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Well K7AAY,

I strongly encourage you to multi boot your system with as many
OS's/distros that you can. Someone gave you a suggestion to run the
distro in a VM. Running a system in a vm really cheats you out of
serious interaction with the bootloader and using the Linux kernel with
real-time performance. With VM's systems you'll really never know what
modules or chipsets your devices use because the kernel sees virtual
hardware. I don't know your intentions but you already have proficiency
in Windows. If anything run Windows in a vm and learn to cope with
Linux. It's cool to run a VM but not as cool as installing Linux on your
box.

You should create an extended partition with several logical partitions
within it. Linux is not like Unix and other systems when it comes to
booting from partitions. You can put that kernel ANYWHERE and it'll boot
as long as the boot loader knows where to find it. Ff you had enough
space you could actually make one Extended partition and have a bunch of
logical ones inside it. Then you can put Linux on anyone of them. Here
is my drive on my laptop

Number  Start   End     Size    Type      File system  Flags
~ 1      32.3kB  10.7GB  10.7GB  primary   ntfs         boot
~ 2      10.7GB  17.2GB  6440MB  primary   ext2
~ 3      17.2GB  56.9GB  39.7GB  extended
~ 5      17.2GB  32.2GB  15.0GB  logical   reiserfs
~ 6      32.2GB  55.8GB  23.6GB  logical   reiserfs
~ 7      55.8GB  56.4GB  535MB   logical   linux-swap
~ 8      56.4GB  56.9GB  535MB   logical   linux-swap
~ 4      56.9GB  80.0GB  23.1GB  primary   reiserfs

This drive has 3 separate Linux installs and each share a /home and load
balanced swap space between 2 partitions(7,8). Partition 1 is XP,
Partition 2 is Linux, 3 is the extended container that's 40 Gigs. 5 is
Linux, Partition 6 is the shared /home. 7-8 are both swap and 4 changes
from OpenBSD-FreeBSD-BeOS-RHEL 5, depending on how I feel.

Unix(Solaris, FreeBSD, OpenBSD, etc) requires a primary partition to
boot. Yet Linux can boot from logical partitions...how nice.

There is no need to shrink your Windows partition in this case. Just use
that unallocated space and make it a logical partition. The only issue
might be the size of your home partition which I highly recommend you
making separate. No swap means no suspend to disk so in light of that
and the possibility of using logical partitions I'd make one that is
512MB at least. 7-8 Gigs for root and 2 gigs for home.

Have fun

Bryan

K7AAY wrote:
| 149GB hd from factory in my Lenovo SL400. Vista's Disk Management snap-
| in shows this partitioning for Disk 0:
|
| Letter        Volume Size     Status
| --    -----------      ------ -------------------------------------------
| S:    SERVICE003      1004 MiB        Healthy (System, Active, Primary 
Partiion)
| C:    SW_Preload       135 GiB        Healthy (Boot, Crash Dump, Primary 
Partition)
|        unallocated     10 GiB  recovered from C: w/ Disk Mgt snap-in & by
| shrinking Q: w/ EASUS Part. Mgr.
| Q:    Lenovo             6 GiB        Healthy (Primary Partition)
|
|  It's my intent to install a Linux (eLive? Kubuntu? pcE17OS 2nd Ed.?
| Dislike GNOME, fer sure) and I've been given to understand there's a
| maximum of four (4) Primary Partitions on a hard drive, so how do I
| overcome that? With extended partitions? Linux wants two partitions
| (well, three, but since I have 2GB RAM, I think Linux will do OK sans
| swap).
|
| Your on-topic responses are truly appreciated.
| |

- --
A healthy diet includes Linux, Linux and more Linux.

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