This HOWTO is aimed at assisting those who wish to use the features of
both Windows and Linux on the same host.
Nancy just bought a new computer. It came preloaded with Windows
98. Nancy wants to run accounting software supported by Windows 98 and
mathematical research software. Nancy is an accountant and donates her
time as the accountant for the local chapter of a charitable organization.
The charitable organization requires the chapters to use standard software
that they have chosen. This software is only supported on Windows
98, so Nancy must have Windows 98 to donate her accounting services.
Nancy also teaches mathematics and personally pursues research mathematics.
She is not a programmer amd doesn't want to waste unnecessary time doing
system administration nor working with inflexible software. She believes
that octave, c++ and the best research software is supported by unix.
As a unix dialect she wants linux.
Lisa is shopping for a new computer to replace her aging host. Her
computer will be preloaded with RedHat 6.2 linux. Lisa is a professional
programmer, who plans to run a server and firewall on her old computer.
Lisa wants a low maintenance machine that reliability does her bidding.
Occasionally she needs to read and write files for Macintosh and/or Windows
users. She plans to remove Windows 95 from her old computer and run
a dedicated server and firewall under linux. In accordance with her
Microsoft End User License Agreement she will transfer Windows 95 to her
new computer. Since she plans to spend most of her time in linux,
it isn't worth buying a second Windows license to run Windows on both hosts.
Oscar is a system administrator for a large corporation that uses Windows
NT and Irix workstations. One of the Windows NT workstations has
just crashed and won't boot. Oscar has to recover critical data from
the host which was not backed up. He needs tools to script searches
and filter files. Oscar wants to use the panolpy of unix commands
to low-level examine the hard disk in his search for the lost corporate
assets. Last year Oscar configured a "dual booter" but he no longer
remembers the details.
Tom is a graduate school teacher. Tom also teaches continuing education
at the local community house. Nancy is a friend of Tom and asked
for his help with her new computer. Tom is happy to oblige and this
HOWTO is one of the consequences.
This HOWTO is focused on a general step-by-step procedure.
You should first read which character among the intended
audience that you most nearly match. Follow along as Tom
helps each characters configure their systems. Before doing more
than skimming, you should at least skim the critical concepts.
Some of the words used may be unfamiliar, obsolete, or applied differently,
so it is important to understand their usage in this HOWTO. Please
write the maintainer
with your experience good or bad.
Installing linux on Nancy system will involve repartitioning. Any
time you repartition a hard disk you run a significant risk of losing data
on the disk. More precisely repartitioning does not actually cause
data loss, but does tend to discover data that was lost piror.
Tom warned Nancy that she should backup everything before starting.
Familiar with pluming repair, Tom knew that whey you shut off the water
for 10min to replace a dripping faucet, you often find that the pipes in
the floor were rusted and leaking. Nancy knew nothiing of plumbing,
but she had a good book collection and had moved several times. She
knew that bookshelves often break when you move them.
Since Lisa is buying a new computer, she has nothing yet to backup.
When Oscar asked for the backups of the crashed computer he was met with
the usual blank expressions. His job is essentially ot make a backup
of the otherwise lost data.
This version of this HOWTO does not detail how to backup. If you
wish to see more information on backing up
or if you wish to provide information please
contact the maintainer.
During installation, the size of disks, and other accurate specifications
will be necessary. Entry of slightly wrong values will result in
subtle problems that may not show up immediately but will often be chronic,
frustratingly difficult to diagnose, and maybe impossible to fix.
Windows and your linux distribution may not support the same hardware.
You should see the Hardware Compatibility HOWTO
for a list of what is known to be compatible or incompatible.
In general Windows is the more restrictive with exception of WinModems/WinPrinters/....
Any hardware supported by Windows will usually be supported by linux, though
not necessarily included in your distribution. Much hardware, especially
the old and the cutting edge, may be supported by linux but not by Windows.
If not included in your distribution, you can usually download linux drivers
and or modules from the Internet.
Winmodems, Winprinters, Winscanners, etc.
are not supportable under linux. These devices are actually firmware
that depend on proprietary Windows software. In the United States
it is illegal to sell a linux distribution that supports these devices.
Lisa has dealt with software long enough to know the value of specifications.
Even before purchasing a computer, Lisa has already created a log.
For each computer being considered from each prospective vendor, Lisa has
a list of each component, its model and capabilities.
Tom knows that one of the least expensive means to support reliability
in any complex system (computer, airplane, car, etc.) is by keeping accurate
maintenance records. Many (if not most) of the compatiblity problems
reported by Tom's students would be prevented if accurate records were
kept and consulted.
Tom usually recommends avoiding WinModems, etc. because their performance
limitations are too severe for most people..
Oscar's company keeps records on the hardware components of each
computer. Before trying to fix any problem, Oscar examines the log
and often finds that intractible problems becomre easily solved when you
know the model details.
One of the useful features of linux is the wide range of diagnostic and
repair tools that it supports. The easy ability to write scripts
also makes it easy to write worms and do other recovery operations.
Oscar has easy access to a spare hard drive. He checked the Hardware
Compatibility HOWTO to select a hard drive model.
Oscar grounds himself with a wrist strap to avoid accidental electrostatic
damage.
He opens the case according to the service manual.
He slides the disk into the secondary drive slot and attaches an IDE cable.
Oscar closes the case and ungrounds himself.
This version of this HOWTO does not detail how to attach new drives.
If you wish to see more information on attaching
or if you wish to provide information please
contact the maintainer.
Most new computers preloaded with Windows are delivered with a single FAT32
partition that occupies the entire disk. Before loading
a second operating system on a shared disk, it must be split into at
least two partitions, since Windows and some linux distributions will not
tolerate another operating system on the same partition.
Software is normally stored distributed across the disk partition.
