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-rw-r--r--etc/adduser.conf12
-rw-r--r--etc/config/cleartmp4
-rw-r--r--etc/config/gated4
-rw-r--r--etc/config/kerberos4
-rw-r--r--etc/config/mountd.flags3
-rw-r--r--etc/config/named6
-rw-r--r--etc/config/nfsclient4
-rw-r--r--etc/config/nfsclient.flags4
-rw-r--r--etc/config/nfsserver4
-rw-r--r--etc/config/nfsserver.flags4
-rw-r--r--etc/config/nisclient4
-rw-r--r--etc/config/nisserver4
-rw-r--r--etc/config/quota5
-rw-r--r--etc/config/routed5
-rw-r--r--etc/config/routed.flags3
-rw-r--r--etc/config/rwhod4
-rw-r--r--etc/config/savecore4
-rw-r--r--etc/config/savecore.flags3
-rw-r--r--etc/config/sendmail4
-rw-r--r--etc/config/sendmail.flags3
-rw-r--r--etc/config/timed4
-rw-r--r--etc/config/timed.flags2
-rwxr-xr-xetc/etc.i386/EXTRACT_bin.sh18
-rwxr-xr-xetc/etc.i386/EXTRACT_secr.sh14
-rwxr-xr-xetc/etc.i386/EXTRACT_src.sh41
-rw-r--r--etc/etc.i386/README.1ST146
-rw-r--r--etc/etc.i386/README.INSTALL1011
-rw-r--r--etc/etc.i386/cdinst1.install1043
-rw-r--r--etc/etc.i386/cdinst1.profile71
-rwxr-xr-xetc/etc.i386/cpio.install20
-rw-r--r--etc/etc.i386/cpio.magic388
-rw-r--r--etc/etc.i386/cpio.rc102
-rw-r--r--etc/etc.i386/floppy.install_notes143
-rwxr-xr-xetc/etc.i386/inst1.install1042
-rw-r--r--etc/etc.i386/inst1.profile9
-rwxr-xr-xetc/etc.i386/inst2.install40
-rw-r--r--etc/etc.i386/inst2.profile440
-rw-r--r--etc/etc.i386/inst2.rc444
-rw-r--r--etc/etc.i386/install_notes1056
-rw-r--r--etc/etc.i386/kc.profile80
-rw-r--r--etc/manpath.config30
-rw-r--r--etc/myname1
-rw-r--r--etc/namedb/root.cache26
-rw-r--r--etc/passwd10
-rw-r--r--etc/rc.maint67
-rw-r--r--etc/rc.netstart141
-rw-r--r--etc/skey.access30
-rw-r--r--etc/userids1
48 files changed, 0 insertions, 6508 deletions
diff --git a/etc/adduser.conf b/etc/adduser.conf
deleted file mode 100644
index 04d6aae..0000000
--- a/etc/adduser.conf
+++ /dev/null
@@ -1,12 +0,0 @@
-#
-# Configuration file for adduser (1)
-#
-# $Id: adduser.conf,v 1.2 1994/12/28 07:11:29 gclarkii Exp $
-
-$useautoids = "1"; # Define this if you wish to use auto-increment
-$defgroupid = "20"; # Default ID
-$defusrdir = "\/usr\/u"; # Default User Dir
-$userdefshell = "\/bin\/csh"; # Default user shell
-$skel_location = "\/usr\/share\/skel"; # Location of shell skeletons
-$userids = "\/etc\/userids"; # Location of 'userids' file
-
diff --git a/etc/config/cleartmp b/etc/config/cleartmp
deleted file mode 100644
index ba8ff1b..0000000
--- a/etc/config/cleartmp
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This option determines whether the /tmp directory should be
-# automatically cleared on startup. Default is on.
-on
diff --git a/etc/config/gated b/etc/config/gated
deleted file mode 100644
index c960aca..0000000
--- a/etc/config/gated
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determins whether Cornell's GateD should be automatically
-# started. The default is off.
-off
diff --git a/etc/config/kerberos b/etc/config/kerberos
deleted file mode 100644
index 883dbb2..0000000
--- a/etc/config/kerberos
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether the Kerberos server should be
-# automatically started. The default is off.
-off
diff --git a/etc/config/mountd.flags b/etc/config/mountd.flags
deleted file mode 100644
index 8aefcdb..0000000
--- a/etc/config/mountd.flags
+++ /dev/null
@@ -1,3 +0,0 @@
-# $Id$
-# This file lists the flags passed to the NFS mount daemon `mountd' when
-# started at boot time.
diff --git a/etc/config/named b/etc/config/named
deleted file mode 100644
index 67df31e..0000000
--- a/etc/config/named
+++ /dev/null
@@ -1,6 +0,0 @@
-# $Id$
-# This file determines whether the name server should be started
-# automatically. The default is off, but Internet-connected systems
-# should set it to `on' whenever possible. (NB: it must be
-# configured.)
-off
diff --git a/etc/config/nfsclient b/etc/config/nfsclient
deleted file mode 100644
index 63543ad..0000000
--- a/etc/config/nfsclient
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether the NFS client software is automatically
-# started at boot time. The default is off.
-off
diff --git a/etc/config/nfsclient.flags b/etc/config/nfsclient.flags
deleted file mode 100644
index cefd50d..0000000
--- a/etc/config/nfsclient.flags
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file lists options provided to the NFS I/O daemon `nfsiod', when
-# started at boot time.
-4
diff --git a/etc/config/nfsserver b/etc/config/nfsserver
deleted file mode 100644
index 4049345..0000000
--- a/etc/config/nfsserver
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether the NFS server is automatically started
-# at boot time. The default is off.
-off
diff --git a/etc/config/nfsserver.flags b/etc/config/nfsserver.flags
deleted file mode 100644
index d3ba186..0000000
--- a/etc/config/nfsserver.flags
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file lists the flags passed to the NFS server `nfsd' when started
-# at boot time.
--u 0,0,4 -t 0,0
diff --git a/etc/config/nisclient b/etc/config/nisclient
deleted file mode 100644
index 74fc1bb..0000000
--- a/etc/config/nisclient
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether the Yellow Pages/NIS client software
-# is automatically started at boot time. The default is off.
-off
diff --git a/etc/config/nisserver b/etc/config/nisserver
deleted file mode 100644
index d3c187c..0000000
--- a/etc/config/nisserver
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether the Yellow Pages/NIS server software
-# is automatically started at boot time. The default is off.
-off
diff --git a/etc/config/quota b/etc/config/quota
deleted file mode 100644
index c03530e..0000000
--- a/etc/config/quota
+++ /dev/null
@@ -1,5 +0,0 @@
-# $Id$
-# This file determines whether quotas are enabled upon system startup.
-# This option does not effect whether the kernel supports quotas.
-# The default is off.
-off
diff --git a/etc/config/routed b/etc/config/routed
deleted file mode 100644
index 827481c..0000000
--- a/etc/config/routed
+++ /dev/null
@@ -1,5 +0,0 @@
-# $Id$
-# This option determines whether routed is automatically started at
-# boot time. It should probably be turned off, but for now the
-# default is on.
-on
diff --git a/etc/config/routed.flags b/etc/config/routed.flags
deleted file mode 100644
index 49f11c2..0000000
--- a/etc/config/routed.flags
+++ /dev/null
@@ -1,3 +0,0 @@
-# $Id$
-# This file gives the command-line flags passed to routed when it is started.
--q
diff --git a/etc/config/rwhod b/etc/config/rwhod
deleted file mode 100644
index 72de6d5..0000000
--- a/etc/config/rwhod
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determins whether rwhod is automatically started at boot
-# time. The default is off.
-off
diff --git a/etc/config/savecore b/etc/config/savecore
deleted file mode 100644
index e22338d..0000000
--- a/etc/config/savecore
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether any attempt is made to save a crash
-# dump in /var/crash upon boot-up. The default is on.
-on
diff --git a/etc/config/savecore.flags b/etc/config/savecore.flags
deleted file mode 100644
index b89cedf..0000000
--- a/etc/config/savecore.flags
+++ /dev/null
@@ -1,3 +0,0 @@
-# $Id$
-# This file determines where crash dumps will be saved.
-/var/crash
diff --git a/etc/config/sendmail b/etc/config/sendmail
deleted file mode 100644
index 922105d..0000000
--- a/etc/config/sendmail
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether to automatically start sendmail at
-# system boot time. The default is on; options in sendmail.flags.
-on
diff --git a/etc/config/sendmail.flags b/etc/config/sendmail.flags
deleted file mode 100644
index e4d6504..0000000
--- a/etc/config/sendmail.flags
+++ /dev/null
@@ -1,3 +0,0 @@
-# $Id$
-# This file gives the flags passed to sendmail on system startup if enabled.
--bd -q30m
diff --git a/etc/config/timed b/etc/config/timed
deleted file mode 100644
index a136f52..0000000
--- a/etc/config/timed
+++ /dev/null
@@ -1,4 +0,0 @@
-# $Id$
-# This file determines whether the Berkeley time daemon is
-# automatically started at boot time. The default is off.
-off
diff --git a/etc/config/timed.flags b/etc/config/timed.flags
deleted file mode 100644
index b3d15ea..0000000
--- a/etc/config/timed.flags
+++ /dev/null
@@ -1,2 +0,0 @@
-# $Id$
-# This file contains the flags passed to timed at start-up time, if enabled.
diff --git a/etc/etc.i386/EXTRACT_bin.sh b/etc/etc.i386/EXTRACT_bin.sh
deleted file mode 100755
index d682174..0000000
--- a/etc/etc.i386/EXTRACT_bin.sh
+++ /dev/null
@@ -1,18 +0,0 @@
-#!/bin/sh
-#
-# This file will extract all of the FreeBSD binaries into ${EXTRACT_TARGET}
-# if it is set, or / otherwise.
-#
-# CAUTION DO NOT USE THIS TO INSTALL THE BINARIES ONTO A RUNNING
-# SYSTEM, it will NOT WORK!!! You should use the extract command from /magic
-# for installing the bindist onto your system.
-SOURCEDIR=.
-if [ X"${EXTRACT_TARGET}" = X"" ]; then
- echo "YOU DO NOT WANT TO DO THAT!!!"
- exit
- EXTRACT_TARGET=/
-fi
-
-cd $SOURCEDIR
-cat bin_tgz.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-#NO_EXPORT#cat des_tgz.* | gunzip | tar --directory ${EXTRACT_TARGET} -xpf -
diff --git a/etc/etc.i386/EXTRACT_secr.sh b/etc/etc.i386/EXTRACT_secr.sh
deleted file mode 100755
index 718966c..0000000
--- a/etc/etc.i386/EXTRACT_secr.sh
+++ /dev/null
@@ -1,14 +0,0 @@
-#!/bin/sh
-#
-# This file will extract all of the FreeBSD secure distribution into
-# ${EXTRACT_TARGET} if it is set, or / otherwise.
-#
-SOURCEDIR=.
-if [ X"${EXTRACT_TARGET}" = X"" ]; then
- EXTRACT_TARGET=/
-fi
-
-cd $SOURCEDIR
-
-cat des_tgz.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat libcrypt.aa | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
diff --git a/etc/etc.i386/EXTRACT_src.sh b/etc/etc.i386/EXTRACT_src.sh
deleted file mode 100755
index 0b7c465..0000000
--- a/etc/etc.i386/EXTRACT_src.sh
+++ /dev/null
@@ -1,41 +0,0 @@
-#!/bin/sh
-#
-# This file will extract all of the FreeBSD sources into
-# ${EXTRACT_TARGET}/usr/src if it is set, or /usr/src otherwise.
-# If you do not want all the sources you can copy this file to your
-# disk and edit it to comment out the ones you do not want. You
-# will need to change the setting of SOURCEDIR to reflect where the srcdist
-# directory is (dependent on where your cdrom is mounted,
-# it might be /cdrom/tarballs/srcdist) .
-#
-if [ X"${SOURCEDIR}" = X"" ]; then
- SOURCEDIR=.
-fi
-if [ X"${EXTRACT_TARGET}" = X"" ]; then
- EXTRACT_TARGET=/
-fi
-
-cd $SOURCEDIR
-
-# Note that base.aa is REQUIRED to be able to use the source tree for
-# building in.
-#
-cat base.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-
-#
-# The following are optional
-#
-cat bin.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat contrib.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat etc.aa | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat games.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat gnu.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat include.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat lib.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-#NO_EXPORT#cat libcrypt.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat libexec.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat sbin.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat share.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat sys.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat usrbin.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
-cat usrsbin.* | gunzip | tar --unlink --directory ${EXTRACT_TARGET} -xpf -
diff --git a/etc/etc.i386/README.1ST b/etc/etc.i386/README.1ST
deleted file mode 100644
index 1840d96..0000000
--- a/etc/etc.i386/README.1ST
+++ /dev/null
@@ -1,146 +0,0 @@
- FLOPPY INSTALLATION NOTES
- FreeBSD
- Release 1.1.5
-
-Welcome to FreeBSD! This document has been put together in an effort
-to make initial installation of the system from floppy as easy as possible.
-It also provides a simple description for those eager to get started as soon as
-possible. Please see the file README.INSTALL for more detailed installation
-instructions.
-
-1. To install FreeBSD you will need 3 (or 4 if you choose to add the optional
- DOS floppy) floppies, as well as the bulk of the distribution on some
- other medium (floppy, tape, CD, etc). If you've retrieved this release
- from the net, you'll first have to make the floppies yourself using
- the supplied images.
-
- Due to the differences in PC configurations, we've found it necessary
- to provide multiple initial boot images that provide kernels for
- different types of systems.
-
- If your disk controller is one of:
-
- MFM / RLL / IDE / ST506
- Adaptec 154x series
- Adaptec 174x series
- Buslogic 545S
-
- Then please use the disk image: kcopy_ah.flp
- to construct your boot floppy.
-
- If your disk controller is one of:
-
- Bustek 742a
- UltraStore 14F or 34F
-
- Then please use the disk image: kcopy_bt.flp
- to construct your boot floppy.
-
- Next, make a second floppy from the disk image: filesyst.flp
- You'll need this for the second stage of the boot process.
-
- Finally, make a third floppy from the disk image: cpio.flp
- You'll need this for the last stage of the boot process.
-
- If you want to use any of the optional tools in the tools
- subdirectory of the ftp distribution site, these should be
- copied directly to a DOS formatted disk (using, either mcopy
- or mount -t pcfs). This disk is referred to later as the
- optional "dos" floppy.
-
- If installing more than one operating system on a disk, then
- it is recommended that the dos floppy at least include the
- os-bs boot manager. If downloading files via a modem and SLIP
- is not available, then the dos floppy should include kermit.
- You'll have the option of loading the programs that are on
- the dos floppy in the last stage of the boot process.
-
-2. Boot the first floppy. When it asks you to insert the file system floppy,
- insert the second floppy ``filesyst.flp.'' Follow the instructions
- that floppy gives you. If partitions already exist on the hard disk,
- then by default FreeBSD attempts to install itself at the end of these.
- Before rebooting, note the type of disk it says to copy the kernel
- to: ``sd0a'' or ``wd0a'' (``sd0a'' is for SCSI systems, ``wd0a'' is
- for all others.) When the system halts, go on to the next step.
-
-3. Boot the first floppy again, but this time when it asks
- you to insert the file system floppy, just press the return key.
- Follow the instructions that the floppy gives you. When you see
- the ``kc>'' prompt, type ``copy'' (without quotes). At the next prompt,
- ``copy kernel to>'', type either ``sd0a'' or ``wd0a'' as given in
- the previous step. When the system halts, go on to the next step.
-
-4. Making sure that there's no floppy in the drive, press return to boot
- from the hard disk. After it has booted and is asking what drive the
- cpio floppy is in, insert the third floppy ``cpio.flp'' into a
- floppy drive and answer the question about what drive it is in.
- Note that 0 is the same as DOS drive A:, and 1 is the same as DOS
- drive B:
-
-5. After the cpio floppy has been copied to the disk, remove it from the
- drive. If there are programs on the dos-floppy that you would like
- installed, then insert this disk in a floppy drive, again specifying
- the drive to read from.
-
-6. After the cpio (or optional dos) floppy has been copied to the disk,
- enter `halt' at the command prompt.
-
-7. When the system asks you to press the return key to reboot, first
- remove the floppy and then press the return key to boot from the hard
- disk.
-
-8. At this point you will get 4 errors from the fsck on boot, these
- are normal and are caused by files that were open when the
- /dev entries were built - just ignore them. The system will
- correct these errors and then halt, after which you should press
- the return key again to reboot with a clean system.
-
-9. Congratulations, you've got the mini FreeBSD system on your disk!
-
-10. Follow the instructions about set_tmp_dir and extract that
- will come on your screen after you've pressed the return key.
-
-11. Run the configure command to set up some of the /etc files by
- typing ``configure''. You will have to edit /etc/netstart after
- this if you have a networking interface.
-
-12. Reboot so that the system comes up multiuser by typing ``reboot''.
-
-13. You are now running FreeBSD! Congratulations! You may now continue
- with installing the source distribution, or stop here for now.
-
-14. The file /magic contains the special sh commands used during
- installation. Should you need to use them you can do the following.
-
- /bin/sh
- . /magic
-
-15. If your disk has several operating systems, you may want to
- install the Thomas Wolfram's os-bs boot manager for selecting
- which system to boot. This works well with DOS, OS/2, FreeBSD
- and other systems. To install it, boot the system with MS-DOS
- and insert the dos-floppy of the FreeBSD install suite in
- floppy drive A:. Then enter the DOS commands:
- > A:
- > os-bs135
- > cd os-bs
- > os-bs
- A menu should now appear on the screen. Use the cursor keys
- to highlight the install option and hit ENTER. Simply follow the
- instructions from there.
-
- For more information about the ob-bs program, including its
- capabilities and limitations, see the file `readme.1st' in the
- os-bs directory.
-
- If you choose not to install os-bs, then fdisk can be used to
- change the boot system. This is done by making the primary
- partition for the boot system active. FreeBSD has an fdisk
- command that can be used for this purpose as well.
-
-16. In addition to the FreeBSD source and binary distributions, many
- additional packages, such as X11 and TeX, may be obtained from
- freebsd.cdrom.com - please have a look around! You may also find
- this a good time to read the release notes in RELNOTES.FreeBSD.
-
-End of $Id: floppy.install_notes,v 1.15 1994/05/15 01:10:17 rgrimes Exp $
diff --git a/etc/etc.i386/README.INSTALL b/etc/etc.i386/README.INSTALL
deleted file mode 100644
index e67c6cd..0000000
--- a/etc/etc.i386/README.INSTALL
+++ /dev/null
@@ -1,1011 +0,0 @@
- INSTALLATION NOTES
- FreeBSD
- Release 1.1.5
-
-These notes have been prepared from those written originally for NetBSD
-0.9. The conversion was done by someone who has had experience with
-installing and upgrading 386bsd, but who is not a unix guru, so there
-will be slant towards this experience. Corrections/updates are
-welcomed, it is difficult/impossible to test every last hardware
-combination.
-
-Be sure to read _ALL_ of this document before you try to install
-FreeBSD. FreeBSD probably looks a bit similar to things that you've
-seen before (perhaps 386BSD), but the installation procedures are quite
-different.
-
-
-FreeBSD Release Contents:
-------- --- ------- --------
-
-The FreeBSD Release consists of the following elements:
-
-Bootable Kernel-copy floppies
-
- These disks are bootable and have enough utilities on
- board to copy a new kernel to a prepared hard disk. While
- they are primarily intended for installing FreeBSD, they
- also make upgrading to a new kernel easy: boot from it,
- and copy a new kernel to disk.
-
- You must choose between one of two kernel-copy floppy
- images, depending on your disk controller type. The
- "kcopy-ah-floppy" image supports the Adaptec 154x and 1742
- SCSI adapters, while "kcopy-bt-floppy" supports the Bustek
- 742 and Ultrastore SCSI adapters. For systems with only
- MFM, RLL, ESDI or IDE disk controllers, either image can
- be used.
-
-Installation floppies
-
- In addition to a bootable floppy, two additional floppies are
- required to prepare your hard drive for FreeBSD and to install
- the FreeBSD base distribution. Like the boot
- floppies, these are distributed as binary images. They are
- are referred to below as the "filesystem-floppy" and the
- "cpio-floppy".
-
- There is also an optional fourth installation disk referred
- to as the "dos-floppy". Unlike the other install disks,
- there is no binary image for the dos floppy. Instead this
- is a regular MS-DOS-formatted floppy disk containing any
- FreeBSD programs you choose to copy to it using mtools or
- even the DOS copy command. The most commonly requested
- programs have been put in a tools directory at FreeBSD
- archives sites.
-
-
-FreeBSD distribution sets
-
- These collections contain the complete FreeBSD system and
- utilities in source and binary form. There are three
- separate sets: the FreeBSD binaries, the FreeBSD sources,
- and the DES sources+binaries. The DES set contains only
- crypt(3) code and is subject to U.S.A. export restrictions.
-
- The binary distribution set can be found in the "bindist"
- subdirectory of the FreeBSD archive sites. It consists
- of files named bin_tgz.aa to bin_tgz.cm (i.e., 65 files
- all told). A CKSUMS file (* see note below) is included
- for verifying the integrity of these.
-
- The source distribution sets can be found in under
- "srcdist" subdirectory of archive sites. It is consists
- of files named for each logical group of src files (split into
- "catagories"), plus the CKSUMS file.
-
- Finally, the security distribution set contains
- usr/src/libcrypt/*, the source files for the DES encryption
- algorithm, and the binaries which depend on it. It can
- be found in the "secrdist" subdirectory on sites which
- choose to carry the complete FreeBSD distribution.
-
- NOTE: Individuals who are not in the U.S.A. but who still want
- to use encryption without violating U.S. export laws should read
- the FreeBSD FAQ entry regarding foreign distribution of independently
- developed encryption technology. Look in:
-
- /usr/src/contrib/FAQ
-
- Or, on the net, freebsd.cdrom.com:~ftp/pub/FreeBSD/FAQ
-
-
- The individual files in each collection are no more than
- 235 Kbytes in size. (The last file is just long enough
- to contain the rest of the data for that distribution
- set.)
-
- Each collection is a split, gzip'ed tar archive. They
- are reassembled and extracted by the install procedure.
- However, to view them without installing FreeBSD, you can
- use, e.g., the command line:
-
- cat bin* | gunzip | tar tvf - | more
-
- You should NOT extract the distribution directly, but rather
- use the `extract' command available at installation time.
- This command performs special-case handling to avoid possible
- problems in extracting a release on a new system.
-
- In each of the distribution directories, there is a file
- named "CKSUMS" which contains the checksums of the files
- in that directory, as generated by the cksum(1) command.
- You can use cksum to verify the integrity of the archives,
- if you suspect one of the files is corrupted.
-
- N.B.: The CKSUMS files are produced using the 4.4BSD
- version of cksum which is POSIX-compliant. The values in
- these file do not match the cksums generated by the 386BSD 0.1
- version of cksum (which is based on an earlier "standard").
- A copy of the new cksum binary that will run on
- 386bsd/Netbsd/FreeBSD can be found in the "tools" subdirectory
- of the distribution.
-
-
-System Requirements and Supported Devices:
------- ------------ --- --------- -------
-
-FreeBSD runs on ISA (AT-Bus), EISA and some PCI systems with 386, 486 and
-Pentium processors. A math coprocessor is recommended but not essential.
-It does NOT support Micro-channel systems, such as some IBM PS/2 systems.
-The minimal configuration should include 4Meg of RAM and an 80Meg hard disk,
-but to install the entire system (with sources) you'll need much more disk
-space, and to run X or compile programs on the system, more RAM is recommended.
-(4Meg will actually allow you to run X and/or compile, but it's extremely slow).
-
-For a complete list of supported cards and peripherals, please see the
-file RELNOTES.FreeBSD. It should be installed in the root directory
-of your newly installed system, or can be fetched off the net from:
-
- freebsd.cdrom.com:~ftp/pub/FreeBSD/RELNOTES
-
-
-To be detected by the distributed kernels, certain devices must
-be configured as follows: (Note: IRQ 9 is the same as IRQ 2
-on ISA/EISA based machines)
-
-Device Name Port IRQ DRQ Misc
------- ---- ---- --- --- ----
-Floppy Cntlr. fd0 0x3f0 6 2
-
-Std. Hard Disk Cntlr.
- wd0 0x1f0 14
-
-AHA-154x SCSI Cntlr. 0x330 11 5 [kcopy-ah-floppy]
-
-AHA-174x SCSI Cntlr. automatically configured [kcopy-ah-floppy]
-
-BT742 SCSI Cntlr. 0x330 12 [kcopy-bt-floppy]
-
-UHA-14f SCSI Cntlr. or
-UHA-34f SCSI Cntlr. 0x330 14 5 [kcopy-bt-floppy]
-(In FreeBSD GAMMA and before, UHA was on IRQ 11)
-
-SCSI Disks sd[0-2] automatically configured
-
-SCSI Tapes st[01] automatically configured
-
-SCSI CD-ROMs cd0 automatically configured
-
-Serial Ports com0 0x3f8 4
- com1 0x2f8 3
- com2 0x3e8 5
- com3 0x3f8 9
-
-Mitsumi CDROM 0x300 5 1 [kcopy-ah-floppy]
-
-SMC/WD Ethernet or
-3COM 3c503 ed0 0x280 5 iomem 0xd8000
-
-NOTE for 386bsd users: the we0 device for the WD80xxyy card has been
-replaced with an ed0 device. The default settings of 9/280/d000 have
-been changed to 5/280/d800 as this address accomdates all of the boards.
-
-Novell Ethernet ed0 0x280 5
-
-NOTE for 386bsd users: the ne0 device for the NEx000 card has been
-replaced with an ed0 device. The default settings of 9/300 have
-been changed to 5/280.
-
-ISOLAN ISOLink is0 0x280 10 7
-Novell NE2100 is0 0x280 10 7
-
-QIC-02 Tape wt0 0x300 5 1
-
-Parallel (Printer) Port
- lpt0 0x3BC 7
-
-Interruptless Parallel (Printer) Port
- lpa0 0x378
- lpa1 0x278
-
-N.B.: Disable the lpt interrupt on the board or you will
-have problems using the lpa drivers.
-
-
-Hard-Disk Storage Requirements
---------- ------- ------------
-
-The minimum base installation of FreeBSD requires a free hard disk
-partition with at least 16 MB free space. This is only enough for
-the three installation disks, which don't support a multi-user
-shell.
-
-The full binary distribution extracts to about 46 MB.
-The full source distribution extracts to about 72 MB.
-The kernel source only extracts to about 7 MB.
-To recompile the sources requires an additional 55 MB.
-To recompile the kernel requires an additional 2 MB.
-
-Since additional room is required for extracting the distributions,
-a full binary installation requires a minimum of about 80 MB (46
-MB extracted + 16 MB archived + 8 MB minimum swap + room for
-extracting).
-
-A complete source + binary distribution requires a minimum of
-about 210 MB (assuming a minimum 8 MB swap).
-
-
-Getting the System on to Useful Media:
-------- --- ------ -- -- ------ -----
-
-Installation is supported from several media types, including:
-
- MS-DOS floppies
- MS-DOS hard disk (Primary partition)
- Tape
- NFS partitions
- FTP
- Kermit
-
-No matter what you do, however, you'll need at least three disks (1.2M
-or 1.44M) handy, on which you will put the kernel-copy image and the
-install (or upgrade) floppy images.
-
-The images are available from the directory "floppies", under the root
-of the FreeBSD/FreeBSD-1.1.5 tree at your favorite archive site.
-They're available both as raw disk images, and gzipped, to save time
-downloading.
-
-If you are using an AHA-154x or AHA-1742 SCSI host adapter, you need
-the kcopy-ah-floppy image. If you're using a BT-742 SCSI host adapter
-or an Ultrastor adaptor, then you'll need the kcopy-bt-floppy image.
-If you're using MFM/RLL/IDE disk controllers, you can use either
-kernel-copy floppy image.
-
-If you are using UNIX to make the floppies, you should use the command
-dd(1) to write the raw floppy images (i.e., kcopy-ah-floppy or
-kcopy-bt-floppy, filesystem-floppy and cpio-floppy) to the floppies.
-For example, to write kcopy-ah-floppy to a 5.25" 1.2 Mb floppy
-disk under 386BSD, use:
-
- $ dd if=kcopy-ah-floppy of=/dev/fd0a bs=30b count=80
-
-or for a 3.5" 1.44 Mb floppy:
-
- $ dd if=kcopy-ah-floppy of=/dev/fd0a bs=36b count=80
-
-If you are using DOS to make the floppies, use the rawrite.exe
-utility. This can be found in the "tools" subdirectory of the
-archive site. Copy rawrite.exe and the binary images to a DOS
-disk, type "rawrite" under MS-DOS and follow the instructions.
-Rawrite can write binary images to either 1.2MB or 1.44MB
-MS-DOS-formatted floppies.
-
-Any other programs from the tools directory that might be needed
-for installing FreeBSD, such as kermit, should be copied to a DOS-
-formatted floppy (1.2MB or 1.44MB). Under 386BSD, they can be
-copied to floppy using the mcopy command. Under DOS, use the DOS
-copy command.
-
-The steps necessary to prepare the distribution sets for installation
-depend on which method of installation you choose. The various methods
-are explained below.
-
-To prepare for installing via MS-DOS hard disk:
-
- To prepare FreeBSD for installaton from the MS-DOS C: drive
- of the hard disk, you need to do the following:
-
- If FreeBSD is installed on a hard disk containing
- a Primary MS-DOS partition (as opposed to an
- Extended DOS partition), then the FreeBSD distribution
- files can be read directly from DOS. Preparation
- is just a matter of copying the FreeBSD distribution
- files onto DOS C: drive of the hard disk.
