Directory of image this file is from
This file as a plain text file
&
&HELP
- NEW ENGLAND DISTRICT -
FIELD SERVICE PDP-8 DIAGNOSTIC SYSTEM . . . Version 5
OS/8 V3D DECX8 Rev. E Restart Addr = 07600
Type:
.R PROG - to run a system program
.R PROG.DG - to run a diagnostic program
.RUN RKB0:PROG.DG - to run a diagnostic from RKB0:
.HELP - to type this text file
.HELP INFO - for more info
.HELP FILENAME - to type a HELP file on the terminal
.HELP FILENAME-L - to print same on the printer
.SET SYS INIT HELP - to print this text upon startup
.SET SYS NO INIT - to boot without this text default
Note:
"PROG" / "FILENAME" refers to specific program or file
&INFO
PDP-8 FIELD SERVICE DIAGNOSTIC SYSTEM . . . Ver. 5
- released March 1981 by New England District Support -
- For Diagnostic names, type ".HELP DEVICE", where "Device" is the option
you want to reference, ie: try ".HELP RK05" and see what happens.
For all the diagnostic names, type ".HELP DIAG"
- Several System Programs such as "DIRECT","BUILD","FUTIL", as well as
various utilities such as "RKUTIL" and "RKCOPY" have HELP files. To review
these, type "HELP [Prog name].
- Before trying to run the program "BUILD.SV", please read the HELP files !
This procedure is advised for knowledgable users only ... be sure that you
have ".SET SYS NO INIT" before using !
- PLEASE remember not to make packs for customer sites with the programs
"RKCOPY" or "RKUTIL" ... use ".SU CUSPAC" ! !
- For more information, type "HELP MORE"
&MORE
STILL MOORE INFO ON THE SYSTEM ...
- This is essentially an OS-8 system; all rules apply
- There are several ".TX" documents on the "RKB0:" area that detail
this system, OS-8 in general, and the DECX8 system exerciser.
- To print a System Information Package on a line printer,
type ".SU BOOK"
- There are two (2) printer handlers available for the LA180 and LQP8. For
further information on using the LQP printer under OS/8, type "HELP LQP".
- Notice that "BASIC", and all supporting progams have been moved to
"RKB0:" . To access BASIC or play any of the games, it is neccessary to
boot to RKB0:. This is done by typing ".R RKBOOT/B" . Return to normal
by typing ".R RKBOOT/0". Typing ".HELP" when booted onto RKB0: will
display a menu of available games.
- By the way, if you are not running from an RK05, the RKB0: features are
unavailable. The RL01 version has "RL0B:", but it may not be booted.
&DEV
&DEVICE
NO , NO, NO . . . by ".HELP DEVICE", we mean to substitute
the name of the device you want the diagnostic name of for "DEVICE"
ie: ".HELP RK05"
".HELP TM8E"
".HELP TC08"
etc.
Also, some system programs have help files, ie: ".HELP SVDUMP"
&PROG
&PROGNAME
&[PROG]
&[PROGNAME]
OOPS ! YOU GOOFED ... by "HELP [prog]" we mean to substitute the
name of the program you want help with. For example:
.HELP RXREAD"
types the help file for the Floppy Read Check progam on the terminal.
&FILE
&FILENAME
Some people never listen!! The command "HELP FILENAME" is used
to obtain help on a particular program. For example, to get help for
the program "RKUTIL", type "HELP RKUTIL".
&LQP
&LPQ
The letter quality printer used on many DEC word processing
systems can be used as the default line printer. This can be used
to allow the CCL "-L" option to HELP and DIRECT to output to the
printer. To do this, type the OS/8 command ".SET HANDLER LPT=LQP".
To switch back to the LA180 handler, type ".SET HANDLER LQP=LPT".
&GAMES
&FUN
FUN and GAMES
---------------
There are several Basic Games on the RKB0 surface of this disk.