Before splitting a partition, all the data
must be moved to the start of the partition,
so that when the partition is split, the old software and data won't be
lost. Tom warns Lisa, Nancy, and especially Oscar that compacting
is not reversible. If the partition is error-free, no active files
will be lost, but disconnected (deleted) files may be lost. If the
partition has errors, tools exist that can often (but not always) recover
disconnected files before compaction. After compacting , the disconnected
files are probably unrecoverable.
The fips included in tomsrtbt-1.6.335 is 0.9e
and Tom has used it directly with Windows 95. Windows98 requires
fips-2.0 or later which (at press time) was not included in the archived
tomsrtbt distributions.
Nancy is unafamiliar with open source code and the Internet, so Tom
offers to create her fips disk.
Download fips-2.0 and expand in the directory $FIPSROOT
(This may require privelege depending on Tom's linux configuration)
(The address will probably change by the time you read this.)
bash> FIPSROOT=/opt/packages/fips-2.0
bash> mkdir -p $FIPSROOT/original
bash> cd $FIPSROOT/original
bash> wget 'ftp://sunsite.icm.edu.pl/pub/Linux/sunsite.unc.edu/system/installl/fips-2.0.zip'
bash> cd $PIPSROOT
bash> unzip -d oritinal/fips-2.0.zip
Insert and mount the startup disk from Nancy.
(This may require priveleges depending on Tom's linux configuration)
bash> mkdir -p /floppy
bash> mount -t vfat /dev/fd0 /floppy
Follow the instructions for fips. At press time, this means copy
3 files to the startup disk.
bash> cp restorrb.exe fips.exe errors.txt /floppy
Unmoun the floppy and return it to Nancy.
bash> umount /floppy
Nancy's new machine was delivered preloaded with Windows 98 on a single
partition occupying the entire disk.
The installation was already compact, but Nancy used scandisk and defrag
anyway just to be safe. When splitting
the partition with fips, it warns that the physical
partition length does not equal the logical partitin length. Tom
explains that this is expected
since her disk has more than 1024 cylinders. Tom suggests that Nancy
record the current partition info in case it is needed to recover from
a disaster. Following Tom's suggestion, Nancy reduces the first partition
to approximately 30% of the total disk size.
Create a statup disk and give it to Tom.
[Start] [Settings...\Control Panel] [[Add/Remove Programs] [Startup
Disk] [Create Disk ...]
Verify that the disk has no detectible errors.
(There may still be hiddent errors.)
[[My Computer] {(C:\)} [Properties ...] [Tools] [Error-checking status\Check
now ...] [Type of test\Thorough] [Start]
Fis any errors reported.
Defragment the disk to remove blank areas and deleted files.
[[My computer] {(C:\)} [Properties ...] [Tools] [Defragmentation status\Defragment
now ...]
Insert the fips startup disk from Tom and restart the computer.
[Start] [Shutdown...] [Restart] [OK]
When the computer reboots, split the partition.
A:\> fips
Save current partition info: yes
New partition start: 501Table of Contents
Repartition
A normal linux installation requires at least two partitions.
It usually improves performance to more partitions. Most bioses
support no more than 4 primary partitions.
Tom recommends that the disk be divided into 4 partitions.
~33% Windows bootable
Windows requires residency on the first primary partition
~33% linux bootable
On most computers, bootable partitions must reside entirely below 1024
cylinders.
~64M swap
A filesystem optimized for memory caching
improves performance.
~33% data
The last partition may be used by either or both operating systems
if is compartible.
The Windows bootable partition must be one of the filesystems
supported by Windows. Likewise the linux bootable partition must
be one of the filesystems supported by linux. The swap partition
must have a filesystem supported by the operating system that will use
it. The last partition will be used for data, and can have any filesystm.
At press time, the above division is safe for most computers.
Nancy is unafamiliar with open source and the Internet, so Tom lends
her one of his diagnostic disks with tomsrtbt..
tomsrtbt is a small distribution of linux on
a single floppy disk that loads into RAM. Since it does not occupy
nor run on the hard disk it is superb for situations where the hard disk
will be modified (e.g. repartitioning).
Tom stresses that repartitioning is simple but must be done with meticulous
care, since everything else depends on it.
Like ignoring a crack in the foundation of a house, partition table errors
may not become apparent for a long time, when it will be difficult or impossible
to correct.
Nancy will be using her system primarily with Windows, so Tom recommends
that her data partition use FAT32
From the compoent catalog that Tom prepared for her computer, Nancy knows
that her hard disk has 1661 cylinders.
0001-0501 Windows FAT32 bootable
0502-1002 linux ext2 bootable
1003-1011 linux swap
1012-1661 data FAT32
Lisa will be using her system primarily with linux, so her data partition
will use ext2 The data partition
will then be unavailable to Windows, but will be more easily used from
linux. Lisa's hard disk has 787 cylinders.
0001-0262 Windows FAT32 bootable
0263-0525 linux ext2 bootable
0526-0779 linux swap
0780-0787 data ext2
Nancy uses the tomsrtbt disk provided by Tom and
fdisk on it to edit her partition table.
Insert the tomsrtbt disk and restart the computer.
Read the fdisk instructions and list of known partition types
bash> /bin/fdisk
fdisk> m
fdisk> l
Read and record the partition table
(After fips, her disk has two partitions.)
fdisk> p
Since her disk has more than 1024 cylinders, update the cylinder count
known to fdisk with an advanced command
fdisk> x
fdisk expert> c 1661
fdisk expert> r
Delete the 2nd partition which was created by fips.
fdisk> d
... partition[1-2]? 2
Add the new 2nd partition for linux
fdisk> n
... partition ...? 2
... extended ... primary ... type? p
... start ...? 502
... end ...? 1002
Add the new 3rd partition for swap
fdisk> n
... partition ...? 3
... extended ... primary ... type? p
... start ...? 1003
... end ...? 1011
Add the new 4th partition for data
fdisk> n
... partition ...? 4
... extended ... primary ... type? p
... start ...? 1012
... end ...? 1661
Reprint the partition table and check carefully for errors.