-
- If FreeBSD is installed on a separate hard disk than
- MS-DOS, it is not currently possible to read the FreeBSD
- distribution files directly from DOS. In this case,
- a different medium should be used.
-
- Once you have the files on the C: drive, you can proceed to the
- next step in the installation process, viz preparing your hard
- disk.
-
-To prepare for installing via MS-DOS floppies:
-
- To prepare FreeBSD for installaton from MS-DOS floppies, you
- need to do the following:
-
- Count the number of "<set>_tgz.xx" files
- you have (these are split, gzip'ed, tar
- archives). Call this number N. You will
- need N/6 1.44M floppies, or N/5 1.2M
- floppies to install the distribution
- in this manner. For the set of bin files
- (i.e., 80 files) and 1.2 Mb floppies you will
- need 16 disks.
-
- Format all of the floppies, with MS-DOS.
- Don't make any of them MS-DOS bootable
- floppies (i.e., don't use "format /s"!)
- If you use "format /u" then the format
- will run a tad faster.
-
- Copy all of the "<set>_tgz.xx" files on
- the DOS disks. Under DOS use the DOS copy
- command. Under 386BSD, use, for instance,
- the make_floppies script:
-
- #!/bin/sh
- N_PER_DISK=5
-
- x=$N_PER_DISK
- for dist in bin_tgz.*; do
- if [ $x -ge $N_PER_DISK ]; then
- x=0
- echo -n "Insert next disk, "
- echo -n "and press ENTER... "
- read reply
- mdel a:/\*
- fi
- mcopy $dist a:/
- x=`expr $x + 1`
- done
-
- (Or you might use tar instead).
-
- Once you have the files on DOS disks, you can proceed to the
- next step in the installation process, viz preparing your hard
- disk.
-
-To prepare for installing via a tape:
-
- To install FreeBSD from a tape, you need to be somehow
- to get the FreeBSD filesets you wish to install on
- your system on to the appropriate kind of tape,
- in tar format.
-
- If you're making the tape on a UN*X system, the easiest
- way to do so is:
-
- tar cvf <tape_device> <files>
-
- where "<tape_device>" is the name of the tape device
- that describes the tape drive you're using (either
- /dev/rst0 for SCSI tape, otherwise /dev/rwt0).
- If you can't figure it out, ask your system administrator.
- "<files>" are the names of the "<set>.tar.gz.xx" files
- which you want to be placed on the tape.
-
- If your tape drive is not a type recognzed by the
- kernel, then it may be necessary to set the tape density
- using either the st(1) command (for SCSI tape) or the
- mt(1) command. Both these programs are available from
- the tools directory of the FreeBSD archive site.
-
-To prepare for installing via an NFS partition:
-
- NOTE: this method of installation is recommended
- only for those already familiar with using
- the BSD network-manipulation commands and
- interfaces. If you aren't, this documentation
- should help, but is not intended to be
- all-encompassing.
-
- Place the FreeBSD software you wish to install into
- a directory on an NFS server, and make that directory
- mountable by the machine which you will be installing
- FreeBSD on. This will probably require modifying the
- /etc/exports file of the NFS server and resetting
- mountd, acts which will require superuser privileges.
- Make a note of the numeric IP address of the NFS server
- and make a note of the router closest to the the new
- FreeBSD machine if the NFS server is not on a network
- which is directly attached to the FreeBSD machine.
-
- Once you have done this, you can proceed to the next
- step in the installation process, preparing your hard disk.
-
-To prepare for installing via FTP:
-
- NOTE: this method of installation is recommended
- only for those already familiar with using
- the BSD network-manipulation commands and
- interfaces. If you aren't, this documentation
- should help, but is not intended to be
- all-encompassing.
-
- The preparations for this method of installation
- are easy: all you have to do is make sure that
- there's some FTP site from which you can retrieve
- the FreeBSD installation when it's time to do
- the install. You should know the numeric IP
- address of that site, and the numeric IP address of
- your nearest router if the new FreeBSD computer is
- not on the same net or subnet as the FTP site.
-
- Once you have done this, you can proceed to the next
- step in the installation process, preparing your hard disk.
-
-To prepare for installing via Kermit:
-
- The preparations for this method of installation
- require that the kermit program be put on the
- dos-floppy installation disk. This will be
- loaded as part of the minimum base installation.
- Kermit is available from tools directory of the
- FreeBSD FTP site. This is a FreeBSD binary and
- only executes under the FreeBSD operating system.
-
- Once you have done this, you can proceed to the next
- step in the installation process, preparing your hard disk.
-
-To upgrade:
-
- (The beta upgrade script is available on request from
- FreeBSD-questions@freefall.cdrom.com)
-
-Preparing your Hard Disk for FreeBSD Installation:
---------- ---- ---- ---- --- ------ ------------
-
-NOTE: If you wish to install FreeBSD on your whole drive, (i.e. you do
-not want DOS or any other operating system on your hard disk), you can
-skip this section, and go on to "Installing the FreeBSD System."
-
-Firstly, be sure you have a reliable backup of any data which you may
-want to keep; repartitioning your hard drive is an excellent way to
-destroy important data.
-
-WARNING: If you are using a disk controller which supports disk
-geometry translation, BE SURE TO USE THE SAME PARAMETERS FOR FreeBSD AS
-FOR DOS! If you do not, FreeBSD will not be able to properly coexist
-with DOS.
-
-Secondly, make sure your disk has at least 16 Mbytes free space (or
-80 Mbytes for the complete binary distribition).
-
-You are now set to install FreeBSD on your hard drive.
-
-Installing the FreeBSD System:
----------- --- ------ ------
-
-If DOS or OS/2 is already installed on the hard disk, installation should
-be easy. By default FreeBSD is installed after the last DOS or OS/2
-partition. Otherwise, you may need to specify your hard disk's geometry
-(i.e., number of cylinders, heads and sectors per track).
-
-For computing partition sizes, it might help to have a calculator handy.
-
-And it's finally time to install the system!
-
-The following is a walk-through of the steps necessary to get FreeBSD
-installed on your hard disk. If you wish to stop the installation, you
-may hit Control-C at any prompt and then type `halt'.
-
- Boot from the kcopy-ah or kcopy-bt floppy, depending on
- your hard disk controller type.
-
- When prompted to insert the filesystem floppy, remove the
- kcopy floppy from the drive and insert filesystem floppy
- and hit any key.
- N.B.: The filesystem floppy must not be write protected.
-
- [When booting, if no message prompt appears after a
- reasonable period of time, reboot and try it again. If
- this doesn't work, try disabling your CPU's internal and
- external caches, and then try to boot again. If there is
- still no message prompt, then you can't install FreeBSD
- on your hardware. If you were able to install 386bsd,
- this is definitely a bug in our software; please report
- it! Please include your system configuration, and any
- other relevant information in your bug report.]
-
- The boot sequence continues after the filesystem floppy
- has been inserted. A copyright notice is displayed along
- with a list of the hardware that FreeBSD recognizes as
- being in your machine. You might want to make a note of
- the disk values for cylinders, heads, sectors etc for
- later use.
-
- After a short while (approximately 30 to 60 seconds), you
- should see a welcome message and a prompt, asking if you
- wish to proceed with the installation.
-
- If you wish to proceed, enter "y" and then return.
-
- You will then be asked what type of disk drive you have.
- The valid options are listed on the screen (e.g., SCSI, ESDI).
-
- You will then be asked for a label name for your disk.
- This should be a short, one-word name for your disk,
- e.g., "cp3100-mine" for a Conner Peripherals "3100" disk.
- You needn't remember this name.
-
- Next, you will be prompted for the geometry information.
- The default values should be correct, in which case just
- hit ENTER to accept them. Otherwise enter the values
- that were displayed during the boot sequence as they are
- requested.
-
- The default size of the FreeBSD portion of the disk
- is the maximum available at the end of the disk (which may
- be the whole disk). Accept the default by hitting ENTER.
- Otherwise, enter an appropriate value using the information
- displayed.
-
- If you are not installing on the whole disk, you will be
- asked for the offset of the FreeBSD partition from the
- beginning of the disk. Again, hit ENTER to accept the
- default, or enter a cylinder offset from the beginning of
- the disk.
-
- You will then be asked for the size of your root partition,
- in cylinders. The suggested maximum size is 15 Mbytes
- which is used as a default. Accept this, or enter a
- suitable value (after converting to cylinders using the
- formula displayed).
-
- Next, you will be asked for the size of your swap partition
- - again, you must calculate this in cylinders. You should
- probably allocate around twice as much swap space as you
- have RAM memory. If you wish the system to save crash dumps
- when it panics, you will need at least as much swap as you
- have RAM.
-
- The install program will then ask you for information about
- the rest of the partitions you want on your disk. For the
- purposes of this document, you only want one more: /usr.
- Therefore, at the prompt, when in asks you to enter the size
- of the next partition, enter the number of cylinders remaining
- in the FreeBSD portion of the disk. When it asks you for the
- mount point for this partition, say "/usr".
-
- After the FreeBSD partition have been assigned, install checks
- the disk for an MS-DOS partition. If one exists, you are prompted
- whether to make this accessible from FreeBSD (i.e., for reading
- and writing). And if you choose to make the DOS partition
- accessible, you are prompted for what directory it should
- be mounted on. "/dos" is used by default. With this
- choice, you could copy the contents of the DOS root
- directory (i.e., C:\), for instance, with the Unix command:
-
- # cp /dos/* .
-
- If have you a DOS partition and you don't want it visible
- from FreeBSD, just respond with "n" when asked whether to
- make it accessible.
-
- YOU ARE NOW AT THE POINT OF NO RETURN.
-
- If you confirm that you want to install FreeBSD, your hard
- drive will be modified, and perhaps it contents scrambled at
- the whim of the install program. This is especially likely
- if you gave the install program incorrect information.
- Enter "no" at the prompt to get the option of redoing the
- configuration, using your previous choices as defaults.
-
- If you are sure you want to proceed, enter "yes" at the prompt.
-
- The install program now makes the filesystems you specified.
- If all goes well, there should be no errors in this section
- of the installation. If there are, restart from the the
- beginning of the installation process.
-
- After the installation program prompts you to see if you'd
- like to be told about all of the files it's going to copy
- to your hard drive, it will spend a few minutes copying these
- files and then will print out an informative message and
- place you at a "#" prompt.
-
- Read the message and note which partition (e.g., sd0a or wd0a)
- you need to copy a kernel to. Reboot the machine off the
- kcopy-xx-floppy disk, but this time at the prompt asking
- you to insert a file system floppy, do _not_ replace the
- floppy, just press <enter>.
-
- At the "kc>" prompt, enter "copy" to prepare to copy the
- kernel on the floppy to your hard disk.
-
- At the next "kc>" prompt, enter the disk partition to which
- you want to copy the kernel. (e.g., sd0a or wd0a).
-
- It will work for a minute or two, then present you with
- another "#" prompt. Follow the instructions given, (i.e.,
- halt the system) and reboot from the hard disk. You will
- probably have to do a hardware reset or else your ethernet
- card might not be recognised at reboot (e.g., if you have a
- WD8003EP card).
-
- When the machine boots, a three-line banner should appear at
- the top of the screen. In a few seconds, a series of
- messages will appear, describing the hardware in your machine.
- Once again, this stage can take up to two minutes, so DO NOT
- PANIC!
-
- You will be asked to insert the cpio-floppy into a floppy
- drive, and enter that drive's number. "0" corresponds to
- DOS's "A:" drive, "1" corresponds to DOS's "B:" drive.
-
- After you enter the number it will ask you if you'd like to
- watch its progress, and after you answer this question it
- will begin installing still more files on your hard disk.
- This should take no more than 3 minutes.
-
- You are given the option to load the dos-floppy disk.
- In particular, if you want to use kermit for downloading
- the distribution, the dos-floppy should have the kermit
- binary. Or if you are using SCSI tape, the dos-floppy should
- contain the st command.
-
- To load the dos-floppy, remove the cpio-floppy from the
- drive, insert the dos-floppy and enter a "yes" response
- at the prompt. Otherwise, enter "no" at the prompt.
-
- After the dos-floppy has been loaded, you are given (more)
- instructions, (e.g., to halt the system) and you should
- reboot the machine again, from the hard drive and probably
- with a hardware reset to kick your ethernet card back into
- life.
-
- CONGRATULATIONS: You now have the minimum base of FreeBSD
- files on your hard disk! Now you get to install the
- distribution file sets. Remember that, at minimum, you must
- install the bin.tar.gz.xx file set (see below for
- instructions).
-
- After the machine is done booting, you will be presented
- with a screenful of information about what to do next.
-
- What you do from this point on depends on which media you're
- using to install FreeBSD. Follow the appropriate
- instructions, given below.
-
- To install from MS-DOS hard disk partition, floppy or tape:
-
- The first thing you should do is to choose a temporary
- directory where the distribution files can be stored.
- To do this, use the command "set_tmp_dir" and enter
- your choice. The default is /usr/distrib.
-
- After you have chosen a temporary directory,
- you should issue the appropriate load command:
-
- load_dos - for loading from a MS-DOS hard disk
- partition, or from floppies,
-
- load_qic_tape - for loading from QIC-02 tape, or
-
- load_scsi_tape - for you're loading from the first
- SCSI tape drive in the system.
-
- If loading from tape, it may be necessary to first
- set the default density using the mt or st command.
- The low-density device (/dev/rst0 or /dev/rmt0)
- is used by the load_xx_tape command, so to prepare
- a SCSI device for reading QIC-150 tape, you might use:
-
- # st -f /dev/nrst0 rewind
- # st -f /dev/nrst0 low_dnsty 16
- # load_scsi_tape
-
- If loading from floppy or hard disk, the load_dos
- command prompts for information, such as to which
- floppy drive or hard disk directory to load from.
- Additional options are available, e.g., for listing
- and, if loading from hard disk, changing source
- directories.
-
- Go to the directory which contains the first
- distribution set you wish to install. This is
- either the directory you specified above, if using
- load_dos, or possibly a subdirectory of that
- directory, if you loaded from tape.
-
- When there, run "set_tmp_dir" again, and choose
- the default temporary directory, by hitting
- return at the prompt.
-
- Run the "extract" command, giving it as its sole
- argument the name of the distribution set you
- wish to extract. For example, to extract the binary
- distribution, use the command:
-
- extract bin
-
- and to extract the source distribution:
-
- extract src
-
- After the extraction is complete, go to the location
- of the next set you want to extract, "set_tmp_dir"
- again, and once again issue the appropriate
- extract command. Continue this process until
- you've finished installing all of the sets which you
- desire to have on your hard disk.
-
- After each set is finished, if you know that you
- are running low on space you can remove the
- distribution files for that set by saying:
-
- rm <set>*
-
- For example, if you wish to remove the distribution
- files for the binarydist set, after the "extract bin"
- command has completed, issue the command:
-
- rm bin*
-
- Once you have extracted all sets and are at the "#" prompt
- again, proceed to the section "Configuring Your System,"
- below.
-
- To install via FTP or NFS:
-
- First you must decide on a temporary directory to hold
- the <set>.tar.gz.xx files. The directory /usr/distrib
- is suggested. You should cd to it, if necessary do
- a mkdir first. Use set_tmp_dir to identify this
- directory to the install process.
-
- Configure the appropriate ethernet interface (e.g. ed0,
- ne0, etc.) up, with a command like:
-
- ifconfig <ifname> <ipaddr> [netmask <netmask>]
-
- where <ifname> is the interface name (e.g. ed0, etc.),
- and <ipaddr> is the numeric IP address of the interface.
- If the interface has a special netmask, supply
- the word "netmask" and that netmask at the end of the
- command line. For instance, without a special netmask:
-
- ifconfig ed0 129.133.10.10
-
- or with a special netmask
-
- ifconfig ed0 128.32.240.167 netmask 0xffffff00
-
- or the equivalent
-
- ifconfig ed0 128.32.240.167 netmask 255.255.255.0
-
- If you are using the AUI connector on a 3C503 card, you
- must also set the LLC0 flag (the default is to use the BNC
- connector):
-
- ifconfig ed0 130.252.23.86 llc0
-
- If the NFS server or FTP server is not on a directly-
- connected network, you should set up a route to it
- with the command:
-
- route add default <gate_ipaddr>
-
- where <gate_ipaddr> is your gateway's numeric IP address.
-
- If you are NFS-mounting the distribution sets,
- mount them on the temporary directory with the command:
-
- mount -t nfs <serv_ipaddr>:<dist_dir> <tmp_dir>
-
- where <serv_ipaddr> is the server's numeric IP address,
- <dist_dir> is the path to the distribution files on
- the server, and <tmp_dir> is the name of the local
- temporary directory (e.g., /usr/distrib). Proceed as if
- you had loaded the files from tape, "cd"ing to the
- appropriate directories and running "set_tmp_dir" and
- "extract" as appropriate.
-
- If you are retrieving the distribution sets using ftp,
- cd into the temp directory, and execute the command:
-
- ftp <serv_ipaddr>
-
- where <serv_ipaddr> is the server's numeric IP address.
- Get the files with FTP, taking care to use binary mode
- to transfer all files. A simple set of commands is
-
- ftp <serv_ipaddr>
- user ftp
- passwd <user-id>@
- hash
- binary
- prompt
- cd <where/the/binarydist/files/are>
- mget *
- cd <where/the/sourcedist/files/are>
- mget *
- quit
-
- Once you have all of the files for the distribution sets
- that you wish to install, you can proceed using the
- instructions above as if you had installed the files
- from a floppy.
-
- To install via Kermit:
-
- First you must decide on a temporary directory to hold
- the <set>.tar.gz.xx files. The directory /usr/distrib
- is suggested. You should cd to it, if necessary do
- a mkdir first. Use set_tmp_dir to identify this
- directory to the install process.
-
- Invoke kermit and dial the remote kermit server.
- A typical session might be:
- # stty -f /dev/sio01 clocal
- # kermit
- C-Kermit> set file type binary
- C-Kermit> set line /dev/sio01
- C-Kermit> set baud 9600
- C-Kermit> set receive packet 740
- C-Kermit> set window 4
- C-Kermit> set block 2
- C-Kermit> connect
- Connecting to /dev/sio01, speed 9600.
- The escape character is Ctrl-\ (ASCII 28, FS)
- Type the escape character followed by C to get back,
- or followed by ? to see other options.
- atdt 1234567 <-- dial the remote
- Connect 9600
- login: mylogin <-- login to the remote
- [...]
- remote$ kermit -ix <-- remote kermit as binary server
- [...]
- ^\C <-- return to local kermit
- C-Kermit> get bin_tgz* <-- request files from remote
- [...] (wait long for transfer to complete)
- C-Kermit> finish <-- terminate remote server
- C-Kermit> connect
- C-Kermit> exit <-- exit remote kermit
- remote$ exit <-- exit remote host
- ^\C <-- return to local kermit
- C-Kermit> exit <-- exit local kermit
-
- At this point the binary distribution should be
- downloaded to the FreeBSD system. Run the "extract"
- command, giving it as its sole argument the name
- of the distribution set you wish to extract. For
- example, to extract the binary distribution, use
- the command:
-
- extract bin
-
- and to extract the source distribution:
-
- extract src
-
- After the extraction is complete, go to the location
- of the next set you want to extract, "set_tmp_dir"
- again, and once again issue the appropriate
- extract command. Continue this process until
- you've finished installing all of the sets which you
- desire to have on your hard disk.
-
- After each set is finished, if you know that you
- are running low on space you can remove the
- distribution files for that set by saying:
-
- rm <set>*
-
- For example, if you wish to remove the distribution
- files for the binarydist set, after the "extract bin"
- command has completed, issue the command:
-
- rm bin*
-
- Once you have extracted all sets and are at the "#" prompt
- again, proceed to the section "Configuring Your System,"
- below.
-
-
-Further Tips on Installing FreeBSD
-------- ---- -- ---------- -------
-
- You might wish to install the binarydist first, get that
- working, and then at a later point in time have a go at
- installing the sourcedist. BEFORE YOU REBOOT AFTER INSTALLING
- THE BINARYDIS, you must preserve the commands that do the
- extracting. They are kept in the single-user-mode .profile
- file called /.profile. Proceed like this:
-
- mv /.profile /.profile.install
- ln /root/.profile /.profile
-
- When you are ready to install the sourcedist at some time
- in the future, get into multi-user mode (i.e., the normal
- means of running FreeBSD) and issue these commands:
-
- cp /.profile.install /.profile
- shutdown now
-
- This will cause the system to go into single-user mode, and
- the install profile will be active (i.e., you will find the
- commands load_dos, extract etc available to you again).
-
- If your disk has several operating systems, you may want
- to install a boot manager such as Thomas Wolfram's os-bs
- for selecting which system to boot. os-bs135.exe and other
- boot managers are available from the tools directory of
- the FreeBSD FTP site. os-bs works well with DOS, OS/2,
- FreeBSD and other systems, however, it cannot currently
- be used to boot FreeBSD from a second hard disk. Another
- boot manager, such as boot-easy should be used.
-
- To install, for instance, os-bs, boot the system with
- MS-DOS and insert the dos-floppy containing os-bs135.exe
- in floppy drive A:. Then enter the DOS commands:
- > A:
- > os-bs135
- > cd os-bs
- > os-bs
- A menu should now appear on the screen. Use the cursor keys
- to highlight the install option, hit ENTER, and follow the
- instructions from there.
-
- For more information about the ob-bs program, including its
- capabilities and limitations, see the file `readme.1st' in the
- os-bs directory.
-
- If your disk has several operating systems and you choose
- not to install os-bs, then fdisk can be used to change
- the boot system. This is done by making the primary
- partition for the boot system active. FreeBSD has an
- fdisk command that can be used for this purpose as well.
-
-
-Configuring Your System:
------------ ---- ------
-
-Once you have finished extracting all of the distribution sets that you
-want on your hard drive and are back at the "#" prompt, you are ready
-to configure your system.
-
-The configuration utility expects that you have installed the base
-system. If you have not, you will not be able to run it successfully
-(nor will you have a functional system regardless of configuration).
-
-To configure the newly installed operating system, run the command
-"configure".
-
-Configure will ask for the machine's hostname, domain name, and other
-network configuration information. You should check that configure has
-set up the following files correctly:
-
- /etc/netstart
- /etc/myname
-
-Once you have supplied configure all that it requests, your machine
-will be configured well enough that when you reboot it it will be a
-completely functional FreeBSD system. It is not completely configured,
-however; you should adjust the /etc/sendmail.cf file as necessary to
-suit your site and/or disable sendmail in /etc/rc and you should look
-in /etc/netstart to make sure the flags are defined correctly for your
-site. You might wish to set up several other tcp/ip files, such as
-
- /etc/resolv.conf
- /etc/networks
-
-Once you are done with configuration, reboot with the "reboot" command.
-
-When it boots off of the hard drive, you will have a complete FreeBSD
-system! CONGRATULATIONS! (You really deserve them!!!)
-
-
-Administrivia:
--------------
-
-Registration? What's that?
-
-If you've got something to say, do so! We'd like your input.
-
-Please send random comments to:
-
- FreeBSD-questions@freefall.cdrom.com
-
-Please send bug reports, and that sort of material to:
-
- FreeBSD-bugs@freefall.cdrom.com
-
-If you'd like to help with this effort, and have an idea as to how
-you could be useful, send mail to:
-
- FreeBSD-hackers@freefall.cdrom.com
-
-THANKS FOR USING THIS; that's what makes it all worthwhile.
-
-[a favor: Please avoid mailing huge documents or files to these mailing lists,
- as they will end up in our personal mail spools. We will be
- happy to make other arrangements]
-
-This is $Id: install_notes,v 1.14 1994/02/25 23:34:14 alm Exp $
diff --git a/etc/etc.i386/cdinst1.install b/etc/etc.i386/cdinst1.install
deleted file mode 100644
index 7b04dfb..0000000
--- a/etc/etc.i386/cdinst1.install
+++ /dev/null
@@ -1,1043 +0,0 @@
-#!/bin/sh
-# cd install floppy disk /install script
-#
-# $Id: cdinst1.install,v 1.6 1994/06/29 06:46:01 rgrimes Exp $
-
-# ${OPSYSTEM}, the mounting of the cdrom drive, and the path are all
-# setup by .profile
-#
-OPSYSID=165
-ROOTMIN=7
-SWAPMIN=8
-USRMIN=45
-DISKMIN=`expr $ROOTMIN + $SWAPMIN + $USRMIN + 1`
-DEFBLOCKING=2
-DEFSECT=17
-DEFHEAD=12
-DEFCYLN=1024
-RUN_FDISK=""
-
-DOS1_ID=1
-DOS2_ID=4
-DOS3_ID=6
-
-set_arbitrary_defaults() {
-cyls_per_disk=$DEFCYLN
-tracks_per_cyl=$DEFHEAD
-sects_per_track=$DEFSECT
-unused_last_part=3
-part_cnt=4
-}
-
-
-get_fdisk_data() {
-cyls_per_disk=
-part_id=
-got_sysid=
-part_cnt=0
-sysid_cnt=0
-have_opsys_part=
-have_dos_part=
-unused_last_part=
-extent_max=0
-extent_max_part=
-
-fdisk /dev/r${drivename}d >fdisk.out 2>fdisk.err
-if [ $? -gt 0 ]; then
- echo "Can't open /dev/r${drivename}d for reading!"
- set_arbitrary_defaults
- >fdisk.out
- >fdisk.err
- return 2
-elif [ -s fdisk.err ]; then
- echo "Disk doesn't appear to be initialized..."
- >fdisk.out
- >fdisk.err
- no_part_table=1
-fi
-while read data; do
- if [ ! "$cyls_per_disk" ]; then
- cyls_per_disk=`expr "$data" : '[^=]*=\([0-9]*\)'`
- tracks_per_cyl=`expr "$data" : '[^=]*=[^=]*=\([0-9]*\)'`
- sects_per_track=`expr "$data" : '[^=]*=[^=]*=[^=]*=\([0-9]*\)'`
- continue
- fi
- if [ "$got_sysid" ]; then
- start_part=`expr "$data" : '[^0-9]*\([0-9]*\)'`
- size_part=`expr "$data" : '[^0-9]*[0-9]*[^0-9]*\([0-9]*\)'`
- extent_part=`expr $start_part + $size_part`
- if [ $extent_part -gt $extent_max ]; then
- extent_max=$extent_part
- extent_max_part=$part_id
- fi
- eval start${part_id}=$start_part
- eval size${part_id}=$size_part
- sysid_cnt=`expr $sysid_cnt + 1`
- got_sysid=
- part_id=
- elif [ "$part_id" ]; then
- sysid=`expr "$data" : 'sysid \([0-9]*\)'`
- sysname=`expr "$data" : 'sysid[^(]*(\([^)]*\)'`
- if [ "$no_part_table" -o "$sysid" = "0" -o \
- "$(expr "$data" : '\(<UNUSED>\)')" = "<UNUSED>" ]; then
- unused_last_part=$part_id
- part_id=
- continue
- fi
- if [ "$sysid" = "$OPSYSID" ]; then
- have_opsys_part=$part_id
- elif [ ! "$have_dos_part" -a \( "$sysid" = "$DOS1_ID" -o \
- "$sysid" = "$DOS2_ID" -o "$sysid" = "$DOS3_ID" \) ]; then
- have_dos_part=$part_id
- fi
- eval sysid${part_id}=$sysid
- eval sysname${part_id}=\"$sysname\"
- got_sysid=1
- else
- part_id=`expr "$data" : 'The data[^0-9]*\([0-9]*\)'`
- beg_cyl=`expr "$data" : '[ ]*beg[^0-9]*\([0-9]*\)'`
- end_cyl=`expr "$data" : '[ ]*end[^0-9]*\([0-9]*\)'`
- if [ "$part_id" ]; then
- part_cnt=`expr $part_cnt + 1`
- elif [ "${beg_cyl}" -gt "${cyls_per_disk}" -o \
- "${end_cyl}" -gt "${cyls_per_disk}" ]; then
- no_part_table=1
- sysid_cnt=0
- have_opsys_part=0
- unused_last_part=`expr $part_cnt - 1`
- fi
- fi
-done <fdisk.out
-if [ ! "$cyls_per_disk" ]; then
- set_arbitrary_defaults
- return 2
-fi
->fdisk.out
->fdisk.err
-return 0
-}
-
-set_existing_part() {
-# Set existing partiton values as default (adjusting to cylinder boundaries)
-eval opsys_size=\$size${opsys_part}
-eval opsys_start=\$start${opsys_part}
-[ $opsys_size -eq 50000 ] && opsys_size=$disksize
-opsys_off=`expr $opsys_start / $cylindersize`
-opsys_adjusted=`expr $opsys_off \* $cylindersize`
-if [ $opsys_adjusted -lt $opsys_start -o $opsys_off -eq 0 ]; then
- opsys_off=`expr $opsys_off + 1`
- opsys_adjusted=`expr $opsys_off \* $cylindersize`
- opsys_size=`expr $opsys_size - $opsys_adjusted + $opsys_start`
-fi
-cyls_per_opsys=`expr $opsys_size / $cylindersize`
-RUN_FDISK="fdisk -u"
-}
-
-
-set_overwrite_part() {
-while :; do
- echo
- echo -n "Please specify partition to overwrite: [3] "
- read resp junk
- opsys_part=${resp:-3}
- if [ "$opsys_part" -ge 0 -a "$opsys_part" -le 3 ]; then
- break
- else
- echo
- echo "Partition must be in the range [0-3]"
- fi
-done
-set_existing_part
-}
-
-analyze_fdisk_data() {
-if [ "$part_cnt" -gt 0 ]; then
- echo
- echo "Partition Offset* Size* Name"
- echo "--------- ------ ---- ----"
- i=0
- while [ $i -lt $part_cnt ]; do
- pcyls=
- poff=
- eval psize=\$size${i}
- eval pstart=\$start${i}
- eval pname=\$sysname${i}
- [ "$psize" -eq 50000 ] && psize=$disksize
- if [ "$psize" ]; then
- poff=`expr $pstart / $cylindersize`
- padjusted=`expr $poff \* $cylindersize`
- if [ "$padjusted" -lt "$pstart" ]; then
- poff=`expr $poff + 1`
- padjusted=`expr $poff \* $cylindersize`
- psize=`expr $psize - $padjusted + $pstart`
- fi
- pcyls=`expr $psize / $cylindersize`
- fi
- echo -n "${i}"
- echo -n " ${poff:-0}"
- echo -n " ${pcyls:-0}"
- echo " ${pname:-(Unused)}"
- i=`expr $i + 1`
- done
- echo "* Sizes and offsets are in units of cylinders."