To play them, you must first boot to the "B" surface by:
".R RKBOOT/B"
after you are on the "B" surface, type ".HELP GAMES" for
more specific information.
There are separate Games Floppys available for RX01 users.
NOTE:
to play "ADVENTURE", you must have 32K of memory !
&DECX
&DECX8
DECX8 SYSTEM EXERCISER
------------------------
REFERENCE THE FILE "RKB0:DECX8.TX" FOR ADDITIONAL INFORMATION.
ALSO, THERE ARE DOCUMENTS ON THE MICROFICHE LIBRARY FOR BUILDING
AND INITIALIZING DECX8.
&ALIGN
&ALIGNX
&ALIGNX.DG
ALIGNX - RK05 ALIGNMENT UTILITY
-----------------------------------
To run this utility, type:
.R ALIGNX.DG
for a full explaination of the utility and a step-by-step
procedure for aligning an RK05, type:
.LIST RKB0:ALIGN.TX
&FLOP1
&FLOP2
&FLOP3
&FLOP4
&FLOPX8
&FLOP1.BI
&FLOP2.BI
&FLOP3.BI
&FLOP4.BI
&FLOPX8.BI
BATCH STREAMS
--------------
These batch streams are designed to provide an easy method of creating
diagnostic floppies. They are:
.SUB FLOP1 - creates floppy of VT78, 8A, & 8E diagnostics
.SUB FLOP2 - creates floppy of RX01 & RK05 diagnostics
.SUB FLOP3 - creates floppy of RL01 diagnostics
.SUB FLOP4 - creates floppy of VT, LA, LP, cte. diagnostics
.SUB FLOPX8 - creates a DECX8 floppy system
&RXREAD
RXREAD - RX01 Floppy read check utility
------
This program is used to read a RX01 floppy disk and check it
for any errors. The error report consists of the following:
- The track and sector number (in octal) of the bad sector
- The RX01 error and status (RXES) register contents
- The explanation of the RXES value (for example, if the error
is a CRC error, it will say "CRC Error")
- The RX Definitive error code, and its description.
After an error, the program will ask if it is to re-write the
bad sector. This question should be answered with "N" (no), unless the
error was a CRC error. In this case, the sector can be re-written,
which may (but may not) correct the error. In any case, the data
is re-written with a good CRC. This may make at least part of a bad
block usuable.
&CONVRT
CONVRT.SV
SAVE FORMAT - BINARY FILE PUNCHER
THIS PROGRAM PRODUCES AN ABSOLUTE BINARY FILE FROM AN OS/8
SAVE FILE. ONLY THOSE AREAS OF MEMORY SPECIFIED IN THE CORE
CONTROL BLOCK ARE ACTUALLY PUNCHED.
COMMAND DECODER RESPONSE IS:
OUTPUT < INPUT, INPUT .....
DEFAULT INPUT EXTENSION IS ".SV", DEFAULT OUTPUT IS THE
HIGH SPEED PAPER TAPE PUNCH.
&FUTIL
FUTIL.SV
FUTIL IS AN OS-8 UTILITY PROGRAM THAT IS EXTREMELY USEFUL
I F Y O U K N O W W H A T Y O U ' R E D O I N G
-- ----- ------- ------- ----------- ---------
IT IS EQUALLY AS DANGEROUS IF YOU DON'T !!!!!
There are two (2) useful examples of FUTIL in the file
"OS8.TX" on RKB0:
There is also a rather lengthly file "FUTIL.TX" located on RKB0:
&SDUMP
&SVDUMP
SVDUMP.SV
THIS PROGRAM DUMPS THE CONTENTS OF A SAVE FILE IN OCTAL
AS A LOADED CORE IMAGE.
APPROPRIATE COMMAND DECODER RESPONSE IS
"OUTPUT < INPUT1,INPUT2,..."
DEFAULT OUTPUT IS LPT, DEFAULT INPUT EXTENSION IS .SV.
