Before booting this floppy, take some time to explore its contents, as the disk has a filesystem on it that can be mounted and perused. To do this, insert a COPY of the Essential Utilities Floppy 1 (from now on, "the boot floppy") into the drive with a write-protect tab. Now, Because boot floppies vary from release to release, it would be most helpful to simply get a listing of the contents of your particular boot floppy.

Go to Explorer, insert a floppy disk, right-click on the A Drive, click Format, check Make System disk and click OK.

I have a VMware virtual machine that's using a flat disk image. I'd love to convert it to a QEMU flat image.

If there is a proper ventilation then there is no risk to keep on Laptop even more than 24 hours.. The danger to laptops is overheating. The bottom gets hot, so be careful where you put it. You may even want to put it on something raised so the air can get to the bottom. A tip that may help you when you're transporting your laptop is to take out the battery to ensure that you don't accidentally leave the laptop on.

Microsoft article: How to Use System Files to Create a Boot Disk to Guard Against Being Unable to Start Windows XP

Two different methods for producing an installation boot disk exist, depending if you want to create the disk using UNIX/Linux or DOS/Windows. Using UNIX/Linux, mount the first Red Hat Linux installation CD-ROM, enter the /images directory, insert a floppy in your drive, and use the dd command to copy the image to the floppy: Using DOS or Windows, use the rawrite command in the /dosutils directory on the CD-ROM. Documentation on using rawrite in this way is available in /dosutils/rawrite3.doc.

Yes, all of our solid state disks -- SRAM and Disk-On-Chips -- allow you to boot the computer from a Disk-On-Chip (D.O.C).

The floppy might have bad sectors on it, use a different floppy (one w/o bad sectors). See previous for creating a Linux boot-disk under DOS. See Q. 52 for creating bootdisks. Yes! This card is supported under Linux but the drivers are not currently part of RHL 6.2. You can get the source from here: http://www.scyld.com/network/ethercard.html

Getting a system disk is pretty easy - if Dina-SIG CP/M System Disk Archives has it. However, some dialogue with the requester has usually been necessary to assure that we are talking about the same Jurassic inhabitant! There are just too many variants in the CP/M world. A request with specifics on the computer, an address to mail to, and some recompense is all it takes. Since this is an unfunded effort on the part of the SIG, the costs of media, mailer, and postage must be recouped.

No. Currently the PenDrive cannot be used as a boot disk, because it reuires a BIOS ROM on the PC's motherboard that supports USB as a bootable device.

To install Red Hat Enterprise Linux from a CD-ROM, choose the CD-ROM option and select OK. When prompted, insert the Red Hat Enterprise Linux CD into your CD-ROM drive (if you did not boot from the CD). Once the CD is in the CD-ROM drive, select OK, and press [Enter]. The installation program then probes your system and attempts to identify your CD-ROM drive. It starts by looking for an IDE (also known as an ATAPI) CD-ROM drive.

First, make sure that you have downloaded the correct files. For each distribution there are binary files and source files. To complete an installation the four binary files for a particular distribution are required. Simply burning these files to CD as files will result in a single file being burnt to CD with a .iso extension. If this occurs your disks will not be bootable. The files available from Red Hat Network (RHN) are disk images and need to be burned to CD as an image.

The steps below assume that your disk drive is designated A: If not, substitute the drive letter of your disk drive. Download the BootFloppy files (DVDBootFloppyv1.0.exe) from our web site (http://www.port.com/support/tech.asp).

A boot floppy is one which contains the basic operating system, so that if the hard disk becomes inaccessible, you can still boot the machine to attempt some repairs. NB All formatted floppies contain a boot sector, but only floppies which contain the necessary system files can be used as boot floppies. A clean boot disk is one which is known not to be virus-infected. It's best to use a clean boot disk before routine scans of your hard disk(s).

SBS 2000; SBS 2000 SP1; SBS 2003 Standard; SBS 2003 Premium; SBS 2003 SP1 Standard; SBS 2003 SP1 Premium; SBS 2003 R2 Standard; SBS 2003 R2 Premium

If your computer was working before and then all of a sudden started giving you this error, there is a good chance that you have a failing hard drive. You need to take it into a qualified technician immediately so that there is a better chance to recover your data.

Refer to the section "Making Installation Diskettes" from the RedHat Linux Installation manual at http://www.redhat.com/support/manuals/RHL-7.1-Manual/install-guide/

Use the command map, to exchange BIOS drives virtually, like this: grub> root (hd1,0) grub> chainloader +1 grub> map (hd0) (hd1) grub> map (hd1) (hd0) I have a separate boot partition on GNU/Linux (or another UNIX-like system), and GRUB seems not to handle this situation correctly. Because GRUB is a boot loader and it normally runs under no operating system, it doesn't know where a partition is mounted under your operating systems.

ThumbDrive SMART, to be released in early 2002, is supported by the latest BIOS versions as a bootable device. We recommend that you contact your BIOS vendor to check for USB boot ability.

Make sure that the boot partition has been duplicated on both disks, and that SILO has been installed on both "whole disk" partitions (/dev/sdn3). On some systems RAID autodetection does not work properly when using a software RAID. In that case, append lines for your setup to /etc/silo.conf like the following example: append="md=0,/dev/sda1,/dev/sdb1" More information about setting up software RAID devices can be found at RAID and Data Protection Solutions for Linux.

Karel van Houten (K.H.C.vanHouten@psi.research.kpn.com) has created a root/boot floppy disk set for sparc32 a while ago, which can be used as a rescue system when your real root disk is unbootable, a tryout system to see how UltraLinux works on your hardware, or (with lots of manual operation) to install a basic system on your hard disk. Booting a rescue image for sparc64 can only be done from a local cdrom, or from the network.

If you don't have a boot disk standing by, probably the easiest method is to obtain a Slackware kernel for your disk controller type (IDE or SCSI) as described above for ''How do I make a boot disk with a XXX driver?''. You can then boot your computer using this kernel, then repair whatever damage there is. The kernel you get may not have the root device set to the disk type and partition you want.

Turn the PC on and immediately start tapping the DELETE or DEL key. Keep tapping this (approx 2/3 times a second will suffice) until a menu appears. This is the BIOS. Use the LEFT/RIGHT arrow keys on the keyboard to move along the upper menu until you highlight BOOT. The boot device list will appear (There may be a pause before this list appears) Press the + (Plus symbol) on the keypad (far right on keyboard) to move the ATAPI CD-ROM or floppy disk heading up the list.