I just recieved my computer, and having no prior experience with Vista, I
discovered that there was already a D drive in place on my computer as part
of the Recovery system.
I have a large amount of files that I will be migrating to this system from
my old one which require me to have them installed on the D and E drives. I
have looked through some tutorials on how to add partitions, and was unable
to either expand the D drive that is present or add an E drive to the system.
I would assume that I need to shrink the size of the C drive first in order
to free up space to create new drives. But my question is whether or not the
recovery system itself needs to remain on the D drive in order to function
properly. Or can this be moved to a seperate smaller drive with the 10 gigs
allocated for it?
Thanks for any assistance.
This actually is a simple everyday problem. You need a Partition tool.
If you attempt to fiddle with partitions directly with build-in
Windows tools you lose what's on the partition, a crude throw back to
DOS days. There is a better way that's been around for a long time
that several vendors have offered. My current favorite is Partition
Commander, version 10. It is similar to Partition Magic which is the
most popular tool in this category.
It DOES work with Vista, however you'll need to disable the annoying
new "security" features first otherwise Windows will fuss endlessly
over permissions and nag you don't have administrative rights. This
can be turned off (under User Account settings) then turned back on
again.
With Partition Commander and similar applications you can add or
remove partitions, change drive letters, recover unallocated disk
space without losing any data and do what you seem to want, change the
size of partititons on a single drive.
It depends mostly on how much free space you have on the PHYSICAL hard
drive. For an example assume you have a single 100 GB drive currently
divided into two partions C and E where C is 50% full and E is 25%
full. To make E gain more free (empty) space to store your files or
applications you need to take some free space from C and give it to E.
This is a two step process. Begin by taking some of your C drive's
free space. It is a simple matter of telling the application the size
you want the new C drive to be. In this example you woudl shrink its
size. That initially becomes unallocated space not assigned to
anything on your hard drive.
Next you decide how you want to reassign that unallocated space. You
can either put it in front of or behind a current partition. In this
case you would want to put the unallocated space behind C since you're
making that drive smaller. You get a graphic representation so the
actual doing is simpler then talking about it. Next you go to your E
drive and take the unallocated space you swiped from C that's now
unallocated space and just give it to C. You're presented with a image
of how your new configuration will look.
You then are asked if or not you want to apply the changes. If you say
yes, the application normally will say a drive is in use especailly if
you're working on your root drive. That's normal.
Depending on application there is some warning screen telling you it
needs to reboot. You'll see a new none graphical screen or two as the
application does its magic. How long it take depends on how much your
changing, speed of your system, etc.. It can take a hour or more, it
usually is much faster. Best to defrag the drive first. That's about
it. You can add or delete partitions in a similar fashion again
without losing your data, change drive letter give the volume a new
name, etc..
As with any hardware intensive operation you should of course be sure
you have good backup FIRST in case something unforseen happens. That's
rare, but Murphy's law applies. DO NOT touch the keyboard or attempt
to use the computer for anything (you shouldn't be able to) until it
gets finished. It is normal for it to look at it is hung up and may
appear to be doing nothing for up to several minutes. Again, don't
bail out or you really can screw things up beyond recovery.