(delete and add the partitions if there are any errors)
fdisk> p
Set the type (filesystem to be used) on each partition.
fdisk> t
... partition ...? 2
... type ...? 83
fdisk> t
... partition ...? 3
... type ...? 82
fdisk> t
... partition ...? 4
... type ...? 0c
Record and repriint the partition table and check carefully for errors.
If unsatisfied quit.
fdisk> q
If satisfied, write the partition table.
fdisk> w
Nancy records the new partition table in her computer log.
Disk /dev/hda: 255 heads, 63 sectors, 1661 cylinders
Units = cylinders of 16085 * 512 bytes
Drive Boot Start End Blocks
Id System
/dev/hda1 * 1
501 402451+ 0c Win95 FAT32 (LBA)
/dev/hda2 502 1002
402482 83 Linux Native
/dev/hda3 1003 1011
72292 82 Linux Swap
/dev/hda4 1012 1661
5221125 83 Linux Native
In order to use any hard disk effectively, it must be formatted.
After formating, whther successful or not, all the old data in that partition
is lost (the cost of recovery goes up 10-100x).
Tom warns that Formatting is the only operation
that is neither idempotent nor reversible.
The tool provided by the intended operating system should be used to format
the partitions intended for that partition. Use format under Windows
to format FAT32 partitions. Use
Nancy formats the data partition under Windows.
Restart the computer in Windows
Format the partition
[[My Computer]] {(D:)} [Format ...] [Format type\Full] [Start]
Nancy uses the tomsrtbt disk provided by Tom to
format the linux and swap partitions under linux.
Insert the tomsrtbt disk and restart
Check for bad blocks and format the linux partition.
bash> mke2fs -c /dev/hda2
Check the filesystem
bash> e2fsck /dev/hda2
Check for bad blocks and make the swap file system
bash> mkswap -c /dev/hda3
(untested) Lisa formats only linux partitions using tomsrtbt in the same
manner as Nancy.
Insert the tomsrtbt disk and restart
Check for bad blocks and format the linux partition.
bash> mke2fs -c /dev/hda2
Check the filesystem
bash> e2fsck /dev/hda2
Check for bad blocks and make the swap file system
Now is when the operating system(s) becomes
a part ot the computer. All prior steps laid the foundation.
This is the first time when the detail and accuracy of the catalog will
be especially useful. Follow the installation instructions provided
with your distribution. This HOWTO does not detail how to load
the distribution because the distribution instructions will provide the
best instructions.
Though linux is available at no cost,Tom recommends purchasing a distribution
with hardcopy instructions and support tools.. The price of a good
distribution is well worth it. In Tom's
opinion, asking friends is the best way to choose a linux distribution.
A distribution that satisfies your friends with similar interests will
probably satisfy you.
Tom knows that Nancy got a newly released graphics card with which he
has no experience. He warns Nancy that the X configuration may not
work. When she calls him, he uses the expert options of yast
which tell him that though her card is not listed by manufacturer and model
it used the mach64 X server. Now familiar with yast, Nancy installs
the mach64 x server and removes the svga X server. Tom stays to talk
Nancy through X installation. Nancy's monitor is not named in the
configuration list, but with the model known from the catalog, a quick
visit to the manufacturer's website provides the scan rate limits.
Tom knows that the configurability of linux frightens many new users
and so he has often recommended RedHat to first-time
users because of its commercial technical support and default configuration
settings. He lets Nancy know that though she should try to consider
each question before answering, she need fear a mistake because she can
reverse almost any configuration decision later. Most packages
managment tools offer to load and save configurations files (e.g. /etc/linuxrc).
Keep a list of the configuration questions and each answer to them.
When in doubt, add a package to linux, and note that it was in doubt.
A month after installation, go back and remove any packages that you haven't
used, and log the removal.
Expect to discover some linux configuration errors by loss.
Change the linux configuration when you find that it is different from
your desires.
When in doubt, do not add a package to Windows.
Tom knows that some differences between Windows and linux force some compromises.
Set the hardware clock to local time.
Windows displays time, timestamps file operations, and synchronizes with
the netowrk from the same clock.
Linux uses separate clocks for each of these. On a linux only system,
the hardware clock is usually set to UTC (Universal Time Coordinate), the
network standard. The network and file operations clock are usually
just views of the hardware clock by linux. For display, linux usually
shifts the hardware clock according to the timezone and date.
Since Windows supports only one clock, you must decide (unless you live
in Greenwich England) whether to set the hardware clock to local time or
UTC.
If you use UTC, you will have to mentally convert the time displayed by
Windows to local time.
If you use local time, some network activity may become confused.
International email problems are most commonly reported. Mail sent
from Berlin at 1300 local time may be stored a second later in New York
at 1200 UTC where it awaits a channel to its San Francisco destination.
To save space, the New York host may delete mail that could not be sent
in a reasonable time of 30min. If the Berlin mail was unclear that
ti was sent at 1300 Berlin time, or if the New York host is unwilling to
do the conversion, the email may be lost as undliverable after 1 hour (1300
- 1200).
Since Nancy is an accountant, Tom recommends that she use the SuSE
distribution. SuSE comes with the ApplixWare suite of office software.
Nancy has already read the installation chapters of the book that accompanied
her SuSE distribution. yast from SuSE lets her store her configuration
choices in a file which she includes in her computer log.
Nancy makes sure she has the catalog (and Tom's
phone number) handy.
She inserts the SuSE CDROM and reboots the computer.
She selects installation options (English, Color, ...)