-fi
-# Case I: >1024 cylinders
-force_offset=
-if [ $cyls_per_disk -gt 1024 ]; then
- echo
- echo " WARNING: >1024 cylinders. On some hardware, this prevents"
- echo " ${OPSYSTEM} from sharing the disk with other operating systems."
- echo -n "Install ${OPSYSTEM} on entire disk, overwriting existing partitions? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- RUN_FDISK=""
- force_offset=1
- opsys_off=0
- cyls_per_opsys=${cyls_per_disk}
- opsys_part=${unused_last_part:-3}
- return 0
- ;;
- *)
- echo
- echo "If the number of disk cylinders does not exceed 1024, then ${OPSYSTEM}"
- echo "can be installed alongside other operating systems on a single disk."
- echo "Otherwise, it is system-dependent whether this will work or not."
- echo "In the worst case, ${OPSYSTEM} MUST be installed at the beginning of"
- echo "the disk, and existing partitions will be lost."
- echo
- echo "For now, we will assume that >1024 cylinders creates no problems..."
- # FALL THROUGH
- ;;
- esac
-fi
-# Case II: no partitions used
-if [ $sysid_cnt -eq 0 ]; then
- echo
- echo " WARNING: partition table is either missing or corrupt."
- echo " Existing partitions will be lost."
- part_cnt=${part_cnt:-4}
- RUN_FDISK="overwrite"
- opsys_off=1
- cyls_per_opsys=`expr ${cyls_per_disk} - 1`
- opsys_part=${unused_last_part:-3}
- return 0
-# Case IIIa: overwrite an existing 386BSD/NetBSD/FreeBSD partition
-elif [ "$have_opsys_part" ]; then
- echo
- echo "386/Net/FreeBSD partition already exists!"
- echo -n "Overwrite existing partition? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- opsys_part=${have_opsys_part}
- set_existing_part
- return 0
- ;;
- *)
- have_opsys_part=
- # FALL THROUGH
- ;;
- esac
-fi
-
-# Case IIIb: no partitions available
-if [ $sysid_cnt -eq $part_cnt -a ! "$have_opsys_part" ]; then
- echo
- echo "No unused partitions."
- echo -n "Install $OPSYSTEM and overwrite the entire disk? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- # don't use first cylinder!
- opsys_off=1
- cyls_per_opsys=`expr $cyls_per_disk - 1`
- opsys_part=${unused_last_part}
- RUN_FDISK="overwrite"
- ;;
- *)
- set_overwrite_part
- ;;
- esac
- return 0
-fi
-
-
-# *** CAVEAT ***
-# $OPSYSTEM installs at the end of the disk. If the
-# beginning of the disk is free but not the end, install fails!
-
-# Assume `fdisk -u' to add $OPSYSTEM in last unused partition for remaining cases
-opsys_part=${unused_last_part}
-RUN_FDISK="fdisk -u"
-mb_sect=`expr 1024 \* 1024 / $bytes_per_sect`
-disk_minimum=`expr $DISKMIN \* $mb_sect`
-
-# Case IV: No room (at end of disk) for mininal install
-[ $extent_max -eq 50000 ] && extent_max=$disksize
-disk_remaining=`expr $disksize - $extent_max`
-if [ $disk_remaining -lt $disk_minimum ]; then
- echo
- echo "Not enough space ($DISKMIN Mb) at end of disk to install $OPSYSTEM."
- echo -n "Install FreeBSD and overwrite the entire disk? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- # don't use first cylinder!
- opsys_off=1
- cyls_per_opsys=`expr $cyls_per_disk - 1`
- opsys_part=${unused_last_part}
- RUN_FDISK="overwrite"
- ;;
- *)
- echo
- echo -n "Overwrite an existing partition? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- set_overwrite_part
- ;;
- *)
- echo
- echo " WARNING: To install ${OPSYSTEM}, you're on your own in figuring"
- echo " out where on the disk it will fit without overwriting another"
- echo " partition..."
- # Set defaults assuming there is only one partition at end of disk
- eval start=\$start${extent_max_part}
- # don't use first cylinder!
- opsys_off=1
- cyls_per_opsys=`expr $start / $cylindersize - 1`
- [ $cyls_per_opsys -lt 0 ] && cyls_per_opsys=0
- ;;
- esac
- ;;
- esac
- return 0
-fi
-
-# Case V: Room for $OPSYSTEM and partition data okay
-opsys_off=`expr $extent_max / $cylindersize`
-opsys_extent=`expr $opsys_off \* $cylindersize`
-[ $opsys_extent -lt $extent_max ] && opsys_off=`expr $opsys_off + 1`
-cyls_per_opsys=`expr $cyls_per_disk - $opsys_off`
-return 0
-}
-
-put_fdisk_data() {
-start=$root_offset
-size=$partition
-
-if [ "$RUN_FDISK" = "overwrite" ]; then
- # How do you overwrite without explicitly editing each entry?
- (
- echo y
- echo $cyls_per_disk
- echo $tracks_per_cyl
- echo $sects_per_track
- echo y
- ) >fdisk.script
- i=0
- n=`expr ${part_cnt:-4} - 1`
- while [ $i -lt $n ]; do
- echo y
- echo 0
- echo 0
- echo 0
- echo n
- echo y
- i=`expr $i + 1`
- done >>fdisk.script
- ( echo y
- echo ${OPSYSID}
- echo ${start}
- echo ${size}
- echo n
- echo y
- echo y
- echo ${n}
- echo y
- echo y
- ) >>fdisk.script
- fdisk -u /dev/r${drivename}d <fdisk.script >/dev/null 2>&1
-elif [ "$RUN_FDISK" ]; then
- $RUN_FDISK -${opsys_part:-${unused_last_part:-3}} /dev/r${drivename}d <<-EOF >/dev/null 2>&1
- y
- $cyls_per_disk
- $tracks_per_cyl
- $sects_per_track
- y
- y
- ${OPSYSID}
- ${start}
- ${size}
- n
- y
- y
- ${opsys_part:-${unused_last_part:-3}}
- y
- y
- EOF
-fi
-
-}
-
-echo
-echo "This program is designed to help put ${OPSYSTEM} on a hard disk with"
-echo "at least $DISKMIN Megabytes of free space."
-echo
-echo "Before starting, it is important to know your hard disk's geometry"
-echo "(i.e., number of cylinders, heads and sectors/track). If installing"
-echo "${OPSYSTEM} on the same disk as another operating system, then the"
-echo "two systems should use the same geometry. In particular, ${OPSYSTEM}'s"
-echo "default geometry is inappropriate for MS-DOS. So in this case, the"
-echo "DOS geometry should be used instead."
-echo
-echo "As with anything which modifies a hard drive's contents, this program"
-echo "can cause SIGNIFICANT DATA LOSS. We strongly recommend making sure"
-echo "that the hard drive is backed up before going further with the"
-echo "installation process."
-echo
-echo -n "Proceed with installation? [y] "
-read resp junk
-resp=${resp:-y}
-case "$resp" in
-y*|Y*)
- echo
- echo "Cool! Let's get to it..."
- echo
- echo "You will be given a chance to start over if you make a"
- echo "mistake during these questions."
- echo "At the end, you have the option of redoing the configuration."
- echo "If you really must quit at some point, type <CTRL>+C and"
- echo "enter \`halt' at the command prompt, \`#'."
- ;;
-*)
- echo
- echo "OK, then. Enter \`halt' to halt the machine."
- echo "Once the machine has halted, remove the floppy,"
- echo "and press any key to reboot."
- exit
- ;;
-esac
-
-mount -u /dev/fd0 / || {
- if mount -u /dev/fd1 / ; then
- echo "[Please ignore the above error message, that's normal.]"
- else
- echo "Oh boy, we're in trouble here: Could not mount floppy read-write."
- exit 1
- fi
-}
-sync
-verified_install=""
-while [ ! "$verified_install" ]; do # Begin of Big Loop
-
-rotdelay="-d 0 -n 1"
-drivename=wd0
-drivetype=wd
-sect_fwd=""
-echo
-echo "First, we need to know the drive type. This can be can be one of"
-echo "ESDI, SCSI, ST506, or IDE."
-echo -n "Drive type? [${type:-IDE}] "
-read resp junk
-type=${resp:-${type:-IDE}}
-case "$type" in
-e*|E*|st*|ST*)
- echo -n "Does it support AUTOMATIC sector remapping? [y] "
- read remap junk
- case "$remap" in
- n*|N*)
- sect_fwd="sf:"
- ;;
- esac
- case "$type" in
- e*|E*)
- DEFSECT=36
- ;;
- esac
- ;;
-i*|I*)
- type=ST506
- ;;
-sc*|SC*)
- drivename=sd0
- drivetype=sd
- type=SCSI
- DEFSECT=32
- DEFHEAD=64
- ;;
-*)
- echo "Unknown type. Assuming ST506 with automatic sectoring..."
- type=ST506
- ;;
-esac
-echo -n "Install onto which drive [$drivename] "
-read resp junk
-drivename=${resp:-${drivename}}
-echo
-echo "Disk $drivename is of device type $drivetype."
-if [ ! "$partition" ]; then
- echo
- echo "Please wait. Examining device /dev/r${drivename}d..."
- get_fdisk_data
- if [ $? -gt 1 ]; then
- echo "Hm - we can't seem to read that drive."
- echo
- echo -n "Are you sure that $type is the correct type? [n] "
- read resp
- case "$resp" in
- y*|Y*)
- echo
- echo "Well, since we can't even open it, there isn't much"
- echo "hope for writing a label on it. But you're free"
- echo "to give it a try. You need to specify the geometry."
- ;;
- *)
- echo
- echo "Okay. Let's start again from the top."
- continue
- ;;
- esac
- fi
-fi
-echo
-echo "Now we want to build a data base entry in /etc/disktab describing"
-echo "the geometry of the /dev/$drivename disk. The name of the entry"
-echo "should be descriptive of the disk's type and model. For example,"
-echo "a Maxtor IDE, model 7080 disk might be named \`maxtor7080'."
-echo -n "Disk label name (one word, please)? [${name:-mfr_model}] "
-read resp junk
-name=${resp:-${name:-mfr_model}}
-echo
-echo "${OPSYSTEM} should use the same hard disk geometry as used by other"
-echo "operating systems on the hard disk."
-echo -n "Number of bytes per disk sector? [${bytes_per_sect:-512}] "
-read resp junk
-bytes_per_sect=${resp:-${bytes_per_sect:-512}}
-echo
-echo -n "Total number of disk cylinders? [${cyls_per_disk:-${DEFCYLN}}] "
-read resp junk
-cyls_per_disk=${resp:-${cyls_per_disk:-${DEFCYLN}}}
-echo
-echo -n "Number of disk heads (i.e., tracks/cylinder)? [${tracks_per_cyl:-${DEFHEAD}}] "
-read resp junk
-tracks_per_cyl=${resp:-${tracks_per_cyl:-${DEFHEAD}}}
-echo
-echo -n "Number of disk sectors (i.e., sectors/track)? [${sects_per_track:-${DEFSECT}}] "
-read resp junk
-sects_per_track=${resp:-${sects_per_track:-${DEFSECT}}}
-cylindersize=`expr $sects_per_track \* $tracks_per_cyl`
-disksize=`expr $cylindersize \* $cyls_per_disk`
-mb_sect=`expr 1024 \* 1024 / $bytes_per_sect`
-mb_per_disk=`expr $disksize / $mb_sect`
-opsys_cyls_min=`expr $DISKMIN \* $mb_sect / $cylindersize`
-analyze_fdisk_data
-if [ $? -eq 0 ]; then
- partition=`expr $cyls_per_opsys \* $cylindersize`
- part_offset=`expr $opsys_off \* $cylindersize`
-fi
-echo
-echo "Disk has a total of $mb_per_disk Mb."
-echo "The size of the ${OPSYSTEM} portion of the disk must be at least"
-echo "${opsys_cyls_min} cylinders, and should not exceed $(expr $cyls_per_disk - 1) cylinders."
-echo "The offset of ${OPSYSTEM} from the beginning of the disk should be at"
-echo "least 1 cylinder."
-echo
-echo "For efficiency, partitions begin and end on cylinder boundaries."
-echo "If you know the size NN in Megabytes (Mb) of a partition you want, then"
-echo "use the following formula to determine the number NC of cylinders to use:"
-echo " NC = integer { ( NN * $mb_sect ) / $cylindersize }"
-while :; do
- echo -n "Total size of the ${OPSYSTEM} portion of the disk (in cylinders)? [${cyls_per_opsys:-`expr ${cyls_per_disk} - 1`}] "
- read resp junk
- cyls_per_opsys=${resp:-${cyls_per_opsys:-`expr ${cyls_per_disk} - 1`}}
- partition=`expr $cyls_per_opsys \* $cylindersize`
- if [ $cyls_per_opsys -lt $cyls_per_disk -a ! "$force_offset" ]; then
- echo
- echo -n "Offset of ${OPSYSTEM} from beginning of disk (in cylinders)? [${opsys_off:-1}] "
- read resp junk
- opsys_off=${resp:-${opsys_off:-1}}
- else
- echo
- echo " WARNING: Existing partitions will be lost. In addition,"
- echo " installing at cylinder 0 may cause problems for some disk"
- echo " controllers. If the filesystem is corrupted or install"
- echo " fails, install at cylinder 1."
- RUN_FDISK=""
- cyls_per_opsys=$cyls_per_disk
- partition=$disksize
- opsys_off=0
- fi
- part_offset=`expr $opsys_off \* $cylindersize`
- opsys_extent=`expr $opsys_off + $cyls_per_opsys`
- if [ ${opsys_extent} -gt ${cyls_per_disk} ]; then
- echo
- echo "${OPSYSTEM} Size + Offset cannot exceed ${cyls_per_disk} cylinders."
- elif [ ${cyls_per_opsys} -lt ${opsys_cyls_min} ]; then
- echo
- echo "${OPSYSTEM} requires at least ${opsys_cyls_min} cylinders to install."
- else break
- fi
-done
-badspacesec=0
-if [ "$sect_fwd" = "sf:" ]; then
- badspacecyl=`expr $sects_per_track + 126`
- badspacecyl=`expr $badspacecyl + $cylindersize - 1`
- badspacecyl=`expr $badspacecyl / $cylindersize`
- badspacesec=`expr $badspacecyl \* $cylindersize`
- echo
- echo -n "Using $badspacesec sectors ($badspacecyl cylinders) for the "
- echo "bad144 bad block table"
-fi
-whats_left=`expr $partition - $badspacesec`
-cyl_left=`expr $whats_left / $cylindersize`
-mb_left=`expr $whats_left / $mb_sect`
-swap_cyls_min=`expr $SWAPMIN \* $mb_sect / $cylindersize`
-root_cyls_max=`expr ${cyl_left} - ${swap_cyls_min}`
-root_cyls_min=`expr $ROOTMIN \* $mb_sect / $cylindersize`
-echo
-echo "There are $mb_left Mb ($cyl_left cylinders) to allocate."
-echo
-echo "The $OPSYSTEM portion of the disk must itself be divided into at least"
-echo "two partitions: one for the root filesystem and one for swap. It is a"
-echo "good idea to have at least a third (large) $OPSYSTEM partition for the /usr"
-echo "filesystem."
-echo
-echo "The root partition cannot exceed ${root_cyls_max} cylinders. It is usually"
-echo "no larger than about 15 Mb ($(expr 15 \* $mb_sect / $cylindersize) cylinders), and sometimes"
-echo "as small as $ROOTMIN Mb ($root_cyls_min cylinders)."
-if [ ! "$cyls_per_root" ]; then
- # set default root partition to 15MB
- cyls_per_root=`expr \( 15 \* $mb_sect \) / $cylindersize`
- usr_cyls_max=`expr ${root_cyls_max} - ${cyls_per_root}`
- mb_usr=`expr ${usr_cyls_max} \* $cylindersize / $mb_sect`
- [ $cyls_per_root -gt $root_cyls_max -o $mb_usr -lt $USRMIN ] &&
- cyls_per_root=$root_cyls_max
-fi
-while :; do
- echo -n "Root partition size (in cylinders)? [${cyls_per_root}] "
- read resp junk
- cyls_per_root=${resp:-${cyls_per_root}}
- root=`expr $cyls_per_root \* $cylindersize`
- if [ ${cyls_per_root} -gt ${root_cyls_max} ]; then
- echo
- echo "The root partition size cannot exceed $root_cyls_max cylinders."
- elif [ ${cyls_per_root} -lt ${root_cyls_min} ]; then
- echo
- echo "The root partition size must be at least $root_cyls_min cylinders."
- else
- part_used=`expr $root + $badspacesec`
- break
- fi
-done
-root_offset=$part_offset
-whats_left=`expr $partition - $part_used`
-cyl_left=`expr $whats_left / $cylindersize`
-mb_left=`expr $whats_left / $mb_sect`
-blocking_factor=2
-fragsize=`expr $bytes_per_sect \* $blocking_factor`
-blocksize=`expr $bytes_per_sect \* $blocking_factor \* 8`
-memsize=`dmesg | grep "^real mem" | awk '{ print $4 }'`
-mb_ram=`expr \( $memsize / 1024 / 1024 \) + 1`
-swap_mb=`expr \( 21 \* $mb_ram \) / 10`
-echo
-echo "$mb_left Mb ($cyl_left cylinders) remaining in ${OPSYSTEM} portion of disk."
-echo
-echo "Minimum swap space is $SWAPMIN Mb (${swap_cyls_min} cylinders.)"
-echo "For running X, with your RAM size of $mb_ram Mb,"
-echo "$swap_mb Mb (`expr \( \( 21 \* $mb_ram \* $mb_sect \) / 10 / ${cylindersize} \)` cylinders) of swap is recommended."
-if [ ! "$swap_cyl" ]; then
- swap_cyl=`expr \( 21 \* $mb_ram \* $mb_sect \) / 10`
- swap_cyl=`expr $swap_cyl / ${cylindersize}`
-
- # but not swap size more than 10% of disk size...
- swap_quot=`expr $mb_left / $mb_ram`
- if [ $swap_quot -lt 10 ]; then
- swap_cyl=$swap_cyls_min
- fi
-fi
-while :; do
- echo -n "Swap partition size (in cylinders)? [${swap_cyl}] "
- read resp junk
- swap_cyl=${resp:-${swap_cyl}}
- swap=`expr $swap_cyl \* $cylindersize`
- if [ ${swap_cyl} -gt ${cyl_left} ]; then
- echo
- echo "Swap size cannot exceed $cyl_left cylinders."
- elif [ ${swap_cyl} -lt ${swap_cyls_min} ]; then
- echo
- echo "Swap size must be at least ${swap_cyls_min} cylinders."
- else
- break
- fi
-done
-swap_offset=`expr $root_offset + $root`
-part_used=`expr $part_used + $swap`
-echo "" >/etc/disktab
-echo "$name|${OPSYSTEM} installation generated:\\" >>/etc/disktab
-echo " :dt=${type}:ty=winchester:\\" >>/etc/disktab
-echo -n " :nc#${cyls_per_disk}:ns#${sects_per_track}" >>/etc/disktab
-echo ":nt#${tracks_per_cyl}:\\" >>/etc/disktab
-echo " :se#${bytes_per_sect}:${sect_fwd}\\" >>/etc/disktab
-echo -n " :pa#${root}:oa#${root_offset}" >>/etc/disktab
-echo ":ta=4.2BSD:ba#${blocksize}:fa#${fragsize}:\\" >>/etc/disktab
-echo " :pb#${swap}:ob#${swap_offset}:tb=swap:\\" >>/etc/disktab
-echo " :pc#${partition}:oc#${part_offset}:\\" >>/etc/disktab
-ename="";fname="";gname="";hname=""
-if [ $part_used -lt $partition ]; then
- echo
- echo "Now we enter information about any other partitions and filesystems"
- echo "to be created in the ${OPSYSTEM} portion of the disk. This process"
- echo "is complete when we've filled up all remaining space in the ${OPSYSTEM}"
- echo "portion of the disk."
-fi
-while [ $part_used -lt $partition ]; do
- part_size=0
- whats_left=`expr $partition - $part_used`
- cyl_left=`expr $whats_left / $cylindersize`
- mb_left=`expr $whats_left / $mb_sect`
- echo
- echo "$mb_left Mb ($cyl_left cylinders) remaining in ${OPSYSTEM} portion of disk."
- echo
- while :; do
- echo -n "Next partition size (in cylinders)? [${cyl_left}] "
- read resp junk
- part_size=${resp:-${cyl_left}}
- part_size=`expr $part_size \* $cylindersize`
- total=`expr $part_used + $part_size`
- if [ $total -gt $partition ]; then
- echo
- echo "Partition size cannot exceed ${cyl_left} cylinders."
- else
- part_used=$total
- part_name=""
- while [ "$part_name" = "" ]; do
- echo
- echo -n "On which directory should this filesystem be mounted? [usr] "
- read resp junk
- part_name=${resp:-usr}
- part_name=`expr X"$part_name" : 'X/*\(.*\)'`
- done
- break
- fi
- done
- if [ ! "$ename" ]; then
- ename=$part_name
- offset=`expr $part_offset + $root + $swap`
- echo -n " :pe#${part_size}:oe#${offset}" >>/etc/disktab
- echo ":te=4.2BSD:be#${blocksize}:fe#${fragsize}:\\" >>/etc/disktab
- offset=`expr $offset + $part_size`
- elif [ ! "$fname" ]; then
- fname=$part_name
- echo -n " :pf#${part_size}:of#${offset}" >>/etc/disktab
- echo ":tf=4.2BSD:bf#${blocksize}:ff#${fragsize}:\\" >>/etc/disktab
- offset=`expr $offset + $part_size`
- elif [ ! "$gname" ]; then
- gname=$part_name
- echo -n " :pg#${part_size}:og#${offset}" >>/etc/disktab
- echo ":tg=4.2BSD:bg#${blocksize}:fg#${fragsize}:\\" >>/etc/disktab
- offset=`expr $offset + $part_size`
- elif [ ! "$hname" ]; then
- hname=$part_name
- echo -n " :ph#${part_size}:oh#${offset}" >>/etc/disktab
- echo ":th=4.2BSD:bh#${blocksize}:fh#${fragsize}:\\" >>/etc/disktab
- part_used=partition
- fi
-done
-if [ "$have_dos_part" -a "$have_dos_part" != "$opsys_part" -a \
- "$RUN_FDISK" != "overwrite" -a ! "$hname" ]; then
- echo
- echo "There appears to be a MS-DOS filesystem on the hard disk."
- echo -n "Make this be accessible from ${OPSYSTEM}? [y] "
- read resp junk
- case "${resp:-y}" in
- y*|Y*)
- part_name=""
- while [ "$part_name" = "" ]; do
- echo
- echo -n "On which directory should this filesystem be mounted? [dos] "
- read resp junk
- part_name=${resp:-dos}
- part_name=`expr X"$part_name" : 'X/*\(.*\)'`
- done
- hname=$part_name
- eval offset=\$start${have_dos_part}
- eval part_size=\$size${have_dos_part}
- echo -n " :ph#${part_size}:oh#${offset}" >>/etc/disktab
- echo ":th=MSDOS:\\" >>/etc/disktab
- part_used=partition
- ;;
- *)
- have_dos_part=""
- ;;
- esac
-else
- have_dos_part=""
-fi
-echo " :pd#${disksize}:od#0:" >>/etc/disktab
-sync
-
-# cat /etc/disktab
-OIFS=$IFS
-IFS='
-'
-while read data; do
- echo $data
-done < /etc/disktab
-IFS=$OIFS
-
-echo
-echo -n "Verbose installation? [n] "
-read resp
-
-case $resp in
-y*)
- cpioverbose=-v
- ;;
-*)
- cpioverbose=
- ;;
-esac
-
-
-echo
-echo "OK! THIS IS THE LAST CHANCE!!! Data on the hard disk wil be lost."
-echo -n "Are you sure you want to install on the hard drive? (yes/no) "
-resp=""
-while [ ! "$resp" ]; do
- read resp junk
- case "$resp" in
- Yes|yes|YES)
- verified_install=1
- echo
- echo "OK! Here we go..."
- ;;
- No|no|NO)
- echo
- echo -n "Would you like to change the configuration? [y] "
- read resp junk
- resp=${resp:-y}
- case "$resp" in
- y*|Y*)
- ;;
- *)
- echo
- echo "OK, then. Enter 'halt' to halt the machine."
- echo "Once the machine has halted, remove the floppy,"
- echo "and press any key to reboot."
- exit
- ;;
- esac
- ;;
- *)
- echo "Please spell out either of \`yes' or \`no'..."
- echo -n "Install on the hard disk? (yes/no) "
- resp=
- ;;
- esac
-done
-done # End of Big Loop
-
-put_fdisk_data
-
-echo
-echo -n "Labelling disk..."
-echo y |
-disklabel -w -r ${drivename} $name \
- ${CDROM_FILESYSTEM}/usr/mdec/${drivetype}boot \
- ${CDROM_FILESYSTEM}/usr/mdec/boot${drivetype}
-# XXX >/dev/null 2>&1
-echo " done."
-
-if [ "$sect_fwd" = "sf:" ]; then
- echo -n "Initializing bad144 badblock table..."
- bad144 $drivename 0
- echo " done."
- echo "Updating badblock table..."
- # `2>&1 >/dev/null' filters stdout and leaves only stderr...
- badlist=$(bad144 -s $drivename 2>&1 >/dev/null |
- while read data; do
- bad_seek=$(expr "$data" : '[^(]*(seek)[^0-9]*\([0-9]*\)')
- bad_read=$(expr "$data" : '[^(]*(read)[^0-9]*\([0-9]*\)')
- [ "$bad_seek" -o "$bad_read" ] && echo -n "$bad_seek $bad_read "
- done)
- [ "$badlist" ] && bad144 -a -c $drivename $badlist
- echo " done."
-fi
-
-echo "Initializing root filesystem, and mounting..."
-newfs ${rotdelay} /dev/r${drivename}a $name
-mount -v /dev/${drivename}a /mnt
-if [ "$ename" != "" ]; then
- echo
- echo "Initializing $ename filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}e $name
- mkdir -p /mnt/$ename
- mount -v /dev/${drivename}e /mnt/$ename
-fi
-if [ "$fname" != "" ]; then
- echo
- echo "Initializing $fname filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}f $name
- mkdir -p /mnt/$fname
- mount -v /dev/${drivename}f /mnt/$fname
-fi
-if [ "$gname" != "" ]; then
- echo
- echo "Initializing $gname filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}g $name
- mkdir -p /mnt/$gname
- mount -v /dev/${drivename}g /mnt/$gname
-fi
-if [ "$hname" != "" ]; then
- echo
- if [ ! "$have_dos_part" ]; then
- echo "Initializing $hname filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}h $name
- else
- echo "Initializing $hname filesystem..."
- fi
- mkdir -p /mnt/$hname
- [ ! "$have_dos_part" ] &&
- mount -v /dev/${drivename}h /mnt/$hname
-fi
-
-echo
-echo "Please wait. Copying to disk..."
-cd /mnt
-cat $CDROM_BINDIST | \
- gunzip | tar --extract --file - --preserve-permissions ${cpioverbose}
-
-echo "/dev/${drivename}a / ufs rw 1 1" >etc/fstab
-if [ "$ename" != "" ]; then
- echo "/dev/${drivename}e /$ename ufs rw 1 2" >>etc/fstab
-fi
-if [ "$fname" != "" ]; then
- echo "/dev/${drivename}f /$fname ufs rw 1 3" >>etc/fstab
-fi
-if [ "$gname" != "" ]; then
- echo "/dev/${drivename}g /$gname ufs rw 1 4" >>etc/fstab
-fi
-if [ "$hname" != "" ]; then
- if [ ! "$have_dos_part" ]; then
- echo "/dev/${drivename}h /$hname ufs rw 1 5" >>etc/fstab
- else
- echo "/dev/${drivename}h /$hname pcfs rw 0 0" >>etc/fstab
- fi
-fi
-
-cat /etc/disktab >etc/disktab.install
-cp -p /kernel /mnt
-
-echo
-echo "Building /dev files..."
-chroot /mnt sh <<!
-cd /dev
-sh MAKEDEV all
-cd /
-!
-echo " done."
-
-echo "You will now be prompted for information about this"
-echo "machine. If you hit return, the default answer (in"
-echo "brackets) will be used."
