Remove since long unused files.
This commit is contained in:
ragge
parent
abab40ee1c
commit
a38dba55a5
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@ -1,12 +0,0 @@
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# $NetBSD: BUGS_MISSINGS,v 1.3 1998/01/05 20:51:55 perry Exp $
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Programs may be hanging with the D flag set, even if they (HIGH)
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don't do I/O at all. (ps, ...) User PTE problem?
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950304/Ragge
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Uba & devices should be converted to use new style config (MEDIUM)
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instead of emulating it. MSCP routines should also be
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fixed so that they can support both uda and kdb disks
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as device ra?.
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/Ragge
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@ -1,190 +0,0 @@
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$NetBSD: INSTALL,v 1.2 1997/03/15 20:08:33 ragge Exp $
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How to install NetBSD/vax
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-------------------------
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1. Device conventions.
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NetBSD standalone system addresses devices like
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'devicename(adapter, controller, unit, partition)'
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Known devicenames are:
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mt - MSCP tape. (TK50, TU81, ...)
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ts - TSV05/TS11 tape.
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ra - RA??/RD?? disks/floppies.
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hp - RP??/RM?? disks.
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rd - RD?? disks on MicroVAX 2000.
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sd - SCSI disks.
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st - SCSI tapes.
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le - LANCE ethernet controller.
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You can omit parameters; ra(0,0) refers to disk 0 partition a
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on default controller. On tapes partition refers to file #
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on the tape.
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Example: DUB1 (DEC syntax) swap partition will be referred as
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ra(1,0,1), DRA2 root partition is hp(2,0).
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2. Installation.
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This document covers installation of a miniroot filesystem on
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the swap partition of a disk from tape/floppy, or setting up
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a netbooted environment.
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Installation of the remaining system on a local disk is best
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done over network or from tape, but this is your own decision.
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The installation principle is to label the root disk,
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copy a miniroot filesystem onto the swap partition,
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boot up from that miniroot filesystem, then create
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root and the other wanted partitions and put system
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to it.
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You will have to deal with 2 files, one is just a boot
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filesystem containing 3 files: boot, copy and edlabel,
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the other is an image of a miniroot filesystem and can
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be split into several pieces depending of what you are
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going to install from.
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2.1 INSTALLATION
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2.1.1 Installation from TK50. (MicroVAX II/III)
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You will need a file called tk50-file1-???.fs and a
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file called tk50-file2-???.fs, where ??? is the
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revision og NetBSD. These files must be written on tape
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in sequential order; file 1 first and then file2.
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_Blocksize_must_be_512!_ Otherwise the tape will not be
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bootable. Then type:
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>>> B/3 MUA0
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This means that you will bring upp boot for asking
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from TK50. (MUA0 is DEC naming). It will come up
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something like
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2..1..0..
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howto 0x3, bdev 0x12, booting...
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9852+456+34916 start 0x0
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Nboot
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:
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At the prompt you type edlabel to label the disk, see
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README.edlabel about how to use it.
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When labeling is finished, halt the computer, bring up
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the Nboot prompt again and this time load copy, see
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README.copy about how to use it. Remember that you are
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copying from file 1 on the tape.
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Now go to step 3.
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2.2 Installation from RX33/RX50. (MicroVAX II/III)
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The difference between RX33 and RX50 is its size. RX50
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is 400k and RX33 is 1200k.
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You will need a file called rxDD-bootdisk-???.fs and
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a couple of files called rxDD-copy?-???.fs, where DD
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is 33 or 50 and ??? is the revision of NetBSD.
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The RX33 installation will be 3 floppies and RX50
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installation will be 7 floppies.
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To boot from floppy type:
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>>> B/3 DUxy
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where x is the controller number and y is device number.
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You will now get up a prompt like
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Nboot
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:
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At the prompt you type edlabel to label the disk, see
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README.edlabel about how to use it.
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When labeling is finished, halt the computer, bring up
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the Nboot prompt again and this time load copy, see
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README.copy about how to use it. Remember that you are
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copying from partition 0 when using floppies.
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Now go to step 3.
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2.3 Installation from TU58. (VAX 11/750).
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Not yet :-(
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2.4 Setting up a net-booted environment (VS2000)
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All VAXen that can boot over network uses MOP, a DEC protocol.
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To be able to use MOP, a MOP daemon must be present on one of
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the machines on the local network. The boot principle is:
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* The VS2000 broadcast a wish to load an image.
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* A mopd answers and send the boot program to the VAX.
