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-Well here is a little description of what DrakX needs to work in comparison
-to the RH newt install.
-
-********************************************************************************
-* CVS **************************************************************************
-********************************************************************************
-Like all good free software, DrakX is in CVS :)
-
-You can access it at http://www.mandrakelinux.com/cgi-bin/cvsweb.cgi/gi
-
-or via
-
-export CVS_RSH=ssh
-export CVSROOT=:ext:anoncvs@cvs.mandrakesoft.com:/cooker
-cvs checkout gi
- (enter password 'cvs')
-
-
-This is only read-only access. If you want more, tell me (pixel@mandrakesoft.com)
-
-Alas, all is not in CVS as a lot of things are binary files.
-
-For the boot kernel, see https://kenobi.mandrakesoft.com/~chmou/kernel/BOOT/
-or build your own: 
-- install the kernel-*.src.rpm from
-- go to the /usr/src/RPM/SPECS/ (or any others topdir you have configured).
-- type rpm -ba --with BOOT kernel-2.4.spec.
-Then see function install_kernel() at the end of gi/update_kernel.
-
-For the other things, take SRPMS/DrakX-*.src.rpm
-
-Please note that redoing *all* the stuff is not for the faint of heart. I myself
-sometimes wonder what the whole make does :-%
-Instead, changing some .pm files is quite easy (nice interpreted language)
-
-********************************************************************************
-* Making your custom install ***************************************************
-********************************************************************************
-If you have your own rpms you want to add, or make your own updated cdrom, you
-just have to issue:
-
-% gendistrib --noclean --distrib <DIRS>
-
-Where <DIRS> is the root of all the media that the install will see, this first
-one is the main one :
-
-(1) network or 1-cdrom installs
-	DIRS == the root directory of the Distribution
-
-(2) multi-cdrom install
-	DIRS == the root directories of all the media that the install will see
-
-``gendistrib'' will scan the file Mandrake/base/hdlists in the main root
-directory (the first one in DIRS) to search for all media used. Typically you
-use Mandrake/RPMS* for RPM packages repository.
-For multi-cd, please use Mandrake/RPMS or Mandrake/RPMS1, Mandrake/RPMS2, etc.
-For one CD or a network/hd volume, please use Mandrake/RPMS.
-
-Optionnally, you can modify ``Mandrake/base/rpmsrate''; this file manages
-the relative importance of the files, and thus their installation or not.
-
-Also, mdkinst_stage2.gz must be remade if you modify files in Mandrake/mdkinst.
-See below for information about these files.
-
-********************************************************************************
-* FILES ************************************************************************
-********************************************************************************
-First here are the different things needed :
-
-Mandrake/base/hdlists
-	description of the available install media.
-	format is one line for one medium as
-		<hdlist_name> <rpms_directory> <description>
-	<hdlist_name> should be match regexp /hdlist\S*.cz2?/
-	for example (two cd install) you get
-		hdlist1.cz	Mandrake/RPMS1	Boot CD
-		hdlist2.cz	Mandrake/RPMS2	Extension CD
-
-Mandrake/base/hdlist*.cz
-	table of rpm's headers, referred by ``hdlists''
-	their contents can be listed using ``packdrake -l <hdlist_file>'' or
-	or ``parsehdlist <hdlist_file>''.
-	! Need to be remade when Mandrake/RPMS* changes (with ``gendistrib'') !
-
-Mandrake/base/depslist.ordered
-	for each packages, tell which package it depends on. Also contains the
-	size for some (obscure) bloody reasons.
-	! Need to be remade when Mandrake/RPMS* changes !
-	(with ``gendistrib --noclean --distrib .'')
-
-Mandrake/base/compss
-	obsoletes comps. It store packages in different categories, generated
-	from the %{GROUP} field
-	! Need to be remade when Mandrake/RPMS* changes !
-	(with ``gendistrib --noclean --distrib .'')
-
-Mandrake/base/rpmsrate
-	ranks and classify packages, so that the installer will know which
-        ones to install. format is :
-		<intern_group>
-			<level> <packages>
-	where <intern_group> is a symbolic name used in Mandrake/base/compssUsers* files,
-	and <level> defines importance level as described below :
-		5	must have
-		4	important
-		3	very nice
-		2	nice
-		1	maybe
-	by default (for non expert), group selects packages for level 4 (important)
-	and 5 (must have). export mode add 3 (very nice) level. other level (below 2)
-	can only be selected using individual package selection.