-
-echo
-echo -n "What is this machine's hostname? [unknown.host.domain] "
-read hname
-
-if [ "$hname" = "" ]; then
- hname=unknown.host.domain
-fi
-echo $hname > /mnt/etc/myname
-proto_domain=`echo $hname | sed -e 's/[^.]*\.//'`
-
-echo
-echo "What domain is this machine in (this is NOT its YP"
-echo -n "domain name)? [$proto_domain] "
-read dname
-
-if [ "$dname" = "" ]; then
- dname=$proto_domain
-fi
-
-echo
-echo -n "Does this machine have an ethernet interface? [y] "
-read resp
-case "$resp" in
-n*)
- ;;
-*)
- intf=
- while [ "$intf" = "" ]; do
- echo -n "What is the primary interface name (i.e. ed0, etc.)? "
- read intf
- done
- echo -n "What is the hostname for this interface? [$hname] "
- read ifname
- if [ "$ifname" = "" ]; then
- ifname=$hname
- fi
- ifaddr=
- while [ "$ifaddr" = "" ]; do
- echo -n "What is the IP address associated with this interface? "
- read ifaddr
- done
- echo "$ifaddr $ifname `echo $ifname | sed -e s/\.$dname//`" \
- >> /mnt/etc/hosts
-
- echo -n "Does this network have a special netmask? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What is the netmask? [0xffffff00] "
- read resp
- if [ "$resp" = "" ]; then
- ifnetmask="netmask 0xffffff00
- else
- ifnetmask="netmask $resp"
- fi
- ;;
- *)
- ifnetmask=
- ;;
- esac
-
- echo -n "Does this network need additional flags? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What flags? [llc0] "
- read ifflags
- if [ "$ifflags" = "" ]; then
- ifflags=llc0
- fi
- ;;
- *)
- ifflags=
- ;;
- esac
-
- echo "inet $ifname $ifnetmask $ifflags" > /mnt/etc/hostname.$intf
-
- echo ""
- echo "WARNING: you will need to finish the configuration of your"
- echo "network by editing /etc/netstart, read the comments in that"
- echo "file for more instructions."
- ;;
-esac
-
-echo
-echo "Your system should be set up now for operation."
-
-sync
-
-echo
-echo "The next step: reboot from the hard disk and enjoy the system!"
-echo
-echo "To do this, enter \`halt' now to halt the machine. After it"
-echo "announces that it has halted, remove the floppy from the drive"
-echo "and press any key to boot."
-echo
-echo "Okay, that's all for now. I'm waiting for you to enter \`halt'..."
diff --git a/etc/etc.i386/cdinst1.profile b/etc/etc.i386/cdinst1.profile
deleted file mode 100644
index ce4d0ca..0000000
--- a/etc/etc.i386/cdinst1.profile
+++ /dev/null
@@ -1,71 +0,0 @@
-#!bin/sh
-# cdinst1.profile floppy disk /.profile script
-PATH=/sbin:/bin:/usr/bin:/usr/sbin:.
-export PATH
-HOME=/root
-export HOME
-TERM=pc3
-export TERM
-TERMCAP="\
-pc3|ibmpc3:li#25:co#80:am:bs:bw:eo:cd=\E[J:ce=\E[K:cl=\Ec:cm=\E[%i%2;%2H:\
-do=\E[B:ho=\E[;H:nd=\E[C:up=\E[A:so=\E[7m:se=\E[0m:us=\E[4m:ue=\E[0m:\
-:ac=l\332q\304k\277x\263j\331m\300w\302u\264v\301t\303n\305:\
-:kb=^h:kh=\E[Y:ku=\E[A:kd=\E[B:kl=\E[D:kr=\E[C:"
-export TERMCAP
-
-# To bad uname is not availiable here!
-#
-OPSYSTEM=FreeBSD
-export OPSYSTEM
-CDROM_TYPE=0
-export CDROM_TYPE
-CDROM_MOUNT=/cdrom
-export CDROM_MOUNT
-CDROM_FILESYSTEM=${CDROM_MOUNT}/filesys
-export CDROM_FILESYSTEM
-CDROM_BINDIST=${CDROM_MOUNT}/tarballs/bindist/bin_tgz.*
-export CDROM_BINDIST
-
-echo
-echo "Welcome to ${OPSYSTEM}."
-echo
-
-# Lets find the cd rom drive and get it mounted so we have access to
-# all of the binaries, this is really ugly, but it uses the minimum
-# amount of support code and should always find us a cdrom drive if
-# there is one ready to use!
-
-while [ $CDROM_TYPE -eq 0 ]; do # Begin of cd drive loop
-
- mount -t isofs /dev/cd0a ${CDROM_MOUNT} >/dev/null 2>&1
- if [ $? -eq 0 ]; then
- CDROM_TYPE=1
- echo "Found and mounted SCSI CD ROM drive /dev/cd0a"
- else
- mount -t isofs /dev/mcd0a ${CDROM_MOUNT} >/dev/null 2>&1
- if [ $? -eq 0 ]; then
- CDROM_TYPE=2
- echo "Found and mounted Mitsumi CD ROM drive /dev/mcd0a"
- else
- mount -t isofs /dev/mcd1a ${CDROM_MOUNT} >/dev/null 2>&1
- if [ $? -eq 0 ]; then
- CDROM_TYPE=2
- echo "Found and mounted Mitsumi CD ROM drive /dev/mcd1a"
- else
- CDROM_TYPE=0
- echo "No cdrom drive found, are you sure the cd is in the"
- echo "drive and the drive is ready? Press return to make"
- echo -n "another attempt at finding the cdrom drive."
- read resp
- fi
- fi
- fi
-done # End of cd drive loop
-
-# Okay, we now have a cdrom drive and know what device to call it by, and
-# it should be mounted, so lets reset our path so we can use all the binaries
-# from the cd rom drive and export the set up variables for the install script
-#
-PATH=/sbin:/bin:/usr/bin:/usr/sbin:${CDROM_FILESYSTEM}/sbin:${CDROM_FILESYSTEM}/bin:${CDROM_FILESYSTEM}/usr/bin:${CDROM_FILESYSTEM}/usr/sbin:.
-
-/install
diff --git a/etc/etc.i386/cpio.install b/etc/etc.i386/cpio.install
deleted file mode 100755
index dda4457..0000000
--- a/etc/etc.i386/cpio.install
+++ /dev/null
@@ -1,20 +0,0 @@
-#!/bin/sh
-#
-# $Id$
-#
-
-echo
-echo -n "Copying to disk... "
-cd /
-gunzip < mnt/inst2.cpio.gz | cpio -idmu
-cd /mnt
-echo -n "Copying more to disk... "
-ls install magic | cpio -pdmu /
-echo -n "Copying even more to disk... "
-ls rc | cpio -pdmu /etc
-echo -n "Building /dev files... "
-cd /dev
-sh MAKEDEV all
-cd /
-echo "done."
-sync
diff --git a/etc/etc.i386/cpio.magic b/etc/etc.i386/cpio.magic
deleted file mode 100644
index 0e4ed0c..0000000
--- a/etc/etc.i386/cpio.magic
+++ /dev/null
@@ -1,388 +0,0 @@
-#!bin/sh
-# $Id: cpio.magic,v 1.12 1994/06/28 07:20:30 jkh Exp $
-#
-set_tmp_dir()
-{
- def_tmp_dir=`pwd`
- [ "$def_tmp_dir" = "/" ] && def_tmp_dir=/usr/distrib
- echo -n "Where do we ${1:-put} the distrbution files? [${def_tmp_dir}] "
- read tmp_dir
- [ ! "$tmp_dir" ] && tmp_dir=$def_tmp_dir
- if [ ! -d "$tmp_dir" ]; then
- /bin/rm -rf $tmp_dir
- mkdir -p $tmp_dir
- fi
- echo
-}
-tmp_dir()
-{
- if [ "$tmp_dir" = "" ]; then
- set_tmp_dir $1
- fi
- cd $tmp_dir
-}
-load_fd()
-{
- tmp_dir
- drive=
- altdrive=
- subdir=
- while [ -z "$drive" ]; do
- echo -n "Read from which drive (or ? for help)? [c] "
- read answer junk
- case "${answer:-c}" in
- a*b|A*B)
- drive=A; altdrive=B
- ;;
- b*a|B*A)
- drive=B; altdrive=A
- ;;
- a*|A*)
- drive=A; altdrive=A
- ;;
- b*|B*)
- drive=B; altdrive=B
- ;;
- c*|C*)
- while read data; do
- msdos_device=`expr X"$data" : 'X[ ]*\([^ ]*\)[^M]*pcfs'`
- msdos_dir=`expr X"$data" : 'X[ ]*[^ ]*[ ]*\([^ ]*\)'`
- [ "${msdos_device}" ] && break
- done </etc/fstab
- if [ ! "$msdos_device" ]; then
- echo
- echo "Cannot find MS-DOS in filesystem table"
- continue
- fi
- drive=C; altdrive=C
- while :; do
- echo
- echo -n "Read from which MS-DOS drive C: directory? [/] "
- read resp junk
- newdir=$(echo "${resp:-/}" | \
- awk '{ sub(/^[Cc]*:*/, ""); gsub(/\\/, "/"); gsub(/^\/*/, ""); gsub(/\/*$/, ""); print $0 }')
- if [ -d ${msdos_dir}/${newdir} ]; then
- subdir=$newdir
- break
- else
- echo "C:/${newdir}: No such directory"
- fi
- done
- ;;
- q*|Q*)
- drive=q
- ;;
- \?*)
- echo
- echo "Enter: To:"
- echo "------ ---"
- echo " a Read from floppy drive A:"
- echo " b Read from floppy drive B:"
- echo " c Read from MS-DOS hard drive C:"
- echo " ab Alternate between A: and B:, starting with A:"
- echo " ba Alternate between A: and B:, starting with B:"
- echo " q Quit"
- echo
- ;;
- esac
- done
- verbose=-v
- interactive=-i
- if [ "$drive" = "C" ]; then
- dir=${msdos_dir}
- elif [ "$drive" != "q" ]; then
- dir=/tmp/floppy
- [ -d $dir ] && umount $dir >/dev/null 2>&1
- [ -f $dir ] && rm -f $dir
- mkdir -p $dir
- fi
- while [ "$drive" != "q" ]
- do
- device=/dev/fd0
- [ "$drive" = "B" ] && device=/dev/fd1
- [ "$drive" = "C" ] && device=${msdos_device}
- echo;
- if [ "$drive" != "C" ]; then
- echo "Insert floppy in drive $drive:, then press RETURN to copy files,"
- echo -n "or enter option (? for help): "
- else
- echo -n "Press RETURN to copy files, or enter option (? for help): "
- fi
- read answer junk
- case "${answer:-g}" in
- c*|C*)
- if [ "$drive" != "C" ]; then
- echo "Cannot change directory: not reading from MS-DOS drive C:"
- else
- echo
- echo -n "Read from which MS-DOS drive C: directory? [/${subdir}] "
- read resp junk
- [ ! "$resp" ] && resp="/$subdir"
- absolute=`expr X"$resp" : 'X[Cc]*:*\([/\]\)'`
- subsub=$(echo "${resp}" | \
- awk '{ sub(/^[Cc]*:*/, ""); gsub(/\\/, "/"); gsub(/^\/*/, ""); gsub(/\/*$/, ""); print $0 }')
- if [ "$absolute" -o ! "$subdir" ]; then
- newsub=$subsub
- else
- newsub=$subdir/$subsub
- fi
- if [ -d ${dir}/${newsub} ]; then
- subdir=$newsub
- else
- echo "C:/${newsub}: No such directory"
- fi
- fi
- ;;
- g*|G*)
- sync
- if [ "$drive" = "C" ]; then
- [ "$verbose" ] &&
- { echo; echo "Copying files from MS-DOS C:/${subdir}"; }
- cp ${msdos_dir}/${subdir}/* .
- sync
- elif mount -t pcfs $verbose $device $dir; then
- [ "$verbose" ] &&
- { echo; echo "Copying files to disk..."; }
- cp $interactive $dir/* .
- sync
- umount $dir
- tmp=$drive; drive=$altdrive; altdrive=$tmp
- fi
- ;;
- i*|I*)
- tmp=$interactive; interactive=; [ -z "$tmp" ] && interactive=-i
- tmp=on; [ -z "$interactive" ] && tmp=off
- echo "interactive mode is $tmp"
- ;;
- l*|L*)
- sync
- [ "$verbose" ] && echo "Directory of ${drive}:/${subdir}"
- if [ "$drive" = "C" ]; then
- ls -l $dir/${subdir}
- else
- umount $dir >/dev/null 2>&1
- if mount -t pcfs $device $dir; then
- ls -l $dir/${subdir}
- umount $dir
- fi
- fi
- ;;
- o*|O*)
- tmp=$drive; drive=$altdrive; altdrive=$tmp
- ;;
- q*|Q*)
- drive=q
- ;;
- s*|S*)
- echo; echo -n "tmp_dir is set to $tmp_dir"
- [ "$tmp_dir" != "`pwd`" ] && echo -n " (physically `pwd`)"
- echo; echo "Free space in tmp_dir:"
- df -k .
- echo -n "Reading from drive $drive:"
- [ "$drive" != "$altdrive" ] && echo -n " and drive $altdrive:"
- echo
- tmp=on; [ -z "$verbose" ] && tmp=off
- echo "Verbose mode is $tmp"
- tmp=on; [ -z "$interactive" ] && tmp=off
- echo "Interactive mode is $tmp"
- ;;
- v*|V*)
- tmp=$verbose; verbose=; [ -z "$tmp" ] && verbose=-v
- tmp=on; [ -z "$verbose" ] && tmp=off
- echo "verbose mode is $tmp"
- ;;
- \?)
- echo
- echo "Enter: To:"
- echo "----- ---"
- echo "(just RETURN) Copy files from ${drive}:/${subdir} to $tmp_dir"
- echo " c Change directory of MS-DOS drive C:"
- echo " i Toggle interactive mode (cp -i)"
- echo " l List directory of current drive"
- echo " o Read from alternate floppy drive"
- echo " q Quit"
- echo " s Show status"
- echo " v Toggle verbose mode"
- echo
- ;;
- esac
- done
- echo "Working directory: `pwd`"
- unset verbose answer drive altdrive device dir subdir tmp interactive
-}
-load_dos()
-{
- load_fd
-}
-load_qic_tape()
-{
- tmp_dir
- echo -n "Insert tape into QIC tape drive and hit return to continue: "
- read foo
- tar --unlink -xvf /dev/rwt0
-}
-load_scsi_tape()
-{
- tmp_dir
- echo -n "Insert tape into SCSI tape drive and hit return to continue: "
- read foo
- tar --unlink -xvf /dev/nrst0
-}
-extract()
-{
- [ X"$1" = X"" ] && { echo "usage: extract dist-prefix"; return; }
- tmp_dir find
- echo -n "Would you like to be verbose about this? [n] "
- read verbose
- case $verbose in
- y*|Y*)
- tarverbose=--verbose
- ;;
- *)
- tarverbose=
- ;;
- esac
- #XXX ugly hacks to get around busy text files/symlink problems.
- if [ X"$1" = X"bin" ]; then
- rm -f /bin/sh.$$ /sbin/init.$$ /etc/termcap.$$
- mv /bin/sh /bin/sh.$$
- mv /sbin/init /sbin/init.$$
- mv /etc/termcap /etc/termcap.$$
- fi
- if [ X"$1" = X"des" ]; then
- rm -f /sbin/init.$$
- mv /sbin/init /sbin/init.$$
- fi
- for i in $*; do
- cat "$i"* |
- gunzip |
- (cd / ; tar --unlink --extract --file - --preserve-permissions ${tarverbose} )
- done
- sync
- [ X"$1" = X"bin" ] && echo "Run \`configure' to complete installation."
- echo "(wd is now: `pwd`)"
-}
-configure()
-{
- echo "You will now be prompted for information about this"
- echo "machine. If you hit return, the default answer (in"
- echo "brackets) will be used."
-
- echo
- echo -n "What is this machine's hostname? [unknown.host.domain] "
- read hname
-
- if [ "$hname" = "" ]; then
- hname=unknown.host.domain
- fi
- echo $hname > /etc/myname
- proto_domain=`echo $hname | sed -e 's/[^.]*\.//'`
-
- echo
- echo "What domain is this machine in (this is NOT its YP"
- echo -n "domain name)? [$proto_domain] "
- read dname
-
- if [ "$dname" = "" ]; then
- dname=$proto_domain
- fi
-
- echo
- echo -n "Does this machine have an ethernet interface? [y] "
- read resp
- case "$resp" in
- n*)
- ;;
- *)
- intf=
- while [ "$intf" = "" ]; do
- echo -n "What is the primary interface name (i.e. ed0, etc.)? "
- read intf
- done
- echo -n "What is the hostname for this interface? [$hname] "
- read ifname
- if [ "$ifname" = "" ]; then
- ifname=$hname
- fi
- ifaddr=
- while [ "$ifaddr" = "" ]; do
- echo -n "What is the IP address associated with this interface? "
- read ifaddr
- done
- echo "$ifaddr $ifname `echo $ifname | sed -e s/\.$dname//`" \
- >> /etc/hosts
-
- echo -n "Does this interface have a special netmask? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What is the netmask? [0xffffff00] "
- read resp
- if [ "$resp" = "" ]; then
- ifnetmask="netmask 0xffffff00"
- else
- ifnetmask="netmask $resp"
- fi
- ;;
- *)
- ifnetmask=
- ;;
- esac
-
- echo -n "Does this interface need additional flags? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What flags? [llc0] "
- read ifflags
- if [ "$ifflags" = "" ]; then
- ifflags=llc0
- fi
- ;;
- *)
- ifflags=
- ;;
- esac
-
- echo "inet $ifname $ifnetmask $ifflags" > /etc/hostname.$intf
-
- echo ""
- echo "WARNING: if you have any more ethernet interfaces, you"
- echo "will have to configure them by hand. Read the comments"
- echo "in /etc/netstart to learn how to do this"
- ;;
- esac
-
- echo
- echo "Setting up access to a nameserver:"
- echo -n "Do you want to configure /etc/resolv.conf? [n]: "
- read resp
- case "$resp" in
- y*)
- echo "OK: Configuring your /etc/resolv.conf"
- echo "If you need more information about resolv.conf"
- echo "type \"man 5 resolver\" once you have COMPLETED"
- echo "installation of the binary distribution."
- echo ""
-
- nameserver=
- while [ "$nameserver" = "" ]; do
- echo -n "Enter the IP number of your nameserver: "
- read nameserver
- done
-
- echo "nameserver $nameserver" > /etc/resolv.conf
-
- echo " "
- ;;
- *)
- ;;
- esac
-
- sync
-
- echo
- echo "OK. You should be completely set up now."
- echo "You should now reboot your machine by issuing the 'reboot' command"
- echo "after removing anything that happens to be in your floppy drive."
-}
diff --git a/etc/etc.i386/cpio.rc b/etc/etc.i386/cpio.rc
deleted file mode 100644
index c45e0e5..0000000
--- a/etc/etc.i386/cpio.rc
+++ /dev/null
@@ -1,102 +0,0 @@
-# $Id: cpio.rc,v 1.4 1994/06/04 12:00:51 jkh Exp $
-#
-
-stty status '^T'
-trap : 2
-trap : 3
-PATH=/sbin:/bin:/usr/sbin:/usr/bin:/usr/distbin; export PATH
-if [ -e /fastboot ]
-then
- echo Fast boot ... skipping disk checks
-else
- echo Automatic reboot in progress...
- fsck -p
- case $? in
- 0)
- ;;
- 2)
- exit 1
- ;;
- 4)
- echo; echo README README README README README README README
- echo
- echo "NOTE: The above errors are expected if this is the"
- echo "first time you have booted from the hard disk after"
- echo "completing the floppy install"; echo
- echo "Automatic file system check changed the root file system"
- echo "The system must halt for these corrections to take effect"
- echo
- reboot
- echo "reboot failed... help!"
- exit 1
- ;;
- 8)
- echo "Automatic file system check failed... help!"
- exit 1
- ;;
- 12)
- echo "Reboot interrupted"
- exit 1
- ;;
- 130)
- exit 1
- ;;
- *)
- echo "Unknown error in reboot"
- exit 1
- ;;
- esac
-fi
-
-trap 2
-trap "echo 'Reboot interrupted'; exit 1" 3
-umount -a >/dev/null 2>&1
-mount -a -t nonfs
-rm -f /fastboot
-(cd /var/run && { rm -rf -- *; cp /dev/null utmp; chmod 644 utmp; })
-
-OPSYSTEM=FreeBSD
-# Sure wish we had uname at this point
-RELEASE="2.0.0 (Development)"
-NVTTYS="4"
-echo "${OPSYSTEM} Base System Release ${RELEASE}"
-echo ""
-echo "Congratulations, you've got ${OPSYSTEM} on the hard disk!"
-echo
-echo "Your system has been configured with ${NVTTYS} virtual terminals,"
-echo "though one has been reserved for X (should you need it) and has no"
-echo "login prompt on it. Once you've loaded the binary distribution and"
-echo "have rebooted the system, you can access these virtual terminals by"
-echo "pressing ALT-F<n>, where n is the function key number representing"
-echo "the virtual terminal you want to use. For more information, read"
-echo "the screen(4), kbdcontrol(1) and vidcontrol(1) man pages."
-echo
-echo "Press the return key for more installation instructions"
-read junkit
-echo
-echo "To finish installation:"
-echo "Pick a temporary directory by running set_tmp_dir. Make sure it's"
-echo "in a place with lots of space, probably under /usr."
-echo "Then, load the remaining distribution files into that temporary"
-echo "directory by issuing one of the following commands:"
-echo
-echo " load_dos load_fd load_qic_tape load_scsi_tape"
-echo
-echo "or by fetching the files with ftp (see the installation notes for"
-echo "information on how to do that)."
-echo
-echo "Once this is complete, extract the distribution files by issuing the"
-echo "command 'extract <distribution>' where <distribution> is the base name"
-echo "of the distribution files, e.g. 'base10'."
-echo
-echo "Once all of the filesets you wish to install have been extracted,"
-echo "enter the command 'configure' to finish setting up the system"
-echo " "
-echo "If you should wish to uninstall ${OPSYSTEM}, delete the partition by using the"
-echo "DOS 5 FDISK program. If installed on the entire drive, use the FDISK/MBR"
-echo "to remove the ${OPSYSTEM} bootstrap from the drive."
-echo 'erase ^H, kill ^U, intr ^C'
-stty newcrt erase ^H intr ^C kill ^U
-umask 0
-echo ". /magic" >>/.profile
-exit 1
diff --git a/etc/etc.i386/floppy.install_notes b/etc/etc.i386/floppy.install_notes
deleted file mode 100644
index ad216f1..0000000
--- a/etc/etc.i386/floppy.install_notes
+++ /dev/null
@@ -1,143 +0,0 @@
- FLOPPY INSTALLATION NOTES
- FreeBSD
- Release 1.1
-
-Welcome to FreeBSD! This document has been put together in an effort
-to make initial installation of the system from floppy as easy as possible.
-
-1. To install FreeBSD you will need 3 (or 4 if you choose to add the optional
- DOS floppy) floppies, as well as the bulk of the distribution on some
- other medium (floppy, tape, CD, etc). If you've retrieved this release
- from the net, you'll first have to make the floppies yourself using
- the supplied images.
-
- Due to the differences in PC configurations, we've found it necessary
- to provide multiple initial boot images that provide kernels for
- different types of systems.
-
- If your disk controller is one of:
-
- MFM / RLL / IDE / ST506
- Adaptec 154x series
- Adaptec 174x series
- Buslogic 545S
-
- Then please use the disk image: kcopy_ah.flp
- to construct your boot floppy.
-
- If your disk controller is one of:
-
- Bustek 742a
- UltraStore 14F or 34F
-
- Then please use the disk image: kcopy_bt.flp
- to construct your boot floppy.
-
- Next, make a second floppy from the disk image: filesyst.flp
- You'll need this for the second stage of the boot process.
-
- Finally, make a third floppy from the disk image: cpio.flp
- You'll need this for the last stage of the boot process.
-
- If you want to use any of the optional tools in the tools
- subdirectory of the ftp distribution site, these should be
- copied directly to a DOS formatted disk (using, either mcopy
- or mount -t pcfs). This disk is referred to later as the
- optional "dos" floppy.
-
- If installing more than one operating system on a disk, then
- it is recommended that the dos floppy at least include the
- os-bs boot manager. If downloading files via a modem and SLIP
- is not available, then the dos floppy should include kermit.
- You'll have the option of loading the programs that are on
- the dos floppy in the last stage of the boot process.
-
-2. Boot the first floppy. When it asks you to insert the file system floppy,
- insert the second floppy ``filesyst.flp.'' Follow the instructions
- that floppy gives you. If partitions already exist on the hard disk,
- then by default FreeBSD attempts to install itself at the end of these.
- Before rebooting, note the type of disk it says to copy the kernel
- to: ``sd0a'' or ``wd0a'' (``sd0a'' is for SCSI systems, ``wd0a'' is
- for all others.) When the system halts, go on to the next step.
-
-3. Boot the first floppy again, but this time when it asks
- you to insert the file system floppy, just press the return key.
- Follow the instructions that the floppy gives you. When you see
- the ``kc>'' prompt, type ``copy'' (without quotes). At the next prompt,
- ``copy kernel to>'', type either ``sd0a'' or ``wd0a'' as given in
- the previous step. When the system halts, go on to the next step.
-
-4. Making sure that there's no floppy in the drive, press return to boot
- from the hard disk. After it has booted and is asking what drive the
- cpio floppy is in, insert the third floppy ``cpio.flp'' into a
- floppy drive and answer the question about what drive it is in.
- Note that 0 is the same as DOS drive A:, and 1 is the same as DOS
- drive B:
-
-5. After the cpio floppy has been copied to the disk, remove it from the
- drive. If there are programs on the dos-floppy that you would like
- installed, then insert this disk in a floppy drive, again specifying
- the drive to read from.
-
-6. After the cpio (or optional dos) floppy has been copied to the disk,
- enter `halt' at the command prompt.
-
-7. When the system asks you to press the return key to reboot, first
- remove the floppy and then press the return key to boot from the hard
- disk.
-
-8. At this point you will get 4 errors from the fsck on boot, these
- are normal and are caused by files that were open when the
- /dev entries were built - just ignore them. The system will
- correct these errors and then halt, after which you should press
- the return key again to reboot with a clean system.
-
-9. Congratulations, you've got the mini FreeBSD system on your disk!
-
-10. Follow the instructions about set_tmp_dir and extract that
- will come on your screen after you've pressed the return key.
-
-11. Run the configure command to set up some of the /etc files by
- typing ``configure''. You will have to edit /etc/netstart after
- this if you have a networking interface.
-
-12. Reboot so that the system comes up multiuser by typing ``reboot''.
-
-13. You are now running FreeBSD! Congratulations! You may now continue
- with installing the source distribution, or stop here for now.
-
-14. The file /magic contains the special sh commands used during
- installation. Should you need to use them you can do the following.
-
- /bin/sh
- . /magic
-
-15. If your disk has several operating systems, you may want to
- install the Thomas Wolfram's os-bs boot manager for selecting
- which system to boot. This works well with DOS, OS/2, FreeBSD
- and other systems. To install it, boot the system with MS-DOS
- and insert the dos-floppy of the FreeBSD install suite in
- floppy drive A:. Then enter the DOS commands:
- > A:
- > os-bs135
- > cd os-bs
- > os-bs
- A menu should now appear on the screen. Use the cursor keys
- to highlight the install option and hit ENTER. Simply follow the
- instructions from there.
-
- For more information about the ob-bs program, including its
- capabilities and limitations, see the file `readme.1st' in the
- os-bs directory.
-
- If you choose not to install os-bs, then fdisk can be used to
- change the boot system. This is done by making the primary
- partition for the boot system active. FreeBSD has an fdisk
- command that can be used for this purpose as well.
-
-16. In addition to the FreeBSD source and binary distributions, many
- additional packages, such as X11 and TeX, may be obtained from
- freebsd.cdrom.com - please have a look around! You may also find
- this a good time to read the release notes in RELNOTES.FreeBSD.
-
-End of $Id: floppy.install_notes,v 1.14 1994/05/15 01:09:23 rgrimes Exp $
diff --git a/etc/etc.i386/inst1.install b/etc/etc.i386/inst1.install
deleted file mode 100755
index 395928e..0000000
--- a/etc/etc.i386/inst1.install
+++ /dev/null
@@ -1,1042 +0,0 @@
-#!/bin/sh
-# install1.fs disk 'install'
-#
-# Currently, no method for checking to see if the designated disk type is
-# already in /etc/disktab. You can edit it out of the file after installation.
-#
-PATH=/sbin:/bin:/usr/bin:/usr/sbin:.
-export PATH
-
-OPSYSTEM=FreeBSD
-OPSYSID=165
-ROOTMIN=8
-SWAPMIN=8
-USRMIN=7
-DISKMIN=`expr $ROOTMIN + $SWAPMIN + 1`
-DEFBLOCKING=2
-DEFSECT=17
-DEFHEAD=12
-DEFCYLN=1024
-RUN_FDISK=""
-
-DOS1_ID=1
-DOS2_ID=4
-DOS3_ID=6
-
-set_arbitrary_defaults() {
-cyls_per_disk=$DEFCYLN
-tracks_per_cyl=$DEFHEAD
-sects_per_track=$DEFSECT
-unused_last_part=3
-part_cnt=4
-}
-
-
-get_fdisk_data() {
-cyls_per_disk=
-part_id=
-got_sysid=
-part_cnt=0
-sysid_cnt=0
-have_opsys_part=
-have_dos_part=
-unused_last_part=
-extent_max=0
-extent_max_part=
-
-fdisk /dev/r${drivename}d >fdisk.out 2>fdisk.err
-if [ $? -gt 0 ]; then
- echo "Can't open /dev/r${drivename}d for reading!"
- set_arbitrary_defaults
- >fdisk.out
- >fdisk.err
- return 2
-elif [ -s fdisk.err ]; then
- echo "Disk doesn't appear to be initialized..."