She examines the hardware detected for her system and confirms that it
matches her own catalog.
Both the hard disk and CD-RW were detected.
Both the sound and graphics cards were detected.
Both the PCI and USB buses were detected.
Following the instructions from SuSE, she starts YaST, the system configuration
tool.
Already partitions, Nancy declines YaST's offer to repartition her disk.
Already formatted by Windows, Nancy declines YaST's offer to format her
Window's partitions.
Though already formatted, Nancy accepts the offer to reformat her swap
and linux partitions.
Set the mount points for the partitions.
[CREATING FILESYSTEMS]
/dev/hda1 no vfat /WinC
Win95 FAT32 /dev/hda2 ... check ext2 / Linux /dev/hda4 no vfat /WinD
Win95 FAT32
Nancy now selects the packages she wants.
Nancy includes the nonstandard packages that she knows she wants (e.g.
CD writing).
Nancy excludes the standard packages that she knows she doesn't want
(e.g. tape drive support).
Nancy selects packagas for her specific hardware (e.g. X server) using
her catalog.
She indicates that the hardware clock is set to local time.
Nancy saves a copy of her configuration and puts in her log.
(uc) This subsection of this HOWTO is not yet written.
If you have two or more operating systems on a computer, you must have
a means of selecting which operating system is loaded.
Before
installing a boot manager, Tom recommends
that Nancy and Lisa make a boot disk (and master boot record backup).
He also recommends that each test their boot disks before installing the
boot manager. This is done so that the computer can be booted and
the master boot record restored to the hard disk if the boot manager installation
fails
Because of its configurability and robustness, Tom recommends lilo
to most users.. Most linux distributions support multiple linux versions
on the same partition. This means that you can install and test an
upgrade to the operating system without the trouble of a lengthy reinstallation.
When the upgrade is satisfactory (or not) you can remove versions
no longer useful.
During installation, SuSE offers to make a boot disk, and master boot record
backup, before installing lilo.
Create a rescue floppy.
[CREATE A BOOT DISK?/YES]
Nancy write-protects the disk and puts in her log.
Nancy installs lilo
[LILO INSTALLATION ...]
Windows /dev/hda1 SuSE /dev/hda2 /boot/vmlinuz
Windows installation overwrites the master boot record with one that loads
Windows. After installing Windows, Lisa must reinstall lilo.
To make this easier she uses loalin under Windows to load her existing
linux and then uses linus to configure and install lilo..
The following is a summary of the architecture choices that you should
consider. Your choice will probably depend most on your compuer
expertise level, value of existing data, and expected division of usage
between Windows and linux.
Separate for
linux and Windows
Shared by
linux and Windows
Support
Pros
Cons
address space
Not Supported.
Windows must be the only operating system in its partition.
Your choice of filesystem is usually constrained by the hard disk
manufacturer, your choice of Windows version, and your choice of linux
distribution.
Type
Code
Support
Description
DOS6
0x06
Windows 95
Windows 98
Windows NT
linux
IBM DOS default filesystem
Names limited to eight characters + 3 character type
NTFS
0x07
Windows NT
linux read-only
Windows NT default filesystem
Names have arbitrary length
Names cannot include special characters
FAT32
LBA
0x0c
Windows 95
Windows 98
Windows NT
linux
Windows95/98 default filesystem
Names have arbitrary length
Names cannot inlcude special characters
swap
0x82
linux
linex default memory cache filesystem
ext2
0x83
linux
linux default filesystem
Names have arbitrary length
Names can contain arbitrary characters
Tends to suffer little external fragmentation.
Scales well over several magnitudes of size.
Runs quickly on semirandom access systems.
Your choice of distribution will depend mostly on friends' recommendations,
your level of computer expertise, and easy availability of packages.
Most distributions will happily reside on the same disk, so there is no
reason not to try several distributions until you find the one that is
best for you.
Distro
Publisher
Source
Pros
Cons
RedHat
Red Hat, Inc.
http://www.redhat.com/
Easy to install.
Home-user-friendly
Commercial support available
Large number of bundled packages.
Tolerates unbundled packages.
Does not tolerate multiple versins on same partition.
Slackware
Walnut Creek CDROM
http://www.slackware.org/
Largest number of bundled packages.
Professional-user-friendly
Easiest software development
New packages most often appear here first.
Tolerates unbundled packages
Tolerates multiple versions on same partition
Moderate computer expertise required.
SuSE
SuSE Gmbh
http://www.suse.com/
Easy to install.
Business-user-friendly
Aimed at business users
Commercial support available
Tolerates unbundled packages.
Tolerates multiple versions on same partition
Splits a FAT16 or FAT32 partition into two partitions without destroying
data so that the new partition can be loaded with a d different operating
system
Windows98
Windows98 requires at least version 2.0
Run under Windows98
Splits a FAT16 or FAT32 partition into two partitions without destroying
data so that the new partition can be loaded with a d different operating
system
Supports editting of a partition table.
Two-tiered menu system. The first level includes read and normal
operations. The second level lets you fix inconsistencies.
fdisk
Included with Windows 95 and Windows 98
Does not permit creattion of partitios associated with filesystems
not supported by Wirdows, nor selecting a bootable partition other than
the first primary partition.
Configures which operating system is booted.
lilo itself if very robust and configurable.
Some care is required,
since lilo is usually used to overwrite the master boot record,
lest one carelessly loose the ability to boot Windows automatically.
loadlin (uc)
Windws 95 or 98
Started from Windows in dos mode.
(Can be placed as shortcut in Windows)
Replaces linux with Windows in memory.
Since loadlin does not overwrite the master boot record,
a failed installation should not be able to risk Windows.