-
-Mandrake/mdkinst
-	live system used on certain installs. See ``Ramdisk or not'' below for
-	more.
-
-Mandrake/base/mdkinst_stage2.bz2
-	for the ramdisk. live sytem in ext2 filesystem bzipped2.
-	generated from Mandrake/mdkinst tree using misc/make_mdkinst_stage2
-	See ``Ramdisk or not'' below for more.
-
-Mandrake/base/rescue_stage2.bz2
-	rescue ramdisk. live sytem in ext2 filesystem bzipped2.
-	this is the ramdisk loaded when typing rescue on boot prompt.
-	there is no live system available, only the ramdisk is used.
-
-images/*.img
-	boot images to use with DrakX. Use:
-	- cdrom for cdrom install
-	- network for ftp/nfs install (non-pcmcia devices)
-	- hd for hard-disk install
-	- pcmcia for pcmcia install (see ``PCMCIA install'' below for more)
-
-	the following modules have been removed from:
-          network.img: acenic sk98lin de4x5
-          cdrom.img and hd.img: BusLogic seagate fdomain g_NCR5380 dc395x_trm tmscsim
-          hd.img: dpt_i2o eata eata_pio eata_dma
-          cdrom.img: aztcd gscd isp16 mcd mcdx optcd cm206 sjcd 
-          pcmcia.img: apa1480_cb
-	they are now in "other.img", 
-
-	blank.img is a blank boot image without a kernel nor initrd. this image
-	can be used to generate custom boot disk (to use it:
-	compile your custom kernel with everything needed
-	compiled in the kernel, not as a module (loop.o, ext3.o
-	if needed, usb stuff, etc) and put the "vmlinuz" on the
-	blank.img, then boot on it)
-
-	if you think one of those modules is used a lot, tell me, i may find some room
-	to put it back on the main floppies.
-
-
-********************************************************************************
-* logs *************************************************************************
-********************************************************************************
-During install, a lot of interesting stuff can be found in different places:
-in consoles and in files. To switch to console 2 for example, do Ctrl-Alt-F2
-from the X install.
-- alt-F1: the stdout of the install. Not very interesting stuff
-- alt-F2: simple shell. Quite a lot of commands are available but as they are
-written in perl (for space), they do not handle the very same options as normal.
-After install, you can do ``chroot /mnt'' to see your system just like after
-rebooting. ``rpm -qa'' works for example.
-- alt-F3: a lot of interesting things. Be carefull, some ``ERROR'' messages are
-not interesting.
-- alt-F4: kernel's place. aka the output of dmesg.
-- alt-F7: the graphical install lives there
-
-- command "bug" puts on floppy lots of interesting stuff.
-- /tmp/stage1.log: same as alt-F3 part when stage1 run (e.g. actions
-  before graphical install really begins)
-- /tmp/ddebug.log: (nearly the) same as latter alt-F3 part
-- /tmp/syslog: same as alt-F4
-- /mnt/root/drakx/ddebug.log: at the end of each step, DrakX tries to backup
-  /tmp/ddebug.log to /mnt/root/drakx. Available only after mounting of /.
-- /mnt/root/drakx/install.log: the log of the installation (or upgrade) of the rpms
-(just like rpm's /mnt/tmp/(install|upgrade).log)
-- /mnt/root/drakx/auto_inst.cfg.pl: a kickstart file generated at the end of each
-step. Can be used in 2 ways: kickstart install or ``defcfg'' install. Hopefully
-you know about kickstart. ``defcfg'' is a way to customize the default values in
-install. For example, French can be the default language with a qwerty keyboard,
-the auto-partitionning partitions can be changed, the default user class can be
-set to developer (!)...
-
-********************************************************************************
-* po translation files *********************************************************
-********************************************************************************
-DrakX uses .po files for its translation. A script takes the different
-strings out of the .pm files. It generates the DrakX.pot file which contains
-all the english strings to translate.
-To add a new language, you just have to add it to lang.pm (if it's not there
-already) and put the .po in the perl-install/po directory (see ``Ramdisk or
-not'' to know if you have to regenerate the mdkinst_stage2.gz)
-
-********************************************************************************
-* PCMCIA install ***************************************************************
-********************************************************************************
-If the media you use to install is a pcmcia device, use the pcmcia boot disk.