- no_part_table=1
-fi
-while read data; do
- if [ ! "$cyls_per_disk" ]; then
- cyls_per_disk=`expr "$data" : '[^=]*=\([0-9]*\)'`
- tracks_per_cyl=`expr "$data" : '[^=]*=[^=]*=\([0-9]*\)'`
- sects_per_track=`expr "$data" : '[^=]*=[^=]*=[^=]*=\([0-9]*\)'`
- continue
- fi
- if [ "$got_sysid" ]; then
- start_part=`expr "$data" : '[^0-9]*\([0-9]*\)'`
- size_part=`expr "$data" : '[^0-9]*[0-9]*[^0-9]*\([0-9]*\)'`
- extent_part=`expr $start_part + $size_part`
- if [ $extent_part -gt $extent_max ]; then
- extent_max=$extent_part
- extent_max_part=$part_id
- fi
- eval start${part_id}=$start_part
- eval size${part_id}=$size_part
- sysid_cnt=`expr $sysid_cnt + 1`
- got_sysid=
- part_id=
- elif [ "$part_id" ]; then
- sysid=`expr "$data" : 'sysid \([0-9]*\)'`
- sysname=`expr "$data" : 'sysid[^(]*(\([^)]*\)'`
- if [ "$no_part_table" -o "$sysid" = "0" -o \
- "$(expr "$data" : '\(<UNUSED>\)')" = "<UNUSED>" ]; then
- unused_last_part=$part_id
- part_id=
- continue
- fi
- if [ "$sysid" = "$OPSYSID" ]; then
- have_opsys_part=$part_id
- elif [ ! "$have_dos_part" -a \( "$sysid" = "$DOS1_ID" -o \
- "$sysid" = "$DOS2_ID" -o "$sysid" = "$DOS3_ID" \) ]; then
- have_dos_part=$part_id
- fi
- eval sysid${part_id}=$sysid
- eval sysname${part_id}=\"$sysname\"
- got_sysid=1
- else
- part_id=`expr "$data" : 'The data[^0-9]*\([0-9]*\)'`
- beg_cyl=`expr "$data" : '[ ]*beg[^0-9]*\([0-9]*\)'`
- end_cyl=`expr "$data" : '[ ]*end[^0-9]*\([0-9]*\)'`
- if [ "$part_id" ]; then
- part_cnt=`expr $part_cnt + 1`
- elif [ "${beg_cyl}" -gt "${cyls_per_disk}" -o \
- "${end_cyl}" -gt "${cyls_per_disk}" ]; then
- no_part_table=1
- sysid_cnt=0
- have_opsys_part=0
- unused_last_part=`expr $part_cnt - 1`
- fi
- fi
-done <fdisk.out
-if [ ! "$cyls_per_disk" ]; then
- set_arbitrary_defaults
- return 2
-fi
->fdisk.out
->fdisk.err
-return 0
-}
-
-set_existing_part() {
-# Set existing partiton values as default (adjusting to cylinder boundaries)
-eval opsys_size=\$size${opsys_part}
-eval opsys_start=\$start${opsys_part}
-[ $opsys_size -eq 50000 ] && opsys_size=$disksize
-opsys_off=`expr $opsys_start / $cylindersize`
-opsys_adjusted=`expr $opsys_off \* $cylindersize`
-if [ $opsys_adjusted -lt $opsys_start -o $opsys_off -eq 0 ]; then
- opsys_off=`expr $opsys_off + 1`
- opsys_adjusted=`expr $opsys_off \* $cylindersize`
- opsys_size=`expr $opsys_size - $opsys_adjusted + $opsys_start`
-fi
-cyls_per_opsys=`expr $opsys_size / $cylindersize`
-RUN_FDISK="fdisk -u"
-}
-
-
-set_overwrite_part() {
-while :; do
- echo
- echo -n "Please specify partition to overwrite: [3] "
- read resp junk
- opsys_part=${resp:-3}
- if [ "$opsys_part" -ge 0 -a "$opsys_part" -le 3 ]; then
- break
- else
- echo
- echo "Partition must be in the range [0-3]"
- fi
-done
-set_existing_part
-}
-
-analyze_fdisk_data() {
-if [ "$part_cnt" -gt 0 ]; then
- echo
- echo "Partition Offset* Size* Name"
- echo "--------- ------ ---- ----"
- i=0
- while [ $i -lt $part_cnt ]; do
- pcyls=
- poff=
- eval psize=\$size${i}
- eval pstart=\$start${i}
- eval pname=\$sysname${i}
- [ "$psize" -eq 50000 ] && psize=$disksize
- if [ "$psize" ]; then
- poff=`expr $pstart / $cylindersize`
- padjusted=`expr $poff \* $cylindersize`
- if [ "$padjusted" -lt "$pstart" ]; then
- poff=`expr $poff + 1`
- padjusted=`expr $poff \* $cylindersize`
- psize=`expr $psize - $padjusted + $pstart`
- fi
- pcyls=`expr $psize / $cylindersize`
- fi
- echo -n "${i}"
- echo -n " ${poff:-0}"
- echo -n " ${pcyls:-0}"
- echo " ${pname:-(Unused)}"
- i=`expr $i + 1`
- done
- echo "* Sizes and offsets are in units of cylinders."
-fi
-# Case I: >1024 cylinders
-force_offset=
-if [ $cyls_per_disk -gt 1024 ]; then
- echo
- echo " WARNING: >1024 cylinders. On some hardware, this prevents"
- echo " ${OPSYSTEM} from sharing the disk with other operating systems."
- echo -n "Install ${OPSYSTEM} on entire disk, overwriting existing partitions? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- RUN_FDISK=""
- force_offset=1
- opsys_off=0
- cyls_per_opsys=${cyls_per_disk}
- opsys_part=${unused_last_part:-3}
- return 0
- ;;
- *)
- echo
- echo "If the number of disk cylinders does not exceed 1024, then ${OPSYSTEM}"
- echo "can be installed alongside other operating systems on a single disk."
- echo "Otherwise, it is system-dependent whether this will work or not."
- echo "In the worst case, ${OPSYSTEM} MUST be installed at the beginning of"
- echo "the disk, and existing partitions will be lost."
- echo
- echo "For now, we will assume that >1024 cylinders creates no problems..."
- # FALL THROUGH
- ;;
- esac
-fi
-# Case II: no partitions used
-if [ $sysid_cnt -eq 0 ]; then
- echo
- echo " WARNING: partition table is either missing or corrupt."
- echo " Existing partitions will be lost."
- part_cnt=${part_cnt:-4}
- RUN_FDISK="overwrite"
- opsys_off=1
- cyls_per_opsys=`expr ${cyls_per_disk} - 1`
- opsys_part=${unused_last_part:-3}
- return 0
-# Case IIIa: overwrite an existing 386BSD/NetBSD/FreeBSD partition
-elif [ "$have_opsys_part" ]; then
- echo
- echo "386/Net/FreeBSD partition already exists!"
- echo "${OPSYSTEM} cannot be installed alongside an existing BSD partition."
- echo -n "Overwrite existing partition? [y] "
- read resp junk
- case "${resp:-y}" in
- y*|Y*)
- opsys_part=${have_opsys_part}
- set_existing_part
- return 0
- ;;
- *)
- echo
- echo "Installation aborted. Enter \`halt' to halt the machine."
- echo "Once the machine has halted, remove the floppy,"
- echo "and press any key to reboot."
- exit
- ;;
- esac
-fi
-
-# Case IIIb: no partitions available
-if [ $sysid_cnt -eq $part_cnt -a ! "$have_opsys_part" ]; then
- echo
- echo "No unused partitions."
- echo -n "Install $OPSYSTEM and overwrite the entire disk? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- # don't use first cylinder!
- opsys_off=1
- cyls_per_opsys=`expr $cyls_per_disk - 1`
- opsys_part=${unused_last_part}
- RUN_FDISK="overwrite"
- ;;
- *)
- set_overwrite_part
- ;;
- esac
- return 0
-fi
-
-
-# *** CAVEAT ***
-# $OPSYSTEM installs at the end of the disk. If the
-# beginning of the disk is free but not the end, install fails!
-
-# Assume `fdisk -u' to add $OPSYSTEM in last unused partition for remaining cases
-opsys_part=${unused_last_part}
-RUN_FDISK="fdisk -u"
-mb_sect=`expr 1024 \* 1024 / $bytes_per_sect`
-disk_minimum=`expr $DISKMIN \* $mb_sect`
-
-# Case IV: No room (at end of disk) for mininal install
-[ $extent_max -eq 50000 ] && extent_max=$disksize
-disk_remaining=`expr $disksize - $extent_max`
-if [ $disk_remaining -lt $disk_minimum ]; then
- echo
- echo "Not enough space ($DISKMIN Mb) at end of disk to install $OPSYSTEM."
- echo -n "Install FreeBSD and overwrite the entire disk? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- # don't use first cylinder!
- opsys_off=1
- cyls_per_opsys=`expr $cyls_per_disk - 1`
- opsys_part=${unused_last_part}
- RUN_FDISK="overwrite"
- ;;
- *)
- echo
- echo -n "Overwrite an existing partition? [n] "
- read resp junk
- case "$resp" in
- y*|Y*)
- set_overwrite_part
- ;;
- *)
- echo
- echo " WARNING: To install ${OPSYSTEM}, you're on your own in figuring"
- echo " out where on the disk it will fit without overwriting another"
- echo " partition..."
- # Set defaults assuming there is only one partition at end of disk
- eval start=\$start${extent_max_part}
- # don't use first cylinder!
- opsys_off=1
- cyls_per_opsys=`expr $start / $cylindersize - 1`
- [ $cyls_per_opsys -lt 0 ] && cyls_per_opsys=0
- ;;
- esac
- ;;
- esac
- return 0
-fi
-
-# Case V: Room for $OPSYSTEM and partition data okay
-opsys_off=`expr $extent_max / $cylindersize`
-opsys_extent=`expr $opsys_off \* $cylindersize`
-[ $opsys_extent -lt $extent_max ] && opsys_off=`expr $opsys_off + 1`
-cyls_per_opsys=`expr $cyls_per_disk - $opsys_off`
-return 0
-}
-
-put_fdisk_data() {
-start=$root_offset
-size=$partition
-
-if [ "$RUN_FDISK" = "overwrite" ]; then
- # How do you overwrite without explicitly editing each entry?
- (
- echo y
- echo $cyls_per_disk
- echo $tracks_per_cyl
- echo $sects_per_track
- echo y
- ) >fdisk.script
- i=0
- n=`expr ${part_cnt:-4} - 1`
- while [ $i -lt $n ]; do
- echo y
- echo 0
- echo 0
- echo 0
- echo n
- echo y
- i=`expr $i + 1`
- done >>fdisk.script
- ( echo y
- echo ${OPSYSID}
- echo ${start}
- echo ${size}
- echo n
- echo y
- echo y
- echo ${n}
- echo y
- echo y
- ) >>fdisk.script
- fdisk -u /dev/r${drivename}d <fdisk.script >/dev/null 2>&1
-elif [ "$RUN_FDISK" ]; then
- $RUN_FDISK -${opsys_part:-${unused_last_part:-3}} /dev/r${drivename}d <<-EOF >/dev/null 2>&1
- y
- $cyls_per_disk
- $tracks_per_cyl
- $sects_per_track
- y
- y
- ${OPSYSID}
- ${start}
- ${size}
- n
- y
- y
- ${opsys_part:-${unused_last_part:-3}}
- y
- y
- EOF
-fi
-
-}
-
-echo
-echo
-echo "Welcome to ${OPSYSTEM}."
-echo
-echo "This program is designed to help put ${OPSYSTEM} on a hard disk with"
-echo "at least $DISKMIN Megabytes of free space."
-echo
-echo "Before starting, it is important to know your hard disk's geometry"
-echo "(i.e., number of cylinders, heads and sectors/track). If installing"
-echo "${OPSYSTEM} on the same disk as another operating system, then the"
-echo "two systems should use the same geometry. In particular, ${OPSYSTEM}'s"
-echo "default geometry is inappropriate for MS-DOS. So in this case, the"
-echo "DOS geometry should be used instead."
-echo
-echo "As with anything which modifies a hard drive's contents, this program"
-echo "can cause SIGNIFICANT data loss. We strongly recommend making sure"
-echo "that the hard drive is backed up before going further with the"
-echo "installation process."
-echo
-echo -n "Proceed with installation? [y] "
-read resp junk
-resp=${resp:-y}
-case "$resp" in
-y*|Y*)
- echo
- echo "Cool! Let's get to it..."
- echo
- echo "If a mistake is made along the way, don't bail out."
- echo "At the end, you have the option of redoing the configuration."
- echo "If you really must quit at some point, type <CTRL>+C and"
- echo "enter \`halt' at the command prompt, \`#'."
- ;;
-*)
- echo
- echo "Installation aborted. Enter \`halt' to halt the machine."
- echo "Once the machine has halted, remove the floppy,"
- echo "and press any key to reboot."
- exit
- ;;
-esac
-
-mount -u /dev/fd0 / || {
- if mount -u /dev/fd1 / ; then
- echo "[Please ignore the above error message, that's normal.]"
- else
- echo "Oh boy, we're in trouble here: Could not mount floppy read-write."
- exit 1
- fi
-}
-sync
-verified_install=""
-while [ ! "$verified_install" ]; do # Begin of Big Loop
-
-rotdelay="-d 0 -n 1"
-drivename=wd0
-drivetype=wd
-sect_fwd=""
-echo
-echo "First, we need to know the drive type. This can be can be one of"
-echo "ESDI, SCSI, ST506, or IDE."
-echo -n "Drive type? [${type:-IDE}] "
-read resp junk
-type=${resp:-${type:-IDE}}
-case "$type" in
-e*|E*|st*|ST*)
- echo -n "Does it support AUTOMATIC sector remapping? [y] "
- read remap junk
- case "$remap" in
- n*|N*)
- sect_fwd="sf:"
- ;;
- esac
- case "$type" in
- e*|E*)
- DEFSECT=36
- ;;
- esac
- ;;
-i*|I*)
- type=ST506
- ;;
-sc*|SC*)
- drivename=sd0
- drivetype=sd
- type=SCSI
- DEFSECT=32
- DEFHEAD=64
- ;;
-*)
- echo "Unknown type. Assuming ST506 with automatic sectoring..."
- type=ST506
- ;;
-esac
-echo
-echo -n "Install onto which drive [$drivename] "
-read resp junk
-drivename=${resp:-${drivename}}
-echo
-echo "Disk $drivename is of device type $drivetype."
-if [ ! "$partition" ]; then
- echo
- echo "Examining device /dev/r${drivename}d..."
- get_fdisk_data
- if [ $? -gt 1 ]; then
- echo "Hm - we can't seem to read that drive."
- echo
- echo -n "Are you sure that $type is the correct type? [n] "
- read resp
- case "$resp" in
- y*|Y*)
- echo
- echo "Well, since we can't even open it, there isn't much"
- echo "hope for writing a label on it. But you're free"
- echo "to give it a try. You need to specify the geometry."
- ;;
- *)
- echo
- echo "Oops. Let's start again from the top."
- continue
- ;;
- esac
- fi
-fi
-echo
-echo "Now we want to build a data base entry in /etc/disktab describing"
-echo "the geometry of the /dev/$drivename disk. The name of the entry"
-echo "should be descriptive of the disk's type and model. For example,"
-echo "a Maxtor IDE, model 7080 disk might be named \`maxtor7080'."
-echo -n "Disk label name (one word, please)? [${name:-mfr_model}] "
-read resp junk
-name=${resp:-${name:-mfr_model}}
-echo
-echo "${OPSYSTEM} should use the same hard disk geometry as used by other"
-echo "operating systems on the hard disk."
-echo -n "Number of bytes per disk sector? [${bytes_per_sect:-512}] "
-read resp junk
-bytes_per_sect=${resp:-${bytes_per_sect:-512}}
-echo
-echo -n "Total number of disk cylinders? [${cyls_per_disk:-${DEFCYLN}}] "
-read resp junk
-cyls_per_disk=${resp:-${cyls_per_disk:-${DEFCYLN}}}
-echo
-echo -n "Number of disk heads (i.e., tracks/cylinder)? [${tracks_per_cyl:-${DEFHEAD}}] "
-read resp junk
-tracks_per_cyl=${resp:-${tracks_per_cyl:-${DEFHEAD}}}
-echo
-echo -n "Number of disk sectors (i.e., sectors/track)? [${sects_per_track:-${DEFSECT}}] "
-read resp junk
-sects_per_track=${resp:-${sects_per_track:-${DEFSECT}}}
-cylindersize=`expr $sects_per_track \* $tracks_per_cyl`
-disksize=`expr $cylindersize \* $cyls_per_disk`
-mb_sect=`expr 1024 \* 1024 / $bytes_per_sect`
-mb_per_disk=`expr $disksize / $mb_sect`
-opsys_cyls_min=`expr $DISKMIN \* $mb_sect / $cylindersize`
-analyze_fdisk_data
-if [ $? -eq 0 ]; then
- partition=`expr $cyls_per_opsys \* $cylindersize`
- part_offset=`expr $opsys_off \* $cylindersize`
-fi
-echo
-echo "Disk has a total of $mb_per_disk Mb."
-echo "The size of the ${OPSYSTEM} portion of the disk must be at least"
-echo "${opsys_cyls_min} cylinders, and should not exceed $(expr $cyls_per_disk - 1) cylinders."
-echo "The offset of ${OPSYSTEM} from the beginning of the disk should be at"
-echo "least 1 cylinder."
-echo
-echo "For efficiency, partitions begin and end on cylinder boundaries."
-echo "If you know the size NN in Megabytes (Mb) of a partition you want, then"
-echo "use the following formula to determine the number NC of cylinders to use:"
-echo " NC = integer { ( NN * $mb_sect ) / $cylindersize }"
-while :; do
- echo -n "Total size of the ${OPSYSTEM} portion of the disk (in cylinders)? [${cyls_per_opsys:-`expr ${cyls_per_disk} - 1`}] "
- read resp junk
- cyls_per_opsys=${resp:-${cyls_per_opsys:-`expr ${cyls_per_disk} - 1`}}
- partition=`expr $cyls_per_opsys \* $cylindersize`
- if [ $cyls_per_opsys -lt $cyls_per_disk -a ! "$force_offset" ]; then
- echo
- echo -n "Offset of ${OPSYSTEM} from beginning of disk (in cylinders)? [${opsys_off:-1}] "
- read resp junk
- opsys_off=${resp:-${opsys_off:-1}}
- else
- echo
- echo " WARNING: Existing partitions will be lost. In addition,"
- echo " installing at cylinder 0 may cause problems for some disk"
- echo " controllers. If the filesystem is corrupted or install"
- echo " fails, install at cylinder 1."
- RUN_FDISK=""
- cyls_per_opsys=$cyls_per_disk
- partition=$disksize
- opsys_off=0
- fi
- part_offset=`expr $opsys_off \* $cylindersize`
- opsys_extent=`expr $opsys_off + $cyls_per_opsys`
- if [ ${opsys_extent} -gt ${cyls_per_disk} ]; then
- echo
- echo "${OPSYSTEM} Size + Offset cannot exceed ${cyls_per_disk} cylinders."
- elif [ ${cyls_per_opsys} -lt ${opsys_cyls_min} ]; then
- echo
- echo "${OPSYSTEM} requires at least ${opsys_cyls_min} cylinders to install."
- else break
- fi
-done
-badspacesec=0
-if [ "$sect_fwd" = "sf:" ]; then
- badspacecyl=`expr $sects_per_track + 126`
- badspacecyl=`expr $badspacecyl + $cylindersize - 1`
- badspacecyl=`expr $badspacecyl / $cylindersize`
- badspacesec=`expr $badspacecyl \* $cylindersize`
- echo
- echo -n "Using $badspacesec sectors ($badspacecyl cylinders) for the "
- echo "bad144 bad block table"
-fi
-whats_left=`expr $partition - $badspacesec`
-cyl_left=`expr $whats_left / $cylindersize`
-mb_left=`expr $whats_left / $mb_sect`
-swap_cyls_min=`expr $SWAPMIN \* $mb_sect / $cylindersize`
-root_cyls_max=`expr ${cyl_left} - ${swap_cyls_min}`
-root_cyls_min=`expr $ROOTMIN \* $mb_sect / $cylindersize`
-echo
-echo "There are $mb_left Mb ($cyl_left cylinders) to allocate."
-echo
-echo "The $OPSYSTEM portion of the disk must itself be divided into at least"
-echo "two partitions: one for the root filesystem and one for swap. It is a"
-echo "good idea to have at least a third (large) $OPSYSTEM partition for the /usr"
-echo "filesystem."
-echo
-echo "The root partition cannot exceed ${root_cyls_max} cylinders. It is usually"
-echo "no larger than about 15 Mb ($(expr 15 \* $mb_sect / $cylindersize) cylinders), and sometimes"
-echo "as small as $ROOTMIN Mb ($root_cyls_min cylinders)."
-if [ ! "$cyls_per_root" ]; then
- # set default root partition to 15MB
- cyls_per_root=`expr \( 15 \* $mb_sect \) / $cylindersize`
- usr_cyls_max=`expr ${root_cyls_max} - ${cyls_per_root}`
- mb_usr=`expr ${usr_cyls_max} \* $cylindersize / $mb_sect`
- [ $cyls_per_root -gt $root_cyls_max -o $mb_usr -lt $USRMIN ] &&
- cyls_per_root=$root_cyls_max
-fi
-while :; do
- echo -n "Root partition size (in cylinders)? [${cyls_per_root}] "
- read resp junk
- cyls_per_root=${resp:-${cyls_per_root}}
- root=`expr $cyls_per_root \* $cylindersize`
- if [ ${cyls_per_root} -gt ${root_cyls_max} ]; then
- echo
- echo "The root partition size cannot exceed $root_cyls_max cylinders."
- elif [ ${cyls_per_root} -lt ${root_cyls_min} ]; then
- echo
- echo "The root partition size must be at least $root_cyls_min cylinders."
- else
- part_used=`expr $root + $badspacesec`
- break
- fi
-done
-root_offset=$part_offset
-whats_left=`expr $partition - $part_used`
-cyl_left=`expr $whats_left / $cylindersize`
-mb_left=`expr $whats_left / $mb_sect`
-echo
-# DO NOT USE DIFFERENT BLOCKING FACTORS FOR EACH PARITION.. IT TRASHES THE
-# VM SYSTEM! When that gets fixed this can go back the way it was...
-#
-echo "We can build the filesystems with block/fragment sizes of either"
-echo " 1) 4k/512, to save disk space at the expense of speed, or"
-echo " 2) 8k/1k for speed at the expense of disk space."
-echo -n "Which blocking factor should we use for the filesystems? "
-echo -n "[${blocking_factor:-${DEFBLOCKING}}] "
-read resp junk
-blocking_factor=${resp:-${blocking_factor:-${DEFBLOCKING}}}
-fragsize=`expr $bytes_per_sect \* $blocking_factor`
-blocksize=`expr $bytes_per_sect \* $blocking_factor \* 8`
-echo
-echo "$mb_left Mb ($cyl_left cylinders) remaining in ${OPSYSTEM} portion of disk."
-echo
-echo "Minimum swap space is ${swap_cyls_min} cylinders."
-echo "For running X, if your RAM size is NR Mb, then the recomended swap"
-echo "size NS (in cylinders) is:"
-echo " NS = integer { ( NR x `expr 21 \* $mb_sect / 10` ) / ${cylindersize} }"
-if [ ! "$swap_cyl" ]; then
- # guess memory size
- mb_ram=16
- swap_cyl=`expr \( 21 \* $mb_ram \* $mb_sect \) / 10`
- swap_cyl=`expr $swap_cyl / ${cylindersize}`
-
- # but not swap size more than 10% of disk size...
- swap_quot=`expr $mb_left / $mb_ram`
- if [ $swap_quot -lt 10 ]; then
- swap_cyl=$swap_cyls_min
- fi
-fi
-while :; do
- echo -n "Swap partition size (in cylinders)? [${swap_cyl}] "
- read resp junk
- swap_cyl=${resp:-${swap_cyl}}
- swap=`expr $swap_cyl \* $cylindersize`
- if [ ${swap_cyl} -gt ${cyl_left} ]; then
- echo
- echo "Swap size cannot exceed $cyl_left cylinders."
- elif [ ${swap_cyl} -lt ${swap_cyls_min} ]; then
- echo
- echo "Swap size must be at least ${swap_cyls_min} cylinders."
- else
- break
- fi
-done
-swap_offset=`expr $root_offset + $root`
-part_used=`expr $part_used + $swap`
-echo "" >/etc/disktab
-echo "$name|${OPSYSTEM} installation generated:\\" >>/etc/disktab
-echo " :dt=${type}:ty=winchester:\\" >>/etc/disktab
-echo -n " :nc#${cyls_per_disk}:ns#${sects_per_track}" >>/etc/disktab
-echo ":nt#${tracks_per_cyl}:\\" >>/etc/disktab
-echo " :se#${bytes_per_sect}:${sect_fwd}\\" >>/etc/disktab
-echo -n " :pa#${root}:oa#${root_offset}" >>/etc/disktab
-echo ":ta=4.2BSD:ba#${blocksize}:fa#${fragsize}:\\" >>/etc/disktab
-echo " :pb#${swap}:ob#${swap_offset}:tb=swap:\\" >>/etc/disktab
-echo " :pc#${partition}:oc#${part_offset}:\\" >>/etc/disktab
-ename="";fname="";gname="";hname=""
-if [ $part_used -lt $partition ]; then
- echo
- echo "Now we enter information about any other partitions and filesystems"
- echo "to be created in the ${OPSYSTEM} portion of the disk. This process"
- echo "is complete when we've filled up all remaining space in the ${OPSYSTEM}"
- echo "portion of the disk."
-fi
-while [ $part_used -lt $partition ]; do
- part_size=0
- whats_left=`expr $partition - $part_used`
- cyl_left=`expr $whats_left / $cylindersize`
- mb_left=`expr $whats_left / $mb_sect`
- echo
- echo "$mb_left Mb ($cyl_left cylinders) remaining in ${OPSYSTEM} portion of disk."
- echo
- while :; do
- echo -n "Next partition size (in cylinders)? [${cyl_left}] "
- read resp junk
- part_size=${resp:-${cyl_left}}
- part_size=`expr $part_size \* $cylindersize`
- total=`expr $part_used + $part_size`
- if [ $total -gt $partition ]; then
- echo
- echo "Partition size cannot exceed ${cyl_left} cylinders."
- else
- part_used=$total
- part_name=""
- while [ "$part_name" = "" ]; do
- echo
- echo -n "On which directory should this filesystem be mounted? [usr] "
- read resp junk
- part_name=${resp:-usr}
- part_name=`expr X"$part_name" : 'X/*\(.*\)'`
- done
- break
- fi
- done
- if [ ! "$ename" ]; then
- ename=$part_name
- offset=`expr $part_offset + $root + $swap`
- echo -n " :pe#${part_size}:oe#${offset}" >>/etc/disktab
- echo ":te=4.2BSD:be#${blocksize}:fe#${fragsize}:\\" >>/etc/disktab
- offset=`expr $offset + $part_size`
- elif [ ! "$fname" ]; then
- fname=$part_name
- echo -n " :pf#${part_size}:of#${offset}" >>/etc/disktab
- echo ":tf=4.2BSD:bf#${blocksize}:ff#${fragsize}:\\" >>/etc/disktab
- offset=`expr $offset + $part_size`
- elif [ ! "$gname" ]; then
- gname=$part_name
- echo -n " :pg#${part_size}:og#${offset}" >>/etc/disktab
- echo ":tg=4.2BSD:bg#${blocksize}:fg#${fragsize}:\\" >>/etc/disktab
- offset=`expr $offset + $part_size`
- elif [ ! "$hname" ]; then
- hname=$part_name
- echo -n " :ph#${part_size}:oh#${offset}" >>/etc/disktab
- echo ":th=4.2BSD:bh#${blocksize}:fh#${fragsize}:\\" >>/etc/disktab
- part_used=partition
- fi
-done
-if [ "$have_dos_part" -a "$have_dos_part" != "$opsys_part" -a \
- "$RUN_FDISK" != "" -a "$RUN_FDISK" != "overwrite" -a ! "$hname" ]; then
- echo
- echo "There appears to be a MS-DOS filesystem on the hard disk."
- echo -n "Make this be accessible from ${OPSYSTEM}? [y] "
- read resp junk
- case "${resp:-y}" in
- y*|Y*)
- part_name=""
- while [ "$part_name" = "" ]; do
- echo
- echo -n "On which directory should this filesystem be mounted? [dos] "
- read resp junk
- part_name=${resp:-dos}
- part_name=`expr X"$part_name" : 'X/*\(.*\)'`
- done
- hname=$part_name
- eval offset=\$start${have_dos_part}
- eval part_size=\$size${have_dos_part}
- echo -n " :ph#${part_size}:oh#${offset}" >>/etc/disktab
- echo ":th=MSDOS:\\" >>/etc/disktab
- part_used=partition
- ;;
- *)
- have_dos_part=""
- ;;
- esac
-else
- have_dos_part=""
-fi
-echo " :pd#${disksize}:od#0:" >>/etc/disktab
-sync
-
-# cat /etc/disktab
-OIFS=$IFS
-IFS='
-'
-while read data; do
- echo $data
-done < /etc/disktab
-IFS=$OIFS
-
-echo
-echo -n "Verbose installation? [n] "
-read resp
-
-case $resp in
-y*)
- cpioverbose=v
- ;;
-*)
- cpioverbose=
- ;;
-esac
-
-
-echo
-echo "THIS IS THE LAST CHANCE!!! Data on the hard disk will be lost!"
-echo -n "Are you sure you want to install on the hard drive? (yes/no) "
-resp=""
-while [ ! "$resp" ]; do
- read resp junk
- case "$resp" in
- Yes|yes|YES)
- verified_install=1
- echo
- echo "Here we go..."