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* The boot program does rarp requests, mounts the root filesystem
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and loads the kernel.
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* The kernel is loaded and starts executing.
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You must have a mop daemon available to be able to boot.
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A mopd written by moj@stacken.kth.se can be found at
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ftp.stacken.kth.se:/pub/OS/NetBSD/mopd, and can be compiled
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on many different architectures.
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The boot program uses bootparamd for the rest of the boot sequence
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in exactly the same way as SUNs does.
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To set up a netbooted environment, you need to do the following:
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* Get a mop daemon, and read the docs for configuration. The boot
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file that shall be loaded is snapshot/boot.mopformat
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* Get the snapshot tar files, and unpack them in a exportable
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directory somewhere. Do also put the netbsd.GENERIC kernel
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in the root of your NetBSD/vax hierarchy. Be sure you
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remember to populate the /dev directory.
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* Put the VS2000 ethernet number in ethers, the path to mount
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root and swap in bootparams and exports and be sure to
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export it. See your diskless docs for this.
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* Now it shall boot up diskless.
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You can use the same flags when booting over the net as when
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booting from local disks; like: ">>>B/3 ESA0" will load boot
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in ask state. From here you can load any file you want, even
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copy and edlabel if they are located in the exported root fs.
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Note 1: Netbooting of MicroVAX II/III systems with DEQNA/DELUA
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ethernet does not work does not work yet because lack of standalone
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drivers. Mounting of root and swap over NFS works goos though.
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Note 2: Mopd won't work on VAXen with de/qe ethernet, due to the
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lack of bpf support for those interfaces.
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3. Booting up miniroot.
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When copying is ready, bring the boot program up a third
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time, and this time bring up a real system by telling
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boot where you put your miniroot _and_ also the generic
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kernel name. Example: ra(0,1)gennetbsd, boots gennetbsd
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from swap partition on ra0.
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When kernel is loaded, you will after a while get a
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question about Root device?. Respond to this with
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xx?*, where xx is the device name, ? is the unit
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number and * tells that the system shall use the swap
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partition as root partition. Example:
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Root device? ra0*
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After that a second question:
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Enter pathname of shell or RETURN for sh:
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Just type return. Now you will be in a normal single-user
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shell, and it's just to newfs your partitions, and start
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installation.
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A few things that you must remember to do from miniroot:
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disklabel -B <diskname> to install boot blocks.
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MAKEDEV devices in the newly created root filesystem.
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Copy gennetbsd and boot from miniroot filesystem
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to the newly created root filesystem.
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Good luck! (You may need it)
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Ragge
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@ -1,57 +0,0 @@
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$NetBSD: README,v 1.10 1997/03/15 20:08:34 ragge Exp $
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Devices supported in kernel and _known_ to work:
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CPU: VAX11/750, VAX11/78X, VAX86X0.
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MicroVAX II/III (MicroVAX 3200/3300/3400/3500/3600/3800/3900)
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VAXstation 2000/MicroVAX 2000.
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Net: DEUNA/DELUA Unibus ethernet cards.
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DEQNA/DELQA Q22 bus ethernet cards.
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LANCE ethernet.
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Disks: UDA50 Unibus MSCP controller.
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KDA50/RQDX3 Q22 bus MSCP controller.
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RA??-disks on UDA50 or KDA50.
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RD??-disks on RQDX3. (known as RA?? by system).
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RP??/RM?? disks on Massbus.
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RD?? disks on MFM ctlr.
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SCSI disks.
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Tapes: DILOG Q22 bus tape ctlr w/ Exabyte. (TMSCP emulating)
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TSV05 Q22 bus tape ctlr.
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SCSI tapes.
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TK50 (TMSCP) on Q22 bus.
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Other TMSCP ctlrs may also work, but haven't tried.
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To install and run NetBSD/vax you need at least 4MB of memory,
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and a usable install media. I can provide (on request) a kernel that
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will netboot and run fine on standard 2MB VS2000.
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Supported install media is TK50 tape and RX33/RX50 floppy, or over
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the net. If you do initial installation from floppy then you need a way
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to load the rest of the system, like tape or ethernet.
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NOTE! TU58 INSTALLATION IS NOT YET SUPPORTED.
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Actually, the system will run fine on only 2MB of memory, but
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installation program needs 4MB. If this causes trouble for someone
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tell me and I'll fix it.
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Differences between the NetBSD/vax port and other ports:
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* No dynamic linked libraries, all binaries is statically linked.
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These things will be fixed in the future.
