Your second disk is of 160 GB capacity, not 120 GB.
You are using 10 GB for the Solaris primary partition (p1) and have created two other primary partitions.
Partition 2 is a 10 GB holder for logical partitions
Partition 3 is also of 10 GB size and is possibly containing a FAT32 filesystem.
You can create a fourth partition of roughly 120 GB with fdisk, from cylinder 4326 to cylinder 19456, then create a zfs pool on it with:
I'm trying to mirror 2 eide disks on a solaris 10 x86 system.
Im trying to use the prtvtoc | fmthard command to mirror the vtoc.
How do they represent the entire disk like in solaris 9 (c0t0d0s2 = entire device)
0. c0d0 <DEFAULT cyl 26497 alt 2 hd 16 sec 63>
... (1 Reply)
Sorry if this is totally the wrong place to post this but I have a question or something rather thats bugging me. I got a new Dell Inspiron laptop the other day and I was expecting it to have 80G on it, well atleast 70 or so after installation of OS and such but after looking carefully yesterday, I... (8 Replies)
I have a 1TB hard disk that I had partitioned on a Sun clone and had 7 partitions of 137GB a piece. (Using a USB to SATA adaptor)
I then had loaded a new hard disk on my laptop (T60...Lenova) with Solaris 10 X86. I tried to mount the hard disk but it kept telling me the mount point was busy and I... (2 Replies)
I am having an issue with setting up disk mirroring for Solaris 10 on an x86 server. My main problem is that the volumes and slices have already been setup and our proprietary software has already been installed and configured. The entire drive has been allocated in this configuration and the... (2 Replies)
I installed Solaris 10 on this Dell 5150 with only 1 SATA hard drive setup, all went well, and I could view the disk in the disk management window.
However, I setup a 2nd hard drive, identical to 1st drive. Solaris wont recognize it and gives an error when trying to view disks in disk management... (5 Replies)
Dear all
I would like to know if you have face to the problems as add
1. 256 MB DDR Ram memory
2. IDE 40 GB slaved hard-disk
my current machine is GA-SIML Rev 1.0, 1.6 GHz CPU, 1GB HDD, 256 MB DDR-Ram memory, as I add another 256 DDR-Ram, and 40 GB Slaved EDI Hard disk it, the systems... (1 Reply)
Hi all,
I'm kind of new to programming in Linux & c/c++. I'm currently writing a FileManager using Ubuntu Linux(10.10) for Learning Purposes. I've got started on this project by creating a loopback device to be used as my virtual hard disk. After creating the loop back hard disk and mounting it... (23 Replies)
I’m setting up a boot disk mirror on Solaris 10 x86. I’m used to doing it on SPARC, where you can copy the partition table using fmthard. My x86 boot disk has 2 primary partitions, a Solaris one and a diagnostic one. Is there a way to copy those 2 primary partitions to the second disk without... (6 Replies)
hi all!
i extend disk on SPARC solaris without problems, but with x86 Solaris 10 i have some troubles . Help pls
iostat show me updated disk size, but in format i can't choose Auto configure options to use modified slice
# iostat -E c0d1
cmdk1 Soft Errors: 0 Hard Errors: 0 Transport... (4 Replies)
Hi all,
I am moving to Solaris11 and is trying to understand how ZFS snapshot works.
Chances upon this Oracle Blog and can't wrap my head around it.
https://blogs.oracle.com/solaris/understanding-the-space-used-by-zfs-v2
Hope gurus here can shed some light .
=======
... (4 Replies)
Discussion started by: javanoob
4 Replies
LEARN ABOUT REDHAT
hd
HD(4) Linux Programmer's Manual HD(4)NAME
hd - MFM/IDE hard disk devices
DESCRIPTION
The hd* devices are block devices to access MFM/IDE hard disk drives in raw mode. The master drive on the primary IDE controller (major
device number 3) is hda; the slave drive is hdb. The master drive of the second controller (major device number 22) is hdc and the slave
hdd.
General IDE block device names have the form hdX, or hdXP, where X is a letter denoting the physical drive, and P is a number denoting the
partition on that physical drive. The first form, hdX, is used to address the whole drive. Partition numbers are assigned in the order
the partitions are discovered, and only non-empty, non-extended partitions get a number. However, partition numbers 1-4 are given to the
four partitions described in the MBR (the `primary' partitions), regardless of whether they are unused or extended. Thus, the first logi-
cal partition will be hdX5. Both DOS-type partitioning and BSD-disklabel partitioning are supported. You can have at most 63 partitions
on an IDE disk.
For example, /dev/hda refers to all of the first IDE drive in the system; and /dev/hdb3 refers to the third DOS `primary' partition on the
second one.
They are typically created by:
mknod -m 660 /dev/hda b 3 0
mknod -m 660 /dev/hda1 b 3 1
mknod -m 660 /dev/hda2 b 3 2
...
mknod -m 660 /dev/hda8 b 3 8
mknod -m 660 /dev/hdb b 3 64
mknod -m 660 /dev/hdb1 b 3 65
mknod -m 660 /dev/hdb2 b 3 66
...
mknod -m 660 /dev/hdb8 b 3 72
chown root:disk /dev/hd*
FILES
/dev/hd*
SEE ALSO mknod(1), chown(1), mount(8), sd(4)Linux 1992-12-17 HD(4)