- ;;
- No|no|NO)
- echo
- echo -n "Would you like to change the configuration? [y] "
- read resp junk
- resp=${resp:-y}
- case "$resp" in
- y*|Y*)
- ;;
- *)
- echo
- echo "Installation aborted. Enter 'halt' to halt the machine."
- echo "Once the machine has halted, remove the floppy,"
- echo "and press any key to reboot."
- exit
- ;;
- esac
- ;;
- *)
- echo "Please spell out either of \`yes' or \`no'..."
- echo -n "Install on the hard disk? (yes/no) "
- resp=
- ;;
- esac
-done
-done # End of Big Loop
-
-put_fdisk_data
-
-echo
-echo -n "Labelling disk..."
-echo y |
-/sbin/disklabel -w -r -B ${drivename}c $name
-# >/dev/null 2>&1
-echo " done."
-
-# XXX - Do it again, incase we disklabeled sector 0!
-# XXX - this is not working for some reason, need to look at it closer!
-put_fdisk_data
-
-if [ "$sect_fwd" = "sf:" ]; then
- echo -n "Initializing bad144 badblock table..."
- bad144 $drivename 0
- echo " done."
- echo "Updating badblock table..."
- # `2>&1 >/dev/null' filters stdout and leaves only stderr...
- badlist=$(bad144 -s $drivename 2>&1 >/dev/null |
- while read data; do
- bad_seek=$(expr "$data" : '[^(]*(seek)[^0-9]*\([0-9]*\)')
- bad_read=$(expr "$data" : '[^(]*(read)[^0-9]*\([0-9]*\)')
- [ "$bad_seek" -o "$bad_read" ] && echo -n "$bad_seek $bad_read "
- done)
- [ "$badlist" ] && bad144 -a -c $drivename $badlist
- echo " done."
-fi
-
-echo "Initializing root filesystem, and mounting..."
-newfs ${rotdelay} /dev/r${drivename}a $name
-mount -v /dev/${drivename}a /mnt
-if [ "$ename" != "" ]; then
- echo
- echo "Initializing $ename filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}e $name
- mkdir -p /mnt/$ename
- mount -v /dev/${drivename}e /mnt/$ename
-fi
-if [ "$fname" != "" ]; then
- echo
- echo "Initializing $fname filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}f $name
- mkdir -p /mnt/$fname
- mount -v /dev/${drivename}f /mnt/$fname
-fi
-if [ "$gname" != "" ]; then
- echo
- echo "Initializing $gname filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}g $name
- mkdir -p /mnt/$gname
- mount -v /dev/${drivename}g /mnt/$gname
-fi
-if [ "$hname" != "" ]; then
- echo
- if [ ! "$have_dos_part" ]; then
- echo "Initializing $hname filesystem, and mounting..."
- newfs ${rotdelay} /dev/r${drivename}h $name
- else
- echo "Preparing for $hname filesystem, and mounting..."
- fi
- mkdir -p /mnt/$hname
- [ ! "$have_dos_part" ] &&
- mount -v /dev/${drivename}h /mnt/$hname
-fi
-
-echo
-echo -n "Copying to disk... "
-cd /
-cpio -pdamu${cpioverbose} /mnt <filelist
-echo -n "Copying more to disk... "
-cd /mnt
-gzcat < /inst1.cpio.gz | cpio -idmu${cpioverbose}
-
-echo -n "Building /etc/fstab... "
-echo "proc /proc procfs rw 0 0" >etc/fstab
-echo "/dev/${drivename}b none swap sw 0 0" >>etc/fstab
-echo "/dev/${drivename}a / ufs rw 1 1" >>etc/fstab
-if [ "$ename" != "" ]; then
- echo "/dev/${drivename}e /$ename ufs rw 1 2" >>etc/fstab
-fi
-if [ "$fname" != "" ]; then
- echo "/dev/${drivename}f /$fname ufs rw 1 3" >>etc/fstab
-fi
-if [ "$gname" != "" ]; then
- echo "/dev/${drivename}g /$gname ufs rw 1 4" >>etc/fstab
-fi
-if [ "$hname" != "" ]; then
- if [ ! "$have_dos_part" ]; then
- echo "/dev/${drivename}h /$hname ufs rw 1 5" >>etc/fstab
- else
- echo "/dev/${drivename}h /$hname pcfs ro 0 0" >>etc/fstab
- fi
-fi
-
-# cat /etc/disktab >etc/disktab.install
-OIFS=$IFS
-IFS='
-'
-while read data; do
- echo $data
-done </etc/disktab >etc/disktab.install
-IFS=$OIFS
-echo "done."
-
-echo -n "Building /etc/rc... "
-(
-echo "PATH=/sbin:/usr/sbin:/bin:/usr/bin:/usr/local/bin:/usr/distbin:"
-echo "export PATH"
-echo "HOME=/root"
-echo "export HOME"
-echo "TERM=pc3"
-echo "export TERM"
-echo "mount -at ufs"
-echo "echo"
-echo "echo"
-echo "echo \"Insert cpio installation floppy in drive and\""
-echo "echo -n \"enter that drive's number (0 = A:, 1 = B:): [0] \""
-echo "read resp junk"
-echo "driveno=\${resp:-0}"
-echo "mount -o ro /dev/fd\${driveno} /mnt"
-echo "cd /mnt"
-echo "install"
-echo "cd /"
-echo "umount /mnt >/dev/null 2>&1"
-echo "echo"
-echo "echo -n \"Install optional dos floppy? [n] \""
-echo "read resp junk"
-echo "case \"\$resp\" in"
-echo "y*|Y*)"
-echo " echo"
-echo " echo \"Insert dos floppy in drive, and then\""
-echo " echo -n \"enter that drive's number (0 or 1): [0] \""
-echo " read resp junk"
-echo " driveno=\${resp:-0}"
-echo " echo \"Copying files to /usr/distbin...\""
-echo " mount -t pcfs -o ro /dev/fd\${driveno} /mnt"
-echo " mkdir -p /usr/distbin"
-echo " cp /mnt/* /usr/distbin/ >/dev/null 2>&1"
-echo " umount /mnt >/dev/null 2>&1"
-echo " sync"
-echo " ;;"
-echo "esac"
-echo "echo"
-echo "echo \"OK. All of the base files are installed.\""
-echo "echo"
-echo "echo \"The next step: reboot from the hard disk. Further\""
-echo "echo \"instructions are presented upon rebooting.\""
-echo "echo"
-echo "echo \"Enter 'halt' now at the prompt to halt the machine.\""
-echo "echo \"After the machine has halted, remove the floppy from the disk\""
-echo "echo \"drive, and hit any key to reboot from the hard disk.\""
-echo "exit 1"
-) >etc/rc
-echo "done."
-
-if [ "$hname" != "" ]; then /sbin/umount /dev/${drivename}h ; fi
-if [ "$gname" != "" ]; then /sbin/umount /dev/${drivename}g ; fi
-if [ "$fname" != "" ]; then /sbin/umount /dev/${drivename}f ; fi
-if [ "$ename" != "" ]; then /sbin/umount /dev/${drivename}e ; fi
-/sbin/umount /mnt
-
-sync
-
-echo
-echo "The next step: reboot from the kernel-copy disk, copy a kernel"
-echo "to the hard disk, and finally reboot from the hard disk."
-echo
-echo "To do this, enter \`halt' now to halt the machine. After it"
-echo "announces that it has halted, remove the floppy from the drive"
-echo "and insert the kernel-copy disk that was booted before."
-echo "Press any key to reboot. When prompted to insert the filesystem"
-echo "floppy this time, just hit RETURN without changing floppies."
-echo
-echo "If all goes well, you can enter the command \`copy' at the prompt to"
-echo "copy the kernel to the hard disk. When asked for which partition to"
-echo "copy to, enter \`${drivename}a' (without the quotes)."
-echo
-echo "The light on the floppy may not go out, so don't wait for it."
-echo
-echo "Okay, that's all for now. I'm halting ..."
-
-sync;sync;sync;sync
-halt
diff --git a/etc/etc.i386/inst1.profile b/etc/etc.i386/inst1.profile
deleted file mode 100644
index 8e39a8b..0000000
--- a/etc/etc.i386/inst1.profile
+++ /dev/null
@@ -1,9 +0,0 @@
-# $Id$
-#
-PATH=/sbin:/usr/sbin:/bin:/usr/bin:.:
-export PATH
-HOME=/root
-export HOME
-TERM=pc3
-export TERM
-/install
diff --git a/etc/etc.i386/inst2.install b/etc/etc.i386/inst2.install
deleted file mode 100755
index 0ef2d46..0000000
--- a/etc/etc.i386/inst2.install
+++ /dev/null
@@ -1,40 +0,0 @@
-#!/bin/sh
-# install2.fs disk 'install'
-# Simplified, interactive FreeBSD installation script.
-# D.E. Silvia (dsilvia@net.com)
-#
-# Heavily hacked on for support of FreeBSD
-# by Rodney W. Grimes (rgrimes@cdrom.com) 1993/08/11
-#
-# Installs balance of basic FreeBSD system.
-#
-
-echo -n "Verbose installation? [n] "
-read resp
-case $resp in
- y*)
- cpioverbose=v
- ;;
- *)
- cpioverbose=
- ;;
-esac
-
-echo
-echo "Please wait. Copying to disk..."
-# remove /.profile so that the right things happen when it gets
-# over written
-rm /.profile
-cd /
-mnt/usr/bin/gunzip < mnt/inst2.cpio.gz | cpio -idmu${cpioverbose}
-cd /mnt
-ls .profile install usr/bin/* | cpio -pdmu${cpioverbose} /
-cd /dev
-echo " done."
-echo
-echo "Building /dev files..."
-sh MAKEDEV all
-cd /
-echo " done."
-
-sync
diff --git a/etc/etc.i386/inst2.profile b/etc/etc.i386/inst2.profile
deleted file mode 100644
index 92058a0..0000000
--- a/etc/etc.i386/inst2.profile
+++ /dev/null
@@ -1,440 +0,0 @@
-stty status '^T'
-trap : 2
-trap : 3
-HOME=/; export HOME
-PATH=/sbin:/bin:/usr/sbin:/usr/bin:/usr/distbin; export PATH
-if [ -e /fastboot ]
-then
- echo Fast boot ... skipping disk checks
-else
- echo Automatic reboot in progress...
- fsck -p
- case $? in
- 0)
- ;;
- 2)
- exit 1
- ;;
- 4)
- echo; echo README README README README README README README
- echo
- echo "NOTE: The above errors are expected if this is the"
- echo "first time you have booted from the hard disk after"
- echo "completing the floppy install"; echo
- echo "Automatic file system check changed the root file system"
- echo "The system must halt for these corrections to take effect"
- echo
- reboot
- echo "reboot failed... help!"
- exit 1
- ;;
- 8)
- echo "Automatic file system check failed... help!"
- exit 1
- ;;
- 12)
- echo "Reboot interrupted"
- exit 1
- ;;
- 130)
- exit 1
- ;;
- *)
- echo "Unknown error in reboot"
- exit 1
- ;;
- esac
-fi
-
-trap 2
-trap "echo 'Reboot interrupted'; exit 1" 3
-umount -a >/dev/null 2>&1
-mount -a -t nonfs
-rm -f /fastboot
-(cd /var/run && { rm -rf -- *; cp /dev/null utmp; chmod 644 utmp; })
-
-TERM=pc3 # terminal emulator, for elvis
-TERMCAP="\
-pc3|ibmpc3:li#25:co#80:am:bs:bw:eo:cd=\E[J:ce=\E[K:cl=\Ec:cm=\E[%i%2;%2H:\
-do=\E[B:ho=\E[;H:nd=\E[C:up=\E[A:so=\E[7m:se=\E[0m:us=\E[4m:ue=\E[0m:\
-:ac=l\332q\304k\277x\263j\331m\300w\302u\264v\301t\303n\305:\
-:kb=^h:kh=\E[Y:ku=\E[A:kd=\E[B:kl=\E[D:kr=\E[C:"
-OPSYSTEM=FreeBSD
-RELEASE="1.1"
-export TERMCAP
-export TERM
-echo "${OPSYSTEM} Base System Release ${RELEASE}"
-echo ""
-echo "Congratulations, you've got ${OPSYSTEM} on the hard disk!"
-echo
-echo "Press the return key for more installation instructions"
-read junkit
-echo
-echo "To finish installation:"
-echo "Pick a temporary directory by running set_tmp_dir. Make sure it's"
-echo "in a place with lots of space, probably under /usr."
-echo "Then, load the remaining distribution files into that temporary"
-echo "directory by issuing one of the following commands:"
-echo
-echo " load_fd load_qic_tape load_scsi_tape"
-echo
-echo "or by fetching the files with ftp (see the installation notes for"
-echo "information on how to do that)."
-echo
-echo "Once this is complete, extract the distribution files by issuing the"
-echo "command 'extract <distribution>' where <distribution> is the base name"
-echo "of the distribution files, e.g. 'base10'."
-echo
-echo "Once all of the filesets you wish to install have been extracted,"
-echo "enter the command 'configure' to finish setting up the system"
-echo " "
-echo "If you should wish to uninstall ${OPSYSTEM}, delete the partition by using the"
-echo "DOS 5 FDISK program. If installed on the entire drive, use the FDISK/MBR"
-echo "to remove the ${OPSYSTEM} bootstrap from the drive."
-echo 'erase ^?, werase ^H, kill ^U, intr ^C'
-stty newcrt werase  intr  kill  erase  9600
-umask 0
-set_tmp_dir()
-{
- def_tmp_dir=`pwd`
- [ "$def_tmp_dir" = "/" ] && def_tmp_dir=/usr/distrib
- echo -n "Copy files to which directory? [${def_tmp_dir}] "
- read tmp_dir
- [ ! "$tmp_dir" ] && tmp_dir=$def_tmp_dir
- if [ ! -d "$tmp_dir" ]; then
- /bin/rm -rf $tmp_dir
- mkdir -p $tmp_dir
- fi
- echo
-}
-tmp_dir()
-{
- if [ "$tmp_dir" = "" ]; then
- set_tmp_dir
- fi
- cd $tmp_dir
-}
-load_fd()
-{
- tmp_dir
- drive=
- altdrive=
- subdir=
- while [ -z "$drive" ]; do
- echo -n "Read from which drive (or ? for help)? [c] "
- read answer junk
- case "${answer:-c}" in
- a*b|A*B)
- drive=A; altdrive=B
- ;;
- b*a|B*A)
- drive=B; altdrive=A
- ;;
- a*|A*)
- drive=A; altdrive=A
- ;;
- b*|B*)
- drive=B; altdrive=B
- ;;
- c*|C*)
- while read data; do
- msdos_device=`expr X"$data" : 'X[ ]*\([^ ]*\)[^M]*pcfs'`
- msdos_dir=`expr X"$data" : 'X[ ]*[^ ]*[ ]*\([^ ]*\)'`
- [ "${msdos_device}" ] && break
- done </etc/fstab
- if [ ! "$msdos_device" ]; then
- echo
- echo "Cannot find MS-DOS in filesystem table"
- continue
- fi
- drive=C; altdrive=C
- while :; do
- echo
- echo -n "Read from which MS-DOS drive C: directory? [/] "
- read resp junk
- newdir=$(echo "${resp:-/}" | \
- awk '{ sub(/^[Cc]*:*/, ""); gsub(/\\/, "/"); gsub(/^\/*/, ""); gsub(/\/*$/, ""); print $0 }')
- if [ -d ${msdos_dir}/${newdir} ]; then
- subdir=$newdir
- break
- else
- echo "C:/${newdir}: No such directory"
- fi
- done
- ;;
- q*|Q*)
- drive=q
- ;;
- \?*)
- echo
- echo "Enter: To:"
- echo "------ ---"
- echo " a Read from floppy drive A:"
- echo " b Read from floppy drive B:"
- echo " c Read from MS-DOS hard drive C:"
- echo " ab Alternate between A: and B:, starting with A:"
- echo " ba Alternate between A: and B:, starting with B:"
- echo " q Quit"
- echo
- ;;
- esac
- done
- verbose=-v
- interactive=-i
- if [ "$drive" = "C" ]; then
- dir=${msdos_dir}
- elif [ "$drive" != "q" ]; then
- dir=/tmp/floppy
- [ -d $dir ] && umount $dir >/dev/null 2>&1
- [ -f $dir ] && rm -f $dir
- mkdir -p $dir
- fi
- while [ "$drive" != "q" ]
- do
- device=/dev/fd0
- [ "$drive" = "B" ] && device=/dev/fd1
- [ "$drive" = "C" ] && device=${msdos_device}
- echo;
- if [ "$drive" != "C" ]; then
- echo "Insert floppy in drive $drive:, then press RETURN to copy files,"
- echo -n "or enter option (? for help): "
- else
- echo -n "Press RETURN to copy files, or enter option (? for help): "
- fi
- read answer junk
- case "${answer:-g}" in
- c*|C*)
- if [ "$drive" != "C" ]; then
- echo "Cannot change directory: not reading from MS-DOS drive C:"
- else
- echo
- echo -n "Read from which MS-DOS drive C: directory? [/${subdir}] "
- read resp junk
- [ ! "$resp" ] && resp="/$subdir"
- absolute=`expr X"$resp" : 'X[Cc]*:*\([/\]\)'`
- subsub=$(echo "${resp}" | \
- awk '{ sub(/^[Cc]*:*/, ""); gsub(/\\/, "/"); gsub(/^\/*/, ""); gsub(/\/*$/, ""); print $0 }')
- if [ "$absolute" -o ! "$subdir" ]; then
- newsub=$subsub
- else
- newsub=$subdir/$subsub
- fi
- if [ -d ${dir}/${newsub} ]; then
- subdir=$newsub
- else
- echo "C:/${newsub}: No such directory"
- fi
- fi
- ;;
- g*|G*)
- sync
- if [ "$drive" = "C" ]; then
- [ "$verbose" ] &&
- { echo; echo "Please wait. Copying files from MS-DOS C:/${subdir}"; }
- cp ${msdos_dir}/${subdir}/* .
- sync
- elif mount -t pcfs $verbose $device $dir; then
- [ "$verbose" ] &&
- { echo; echo "Please wait. Copying files to disk..."; }
- cp $interactive $dir/* .
- sync
- umount $dir
- tmp=$drive; drive=$altdrive; altdrive=$tmp
- fi
- ;;
- i*|I*)
- tmp=$interactive; interactive=; [ -z "$tmp" ] && interactive=-i
- tmp=on; [ -z "$interactive" ] && tmp=off
- echo "interactive mode is $tmp"
- ;;
- l*|L*)
- sync
- [ "$verbose" ] && echo "Directory of ${drive}:/${subdir}"
- if [ "$drive" = "C" ]; then
- ls -l $dir/${subdir}
- else
- umount $dir >/dev/null 2>&1
- if mount -t pcfs $device $dir; then
- ls -l $dir/${subdir}
- umount $dir
- fi
- fi
- ;;
- o*|O*)
- tmp=$drive; drive=$altdrive; altdrive=$tmp
- ;;
- q*|Q*)
- drive=q
- ;;
- s*|S*)
- echo; echo -n "tmp_dir is set to $tmp_dir"
- [ "$tmp_dir" != "`pwd`" ] && echo -n " (physically `pwd`)"
- echo; echo "Free space in tmp_dir:"
- df -k .
- echo -n "Reading from drive $drive:"
- [ "$drive" != "$altdrive" ] && echo -n " and drive $altdrive:"
- echo
- tmp=on; [ -z "$verbose" ] && tmp=off
- echo "Verbose mode is $tmp"
- tmp=on; [ -z "$interactive" ] && tmp=off
- echo "Interactive mode is $tmp"
- ;;
- v*|V*)
- tmp=$verbose; verbose=; [ -z "$tmp" ] && verbose=-v
- tmp=on; [ -z "$verbose" ] && tmp=off
- echo "verbose mode is $tmp"
- ;;
- \?)
- echo
- echo "Enter: To:"
- echo "----- ---"
- echo "(just RETURN) Copy files from ${drive}:/${subdir} to $tmp_dir"
- echo " c Change directory of MS-DOS drive C:"
- echo " i Toggle interactive mode (cp -i)"
- echo " l List directory of current drive"
- echo " o Read from alternate floppy drive"
- echo " q Quit"
- echo " s Show status"
- echo " v Toggle verbose mode"
- echo
- ;;
- esac
- done
- echo "Working directory: `pwd`"
- unset verbose answer drive altdrive device dir subdir tmp interactive
-}
-load_qic_tape()
-{
- tmp_dir
- echo -n "Insert tape into QIC tape drive and hit return to continue: "
- read foo
- tar xvf /dev/rwt0
-}
-load_scsi_tape()
-{
- tmp_dir
- echo -n "Insert tape into SCSI tape drive and hit return to continue: "
- read foo
- tar xvf /dev/nrst0
-}
-extract()
-{
- tmp_dir
- echo -n "Would you like to be verbose about this? [n] "
- read verbose
- case $verbose in
- y*|Y*)
- tarverbose=--verbose
- ;;
- *)
- tarverbose=
- ;;
- esac
- #XXX ugly hack to eliminate busy files, copy them to /tmp and use them
- #from there...
- cp -p /bin/cat /usr/bin/gunzip /usr/bin/tar /tmp
-
- for i in $*; do
- /tmp/cat "$i"* |
- /tmp/gunzip |
- (cd / ; /tmp/tar --extract --file - --preserve-permissions ${tarverbose} )
- done
- rm -f /tmp/cat /tmp/gunzip /tmp/tar
- sync
-}
-configure()
-{
- echo "You will now be prompted for information about this"
- echo "machine. If you hit return, the default answer (in"
- echo "brackets) will be used."
-
- echo
- echo -n "What is this machine's hostname? [unknown.host.domain] "
- read hname
-
- if [ "$hname" = "" ]; then
- hname=unknown.host.domain
- fi
- echo $hname > /etc/myname
- proto_domain=`echo $hname | sed -e 's/[^.]*\.//'`
-
- echo
- echo "What domain is this machine in (this is NOT its YP"
- echo -n "domain name)? [$proto_domain] "
- read dname
-
- if [ "$dname" = "" ]; then
- dname=$proto_domain
- fi
-
- echo
- echo -n "Does this machine have an ethernet interface? [y] "
- read resp
- case "$resp" in
- n*)
- ;;
- *)
- intf=
- while [ "$intf" = "" ]; do
- echo -n "What is the primary interface name (i.e. we0, etc.)? "
- read intf
- done
- echo -n "What is the hostname for this interface? [$hname] "
- read ifname
- if [ "$ifname" = "" ]; then
- ifname=$hname
- fi
- ifaddr=
- while [ "$ifaddr" = "" ]; do
- echo -n "What is the IP address associated with this interface? "
- read ifaddr
- done
- echo "$ifaddr $ifname `echo $ifname | sed -e s/\.$dname//`" \
- >> /etc/hosts
-
- echo -n "Does this interface have a special netmask? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What is the netmask? [0xffffff00] "
- read ifnetmask
- if [ "$ifnetmask" = "" ]; then
- ifnetmask=0xffffff00
- fi
- ;;
- *)
- ifnetmask=
- ;;
- esac
-
- echo -n "Does this interface need additional flags? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What flags? [llc0] "
- read ifflags
- if [ "$ifflags" = "" ]; then
- ifflags=llc0
- fi
- ;;
- *)
- ifflags=
- ;;
- esac
-
- echo "inet $ifname $ifnetmask $ifflags" > /etc/hostname.$intf
-
- echo ""
- echo "WARNING: if you have any more ethernet interfaces, you"
- echo "will have to configure them by hand. Read the comments"
- echo "in /etc/netstart to learn how to do this"
- ;;
- esac
-
- sync
-
- echo
- echo "OK. You should be completely set up now."
- echo "You should now reboot your machine by issuing the 'reboot' command"
- echo "after removing anything that happens to be in your floppy drive."
-}
diff --git a/etc/etc.i386/inst2.rc b/etc/etc.i386/inst2.rc
deleted file mode 100644
index e439eb1..0000000
--- a/etc/etc.i386/inst2.rc
+++ /dev/null
@@ -1,444 +0,0 @@
-# $Id: inst2.rc,v 1.4 1994/06/15 19:23:33 jkh Exp $
-#
-
-stty status '^T'
-trap : 2
-trap : 3
-PATH=/sbin:/bin:/usr/sbin:/usr/bin:/usr/distbin; export PATH
-
-echo
-echo
-if [ -e /fastboot ]
-then
- echo Fast boot ... skipping disk checks
-else
- echo Automatic reboot in progress...
- fsck -p
- case $? in
- 0)
- ;;
- 2)
- exit 1
- ;;
- 4)
- echo; echo README README README README README README README
- echo
- echo "NOTE: The above errors are expected if this is the"
- echo "first time you have booted from the hard disk after"
- echo "completing the floppy install"; echo
- echo "Automatic file system check changed the root file system"
- echo "The system must halt for these corrections to take effect"
- echo
- reboot
- echo "reboot failed... help!"
- exit 1
- ;;
- 8)
- echo "Automatic file system check failed... help!"
- exit 1
- ;;
- 12)
- echo "Reboot interrupted"
- exit 1
- ;;
- 130)
- exit 1
- ;;
- *)
- echo "Unknown error in reboot"
- exit 1
- ;;
- esac
-fi
-
-trap 2
-trap "echo 'Reboot interrupted'; exit 1" 3
-umount -a >/dev/null 2>&1
-mount -a -t nonfs
-rm -f /fastboot
-(cd /var/run && { rm -rf -- *; cp /dev/null utmp; chmod 644 utmp; })
-
-OPSYSTEM=FreeBSD
-# Sure wish we had uname at this point!
-RELEASE="2.0.0 (Development)"
-echo "${OPSYSTEM} Base System Release ${RELEASE}"
-echo ""
-echo "Congratulations, you've got ${OPSYSTEM} on the hard disk!"
-echo
-echo "Press the return key for more installation instructions"
-read junkit
-echo
-echo "To finish installation:"
-echo "Pick a temporary directory by running set_tmp_dir. Make sure it's"
-echo "in a place with lots of space, probably under /usr."
-echo "Then, load the remaining distribution files into that temporary"
-echo "directory by issuing one of the following commands:"
-echo
-echo " load_dos load_fd load_qic_tape load_scsi_tape"
-echo
-echo "or by fetching the files with ftp (see the installation notes for"
-echo "information on how to do that)."
-echo
-echo "Once this is complete, extract the distribution files by issuing the"
-echo "command 'extract <distribution>' where <distribution> is the base name"
-echo "of the distribution files, e.g. 'base10'."
-echo
-echo "Once all of the filesets you wish to install have been extracted,"
-echo "enter the command 'configure' to finish setting up the system"
-echo " "
-echo "If you wish to uninstall ${OPSYSTEM}, delete the partition by using the"
-echo "DOS 5 FDISK program. If installed on the entire drive, use the FDISK/MBR"
-echo "to remove the ${OPSYSTEM} bootstrap from the drive."
-echo 'erase ^H, kill ^U, intr ^C'
-stty newcrt erase ^H intr ^C kill ^U
-umask 0
-exit 1
-
-set_tmp_dir()
-{
- def_tmp_dir=`pwd`
- [ "$def_tmp_dir" = "/" ] && def_tmp_dir=/usr/distrib
- echo -n "Copy files to which directory? [${def_tmp_dir}] "
- read tmp_dir
- [ ! "$tmp_dir" ] && tmp_dir=$def_tmp_dir
- if [ ! -d "$tmp_dir" ]; then
- /bin/rm -rf $tmp_dir
- mkdir -p $tmp_dir
- fi
- echo
-}
-tmp_dir()
-{
- if [ "$tmp_dir" = "" ]; then
- set_tmp_dir
- fi
- cd $tmp_dir
-}
-load_fd()
-{
- tmp_dir
- drive=
- altdrive=
- subdir=
- while [ -z "$drive" ]; do
- echo -n "Read from which drive (or ? for help)? [c] "
- read answer junk
- case "${answer:-c}" in
- a*b|A*B)
- drive=A; altdrive=B
- ;;
- b*a|B*A)
- drive=B; altdrive=A
- ;;
- a*|A*)
- drive=A; altdrive=A
- ;;
- b*|B*)
- drive=B; altdrive=B
- ;;
- c*|C*)
- while read data; do
- msdos_device=`expr X"$data" : 'X[ ]*\([^ ]*\)[^M]*pcfs'`
- msdos_dir=`expr X"$data" : 'X[ ]*[^ ]*[ ]*\([^ ]*\)'`
- [ "${msdos_device}" ] && break
- done </etc/fstab
- if [ ! "$msdos_device" ]; then
- echo
- echo "Cannot find MS-DOS in filesystem table"
- continue
- fi
- drive=C; altdrive=C
- while :; do
- echo
- echo -n "Read from which MS-DOS drive C: directory? [/] "
- read resp junk
- newdir=$(echo "${resp:-/}" | \
- awk '{ sub(/^[Cc]*:*/, ""); gsub(/\\/, "/"); gsub(/^\/*/, ""); gsub(/\/*$/, ""); print $0 }')
- if [ -d ${msdos_dir}/${newdir} ]; then
- subdir=$newdir
- break
- else
- echo "C:/${newdir}: No such directory"
- fi
- done
- ;;
- q*|Q*)
- drive=q
- ;;
- \?*)
- echo
- echo "Enter: To:"
- echo "------ ---"
- echo " a Read from floppy drive A:"
- echo " b Read from floppy drive B:"
- echo " c Read from MS-DOS hard drive C:"
- echo " ab Alternate between A: and B:, starting with A:"
- echo " ba Alternate between A: and B:, starting with B:"
- echo " q Quit"
- echo
- ;;
- esac
- done
- verbose=-v
- interactive=-i
- if [ "$drive" = "C" ]; then
- dir=${msdos_dir}
- elif [ "$drive" != "q" ]; then
- dir=/tmp/floppy
- [ -d $dir ] && umount $dir >/dev/null 2>&1
- [ -f $dir ] && rm -f $dir
- mkdir -p $dir
- fi
- while [ "$drive" != "q" ]
- do
- device=/dev/fd0
- [ "$drive" = "B" ] && device=/dev/fd1
- [ "$drive" = "C" ] && device=${msdos_device}
- echo;
- if [ "$drive" != "C" ]; then
- echo "Insert floppy in drive $drive:, then press RETURN to copy files,"
- echo -n "or enter option (? for help): "
- else
- echo -n "Press RETURN to copy files, or enter option (? for help): "
- fi
- read answer junk
- case "${answer:-g}" in
- c*|C*)
- if [ "$drive" != "C" ]; then
- echo "Cannot change directory: not reading from MS-DOS drive C:"
- else
- echo
- echo -n "Read from which MS-DOS drive C: directory? [/${subdir}] "
- read resp junk
- [ ! "$resp" ] && resp="/$subdir"
- absolute=`expr X"$resp" : 'X[Cc]*:*\([/\]\)'`
- subsub=$(echo "${resp}" | \
- awk '{ sub(/^[Cc]*:*/, ""); gsub(/\\/, "/"); gsub(/^\/*/, ""); gsub(/\/*$/, ""); print $0 }')
- if [ "$absolute" -o ! "$subdir" ]; then
- newsub=$subsub
- else
- newsub=$subdir/$subsub
- fi
- if [ -d ${dir}/${newsub} ]; then
- subdir=$newsub
- else
- echo "C:/${newsub}: No such directory"
- fi
- fi
- ;;
- g*|G*)
- sync
- if [ "$drive" = "C" ]; then
- [ "$verbose" ] &&
- { echo; echo "Copying files from MS-DOS C:/${subdir}"; }
- cp ${msdos_dir}/${subdir}/* .