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We who have done parts of the VAX port is:
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Joachim Isaksson, first pmap and lots of help with gcc functionality.
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Mattias Gr|nlund, locore assembler and interrupt handling.
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Mattias ]slund, lots of help and ideas everywhere.
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Bertram Barth, bootblocks and boot routines for MicroVAX.
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Rick Macklem, fixed all MicroVAX II, TMSCP and DEQNA support.
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Gunnar Helliesen is maintaining the NetBSD/VAX FAQ.
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Ken Wellsch wrote DHU11 driver and did kernel optimizations.
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Anders Magnusson (ragge), that's me, who put things together
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and wrote the rest.
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Have fun with it,
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ragge@ludd.luth.se
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@ -1,80 +0,0 @@
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$NetBSD: README.copy,v 1.3 1997/03/15 20:08:35 ragge Exp $
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How to use copy
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------------------
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Edlabel is a standalone program that can copy multiple volumes
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from disk/tape to disk/tape. Mostly it is used to copy the
|
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miniroot filesystem onto the swap partition during initial
|
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installation.
|
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You will here be guided through a session, things with ^^^^ under
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is typed in by the user, comments are within /* */.
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This is an installation from TK50.
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Nboot
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: copy
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^^^^
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10480+468+34868 start 0x0
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copy:
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This program will read miniroot from tape/floppy/disk
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and install this miniroot onto disk.
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Specify the device to read from as xx(N,0), where
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xx is the device-name and N is the unit-number, e.g.
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"mt(0,1)" for the first TMSCP-tape (TK50),
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"ra(2,0)" for the third MSCP-disk/floppy (RX33/RX50)
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device to read from ? mt(0,1) /* Tape 0, file 1 */
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^^^^^^^^
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Specify number of blocks to transfer. Usually this is
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sizeof(miniroot) / 512.
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It's safe to transfer more blocks than just the miniroot.
|
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number of blocks ? 4096 /* Miniroot size is 4096 block */
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^^^^
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If your miniroot is split into volumes, then you must
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specify the number of blocks per volume.
|
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(e.g. 800 blocks per RX50, 2400 blocks per RX33)
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|
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number of blocks per volume ? [4096]
|
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|
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Make sure unit tms(0,1) is online and holds the proper volume.
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Then type 'g' to Go or 'a' to Abort.
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OK to go on ? [g/a] g /* g == go, a == abort */
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^
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Reading ... Reading of miniroot done. (4096 blocks read)
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|
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|
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Now specify the device to write miniroot to as xx(N,1)
|
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where xx is the drive type and N is the drive number.
|
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For example: ra(0,1) refers to MSCP drive #0, b partition
|
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|
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Root disk ? : ra(0,1) /* Actually DUA0, partition b (swap) */
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^^^^^^^^^
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Initializing partition ... done.
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(4096 blocks written.)
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Halt the machine and reboot from distribution media,
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giving second partition as part to mount as root. Ex:
|
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: ra(0,1) for ra disk 0, hp(2,1) for massbuss disk 2
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|
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Halt/Reboot the machine NOW.
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?02 EXT HLT
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PC = 001005F3
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>>>
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|
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|
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|
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-- Ragge
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@ -1,137 +0,0 @@
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$NetBSD: README.edlabel,v 1.1 1995/09/16 12:00:19 ragge Exp $
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How to use edlabel
|
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------------------
|
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|
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|
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Edlabel is a program to edit disklabels on any disks in a standalone
|
||||
environment. Mostly it is used to set labels when doing initial
|
||||
installation procedure. It is started from boot program prompt.
|
||||
You will here be guided through a session, things with ^^^^ under
|
||||
is typed in by the user, comments are within /* */.
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Nboot
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: edlabel
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^^^^^^^
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11700+576+43200 start 0x0
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With this program you can modify everything in the on-disk
|
||||
disklabel. To do something useful you must know the exact
|
||||
geometry of your disk, and have ideas about how you want
|
||||
your partitions to be placed on disk. Some hints:
|
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The a partition should be at least ~20000 blocks, the
|
||||
b (swap) is depending on your use of the machine but it
|
||||
should almost never be less than ~32000 blocks.
|
||||
|
||||
Disk geometry for most DEC disks can be found in the disktab
|
||||
file, and disknames is listed in the installation notes.
|
||||
|
||||
Remember that disk names is given as disk(adapt, ctrl, disk, part)
|
||||
when using the installation tools.