Adding linux to New Computer Preloaded
with Windows 98
Nancy is unfamiliar with keeping a log, so Tom prepared it for her as he
unboxed and assembled her new computer. tom also knows that
it is far easier to remove the computer case once and record all the model
numbers, chipsets, and model types than it is to later open the case to
get a single model number or to guess the information that will be later
needed. During the computer service life, only 10% of the numbers
collected will ever be used, but there is no easy way to predict which
10%.
The following is an extract from Nancy's log. Identidation numbers
have been changed and some irrelevant data has been removed. Most
of the data came from the invoice that accomapanied the computer and the
specifications [Start\Run...\] Open: c:\DELL\DOCS\EDOCS.EXE [OK] that
were provided on the computer.
Configuration
A hardcopy of critical portions of this information, master disks, and
backup disks is kept in a white binder, located physically close to this
host, labelled
Nancy System Administration Log.
Hardware
Date
Bay or Slot
Contents
1999-10-21
Primary Hard Disk Bay
Hard Disk
1999-10-21
Secondary Hard Disk Bay
empty
1999-10-21
Diskette Drive Bay
Floppy Disk
1999-10-21
Drive Cage Top 5.25" Bay
CD Writer
1999-10-21
Drive Cage Bottom 5.25" Bay
empty
1999-10-21
Drive Cage Top 3.5" Bay
empty
1999-10-21
Drive Cage Bottom 3.5" Bay
empty
1999-10-21
Dimm Socket Bank 0
RAM
1999-10-21
Dimm Socket Bank 1
empty
1999-10-21
Dirmm Socket Bank 2
empty
1999-10-21
Primary EIDE Bus
Hard Disk
1999-10-21
Secondary EIDE Bus
CD Writer
1999-10-21
ISA Expansion Slot
empty
1999-10-21
PCI Expansion Slot 1
empty
1999-10-21
PCI Expansion Slot 2
Modem
1999-10-21
PCI Expansion Slot 3
empty
1999-10-21
PCI Expansion Slot 4
Sound
1999-10-21
PCI Expansion Slot 5
empty
1999-10-21
AGP Port
Graphics
Date
Component
Action
1999-10-21
Case
Tower
Mfr Dell
Model Dimension XPS Txxx
M/N MMS
Mfr Date mmddyy
P/N 01968D Rev A04
S/N nnnaa
DP/N 000338D Rev A00
DS/N xxxxx-xxx-xxxx
FCC Class B
1999-10-21
Dell Dimension XPS Txxx
Refrence and Troubleshooting Guide
Mfr Dell
Model MMS
P/N 8868D Rev. A01
1999-11-03
Central Procssing Unit
procssor: 0
vendor_id: GenuineIntel
cpu family: 6 (Pentium III)
model: 7
model name: 00/07
stepping: 3
cpu MHZ: 448.971025
cache size: 512 KB
fdiv_bug: no
hlt_bug: no
sep_fug: no
f00f_bug: no
coma_bug: no
fpu: yes
fpu_exception: yes
cpuid level: 2
wp: yes
flags: fpu vme de pse tsc msr pae mce cx8 sep mtrr pge mca cmov pat
bogomips: 447.28
Mfr Harmon/Kardon
Right M/N HK195
Right P/N 3862A201
Right DP/N ZL001-98U Rev B
Right DS/N xxxxx-xx
Left M/N HK195
Left DP/N ZL001-98URev B
Left DS/N xx-xx
Adapter M/N A41411C
Adapter P/N HK195-01T
Adapter Input 60Hz 22W
Adapter Output 15VAC 1.1A
Advanced\Peripheral Configuration\Reset Configuration Data
No
1999-10-21
Advanced\Peripheral Configuration\NumLock
Auto
1999-10-21
Advanced\Peripheral Configuration\Serial Port A
Auto
1999-10-21
Advanced\Peripheral Configuration\Parallel Port
Auto
1999-10-21
Advanced\Peripheral Configuration\Mode
ECP
1999-10-21
Advanced\Peripheral Configuration\Legacy USB Support
Enabled
1999-10-21
Advanced\IDE Configuration\IDE Controller
Both
1999-10-21
Advanced\IDE Configuration\Primary IDE Master
IBM-DPTA-371360-(PM)
1999-10-21
Advanced\IDE Configuration\Primary IDE Slave
None
1999-10-21
Advanced\IDE Configuration\Secondary IDE Master
CD-RW CRX100E- (SM)
1999-10-21
Advanced\IDE Configuration\Secondary IDE Slave
None
1999-10-21
Advanced\Diskette Options\Diskette Controller
Enabled
1999-10-21
Advanced\Diskette Options\Diskette A
1.44/1.25 MB 3.5"
1999-10-21
Advanced\Diskette Options\Diskette Write Protect
Disabled
1999-10-21
Advanced\DMI Event Logging\Event log capacity
Space Available
1999-10-21
Advanced\DMI Event Logging\Event log validity
Valid
1999-10-21
Advanced\DMI Event Logging\View DMI event log
No unread events
1999-10-21
Advanced\DMI Event Logging\Clear all DMI event logs
No
1999-10-21
Advanced\DMI Event Logging\DMI event logging
Enabled
1999-10-21
Advanced\DMI Event Logging\Mark DMI events as read
No unread events
1999-10-21
Advanced\Video Configuration\ISA Palette Snooping
Disabled
1999-10-21
Advanced\Video Configuration\AGP Aperature Size
64MB
1999-10-21
Advanced\Video Configuration\Default Primary Video Adapter
AGP
1999-10-21
Advanced\Resource Configuration\C800-CBFF
Available
1999-10-21
Advanced\Recource Configuration\CC00-CFFF
Available
1999-10-21
Advanced\Recource Configuration\4000-43FF
Available
1999-10-21
Advanced\Recource Configuration\4400-47FF
Available
1999-10-21
Advanced\Recource Configuration\4800-4BFF
Available
1999-10-21
Advanced\Recource Configuration\4C00-4FFF
Available
1999-10-21
Advanced\Recource Configuration\IRQ 3
Available
1999-10-21
Advanced\Recource Configuration\IRQ 4