- sync
- elif mount -t pcfs $verbose $device $dir; then
- [ "$verbose" ] &&
- { echo; echo "Copying files to disk..."; }
- cp $interactive $dir/* .
- sync
- umount $dir
- tmp=$drive; drive=$altdrive; altdrive=$tmp
- fi
- ;;
- i*|I*)
- tmp=$interactive; interactive=; [ -z "$tmp" ] && interactive=-i
- tmp=on; [ -z "$interactive" ] && tmp=off
- echo "interactive mode is $tmp"
- ;;
- l*|L*)
- sync
- [ "$verbose" ] && echo "Directory of ${drive}:/${subdir}"
- if [ "$drive" = "C" ]; then
- ls -l $dir/${subdir}
- else
- umount $dir >/dev/null 2>&1
- if mount -t pcfs $device $dir; then
- ls -l $dir/${subdir}
- umount $dir
- fi
- fi
- ;;
- o*|O*)
- tmp=$drive; drive=$altdrive; altdrive=$tmp
- ;;
- q*|Q*)
- drive=q
- ;;
- s*|S*)
- echo; echo -n "tmp_dir is set to $tmp_dir"
- [ "$tmp_dir" != "`pwd`" ] && echo -n " (physically `pwd`)"
- echo; echo "Free space in tmp_dir:"
- df -k .
- echo -n "Reading from drive $drive:"
- [ "$drive" != "$altdrive" ] && echo -n " and drive $altdrive:"
- echo
- tmp=on; [ -z "$verbose" ] && tmp=off
- echo "Verbose mode is $tmp"
- tmp=on; [ -z "$interactive" ] && tmp=off
- echo "Interactive mode is $tmp"
- ;;
- v*|V*)
- tmp=$verbose; verbose=; [ -z "$tmp" ] && verbose=-v
- tmp=on; [ -z "$verbose" ] && tmp=off
- echo "verbose mode is $tmp"
- ;;
- \?)
- echo
- echo "Enter: To:"
- echo "----- ---"
- echo "(just RETURN) Copy files from ${drive}:/${subdir} to $tmp_dir"
- echo " c Change directory of MS-DOS drive C:"
- echo " i Toggle interactive mode (cp -i)"
- echo " l List directory of current drive"
- echo " o Read from alternate floppy drive"
- echo " q Quit"
- echo " s Show status"
- echo " v Toggle verbose mode"
- echo
- ;;
- esac
- done
- echo "Working directory: `pwd`"
- unset verbose answer drive altdrive device dir subdir tmp interactive
-}
-load_dos
-{
- load_fd
-}
-load_qic_tape()
-{
- tmp_dir
- echo -n "Insert tape into QIC tape drive and hit return to continue: "
- read foo
- tar xvf /dev/rwt0
-}
-load_scsi_tape()
-{
- tmp_dir
- echo -n "Insert tape into SCSI tape drive and hit return to continue: "
- read foo
- tar xvf /dev/nrst0
-}
-extract()
-{
- tmp_dir
- echo -n "Would you like to be verbose about this? [n] "
- read verbose
- case $verbose in
- y*|Y*)
- tarverbose=--verbose
- ;;
- *)
- tarverbose=
- ;;
- esac
- #XXX ugly hack to eliminate busy files, copy them to /tmp and use them
- #from there...
- cp -p /bin/cat /usr/bin/gunzip /usr/bin/tar /tmp
-
- for i in $*; do
- /tmp/cat "$i"* |
- /tmp/gunzip |
- (cd / ; /tmp/tar --extract --file - --preserve-permissions ${tarverbose} )
- done
- rm -f /tmp/cat /tmp/gunzip /tmp/tar
- sync
-}
-configure()
-{
- echo "You will now be prompted for information about this"
- echo "machine. If you hit return, the default answer (in"
- echo "brackets) will be used."
-
- echo
- echo -n "What is this machine's hostname? [unknown.host.domain] "
- read hname
-
- if [ "$hname" = "" ]; then
- hname=unknown.host.domain
- fi
- echo $hname > /etc/myname
- proto_domain=`echo $hname | sed -e 's/[^.]*\.//'`
-
- echo
- echo "What domain is this machine in (this is NOT its YP"
- echo -n "domain name)? [$proto_domain] "
- read dname
-
- if [ "$dname" = "" ]; then
- dname=$proto_domain
- fi
-
- echo
- echo -n "Does this machine have an ethernet interface? [y] "
- read resp
- case "$resp" in
- n*)
- ;;
- *)
- intf=
- while [ "$intf" = "" ]; do
- echo -n "What is the primary interface name (i.e. ed0, etc.)? "
- read intf
- done
- echo -n "What is the hostname for this interface? [$hname] "
- read ifname
- if [ "$ifname" = "" ]; then
- ifname=$hname
- fi
- ifaddr=
- while [ "$ifaddr" = "" ]; do
- echo -n "What is the IP address associated with this interface? "
- read ifaddr
- done
- echo "$ifaddr $ifname `echo $ifname | sed -e s/\.$dname//`" \
- >> /etc/hosts
-
- echo -n "Does this interface have a special netmask? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What is the netmask? [0xffffff00] "
- read ifnetmask
- if [ "$ifnetmask" = "" ]; then
- ifnetmask=0xffffff00
- fi
- ;;
- *)
- ifnetmask=
- ;;
- esac
-
- echo -n "Does this interface need additional flags? [n] "
- read resp
- case "$resp" in
- y*)
- echo -n "What flags? [llc0] "
- read ifflags
- if [ "$ifflags" = "" ]; then
- ifflags=llc0
- fi
- ;;
- *)
- ifflags=
- ;;
- esac
-
- echo "inet $ifname netmask $ifnetmask $ifflags" > /etc/hostname.$intf
-
- echo ""
- echo "WARNING: if you have any more ethernet interfaces, you"
- echo "will have to configure them by hand. Read the comments"
- echo "in /etc/netstart to learn how to do this"
- ;;
- esac
-
- sync
-
- echo
- echo "OK. You should be completely set up now."
- echo "You should now reboot your machine by issuing the 'reboot' command"
- echo "after removing anything that happens to be in your floppy drive."
-}
diff --git a/etc/etc.i386/install_notes b/etc/etc.i386/install_notes
deleted file mode 100644
index 2a9d0d0..0000000
--- a/etc/etc.i386/install_notes
+++ /dev/null
@@ -1,1056 +0,0 @@
- INSTALLATION NOTES
- FreeBSD
- Release 1.1
-
-These notes have been prepared from those written originally for NetBSD
-0.9. The conversion was done by someone who has had experience with
-installing and upgrading 386bsd, but who is not a unix guru, so there
-will be slant towards this experience. Corrections/updates are
-welcomed, it is difficult/impossible to test every last hardware
-combination.
-
-Be sure to read _ALL_ of this document before you try to install
-FreeBSD. FreeBSD probably looks a bit similar to things that you've
-seen before (perhaps 386BSD), but the installation procedures are quite
-different.
-
-
-FreeBSD Release Contents:
-------- --- ------- --------
-
-The FreeBSD Release consists of the following elements:
-
-Bootable Kernel-copy floppies
-
- These disks are bootable and have enough utilities on
- board to copy a new kernel to a prepared hard disk. While
- they are primarily intended for installing FreeBSD, they
- also make upgrading to a new kernel easy: boot from it,
- and copy a new kernel to disk.
-
- You must choose between one of two kernel-copy floppy
- images, depending on your disk controller type. The
- "kcopy-ah-floppy" image supports the Adaptec 154x and 1742
- SCSI adapters, while "kcopy-bt-floppy" supports the Bustek
- 742 and Ultrastore SCSI adapters. For systems with only
- MFM, RLL, ESDI or IDE disk controllers, either image can
- be used.
-
-Installation floppies
-
- In addition to a bootable floppy, currently two additional
- disks are required to prepare your hard drive for FreeBSD
- and to install the FreeBSD distribution. Like the boot
- floppies, these are distributed as binary images. They are
- are referred to below as the "filesystem-floppy" and the
- "cpio-floppy".
-
- There is also an optional fourth installation disk referred
- to as the "dos-floppy". Unlike the other install disks,
- there is no binary image for the dos floppy. Instead this
- is a regular MS-DOS-formatted floppy disk containing any
- FreeBSD programs you choose to copy to it using mtools or
- even the DOS copy command. The most commonly requested
- programs have been put in a tools directory at FreeBSD
- archives sites.
-
-Upgrade floppies
-
- These facilitate upgrading to FreeBSD from any previous
- patch-kit level of 386BSD 0.1. They are still in testing,
- but should be available by the time you read this from
- the tools/upgrade directory at FreeBSD archive sites.
- [the current version is:
- tools/upgrade/386BSD-to-FreeBSD-update-LATE-BETA.tar.gz]
-
-FreeBSD distribution sets
-
- These collections contain the complete FreeBSD system and
- utilities in source and binary form. There are three
- separate sets: the FreeBSD binaries, the FreeBSD sources,
- and the DES sources+binaries. The DES set contains only
- crypt(3) code and is subject to U.S.A. export restrictions.
-
- The binary distribution set can be found in the "binarydist"
- subdirectory of the FreeBSD archive sites. It consists
- of files named bin_tgz.aa to bin_tgz.db (i.e., 80 files
- all told). A CKSUMS file (* see note below) is included
- for verifying the integrity of these.
-
- The source distribution sets can be found in under
- "sourcedist" subdirectory of archive sites. It is consists
- of files named src_tgz.aa to src_tgz.cp (i.e., 68 files
- all told), plus file CKSUMS*.
-
- Finally, the security distribution set contains
- usr/src/libcrypt/*, the source files for the DES encryption
- algorithm, and the binaries which depend on it. It can
- be found in the "securedist" subdirectory on sites which
- choose to carry the complete FreeBSD distribution.
-
- The individual files in each collection are no more than
- 235 Kbytes in size. (The last file is just long enough
- to contain the rest of the data for that distribution
- set.)
-
- Each collection is a split, gzip'ed tar archive. They
- are reassembled and extracted by the install procedure.
- However, to view them without installing FreeBSD, you can
- use, e.g., the command line:
-
- cat bin* | gunzip | tar tvf - | more
-
- or to extract the files themselves:
-
- cat bin* | gunzip | tar xvfp -
-
- Using this method, the files are extracted in the current
- directory. So to install the binary distribution, for
- instance, you have to run the "tar xvfp" from the root
- directory (/).
-
- In each of the distribution directories, there is a file
- named "CKSUMS" which contains the checksums of the files
- in that directory, as generated by the cksum(1) command.
- You can use cksum to verify the integrity of the archives,
- if you suspect one of the files is corrupted.
-
- N.B.: The CKSUMS files are produced using the 4.4BSD
- version of cksum which is POSIX-compliant. The values in
- these file do not match the cksums generated by the 386BSD 0.1
- version of cksum (which is based on an earlier "standard").
- A copy of the new cksum binary that will run on
- 386bsd/Netbsd/FreeBSD can be found in the "tools" subdirectory
- of the distribution.
-
-
-System Requirements and Supported Devices:
------- ------------ --- --------- -------
-
-FreeBSD runs on ISA (AT-Bus) and EISA systems, with 386 and 486
-processors, with or without math coprocessors. It does NOT support
-Micro-channel systems, such as some IBM PS/2 systems. The minimal
-configuration includes 4Meg of RAM, and an 80Meg hard disk, but to
-install the entire system you'll need much more disk space, and to run
-X or compile the system more RAM is recommended. (4Meg will actually
-allow you to run X and/or compile, but it's extremely slow.)
-
-Supported devices include:
-
- Standard floppy controllers
-
- Standard hard disk controllers:
- MFM
- ESDI
- IDE
- RLL
-
- SCSI hard disk controllers:
- Adaptec 154x series * [kcopy-ah-floppy]
- Adaptec 174x series
- Buslogic 545S
- Bustek 742 (EISA) [kcopy-bt-floppy]
- DTC 3290 in 1542 emulation mode *
- Ultrastor 14f and 34f
-
- * Your system can NOT have more than 16MB of memory with
- these controllers.
-
- Display Adaptors:
- MDA
- CGA
- VGA (and SVGA)
- HGC
-
- Serial communications ports
- 8250
- 16450
- 16550A
- [4-port multi-serial cards - require kernel built
- with MULTI_PORT option]
- [We do not support the Intel 82501 serial chip used
- in some PC's at this time]
-
- Ethernet controllers
- SMC/WD 8003, 8013, and equivalents
- (including the SMC "Elite" series)
- Novell NE1000, NE2000, NE2100
- 3COM 3c503
- ISOLAN ISOLink
-
- Tape drives:
- QIC-02 format tape drives
- most SCSI tape/DAT drives
- [an early QIC-40 or QIC-80 tape driver exists,
- but is not yet incorporated into FreeBSD]
-
- CD-ROM drives:
- Mitsumi CDROM drive with Mitsumi Controller
- Most SCSI CD-ROM drives on a supported SCSI controller
-
-To be detected by the distributed kernels, the devices must
-be configured as follows: (Note: IRQ 9 is the same as IRQ 2
-on ISA/EISA based machines)
-
-Device Name Port IRQ DRQ Misc
------- ---- ---- --- --- ----
-Floppy Cntlr. fd0 0x3f0 6 2
-
-Std. Hard Disk Cntlr.
- wd0 0x1f0 14
-
-AHA-154x SCSI Cntlr. 0x330 11 5 [kcopy-ah-floppy]
-
-AHA-174x SCSI Cntlr. automatically configured [kcopy-ah-floppy]
-
-BT742 SCSI Cntlr. 0x330 12 [kcopy-bt-floppy]
-
-UHA-14f SCSI Cntlr. or
-UHA-34f SCSI Cntlr. 0x330 14 5 [kcopy-bt-floppy]
-(In FreeBSD GAMMA and before, UHA was on IRQ 11)
-
-SCSI Disks sd[0-2] automatically configured
-
-SCSI Tapes st[01] automatically configured
-
-SCSI CD-ROMs cd0 automatically configured
-
-Serial Ports com0 0x3f8 4
- com1 0x2f8 3
- com2 0x3e8 5
- com3 0x3f8 9
-
-SMC/WD Ethernet or
-3COM 3c503 ed0 0x280 5 iomem 0xd8000
-
-NOTE for 386bsd users: the we0 device for the WD80xxyy card has been
-replaced with an ed0 device. The default settings of 9/280/d000 have
-been changed to 5/280/d800 as this address accomdates all of the boards.
-
-Novell Ethernet ed0 0x280 5
-
-NOTE for 386bsd users: the ne0 device for the NEx000 card has been
-replaced with an ed0 device. The default settings of 9/300 have
-been changed to 5/280.
-
-ISOLAN ISOLink is0 0x280 10 7
-Novell NE2100 is0 0x280 10 7
-
-QIC-02 Tape wt0 0x300 5 1
-
-Parallel (Printer) Port
- lpt0 0x3BC 7
-
-Interruptless Parallel (Printer) Port
- lpa0 0x378
- lpa1 0x278
-
-N.B.: Disable the lpt interrupt on the board or you will
-have problems using the lpa drivers.
-
-Hard-Disk Storage Requirements
---------- ------- ------------
-
-The minimum base installation of FreeBSD requires a free hard disk
-partition with at least 16 MB free space. This is only enough for
-the three installation disks, which don't support a multi-user
-shell.
-
-The full binary distribution extracts to about 46 MB.
-The full source distribution extracts to about 72 MB.
-The kernel source only extracts to about 7 MB.
-To recompile the sources requires an additional 55 MB.
-To recompile the kernel requires an additional 2 MB.
-
-Since additional room is required for extracting the distributions,
-a full binary installation requires a minimum of about 80 MB (46
-MB extracted + 16 MB archived + 8 MB minimum swap + room for
-extracting).
-
-A complete source + binary distribution requires a minimum of
-about 210 MB (assuming a minimum 8 MB swap).
-
-
-Getting the System on to Useful Media:
-------- --- ------ -- -- ------ -----
-
-Installation is supported from several media types, including:
-
- MS-DOS floppies
- MS-DOS hard disk (Primary partition)
- Tape
- NFS partitions
- FTP
- Kermit
-
-No matter what you do, however, you'll need at least three disks (1.2M
-or 1.44M) handy, on which you will put the kernel-copy image and the
-install (or upgrade) floppy images.
-
-The images are available from the directory "floppies", under the root
-of the FreeBSD/FreeBSD-1.1 tree at your favorite archive site.
-They're available both as raw disk images, and gzipped, to save time
-downloading.
-
-If you are using an AHA-154x or AHA-1742 SCSI host adapter, you need
-the kcopy-ah-floppy image. If you're using a BT-742 SCSI host adapter
-or an Ultrastor adaptor, then you'll need the kcopy-bt-floppy image.
-If you're using MFM/RLL/IDE disk controllers, you can use either
-kernel-copy floppy image.
-
-If you are using UNIX to make the floppies, you should use the command
-dd(1) to write the raw floppy images (i.e., kcopy-ah-floppy or
-kcopy-bt-floppy, filesystem-floppy and cpio-floppy) to the floppies.
-For example, to write kcopy-ah-floppy to a 5.25" 1.2 Mb floppy
-disk under 386BSD, use:
-
- $ dd if=kcopy-ah-floppy of=/dev/fd0a bs=30b count=80
-
-or for a 3.5" 1.44 Mb floppy:
-
- $ dd if=kcopy-ah-floppy of=/dev/fd0a bs=36b count=80
-
-If you are using DOS to make the floppies, use the rawrite.exe
-utility. This can be found in the "tools" subdirectory of the
-archive site. Copy rawrite.exe and the binary images to a DOS
-disk, type "rawrite" under MS-DOS and follow the instructions.
-Rawrite can write binary images to either 1.2MB or 1.44MB
-MS-DOS-formatted floppies.
-
-Any other programs from the tools directory that might be needed
-for installing FreeBSD, such as kermit, should be copied to a DOS-
-formatted floppy (1.2MB or 1.44MB). Under 386BSD, they can be
-copied to floppy using the mcopy command. Under DOS, use the DOS
-copy command.
-
-The steps necessary to prepare the distribution sets for installation
-depend on which method of installation you choose. The various methods
-are explained below.
-
-To prepare for installing via MS-DOS hard disk:
-
- To prepare FreeBSD for installaton from the MS-DOS C: drive
- of the hard disk, you need to do the following:
-
- If FreeBSD is installed on a hard disk containing
- a Primary MS-DOS partition (as opposed to an
- Extended DOS partition), then the FreeBSD distribution
- files can be read directly from DOS. Preparation
- is just a matter of copying the FreeBSD distribution
- files onto DOS C: drive of the hard disk.
-
- If FreeBSD is installed on a separate hard disk than
- MS-DOS, it is not currently possible to read the FreeBSD
- distribution files directly from DOS. In this case,
- a different medium should be used.
-
- Once you have the files on the C: drive, you can proceed to the
- next step in the installation process, viz preparing your hard
- disk.
-
-To prepare for installing via MS-DOS floppies:
-
- To prepare FreeBSD for installaton from MS-DOS floppies, you
- need to do the following:
-
- Count the number of "<set>_tgz.xx" files
- you have (these are split, gzip'ed, tar
- archives). Call this number N. You will
- need N/6 1.44M floppies, or N/5 1.2M
- floppies to install the distribution
- in this manner. For the set of bin files
- (i.e., 80 files) and 1.2 Mb floppies you will
- need 16 disks.
-
- Format all of the floppies, with MS-DOS.
- Don't make any of them MS-DOS bootable
- floppies (i.e., don't use "format /s"!)
- If you use "format /u" then the format
- will run a tad faster.
-
- Copy all of the "<set>_tgz.xx" files on
- the DOS disks. Under DOS use the DOS copy
- command. Under 386BSD, use, for instance,
- the make_floppies script:
-
- #!/bin/sh
- N_PER_DISK=5
-
- x=$N_PER_DISK
- for dist in bin_tgz.*; do
- if [ $x -ge $N_PER_DISK ]; then
- x=0
- echo -n "Insert next disk, "
- echo -n "and press ENTER... "
- read reply
- mdel a:/\*
- fi
- mcopy $dist a:/
- x=`expr $x + 1`
- done
-
- (Or you might use tar instead).
-
- Once you have the files on DOS disks, you can proceed to the
- next step in the installation process, viz preparing your hard
- disk.
-
-To prepare for installing via a tape:
-
- To install FreeBSD from a tape, you need to be somehow
- to get the FreeBSD filesets you wish to install on
- your system on to the appropriate kind of tape,
- in tar format.
-
- If you're making the tape on a UN*X system, the easiest
- way to do so is:
-
- tar cvf <tape_device> <files>
-
- where "<tape_device>" is the name of the tape device
- that describes the tape drive you're using (either
- /dev/rst0 for SCSI tape, otherwise /dev/rwt0).
- If you can't figure it out, ask your system administrator.
- "<files>" are the names of the "<set>.tar.gz.xx" files
- which you want to be placed on the tape.
-
- If your tape drive is not a type recognzed by the
- kernel, then it may be necessary to set the tape density
- using either the st(1) command (for SCSI tape) or the
- mt(1) command. Both these programs are available from
- the tools directory of the FreeBSD archive site.
-
-To prepare for installing via an NFS partition:
-
- NOTE: this method of installation is recommended
- only for those already familiar with using
- the BSD network-manipulation commands and
- interfaces. If you aren't, this documentation
- should help, but is not intended to be
- all-encompassing.
-
- Place the FreeBSD software you wish to install into
- a directory on an NFS server, and make that directory
- mountable by the machine which you will be installing
- FreeBSD on. This will probably require modifying the
- /etc/exports file of the NFS server and resetting
- mountd, acts which will require superuser privileges.
- Make a note of the numeric IP address of the NFS server
- and make a note of the router closest to the the new
- FreeBSD machine if the NFS server is not on a network
- which is directly attached to the FreeBSD machine.
-
- Once you have done this, you can proceed to the next
- step in the installation process, preparing your hard disk.
-
-To prepare for installing via FTP:
-
- NOTE: this method of installation is recommended
- only for those already familiar with using
- the BSD network-manipulation commands and
- interfaces. If you aren't, this documentation
- should help, but is not intended to be
- all-encompassing.
-
- The preparations for this method of installation
- are easy: all you have to do is make sure that
- there's some FTP site from which you can retrieve
- the FreeBSD installation when it's time to do
- the install. You should know the numeric IP
- address of that site, and the numeric IP address of
- your nearest router if the new FreeBSD computer is
- not on the same net or subnet as the FTP site.
-
- Once you have done this, you can proceed to the next
- step in the installation process, preparing your hard disk.
-
-To prepare for installing via Kermit:
-
- The preparations for this method of installation
- require that the kermit program be put on the
- dos-floppy installation disk. This will be
- loaded as part of the minimum base installation.
- Kermit is available from tools directory of the
- FreeBSD FTP site. This is a FreeBSD binary and
- only executes under the FreeBSD operating system.
-
- Once you have done this, you can proceed to the next
- step in the installation process, preparing your hard disk.
-
-To upgrade:
-
- (The beta upgrade script is available on request from
- FreeBSD-questions@freefall.cdrom.com)
-
-Preparing your Hard Disk for FreeBSD Installation:
---------- ---- ---- ---- --- ------ ------------
-
-NOTE: If you wish to install FreeBSD on your whole drive, (i.e. you do
-not want DOS or any other operating system on your hard disk), you can
-skip this section, and go on to "Installing the FreeBSD System."
-
-Firstly, be sure you have a reliable backup of any data which you may
-want to keep; repartitioning your hard drive is an excellent way to
-destroy important data.
-
-WARNING: If you are using a disk controller which supports disk
-geometry translation, BE SURE TO USE THE SAME PARAMETERS FOR FreeBSD AS
-FOR DOS! If you do not, FreeBSD will not be able to properly coexist
-with DOS.
-
-Secondly, make sure your disk has at least 16 Mbytes free space (or
-80 Mbytes for the complete binary distribition).
-
-You are now set to install FreeBSD on your hard drive.
-
-Installing the FreeBSD System:
----------- --- ------ ------
-
-If DOS or OS/2 is already installed on the hard disk, installation should
-be easy. By default FreeBSD is installed after the last DOS or OS/2
-partition. Otherwise, you may need to specify your hard disk's geometry
-(i.e., number of cylinders, heads and sectors per track).
-
-For computing partition sizes, it might help to have a calculator handy.
-
-And it's finally time to install the system!
-
-The following is a walk-through of the steps necessary to get FreeBSD
-installed on your hard disk. If you wish to stop the installation, you
-may hit Control-C at any prompt and then type `halt'.
-
- Boot from the kcopy-ah or kcopy-bt floppy, depending on
- your hard disk controller type.
-
- When prompted to insert the filesystem floppy, remove the
- kcopy floppy from the drive and insert filesystem floppy
- and hit any key.
- N.B.: The filesystem floppy must not be write protected.
-
- [When booting, if no message prompt appears after a
- reasonable period of time, reboot and try it again. If
- this doesn't work, try disabling your CPU's internal and
- external caches, and then try to boot again. If there is
- still no message prompt, then you can't install FreeBSD
- on your hardware. If you were able to install 386bsd,
- this is definitely a bug in our software; please report
- it! Please include your system configuration, and any
- other relevant information in your bug report.]
-
- The boot sequence continues after the filesystem floppy
- has been inserted. A copyright notice is displayed along
- with a list of the hardware that FreeBSD recognizes as
- being in your machine. You might want to make a note of
- the disk values for cylinders, heads, sectors etc for
- later use.
-
- After a short while (approximately 30 to 60 seconds), you
- should see a welcome message and a prompt, asking if you
- wish to proceed with the installation.
-
- If you wish to proceed, enter "y" and then return.
-
- You will then be asked what type of disk drive you have.
- The valid options are listed on the screen (e.g., SCSI, ESDI).
-
- You will then be asked for a label name for your disk.
- This should be a short, one-word name for your disk,
- e.g., "cp3100-mine" for a Conner Peripherals "3100" disk.
- You needn't remember this name.
-
- Next, you will be prompted for the geometry information.
- The default values should be correct, in which case just
- hit ENTER to accept them. Otherwise enter the values
- that were displayed during the boot sequence as they are
- requested.
-
- The default size of the FreeBSD portion of the disk
- is the maximum available at the end of the disk (which may
- be the whole disk). Accept the default by hitting ENTER.
- Otherwise, enter an appropriate value using the information
- displayed.
-
- If you are not installing on the whole disk, you will be
- asked for the offset of the FreeBSD partition from the
- beginning of the disk. Again, hit ENTER to accept the
- default, or enter a cylinder offset from the beginning of
- the disk.
-
- You will then be asked for the size of your root partition,
- in cylinders. The suggested maximum size is 15 Mbytes
- which is used as a default. Accept this, or enter a
- suitable value (after converting to cylinders using the
- formula displayed).
-
- Next, you will be asked for the size of your swap partition
- - again, you must calculate this in cylinders. You should
- probably allocate around twice as much swap space as you
- have RAM memory. If you wish the system to save crash dumps
- when it panics, you will need at least as much swap as you
- have RAM.
-
- The install program will then ask you for information about
- the rest of the partitions you want on your disk. For the
- purposes of this document, you only want one more: /usr.
- Therefore, at the prompt, when in asks you to enter the size
- of the next partition, enter the number of cylinders remaining
- in the FreeBSD portion of the disk. When it asks you for the
- mount point for this partition, say "/usr".
-
- After the FreeBSD partition have been assigned, install checks
- the disk for an MS-DOS partition. If one exists, you are prompted
- whether to make this accessible from FreeBSD (i.e., for reading
- and writing). And if you choose to make the DOS partition
- accessible, you are prompted for what directory it should
- be mounted on. "/dos" is used by default. With this
- choice, you could copy the contents of the DOS root
- directory (i.e., C:\), for instance, with the Unix command:
-
- # cp /dos/* .
-
- If have you a DOS partition and you don't want it visible
- from FreeBSD, just respond with "n" when asked whether to
- make it accessible.