-
-********************************************************************************
-* Ramdisk or not ***************************************************************
-********************************************************************************
-The DrakX install is much bigger than the newt one. So the ramdisk which was
-used is getting big, and costs a lot in memory 
-(eg: the mdkinst_stage2 is 14MB - 23/09/99)
-(update! now size is 21MB - 24/01/01)
-(update! now size is 19MB - 26/04/01)
-
-|       | newt    | DrakX
-|-------+---------+----------------------------------------------------------
-| nfs   | live    | live
-| ftp   | ramdisk | ramdisk
-| http  | ramdisk | ramdisk
-| hd    | ramdisk | live if Mandrake/mdkinst/usr/bin/runinstall2 is a link,
-|       |         |   ramdisk otherwise
-| cdrom | ramdisk | live if memory < 52MB, ramdisk otherwise
-
-Where ramdisk is needed, if detected memory is below the limit allowed for
-ramdisk (maintained in file gi/mdk-stage1/config-stage1.h; currently 52 Mb),
-a failure dialog will be printed explaining that there is not enough memory
-to perform the installation.
-
-When i say live, it means that the stage1 will *mount* the
-Mandrake/mdkinst and use it that way.
-
-The ramdisk is used in place of the live in some cases. This ramdisk is filled
-with mdkinst_stage2.gz
-
-For cdrom install, the ramdisk is used to speed up things (access time is quite
-high on cdrom drives)
-
-For pcmcia, it depends on the type of install.
-
-
-********************************************************************************
-* modules **********************************************************************
-********************************************************************************
-Modules can be found in at least 2 places:
-- in /modules/modules.mar
-- in /lib/modules.cz<KERNEL_VERSION_RELEASE>
-
-/modules/modules.mar is used in mdk-stage1. It contains only modules
-interesting for one kind of install. For example in an hd install, it
-contains scsi modules. For a network install, it contains network card
-modules. (To create, extract or view files in a ``mar'' archive, please
-use gi/mdk-stage1/mar/mar; this is basically an archive format meant to
-be minimalistic)
-
-/lib/modules.cz<KERNEL_VERSION_RELEASE> contains all modules, it is used
-in stage2.
-
-
-To manually install a module during install, switch to console #2
-and type "modprobe <modulename>". The modprobe program is a perl
-wrapper around /usr/bin/insmod. It uses the dependencies found in
-/modules/modules.dep (stage1).
-
-/usr/bin/insmod is a wrapper around /usr/bin/insmod_. It just extracts the
-module out of /lib/modules.cz in /tmp. Then it calls insmod_.
-
-/usr/bin/insmod_ is the real prog (which you usually find in /sbin/). You need
-to give it the complete path.
-
-********************************************************************************
-* Making screenshots ***********************************************************
-********************************************************************************
-1. easy solution: press "F2"!
-
-2. On a test machine, make a network install, switch to console (ctrl-alt-F2), enter:
-% xhost+
-then, on another computer:
-% DISPLAY=test_machine:0 xwd -root | convert - screenshot.png
-
-********************************************************************************
-* Auto install *****************************************************************
-********************************************************************************
-A powerful auto-install system is available. It allows performing
-an install without any human interaction.
-
-To feed automatic parameters to the stage1 part (the textmode
-part - might not be necessary for you if you plan to do
-cdrom-based auto-installs, but mostly highly needed when doing
-network installs), please refer to ../mdk-stage1/doc/TECH-INFOS.
-
-About the stage2 part (the actual installer, at the time you're
-(usually) running in graphical mode), please refer to the nice
-documentation written by David Eastcott. Either install the
-package "drakx-autoinstall-doc" from contrib, or browse:
-
-http://members.shaw.ca/mandrake/drakx/9.0/HTML/
-
-The previous document will explain you how to setup the contents
-of the auto_inst.cfg file. Note that you have 3 alternatives for
-providing this file:
-- from a floppy disk; use "kickstart=floppy" as kernel parameter,
-  as explained in the document
-- from the installation volume itself; put the file in the
-  "Mandrake/base" directory of the installation volume; use
-  "kickstart" only, or "kickstart=filename" to specify another
-  filename than auto_inst.cfg
-- specified by the network; setup your DHCP server to provide the
-  "bootfile" parameter, this file will be used as the
-  "auto_inst.cfg" file, in the case you also provide the
-  "netauto" boot parameter
-
-In any case, if the specified file ends with -IP or -IP.pl, IP
-will be substituted by the IP address of the machine, when doing
-a network install. Might be useful so that you can control all
-your auto installs from your server.