|
||||
|
||||
Label which disk? ra(1,0,0) /* See INSTALL text for device types */
|
||||
^^^^^^^^^
|
||||
getdisklabel: no disk label
|
||||
ra(1,0,0): no disk label
|
||||
(E)dit, (S)how, (D)efaults, (W)rite, (Q)uit) : e
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||||
^
|
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First set disk type. Valid types are:
|
||||
0 unknown
|
||||
1 SMD
|
||||
2 MSCP
|
||||
3 old DEC
|
||||
4 SCSI
|
||||
5 ESDI
|
||||
6 ST506
|
||||
7 HP-IB
|
||||
8 HP-FL
|
||||
9 type 9
|
||||
10 floppy
|
||||
11 ccd
|
||||
12 vnd
|
||||
|
||||
Numeric disk type? [0] 2 /* All disks supported this far is MSCP */
|
||||
Disk name? [] rd54 ^ /* You must know what type your disk is */
|
||||
badsect? [n] ^^^^ /* No badsectoring yet */
|
||||
ecc? [n] /* ECC is automatic, don't care */
|
||||
removable? [n] /* Removable or not, like RA60 */
|
||||
Interleave? [0] 1 /* All MSCP disks is seen like 1 interleave */
|
||||
rpm? [0] 3600 ^ /* 3600 rpm is normal */
|
||||
trackskew? [0] /* don't care */
|
||||
cylinderskew? [0] /* don't care */
|
||||
headswitch? [0] /* don't care */
|
||||
track-to-track? [0] /* don't care */
|
||||
drivedata 0? [0] /* don't care */
|
||||
drivedata 1? [0] /* don't care */
|
||||
drivedata 2? [0] /* don't care */
|
||||
drivedata 3? [0] /* don't care */
|
||||
drivedata 4? [0] /* don't care */
|
||||
|
||||
bytes/sector? [0] 512 /* Probably only sive on VAX systems */
|
||||
^^^
|
||||
sectors/track? [0] 17 /* You must know this, check disktab file */
|
||||
^^
|
||||
tracks/cylinder? [0] 15 /* You must know this, check disktab file */
|
||||
^^
|
||||
sectors/cylinder? [0] 255 /* sectors/track * tracks/cylinder */
|
||||
^^^
|
||||
cylinders? [0] 1221 /* You must know this, check disktab file */
|
||||
^^^^
|
||||
a partition: offset? [0] /* Partition sizes are set by you. */
|
||||
size? [0] 20000 /* Take default sizes from disktab or */
|
||||
b partition: offset? [0] 20000 /* calculate your own partition sizes */
|
||||
size? [0] 20000
|
||||
c partition: offset? [0]
|
||||
size? [0] 311200
|
||||
d partition: offset? [0]
|
||||
size? [0]
|
||||
e partition: offset? [0] 40000
|
||||
size? [0] 271200
|
||||
f partition: offset? [0]
|
||||
size? [0]
|
||||
g partition: offset? [0]
|
||||
size? [0]
|
||||
h partition: offset? [0]
|
||||
size? [0]
|
||||
|
||||
(E)dit, (S)how, (D)efaults, (W)rite, (Q)uit) : s /* Show what you've typed */
|
||||
^
|
||||
|
||||
disk type 2 (MSCP), rd54:
|
||||
interleave 1, rpm 3600, trackskew 0, cylinderskew 0
|
||||
headswitch 0, track-to-track 0, drivedata: 0 0 0 0 0
|
||||
|
||||
bytes/sector: 512
|
||||
sectors/track: 17
|
||||
tracks/cylinder: 15
|
||||
sectors/cylinder: 255
|
||||
cylinders: 1221
|
||||
|
||||
8 partitions:
|
||||
size offset
|
||||
a: 20000, 0
|
||||
b: 20000, 20000
|
||||
c: 311200, 0
|
||||
d: 0, 0
|
||||
e: 271200, 40000
|
||||
f: 0, 0
|
||||
g: 0, 0
|
||||
h: 0, 0
|
||||
|
||||
(E)dit, (S)how, (D)efaults, (W)rite, (Q)uit) : w /* Write label to disk */
|
||||
|
||||
This program does not (yet) write bootblocks, only disklabel.
|
||||
Remember to write the bootblocks from the miniroot later with the
|
||||
command "disklabel -B <diskname>".
|
||||
(E)dit, (S)how, (D)efaults, (W)rite, (Q)uit) : q
|
||||
|
||||
|
||||
|
||||
-- Ragge
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
Loading…
Reference in New Issue