Available
1999-10-21
Advanced\Recource Configuration\IRQ 5
Reserved
1999-10-21
Advanced\Recource Configuration\IRQ 7
Available
1999-10-21
Advanced\Recource Configuration\IRQ 10
Available
1999-10-21
Advanced\Recource Configuration\IRQ 11
Available
1999-10-21
Power\Power Management
Enabled
1999-10-21
Power\Inactivity Timer
Off
1999-10-21
Power\Hard Drive
Enabled
1999-10-21
Power\VESA Video Power Down
Standby
1999-10-21
Boot\Boot-time Diagnostic Screen
Disabled
1999-10-21
Boot\QuickBoot Mode
Disabled
1999-10-21
Boot\First Boot Device
Removable Devices
1999-10-21
Boot\Second Boot Device (obsolete)
Hard Disk
1999-10-22
Boot\Second Boot Device
ATAPI CD-ROM Driv
1999-10-21
Boot\Third Boot Device (obsolete)
ATAPI CD-ROM Driv
1999-10-21
Boot\Third Boot Device
Hard Disk
1999-10-21
Boot\Fourth Boot Device
Network Drive
1999-10-21
Boot\Hard Drive\1
IBM-DPTA-371360-(PM)
1999-10-21
Boot\Hard Drive\2
Bootable Add-In Card
1999-10-21
Boot\Removable Devices\1
Legacy Floppy Drive
Firmware
Date
Component
Action
1999-10-21
Partition Table
tomsrtbt-1.6.335 (linux-2.0.35)
bash>/bin/fdisk
fdisk> p
Disk /dev/hda: 255 heads, 63 sectors, 1024 cylinders
Units = cylinders of 16085 * 512 bytes
Drive Boot Start End Blocks
Id System
/dev/hda1 * 1
1662 13349983+ 0c Win95 FAT32 (LBA)
Partition has different physical/logical endings
phys = (1022, 254, 63) logical = (1661, 254, 63)
1999-10-22
Partition Table
Windows98 Startup Disk +fips.exe
A:\> fips
(Ignore warning about physical != logical length)
Save current partition info: yes
(saved as rootboot.000)
New partition start: 501
tomsrtbt-1.6.335 (linux-2.0.35)
bash>/bin/fdisk -v
fips Version 2.8
bash>/bin/fdisk
fdisk> p
Disk /dev/hda: 255 heads, 63 sectors, 1661 cylinders
Units = cylinders of 16085 * 512 bytes
Drive Boot Start End Blocks
Id System
/dev/hda1 * 1
501 402451+ 0c Win95 FAT32 (LBA)
/dev/hda2 502 1002
402482 83 Linux Native
/dev/hda3 1003 1011
72292 82 Linux Swap
/dev/hda4 1012 1661
5221125 83 Linux Native
1999-10-21
Windows Operating System
DESC KIT,DOC/DSK,W98,OSR1,ENG
Language English (United States)
Keyboard United States 101
First and Middle Jo'an K.
Last Name Meier
Country Code United States of America
Area Code 336
Access Code No
Touch Tone Yes
Time Zone (GMT-05:00) United States Eastern
Daylight Savings Time Automatic
Mfr Microsoft
Model Windows98 2nd Ed
Product Key G74XD-KMV7J-XJC3X-PYBG6-DHPP6
S/N xxxxxxxxxx
DP/N 08001T Rev. A00
1999-11-03
linux Operating System
SuSE-6.2.0-2
reboot CDROM1
linuxrc v0.91 (kernel 2.2.10)
linuxrc> ... language ... English
... display ...? Color display
... keyboard ... English (US)
Main menu
System Information
Harddisks / CD-ROMS
(Hard Disk and CD-ROM found)
Processor
(no bugs)
Start Installation / System
Start Installation
Source: CD-ROM
Yast v1. 01
Install Linux from scratch
[SELECT SWAP PARTITION] /dev/hda3
... format ... yes
[PARTITION HARDDRIVES/Do not Partition]
CREATING FILESYSTEMS:
/dev/hda1 no vfat /WinC
Win95 FAT32 /dev/hda2 ... check ext2 / Linux /dev/hda4 no vfat /WinD
Win95 FAT32 Create/Change Configuration Xserver = svga (otherwise unrecognized)
[SELECT KERNEL/Standard (E)IDE Kernel]
After running fips, why does Windows report
that I still have only one partition?
Windows 98 does not recognize the effect of fips-0.9e.
fips-2.0 has successfully been used to split a
Windows98 partition. According to an unreliable source, Windows 98
reads partition data from the first 512 bytes of the partition itself and
considers this more reliable data than the partition table.
Why does my tool report an error
that physical length does not match the logical length of the partition?
This means that the partition table is
inconsistent, and may be inaccurate. Modifying a disk with an inaccurate
partition table usually requires an expert to reduce the almost certain
chance of data loss.
The severity of this message is dependent on the size of the disk.
Due to historical limitations, most (but not all) computer BIOSs only support
disks with less than 1024 cylinders. Booting
the operating system depends on the bios,
therefore (on such systems), the entire operating system must fit within
this 1024 cylinders.. For the same historical reasons, the partition
tableformat only supports reporting disk
sizes of 1024 or less cylinders. Many disks today have more than
1024 physical cylinders but by convention the partition table records exactly
1024 cylinders. The operating system still needs to know where the
actual partitions begin an end beyond the first 1024 cylinders and this
is recorded in the partition table.
A large disk with more than 1024 cylinders will have a logical size
(sum of partition sizes) that exceeds 1024 and matches the actual size,
though the partition table reports a physical size of exactly 1024 cylinders.
