I have the SRD for
6.5x
7.0x (2 versions)
8.0x (2 versions)
(all valid licenses, received during the first maintenance contract with the original purchase)
I shouldn't have any trouble with booting the wrong disk on my main machine as all the HDD's are SATA attached and the CD/DVD's are on the MB IDE channel and I have a secondary IDE channel attached to a PCI-e card so I know it wouldn't boot from there without the driver being installed on the disk
I do have an older (all IDE) secondary machine which I could do a temporary setup (fresh install of everything)
with the other disk, (one I want to image) installed as slave, (I've got tonnes of disks laying around to do the experimenting with)
(and that machine is easier to work on)
or I could put it into the server that I've already got the side open on
lots of options here
but I wouldn't be using the SRD, rather a hot backup with a live machine of a cold OS drive
my thoughts are to;
a> install disk
b> create backup image of said disk
c> remove disk
d> install newer / larger disk
e> create unformatted partitions
f> open BESR and do restore
g> install newer disk to the machine in question and attempting to boot
I remember reading somewhere in the old docs or sales pamphlet or something,
the following line:
"... with the power of GHOST integrated into BESR 6.5x, ..."
the old GHOST that I remember just booted from a floppy and cold copied sector by sector to the new drive
without concern of the contents only the 1's and the 0's, not imaging just an exact duplicate
I'm hoping to try this shortly,
my original install of 6.5x was the "complete" install
which I promptly had to disable the LUCOMS~1.exe (Live Update service)
because I never had any connection of any type except the electric plugs
and it would time out and take forever to do anything when opening the BESR console
because there was no internet capabilities
if necessary I could run the machine "super elevated"
I have tricks that allow me to log into the "System" account
without a password or the login / welcome screen (Though I won't post that here)
(Think: "Root" or "Act as part of the OS" type access)
My other thought is to buy an e-SATA cable and IDE-> e-SATA enclosure
and stick the disk in there, as I already have the e-SATA card installed
[tangent]
I don't trust USB2.0 attached disks, as I've had way too many problems
with frequent corruption of the data stream, no matter what size of disk,
usually copying files from the USB2.0 attached disk is not a problem (not always)
but copying files to the USB2.0 attached disk, frequently results in data corruption (most of the time)
and more so with larger files; a 0.1 - 50KB file rarely gets corrupted
but a 5MB or larger file or group of files will almost always result in at least some corruption
even without an AV running
this is usually revealed by the following tests
> copy files to the USB disk
> open cmd window on the drive containing the files
> cd "the folder of the files"
> cd "the location of the files on the USB attached disk"
> FC/b *.* USB disk:*.*
here's what a screen would look like:
D:\> CD Transfers
D:\Transfers\> CD M:\Backup (enter)
D:\Transfers\>FC/b *.* M:*.* (enter)
comparing CDrivebackup.v21 and M:CDrivebackup.v21
FC: No differences encountered
comparing CDrivebackup.bk! and M:CDrivebackup.bk!
. . .
069C0992: 7C 00 < zeroed out here
069C0993: 6C 00 < and here
069C0994: FC FD < offset corruption
069C0995: 7F FF < offset corruption
069C0996: ED FD < offset corruption
069C0997: FE FF < offset
069C0998: 93 97 < offset
069C0999: 16 00 < zeroed out here
. . .
a corrupted copy usually showing offset corruptions and zeroed out bits
some files it's the entire file from address
0000000:
to the end of the file
other files it's one or two lines
- -
I'd rather use e-SATA anyway (much faster @ 1.5Gb/s and especially the PCI-e @ 3Gb/s)
[end tangent]
thanks all for replying
I'll do the testing in the not too distant future and post back the results