-
-********************************************************************************
-* Miscellaneous ****************************************************************
-********************************************************************************
->  o Media access methods: nfs, ftp, http, hd, cdrom
->  o Stages: init, stage1, stage2
->    - What exactly each stage does
-
-init loads stage1
-stage1 loads stage2, from various medium type
-
-stage2 is too big to fit on a floppy, that's why stage1 exists
-
->    - How each stage relates to the various media access methods
-
-stage1 knows only how to access to the media is compiled for. It
-contains only the kernel modules needed for that media. For eg,
-the nfs/ftp/http stage1 (network.img floppy) doesn't contain scsi
-modules nor ide.
-
->    - How one stage terminates and another begins. i.e., How does
->      stage1 find, mount, and launch stage2?
-
-  /sbin/init just starts /sbin/stage1, and monitors its
-execution; it's here to cleanly umount the partitions when stage1
-or stage2 dies/finished
-
-  /sbin/stage1 takes care of mounting stage2 (in ramdisk if
-necessary) then it execs /usr/bin/runinstall2 (thus, stage2
-replaces stage1, and init then monitors stage2)
-
->  o Text and Graphic mode installers
->    - Architectural overview of each
-
-have a look at gi/docs/object_class.fig
-
-
-********************************************************************************
-* OEM **************************************************************************
-********************************************************************************
-> I am a system OEM in Bangalore,India selling systems bundled with
-> Mandrake Linux. The problem is that with every system I sell, I need to
-> install & configure the system which takes HOURS!. Can I do a diskcopy
-> instead?
-> 
-> Please Help. This is a major bottleneck for  me.
-
-many solutions:
-
-- make an install on drive hdb, then :
-      dd if=/dev/hdb of=/dev/hdc
-  but you should make sure the hardware is *REALLY* identical.
-
-- try the oem feature
-   3. - burn a cd out of *latest* cooker or 8.0 and above.
-      - boot on it telling "oem" to syslinux
-      !! it will destroy every data on the harddrive or
-         resize (or use free space) if *ONLY* one fat partition is defined !!
-      - you now have a very automated install matrix 
-      (duplicate it with "dd if=/dev/hdb of=/dev/hdc bs=1M count=730")
-
-    put the harddrive in the oem box, the user will now have an *very* automated
-    install, just asking the root password and user password, and some other
-    question according its hardware.
-
-   4. just like 3. but you may have to mount /cdrom after typing rescue on
-      syslinux prompt (oem script do it automatically if a automatic boot nfs
-      network has been done as server is known). under /cdrom may be anything
-      as long as it provides an installation tree of Mandrake Linux.
-      after that run oem script by typing "/etc/oem -f" for normal installation
-      or "/etc/oem -f server" for server installation (normal with server installed).
-
-   5. (just like 3. without burning a cd, doing the first part by hand)
-      have a look at the /etc/oem script on the rescue and do it by hand...
-
-
-cu Pixel, fpons.
-
-
-comments:
-1. maybe copy unnecessary things -> take too long
-   solution -> use bs=8k count=xxxx 
-2. kernel_reread can be found on the new rescue, source is also at end of this
-mail. This solution works with one partition. Can be easily enhanced to many
-primary partitions... For extended partitions, more complicated, but not much :)
-3. has just been added in latest cooker. It may still have some pb. The main
-current limitation is IDE only, though it can be fixed easily for special cases.
-
---------------------------------------------------------------------------------
-#include <stdio.h>
-#include <sys/mount.h>
-#include <fcntl.h>
-
-void die(char *msg)
-{
-  perror(msg);
-  exit(1);
-}
-
-void kernel_read(char *dev)
-{
-  int fd;
-  if ((fd = open(dev, O_RDONLY)) == -1) die("can't open device");
-  ioctl(fd, BLKRRPART, 0);
-  close(fd);
-}
-
-int main(int argc, char **argv) 
-{
-  if (argc != 2) {
-    fprintf(stderr, "usage: kernel_read_part <hard drive device>\n");
-    exit(1);
-  }
-  kernel_read(argv[1]);
-}