In the case of a large disk, this message is essentially useless.
How do I know what version of Windows I
have?
One or more of the following should tell you what version of Windows you
have.
C:\>ver
{My Compuer} [Properties] [General]
[Start] [Run...] Open: command [OK]
[Start\Run...] Open: ver [OK]
[Start\Run...] Open: cmd ver [OK]
How do I know what version of linux kernel
I have?
bash> uname -a
How do I know what version of linux distribution
I have?
The question may have no meaningful answer. Since unix dialects (e.g.
linux) use many interchangeable parts, it makes little difference to this
HOWTO what distribution you have. The applications loaded on most
linux hosts varies with time and the tastes of the owner, so that they
seldom match any distribution for more than a very brief period.
Most distributions are loosely classed by the package manager that they
use.
pkgtool - slackware
rpm - RedHat
bash> uname -a
If I make a mistake can I start over?
In general, no. For this reason, meticuluous care is required, especially
at certain stages. Some of the operations are idempotent. An idempotent
operation is one which either fails and has no effect, or succeeds and
has no effect after its first success. Some of the operations are
reversible. A reversible operation has an inverse operation so that
you can return things to what they were and start over.
Formatting is especially dangerous because it is neither idempotent
nor reversible. If formatting succeeds, the original data is lost.
If formatting fails, the original data is probably lost (since indices
are usually destroyed early).
Record the starting table
Reenter the recorded starting table
Carefully check the partitioning before using the computer, since applications
will believe the partition table and may destroy files. A small error
in partition borders or lengths may cause infrequent disk errors that are
not seen for months, but can become very time-consuming.
Carefully record, test, and expect to change the configuration of linux
as your understanding, needs, and desires change. As you use your
computer, you can expect to quickly find that you wish you'd made different
configuration decisions. Most linux distributions allow easy reconfiguration
of a running system.
Windows installation overwrites the boot manager with one that loads
Windows automatically. If you isntall Windows+linux, you must installl
Windows first.
Care with permissions is needed to prevent undesired use of the computer
(e.g. openning your telephone to anyone on your cable modem network may
tend to increase your phone bills.).
How large should my swap partition be?
Swap partition size (or even its existence) is a hotly debated issue beyond
the scope of this HOWTO. Many books on performanc
tuning provide guidelines on swap partition size and how to recognize
a need to expand or shrink it. At press time, the author recommends
64M as a safe size.
Should I add package xxx?
A reader of this HOWTO presumably wants to benefit from the strengths of
both Windows and linux, and suffer the shortcomings of neither.
Most linux distributions allow you to cleanly remove any package.
unix dialects support permissions so that each package gets a well defined
share of the computer and this share can be identified and taken back in
its entirety. unix dialects support symbolic links so that the package
can appear to be in a convenient place without actually occupying space
from the convenient place. The distributions that do not support
easy removal are usually tiny specialized distributions like tomsrtbt.
The risk that an unwanted package will plague your linux indefinitely
is small since you can remove it at any time.
Most Windows packages can never be uninstalled cleanly under Windows,
as they usually leave dll updates and registry entries. It is therefore
important to add packages only when you are sure that you need them, since
your only way of removing them may be to reinstall Windows and every package
that you want.
Sharing a machine between Windows and linux, means that linux can aid
clean removal of packages from Windows. Since it only identifies
but does not predict, linux cannot insure clean removal. Since linux
find resolves to the second rather than Windows find to the day, it can
much more accurately identify what was changed.
Record the date and time before you install a package to Windows.
Install the package.
Record the date and time after you install the package.
Under linux, use touch to create a file timestamped at the start of installation.
Under linux, use touch to create a file timestamped at the end of installation.
Under linux, use find to identify every Windows file and folder that was
altered during installation.
Store the list of altered files and folders to identify what has to be
removed or restored.
A bios (Basic Input/Output System) is a small operating
system supplied with and usually encoded in the computer hardware.
The bios is often little more than is needed to load and run the operating
system normally used. Most BIOSs at press time reside in shadow ram
which is electronically removed from the computer once the normal operating
system is loaded and starts running.
A disk is a physical storage medium. A disk must be formatted before
data on the disk is accessible. A municipal library building is a
good model of a disk. The building itslf has a fixed volume and can
therefore hold a fixed number of books. The largest number of books
can be stored by simply dumping them inside the building, but the result
would simply be a big trash pile and the books would not be available for
use. In order to use the books, they are placed on bookshelves so
they can be accessed. Placing the equivalent of bookshelves on the
disk is called formatting.
See Repartitioning. Though
beyond the scope of this HOWTO, low-level formatting refers to the phsyical
division of the magnetic media into magnetic domains similar to applying
the bias to magnetic tape.
Master Boot Record
Each bootable partition has firmware that runs in the bios.
This firmware historically occupies the 446 bytes before the partition
table. A simple master boot record simply copies the operating system
from the media into memory and turns computer control over to the operating
system.
At power up, cold boot, or warm boot, the bios searches the computer
storage media until it finds a master boot record which it then executes
it. The search locations and order differ between different bioses.
Often the search order is configuratble with firmware encoded in the computer
hardware with the bios. The most common search order is floppy, cdrom,
network, usb disk, scsi disk, ide disk.
A more complex master boot record, called a boot manager, loads a program
into memory that gives the user an opportunity to select which operating
system to load.
Operating System
An operating system is firmware that supports effective computter use.
As an allocator, the operating system verifies that only one process at
a time controls the cpu , disk, write access to a file, and other unshareable
resources. As a toolkit, the operating system provides a set of software
pieces for common functions (e.g. reading from a file, writing to the screen).
