- like menu files which would permit mouse selection of the appropriate BIOS at Pause after BOOT!

I mean they are already 8/9ths of the way there, why stop now? So many secrets, so little time.

Battling Dell Firmware Updates? Did you export the Linux System Bundle for the R610? If you did, you get the option to export it as “Deployment Media.

Managing RAID and LVM with Linux. Actually, there is a cool trick to be able to extend a raid/lvm scheme (I got this from slashdot). It may seem silly to break the drives up into paritions, just to put them back together again, but it buys you a great deal of flexibility down the road. That gives you 1. TB of usable storage. Now suppose you're just about out of space, and you want to add another drive.

Managing RAID and LVM with Linux (v0.5) Last modified: Friday November 9, 2012. I hope to turn this into a general easy to follow guide to setting up RAID-5 and LVM. My solution to Oracle error 17002 "Io Exception: The Network Adapter could not establish the connection". This part of the Fedora 20 home server setup howtos will show you how to create a gaming KVM virtual machine by passing through real hardware using the new VFIO PCI.

How do you do it? In order to construct a new, four- disk array, you have to destroy the current array. That means you need to back up your data so that you can restore it to the new array. If there were a cheap and convenient backup solution for storing nearly a terabyte, this topic wouldn't even come up. As long as you have *free space at least equal in size to one of the individual RAID arrays*, you can use 'pvmove' to instruct LVM to migrate all of the data off of one array, then take that array down, rebuild it with a fourth partition from the new disk, then add it back into the volume group.

Do that for each array in turn and at the end of the process you'll have 1. TB, and not only will all of your data be safely intact, your storage will have been fully available for reading and writing the whole time! I did it when I added a fifth 2. GB disk to my file server, and it took nearly a week to complete. A backup and restore would have been faster (assuing I had something to back up to!). But it only took about 3.

I just let it run, checking on it occasionally. Left 4 Dead Download Pc Kickass Torrent there. And my kids could watch movies the whole time. This example will assume we're rebuilding /dev/md. Move all data off of /dev/md.

Remove /dev/md. 3 from the volume group. Remove the LVM signature from /dev/md. Stop the array. * mdadm - -zero- superblock /dev/md. Remove the md signature from the disk.

Create the new array. Prepare /dev/md. 3 for LVM use. Add /dev/md. 3 into the array. In order to make this easy, you want to make sure that you have at least one array's worth of space not only unused, but unassigned to any logical volumes. I find it's a good idea to keep about about 1.

Then, when I run out of room in some volume, I just add the 0.