-
- YOU ARE NOW AT THE POINT OF NO RETURN.
-
- If you confirm that you want to install FreeBSD, your hard
- drive will be modified, and perhaps it contents scrambled at
- the whim of the install program. This is especially likely
- if you gave the install program incorrect information.
- Enter "no" at the prompt to get the option of redoing the
- configuration, using your previous choices as defaults.
-
- If you are sure you want to proceed, enter "yes" at the prompt.
-
- The install program now makes the filesystems you specified.
- If all goes well, there should be no errors in this section
- of the installation. If there are, restart from the the
- beginning of the installation process.
-
- After the installation program prompts you to see if you'd
- like to be told about all of the files it's going to copy
- to your hard drive, it will spend a few minutes copying these
- files and then will print out an informative message and
- place you at a "#" prompt.
-
- Read the message and note which partition (e.g., sd0a or wd0a)
- you need to copy a kernel to. Reboot the machine off the
- kcopy-xx-floppy disk, but this time at the prompt asking
- you to insert a file system floppy, do _not_ replace the
- floppy, just press <enter>.
-
- At the "kc>" prompt, enter "copy" to prepare to copy the
- kernel on the floppy to your hard disk.
-
- At the next "kc>" prompt, enter the disk partition to which
- you want to copy the kernel. (e.g., sd0a or wd0a).
-
- It will work for a minute or two, then present you with
- another "#" prompt. Follow the instructions given, (i.e.,
- halt the system) and reboot from the hard disk. You will
- probably have to do a hardware reset or else your ethernet
- card might not be recognised at reboot (e.g., if you have a
- WD8003EP card).
-
- When the machine boots, a three-line banner should appear at
- the top of the screen. In a few seconds, a series of
- messages will appear, describing the hardware in your machine.
- Once again, this stage can take up to two minutes, so DO NOT
- PANIC!
-
- You will be asked to insert the cpio-floppy into a floppy
- drive, and enter that drive's number. "0" corresponds to
- DOS's "A:" drive, "1" corresponds to DOS's "B:" drive.
-
- After you enter the number it will ask you if you'd like to
- watch its progress, and after you answer this question it
- will begin installing still more files on your hard disk.
- This should take no more than 3 minutes.
-
- You are given the option to load the dos-floppy disk.
- In particular, if you want to use kermit for downloading
- the distribution, the dos-floppy should have the kermit
- binary. Or if you are using SCSI tape, the dos-floppy should
- contain the st command.
-
- To load the dos-floppy, remove the cpio-floppy from the
- drive, insert the dos-floppy and enter a "yes" response
- at the prompt. Otherwise, enter "no" at the prompt.
-
- After the dos-floppy has been loaded, you are given (more)
- instructions, (e.g., to halt the system) and you should
- reboot the machine again, from the hard drive and probably
- with a hardware reset to kick your ethernet card back into
- life.
-
- CONGRATULATIONS: You now have the minimum base of FreeBSD
- files on your hard disk! Now you get to install the
- distribution file sets. Remember that, at minimum, you must
- install the bin.tar.gz.xx file set (see below for
- instructions).
-
- After the machine is done booting, you will be presented
- with a screenful of information about what to do next.
-
- What you do from this point on depends on which media you're
- using to install FreeBSD. Follow the appropriate
- instructions, given below.
-
- To install from MS-DOS hard disk partition, floppy or tape:
-
- The first thing you should do is to choose a temporary
- directory where the distribution files can be stored.
- To do this, use the command "set_tmp_dir" and enter
- your choice. The default is /usr/distrib.
-
- After you have chosen a temporary directory,
- you should issue the appropriate load command:
-
- load_dos - for loading from a MS-DOS hard disk
- partition, or from floppies,
-
- load_qic_tape - for loading from QIC-02 tape, or
-
- load_scsi_tape - for you're loading from the first
- SCSI tape drive in the system.
-
- If loading from tape, it may be necessary to first
- set the default density using the mt or st command.
- The low-density device (/dev/rst0 or /dev/rmt0)
- is used by the load_xx_tape command, so to prepare
- a SCSI device for reading QIC-150 tape, you might use:
-
- # st -f /dev/nrst0 rewind
- # st -f /dev/nrst0 low_dnsty 16
- # load_scsi_tape
-
- If loading from floppy or hard disk, the load_dos
- command prompts for information, such as to which
- floppy drive or hard disk directory to load from.
- Additional options are available, e.g., for listing
- and, if loading from hard disk, changing source
- directories.
-
- Go to the directory which contains the first
- distribution set you wish to install. This is
- either the directory you specified above, if using
- load_dos, or possibly a subdirectory of that
- directory, if you loaded from tape.
-
- When there, run "set_tmp_dir" again, and choose
- the default temporary directory, by hitting
- return at the prompt.
-
- Run the "extract" command, giving it as its sole
- argument the name of the distribution set you
- wish to extract. For example, to extract the binary
- distribution, use the command:
-
- extract bin
-
- and to extract the source distribution:
-
- extract src
-
- After the extraction is complete, go to the location
- of the next set you want to extract, "set_tmp_dir"
- again, and once again issue the appropriate
- extract command. Continue this process until
- you've finished installing all of the sets which you
- desire to have on your hard disk.
-
- After each set is finished, if you know that you
- are running low on space you can remove the
- distribution files for that set by saying:
-
- rm <set>*
-
- For example, if you wish to remove the distribution
- files for the binarydist set, after the "extract bin"
- command has completed, issue the command:
-
- rm bin*
-
- Once you have extracted all sets and are at the "#" prompt
- again, proceed to the section "Configuring Your System,"
- below.
-
- To install via FTP or NFS:
-
- First you must decide on a temporary directory to hold
- the <set>.tar.gz.xx files. The directory /usr/distrib
- is suggested. You should cd to it, if necessary do
- a mkdir first. Use set_tmp_dir to identify this
- directory to the install process.
-
- Configure the appropriate ethernet interface (e.g. ed0,
- ne0, etc.) up, with a command like:
-
- ifconfig <ifname> <ipaddr> [netmask <netmask>]
-
- where <ifname> is the interface name (e.g. ed0, etc.),
- and <ipaddr> is the numeric IP address of the interface.
- If the interface has a special netmask, supply
- the word "netmask" and that netmask at the end of the
- command line. For instance, without a special netmask:
-
- ifconfig ed0 129.133.10.10
-
- or with a special netmask
-
- ifconfig ed0 128.32.240.167 netmask 0xffffff00
-
- or the equivalent
-
- ifconfig ed0 128.32.240.167 netmask 255.255.255.0
-
- If you are using the AUI connector on a 3C503 card, you
- must also set the LLC0 flag (the default is to use the BNC
- connector):
-
- ifconfig ed0 130.252.23.86 llc0
-
- If the NFS server or FTP server is not on a directly-
- connected network, you should set up a route to it
- with the command:
-
- route add default <gate_ipaddr>
-
- where <gate_ipaddr> is your gateway's numeric IP address.
-
- If you are NFS-mounting the distribution sets,
- mount them on the temporary directory with the command:
-
- mount -t nfs <serv_ipaddr>:<dist_dir> <tmp_dir>
-
- where <serv_ipaddr> is the server's numeric IP address,
- <dist_dir> is the path to the distribution files on
- the server, and <tmp_dir> is the name of the local
- temporary directory (e.g., /usr/distrib). Proceed as if
- you had loaded the files from tape, "cd"ing to the
- appropriate directories and running "set_tmp_dir" and
- "extract" as appropriate.
-
- If you are retrieving the distribution sets using ftp,
- cd into the temp directory, and execute the command:
-
- ftp <serv_ipaddr>
-
- where <serv_ipaddr> is the server's numeric IP address.
- Get the files with FTP, taking care to use binary mode
- to transfer all files. A simple set of commands is
-
- ftp <serv_ipaddr>
- user ftp
- passwd <user-id>@
- hash
- binary
- prompt
- cd <where/the/binarydist/files/are>
- mget *
- cd <where/the/sourcedist/files/are>
- mget *
- quit
-
- Once you have all of the files for the distribution sets
- that you wish to install, you can proceed using the
- instructions above as if you had installed the files
- from a floppy.
-
- To install via Kermit:
-
- First you must decide on a temporary directory to hold
- the <set>.tar.gz.xx files. The directory /usr/distrib
- is suggested. You should cd to it, if necessary do
- a mkdir first. Use set_tmp_dir to identify this
- directory to the install process.
-
- Invoke kermit and dial the remote kermit server.
- A typical session might be:
- # stty -f /dev/sio01 clocal
- # kermit
- C-Kermit> set file type binary
- C-Kermit> set line /dev/sio01
- C-Kermit> set baud 9600
- C-Kermit> set receive packet 740
- C-Kermit> set window 4
- C-Kermit> set block 2
- C-Kermit> connect
- Connecting to /dev/sio01, speed 9600.
- The escape character is Ctrl-\ (ASCII 28, FS)
- Type the escape character followed by C to get back,
- or followed by ? to see other options.
- atdt 1234567 <-- dial the remote
- Connect 9600
- login: mylogin <-- login to the remote
- [...]
- remote$ kermit -ix <-- remote kermit as binary server
- [...]
- ^\C <-- return to local kermit
- C-Kermit> get bin_tgz* <-- request files from remote
- [...] (wait long for transfer to complete)
- C-Kermit> finish <-- terminate remote server
- C-Kermit> connect
- C-Kermit> exit <-- exit remote kermit
- remote$ exit <-- exit remote host
- ^\C <-- return to local kermit
- C-Kermit> exit <-- exit local kermit
-
- At this point the binary distribution should be
- downloaded to the FreeBSD system. Run the "extract"
- command, giving it as its sole argument the name
- of the distribution set you wish to extract. For
- example, to extract the binary distribution, use
- the command:
-
- extract bin
-
- and to extract the source distribution:
-
- extract src
-
- After the extraction is complete, go to the location
- of the next set you want to extract, "set_tmp_dir"
- again, and once again issue the appropriate
- extract command. Continue this process until
- you've finished installing all of the sets which you
- desire to have on your hard disk.
-
- After each set is finished, if you know that you
- are running low on space you can remove the
- distribution files for that set by saying:
-
- rm <set>*
-
- For example, if you wish to remove the distribution
- files for the binarydist set, after the "extract bin"
- command has completed, issue the command:
-
- rm bin*
-
- Once you have extracted all sets and are at the "#" prompt
- again, proceed to the section "Configuring Your System,"
- below.
-
-
-Further Tips on Installing FreeBSD
-------- ---- -- ---------- -------
-
- You might wish to install the binarydist first, get that
- working, and then at a later point in time have a go at
- installing the sourcedist. BEFORE YOU REBOOT AFTER INSTALLING
- THE BINARYDIS, you must preserve the commands that do the
- extracting. They are kept in the single-user-mode .profile
- file called /.profile. Proceed like this:
-
- mv /.profile /.profile.install
- ln /root/.profile /.profile
-
- When you are ready to install the sourcedist at some time
- in the future, get into multi-user mode (i.e., the normal
- means of running FreeBSD) and issue these commands:
-
- cp /.profile.install /.profile
- shutdown now
-
- This will cause the system to go into single-user mode, and
- the install profile will be active (i.e., you will find the
- commands load_dos, extract etc available to you again).
-
- If your disk has several operating systems, you may want
- to install a boot manager such as Thomas Wolfram's os-bs
- for selecting which system to boot. os-bs135.exe and other
- boot managers are available from the tools directory of
- the FreeBSD FTP site. os-bs works well with DOS, OS/2,
- FreeBSD and other systems, however, it cannot currently
- be used to boot FreeBSD from a second hard disk. Another
- boot manager, such as boot-easy should be used.
-
- To install, for instance, os-bs, boot the system with
- MS-DOS and insert the dos-floppy containing os-bs135.exe
- in floppy drive A:. Then enter the DOS commands:
- > A:
- > os-bs135
- > cd os-bs
- > os-bs
- A menu should now appear on the screen. Use the cursor keys
- to highlight the install option, hit ENTER, and follow the
- instructions from there.
-
- For more information about the ob-bs program, including its
- capabilities and limitations, see the file `readme.1st' in the
- os-bs directory.
-
- If your disk has several operating systems and you choose
- not to install os-bs, then fdisk can be used to change
- the boot system. This is done by making the primary
- partition for the boot system active. FreeBSD has an
- fdisk command that can be used for this purpose as well.
-
-
-Configuring Your System:
------------ ---- ------
-
-Once you have finished extracting all of the distribution sets that you
-want on your hard drive and are back at the "#" prompt, you are ready
-to configure your system.
-
-The configuration utility expects that you have installed the base
-system. If you have not, you will not be able to run it successfully
-(nor will you have a functional system regardless of configuration).
-
-To configure the newly installed operating system, run the command
-"configure".
-
-Configure will ask for the machine's hostname, domain name, and other
-network configuration information. You should check that configure has
-set up the following files correctly:
-
- /etc/netstart
- /etc/myname
-
-Once you have supplied configure all that it requests, your machine
-will be configured well enough that when you reboot it it will be a
-completely functional FreeBSD system. It is not completely configured,
-however; you should adjust the /etc/sendmail.cf file as necessary to
-suit your site and/or disable sendmail in /etc/rc and you should look
-in /etc/netstart to make sure the flags are defined correctly for your
-site. You might wish to set up several other tcp/ip files, such as
-
- /etc/resolv.conf
- /etc/networks
-
-Once you are done with configuration, reboot with the "reboot" command.
-
-When it boots off of the hard drive, you will have a complete FreeBSD
-system! CONGRATULATIONS! (You really deserve them!!!)
-
-
-Administrivia:
--------------
-
-Registration? What's that?
-
-If you've got something to say, do so! We'd like your input.
-
-Please send random comments to:
-
- FreeBSD-questions@freefall.cdrom.com
-
-Please send bug reports, and that sort of material to:
-
- FreeBSD-bugs@freefall.cdrom.com
-
-If you'd like to help with this effort, and have an idea as to how
-you could be useful, send mail to:
-
- FreeBSD-hackers@freefall.cdrom.com
-
-THANKS FOR USING THIS; that's what makes it all worthwhile.
-
-[a favor: Please avoid mailing huge documents or files to these mailing lists,
- as they will end up in our personal mail spools. We will be
- happy to make other arrangements]
-
-This is $Id: install_notes,v 1.13 1994/02/22 17:11:27 rgrimes Exp $
diff --git a/etc/etc.i386/kc.profile b/etc/etc.i386/kc.profile
deleted file mode 100644
index 1bc715b..0000000
--- a/etc/etc.i386/kc.profile
+++ /dev/null
@@ -1,80 +0,0 @@
-# $Id: kc.profile,v 1.6 1994/02/21 21:52:00 rgrimes Exp $
-#
-# rc for kernel distribution floppy
-
-PATH=/bin:/sbin
-export PATH
-
-reboot_it() {
- echo ""
- echo "halting the machine..."
- halt
- echo "Halt failed! Try power-cycling the machine..."
- exit 1
-}
-
-bail_out() {
- echo ""
- echo "Time to reboot the machine!"
- echo "Once the machine has halted (it'll tell you when),"
- echo "remove the floppy from the disk drive and press"
- echo "any key to reboot."
- reboot_it
-}
-
-echo ""
-echo ""
-echo Enter '"copy"' at the prompt to copy the kernel on this
-echo floppy to your hard disk. enter anything else to reboot,
-echo but wait for the machine to restart to remove the floppy.
-echo ""
-echo -n "kc> "
-
-read todo
-
-if [ X"$todo" = Xcopy ]; then
- echo ""
- echo "What disk partition should the kernel be installed on?"
- echo "(e.g., "wd0a", "sd0a", etc.)"
- echo ""
- echo -n "copy kernel to> "
- while :; do
- read diskpart junk
- [ -c /dev/r$diskpart ] && break
- echo "${diskpart}: invalid partition"
- echo
- echo -n "copy kernel to> "
- done
- echo ""
- echo "Checking the filesystem on $diskpart..."
- fsck -y /dev/r$diskpart
- if [ $? -ne 0 ]; then
- echo ""
- echo "fsck failed... Sorry, can't copy kernel!"
- bail_out
- fi
- echo -n "Mounting $diskpart on /mnt... "
- mount /dev/$diskpart /mnt
- if [ $? -ne 0 ]; then
- echo ""
- echo "mount failed... Sorry, can't copy kernel!"
- bail_out
- fi
- echo "done."
- echo -n "Copying kernel... "
- cp -p /kernel /mnt
- if [ $? -ne 0 ]; then
- echo "failed... (?!?!?!)"
- bail_out
- fi
- echo "done."
- echo -n "Unmounting $diskpart... "
- umount /mnt > /dev/null 2>&1
- if [ $? -ne 0 ]; then
- echo -n "failed... Shouldn't be a problem... "
- fi
- echo "done."
- bail_out
-fi
-
-reboot_it
diff --git a/etc/manpath.config b/etc/manpath.config
deleted file mode 100644
index f6e6d68..0000000
--- a/etc/manpath.config
+++ /dev/null
@@ -1,30 +0,0 @@
-# manpath.config
-#
-# This file is read by manpath to configure the mandatory manpath, to
-# map each path element to a manpath element and to determine where the
-# "man" binary lives. The format is:
-#
-# MANBIN pathname
-# MANDATORY_MANPATH manpath_element
-# MANPATH_MAP path_element manpath_element
-#
-# MANBIN is optional
-#
-#MANBIN /usr/bin/man
-#
-# every automatically generated MANPATH includes these fields
-#
-MANDATORY_MANPATH /usr/share/man
-MANDATORY_MANPATH /usr/local/man
-MANDATORY_MANPATH /usr/X386/man
-#MANDATORY_MANPATH /usr/X11R6/man
-#
-# set up PATH to MANPATH mapping
-#
-MANPATH_MAP /bin /usr/share/man
-MANPATH_MAP /usr/bin /usr/share/man
-MANPATH_MAP /usr/ucb /usr/share/man
-MANPATH_MAP /usr/local/mh /usr/local/mh/man
-MANPATH_MAP /usr/local/bin /usr/local/man
-MANPATH_MAP /usr/X386/bin /usr/X386/man
-#MANPATH_MAP /usr/X11R6/bin /usr/X11R6/man
diff --git a/etc/myname b/etc/myname
deleted file mode 100644
index a0d6cce..0000000
--- a/etc/myname
+++ /dev/null
@@ -1 +0,0 @@
-myname.my.domain
diff --git a/etc/namedb/root.cache b/etc/namedb/root.cache
deleted file mode 100644
index 56e5d72..0000000
--- a/etc/namedb/root.cache
+++ /dev/null
@@ -1,26 +0,0 @@
-; Updated from ns.internic.net root NS record 21.3.1995 by wollman
-;
-; $Id$
-
-; Initial cache data for root domain servers.
-. IN NS NS.INTERNIC.NET.
- IN NS AOS.ARL.ARMY.MIL.
- IN NS NS1.ISI.EDU.
- IN NS C.PSI.NET.
- IN NS TERP.UMD.EDU.
- IN NS NS.NASA.GOV.
- IN NS NIC.NORDU.NET.
- IN NS NS.ISC.ORG.
- IN NS NS.NIC.DDN.MIL.
-
-; Prep the cache (hotwire the addresses). Order does not matter.
-NS.INTERNIC.NET. IN A 198.41.0.4
-AOS.ARL.ARMY.MIL. IN A 128.63.4.82
- IN A 192.5.25.82
-NS1.ISI.EDU. IN A 128.9.0.107
-C.PSI.NET. IN A 192.33.4.12
-TERP.UMD.EDU. IN A 128.8.10.90
-NS.NASA.GOV. IN A 128.102.16.10
- IN A 192.52.195.10
-NIC.NORDU.NET. IN A 192.36.148.17
-NS.ISC.ORG. IN A 192.5.5.241
diff --git a/etc/passwd b/etc/passwd
deleted file mode 100644
index e004afe..0000000
--- a/etc/passwd
+++ /dev/null
@@ -1,10 +0,0 @@
-root:*:0:0:Charlie &:/root:/bin/csh
-toor:*:0:0:Bourne-again Superuser:/root:
-daemon:*:1:31:The devil himself:/root:
-operator:*:2:20:System &:/usr/guest/operator:/bin/csh
-bin:*:3:7:Binaries Commands and Source,,,:/:/dev/null
-games:*:7:13:Games pseudo-user:/usr/games:
-uucp:*:66:1:UNIX-to-UNIX Copy:/var/spool/uucppublic:/usr/lib/uucp/uucico
-ingres:*:267:74:& Group:/usr/ingres:/bin/csh
-falcon:*:32766:31:Prof. Steven &:/usr/games:/usr/games/wargames
-nobody:*:32767:9999:Unprivileged user:/nonexistent:/dev/null
diff --git a/etc/rc.maint b/etc/rc.maint
deleted file mode 100644
index 8311df1b..0000000
--- a/etc/rc.maint
+++ /dev/null
@@ -1,67 +0,0 @@
-#!/bin/sh
-# $Id: rc.maint,v 1.3 1995/03/29 03:30:22 jkh Exp $
-# From: @(#)rc 5.27 (Berkeley) 6/5/91
-
-# Various maintainance tasks to be done as the system is coming up
-
-# /var/crash should be a directory or a symbolic link
-# to the crash directory if core dumps are to be saved.
-if [ "X${savecore}" = X"YES" -a -d /var/crash ]; then
- echo; echo -n checking for core dump...
- savecore /var/crash
- echo done.
-fi
-
-# clean up left-over files
-rm -f /etc/nologin
-rm -f /var/spool/lock/*
-rm -f /var/spool/uucp/.Temp/*
-
-# clean out the old utmp file.
-(cd /var/run && { rm -rf -- *; cp /dev/null utmp; chmod 644 utmp; })
-
-# Check the quotas
-if [ "X${check_quotas}" = X"YES" ]; then
- echo 'checking quotas:'
- quotacheck -a
- echo ' done.'
- quotaon -a
-fi
-
-# build ps databases
-kvm_mkdb
-dev_mkdb
-
-# snapshot any kernel -c changes back to disk
-echo 'check for kernel -c changes'
-/sbin/dset -q
-
-# Whack the pty perms back into shape.
-chmod 666 /dev/tty[pqrs]*
-
-# check the password temp/lock file
-if [ -f /etc/ptmp ]
-then
- logger -s -p auth.err \
- "password file may be incorrect -- /etc/ptmp exists"
-fi
-
-# Recover vi editor files.
-virecovery=/var/tmp/vi.recover/recover.*
-if [ "$virecovery" != "/var/tmp/vi.recover/recover.*" ]; then
- echo 'Recovering vi editor sessions'
- for i in $virecovery; do
- sendmail -t < $i
- done
-fi
-
-echo clearing /tmp
-
-# prune quickly with one rm, then use find to clean up /tmp/[lq]*
-# (not needed with mfs /tmp, but doesn't hurt there...)
-(cd /tmp && rm -rf [a-km-pr-zA-Z]* &&
- find -d . ! -name . ! -name lost+found ! -name quotas -exec rm -rf -- {} \;)
-
-if [ "X${accounting}" = X"YES" -a -d /var/account ]; then
- echo 'turning on accounting'; accton /var/account/acct
-fi
diff --git a/etc/rc.netstart b/etc/rc.netstart
deleted file mode 100644
index 7a211f4..0000000
--- a/etc/rc.netstart
+++ /dev/null
@@ -1,141 +0,0 @@
-#!/bin/sh -
-#
-# $Id: netstart,v 1.23 1995/03/22 18:00:35 jkh Exp $
-# From: @(#)netstart 5.9 (Berkeley) 3/30/91
-
-# my-name is my symbolic name
-# my-netmask is specified in /etc/networks
-#
-if [ -z "`hostname -s`" ] ; then
- hostname $hostname
-fi
-
-# Set the domainname if we're using NIS
-if [ -z "`domainname`" -a -e "/etc/defaultdomain" ] ; then
- domainname=`cat /etc/defaultdomain`
- domainname $domainname
-fi
-
-for i in /etc/hostname.*
-do
- ifn=`expr $i : '/etc/hostname\.\(.*\)'`
- if [ -e /etc/hostname.$ifn ]; then
- if [ -e /etc/start_if.$ifn ]; then
- sh /etc/start_if.$ifn $ifn
- fi
- ifconfig $ifn `cat /etc/hostname.$ifn`
- ifconfig $ifn
- fi
-done
-
-# set the address for the loopback interface
-ifconfig lo0 inet localhost
-
-# set interface for multicasts to default interface
-# this needs to happen before router discovery
-route add 224.0.0.0 -netmask 0xf0000000 -interface $hostname
-
-if [ -n "$defaultrouter" -a "x$defaultrouter" != "xNO" ] ; then
- route add default $defaultrouter
-elif [ -f /etc/defaultrouter ] ; then
- route add default `cat /etc/defaultrouter`
-fi
-
-# use loopback, not the wire
-# route add $hostname localhost
-
-echo -n starting network daemons:
-
-# Portmapper should always be run, to provide RPC services for inetd.
-if [ -x /usr/sbin/portmap ]; then
- echo -n ' portmap'; portmap
-fi
-
-# $gated and $routedflags are imported from /etc/sysconfig.
-# If $gated == YES, gated is used; otherwise routed.
-# If $routedflags == NO, routed isn't run.
-if [ "X${gated}" = X"YES" -a -r /etc/gated.conf ]; then
- echo -n ' gated'; gated $gatedflags
-elif [ "X${routedflags}" != X"NO" ]; then
- echo -n ' routed'; routed $routedflags
-fi
-
-# $namedflags is imported from /etc/sysconfig
-if [ "X${namedflags}" != "XNO" ]; then
- echo -n ' named'; named $namedflags
-fi
-
-# $ntpdate and $xntpdflags are imported from /etc/sysconfig.
-# If $ntpdate != NO, run ntpdate $ntpdate to set the date correctly.
-# If $xntpdflags != NO, start xntpd.
-if [ "X${ntpdate}" != X"NO" -o "X${xntpdflags}" != X"NO" ]; then
- if [ "X${tickadjflags}" != X"NO" ]; then
- echo -n ' tickadj'; tickadj ${tickadjflags--Aq}
- fi
-
- if [ "X${ntpdate}" != X"NO" ]; then
- echo -n ' ntpdate'; ntpdate ${ntpdate}
- fi
-
- if [ "X${xntpdflags}" != X"NO" ]; then
- echo -n ' xntpd'; xntpd ${xntpdflags}
- fi
-fi
-
-# $timedflags is imported from /etc/sysconfig;
-# if $timedflags == NO, timed isn't run.
-if [ "X${timedflags}" != X"NO" ]; then
- echo -n ' timed'; timed $timedflags
-fi
-
-# $rwhod is imported from /etc/sysconfig;
-# if $rwhod is set to YES, rwhod is run.
-if [ "X${rwhod}" = X"YES" ]; then
- echo -n ' rwhod'; rwhod
-fi
-
-if [ "X${nfs_server}" = X"YES" -a -r /etc/exports ]; then
- echo -n ' mountd'; mountd
- echo -n ' nfsd'; nfsd -u -t 4
-fi
-
-if [ "X${nfs_client}" = X"YES" ]; then
- echo -n ' nfsiod'; nfsiod -n 4
-fi
-
-if [ "X${amdflags}" != X"NO" ]; then
- echo -n ' amd'; amd ${amdflags}
-fi
-
-# $sendmail_flags is imported from /etc/sysconfig;
-# if $sendmail_flags is something other than NO, sendmail is run.
-if [ "X${sendmail_flags}" != X"NO" -a -r /etc/sendmail.cf ]; then
- echo -n ' sendmail'; sendmail ${sendmail_flags}
-fi
-
-# Kerberos runs ONLY on the Kerberos server machine
-if [ "X${kerberos_server}" = X"YES" ]; then
- echo -n ' kerberos'; kerberos >> /var/log/kerberos.log &
- echo -n ' kadmind'; \
- (sleep 20; /usr/sbin/kadmind -n >/dev/null 2>&1 &) &
-fi
-
-# Start ypserv if we're an NIS server.
-# Run yppasswdd only on the NIS master server
-if [ "X${nis_serverflags}" != X"NO" ]; then
- echo -n ' ypserv'; ypserv ${nis_serverflags}
-
- if [ "X${yppasswddflags}" != X"NO" ]; then
- echo -n ' yppasswdd'; yppasswdd ${yppasswddflags}
- fi
-fi
-
-
-# Start ypbind if we're an NIS client
-if [ "X${nis_clientflags}" != X"NO" ]; then
- echo -n ' ypbind'; ypbind ${nis_clientflags}
-fi
-
-echo -n ' inetd'; inetd
-echo '.'
-
diff --git a/etc/skey.access b/etc/skey.access
deleted file mode 100644
index ad0245f..0000000
--- a/etc/skey.access
+++ /dev/null
@@ -1,30 +0,0 @@
-# This file controls whether UNIX passwords are to be permitted. Rules
-# are matched in order, and the search terminates when the first matching
-# rule has been found.
-#
-# Each rule has the form:
-#
-# permit condition condition...
-# deny condition condition...
-#
-# Where "permit" or "deny" may be followed by zero or more conditions.
-#
-# A rule is matched when all conditions are satisfied. A rule without
-# conditions is always satisfied.
-#
-# Examples of conditions are:
-#
-# hostname wzv.win.tue.nl
-# internet 131.155.210.0 255.255.255.0
-# port ttya
-# user root
-# group wheel
-#
-# The old S/Key form (permit/deny netnumber netmask) is still supported.
-#
-#permit user uugiga # uucp login via modem or internet
-#permit port ttyb # local
-#permit port console # local
-#deny # anything else
-
-permit # permit plaintext passwords all the time
diff --git a/etc/userids b/etc/userids
deleted file mode 100644
index 3cda32f..0000000
--- a/etc/userids
+++ /dev/null
@@ -1 +0,0 @@
-515
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