As a virtual machine, the operating system makes the physical computer
behave like another well-specified computer, so that software can be written
once for the well-specified computer and then run on many physical computers
with compatible operating systems. As an allocator, the operating
system is like the staff that schedules the use of meeting rooms in the
library. As a toolkit, the operating system is like the library staff
that reshelves books or the library copier. As a virtual machine,
the operating system is like one of the many libraries that endeaver to
look like the U.S. Library of Congress with vertical bookshelves, a circular
reference desk, and a lobby area with indices. A patron entering
any such library finds the layout familiar, and one patron can give usable
directions to a patron of a different library.
Allocator
Toolkit
Virtual Machine
component
analog
operating system
llibrary staff
Partition
A disk is a physical portion of a disk. A
filesystem is a map between addresses and files accessed on the disk.
Most libraries are divided into floors or sections, such as Adult Fiction,
Reference, and Juvenile Non-Fiction. Each section usually has its
own card catalog and often different sections use different schemes.
Adult Fiction is usually indexed by Author Name. Reference is usually
indexed by Subject. There are even competing indexing schemes for
the same section such as Dewey Decimal or Library of Congress.
component
analog
partition
library building floor
filesystem
indexing scheme and card catalog
Partition Table
Every disk has a partition table stored in a standard
location and in a standard format on the disk.
The partition table describes where each partition
begins and ends on the disk. The partition table also describes what
filesystem is used in each partition.
The partition table is like the wall map that usually appears at the entry
to any library. This wall map tells where each section (e.g. Reference,
Adult Fiction, Juvenile Non-fiction) is located and how the books are shelved
(e.g. Title, Author, Dewey Decimal)
component
analog
partition table
library floor map
Repartitioning
Before defragmenting, the index (I), active files (A) and deleted files
(d) are distributed across the partition.
After defragmenting, the index(I), and active files (A) are concentrated.
Some deleted files (d) are lost. Some space formerly occupied by
active files become lost (l).
Winmodems are a class of devices including winprinters, winscanners.
Winmodems are a subset of the class of devices that achieve low-cost by
replacing hardware in their convential equivalents with firmware run by
the host. The drawback of these devices is that their dependence
on the host usually slows or prohibits other operations simultaneously
on the host.
By analogy low-cost headlights for an automobile might consist of a
flashlight atop a battery tray that sits in the front passenger seat.
To use the headlights, you must start the car, remove the battery from
the car, and install the car battery in the flashlight tray. The
headlight cost is reduced by the cost of the solenoid, dashboard switch,
wiring, and fuses. If you use the headlights, the limitations mean
that you can't carry a front passenger, you can't restart the car, you
can't use the car radio, and the fuel guage reads empty.
Winmodems are distinct from the slightly larger class of these low-cost
devices by the fact that they use proprietary firmware included in the
Windows operating system. In the United States, it is illegal to
sell firmware to use this proprietary firmware without Microsoft consent.
At press time, the price of Microsoft consent is only slightly less than
the cost of a convential device.
compilation of linux support experience
what works, what doesn't,
http://howto.linuxberg.com/LDP/HOWTO/Hardware-HOWTO.html If the product manufacturer does not support linux,
it may be several months before user experience is reported
The purpose of this copyright and license is to promote distribution and
use limited only by accuracy. Your experience and modifications are
requested for distribution. Please submit them to the maintainer.
Copyright
Copyright (c) 1999 by Dr. Robert J. Meier. This document may
be distributed only subject to the terms and conditions set forth in the
LDP License, except that this document must not
be distributed in modified form without the author's consent.
LINUX DOCUMENTATION PROJECT LICENSE (LDPL) v2.0,
12 January 1998
COPYRIGHT
The copyright to each Linux Documentation Project (LDP) document is
owned by its author or authors.
LICENSE
The following license terms apply to all LDP documents, unless otherwise
stated in the document. The LDP documents may be reproduced and distributed
in whole or in part, in any medium physical or electronic, provided that
this license notice is displayed in the reproduction. Commercial redistribution
is permitted and encouraged. Thirty days advance notice via email to the
author(s) of redistribution is appreciated, to give the authors time to
provide updated documents.
REQUIREMENTS OF MODIFIED WORKS
All modified documents, including translations, anthologies, and partial
documents, must meet the following requirements:
The modified version must be labeled as such.
The person making the modifications must be identified.
Acknowledgement of the original author must be retained.
The location of the original unmodified document be identified.
The original author's (or authors') name(s) may not be used to assert or
imply endorsement of the resulting document without the original author's
(or authors') permission.
In addition it is requested that:
The modifications (including deletions) be noted.
The author be notified by email of the modification in advance of redistribution,
if an email address is provided in the document.
As a special exception, anthologies of LDP documents may include a single
copy of these license terms in a conspicuous location within the anthology
and replace other copies of this license with a reference to the single
copy of the license without the document being considered "modified" for
the purposes of this section.
Mere aggregation of LDP documents with other documents or programs on
the same media shall not cause this license to apply to those other works.
All translations, derivative documents, or modified documents that incorporate
any LDP document may not have more restrictive license terms than these,
except that you may require distributors to make the resulting document
available in source format.
Submission of Errors, Omissions, and Modifications
No contact is required to use this HOWTO, but the maintainer
would appreciate hearing from you. When you find anything missing
or in error in this HOWTO, please send email to the maintainer.
Please include Re:Linux+Windows-Howto in the subject followed by
one of the keywords below. Please include your email address or other
contact information if you are interested in a reply or if you are willing
to provide further details.
Keyword for subject
Body
Usage
How did you use this HOWTO? What was your situation? Which
character did you use?
Error
What is incorrect? Do you have a solution? Do you know
who has the solution?
Missing
What question wasn't answered? Do you know the answer?
Do you know who has the answer?
Experience
What are details of your system before? after? What exactly
did you do? What worked? What didn't work?