DUMP FORMAT IS NORMALLY 20 (OCTAL) WORDS WIDE, ABOUT 105
COLUMNS. SPECIFYING A "/N" OPTION CHANGES THE FORMAT TO
10 WORDS WIDE, ALLOWING IT TO FIT ON A TTY.
&QUIT
QUIT.SV - Directory Backup Program
By typing:
".QUIT" , you can backup your Directory to a file called
"DIRECT.TS" on RKB0:.
If the disk crashes, and the directory area is destroyed, it may be
restored by booting to the "B" area of the disk, and using FUTIL to
write this file back onto the "A" area as the new directory.
PLEASE NOTE that this is for extreme cases only ! Read the section
on Advanced Techniques on the file "DIAG.TX" on RKB0: before
attempting this procedure.
Periodic use of this program is an essential part of the housekeeping
discipline that allows use of the Disk Recovery Techniques described
on the file "DIAG.TX"
&RKCOPY
RKCOPY RK05 DISC COPY PROGRAM
------ ----------------------
This utility, written by Dick Murphy, copies and verifys RK05 packs
between any drives. Since this is a sector by sector copy, it will copy
any operating system . When called, the dialog is self explainatory.
To run type:
.R RKCOPY
&RKUTIL
RKUTIL RK05 UTILITY PROGRAM
------ ---------------------
This utility has several handy options including a
- Disk Copy Program that will copy & verify any 16 sector disk
- Disk Read Program that will verify that a disk has no CRC errors
- Disk Formatter Program to format new disks
- Disk Confidence Test that runs data patterns on a suspect disk
&HEADER
HEADER.SV
.R HEADER
DEVICE NAME? SYS or SYS: or DSK or RKB1 or RXA1: etc.
DEVICE LENGTH? 737 or 3248 or 494 or (incl. directory blocks)
if the device contains a system area the following applies:
SYSTEM ID? OS/8, OS/12, OS/78, DS/8, or PS/8
VERSION NO.? 3 or whatever
RELEASE CODE? C or D or ......
if there is no system area the questions above are skipped
LOGICAL DEVICE NAME? CHEM or BOB: or UWF or ?? (1-4 letters)
VOLUME NO.? 1 or any number up to 4095; 0 = none
DESCRIPTIVE LABEL?
Here you may enter any identifying information (UPPER/lower
case, as you wish) - up to 128 characters, including CR/LF.
Terminate input with a CTRL/Z. Rubout and linefeed work
in their normal OS/8 fashion.(^Z)
&INUSE
LOADING THE INUSE MACRO
-----------------------
.R TECO
*ERINUSE.TE$YHXIHK$MI$$
&WILD
"WILD.TE" - Wildcard Macro
-----------------------------
The Wildcard macro, with the new version of CCL, allows the use of
"*" and "?" in otherwise illegal commands.
ex: .MAC RKB0:<RKB0:CCL???.MA
compiles all the files of the form "CCL.MA" on RKB0:
also .MUNG WILD,PRINT *.LS prints all the .LS files, etc.
"WILD.TE" is automatically called by:
COMPILE PAL MAC LINK
EXECU
&LAYOUT
&VTEDIT
&VTECO
KEYPAD LAYOUT for VTEDIT for VT52 OTHER KEYS
_________________________________________
| "BLUE" | "RED" | "GREY" | "^" | CTRL/C Exit from Macro
| SAVE | TECO | UNSAVE | UP IN | CTRL/D Kill rest of line *
| TEXT* | COMMAND | TEXT | COLUMN* | CTRL/K Kill line *
|---------|---------|---------|---------| CTRL/N File search
| "7" | "8" | "9" | "V" | CTRL/U Kill start of line
| OPEN | PAGE* | QUOTE | DOWN IN | [ESC] CTRL/P Exit & execute
| LINE* | | NEXT* | COLUMN* | [ESC] CTRL/Z Exit & close file
|---------|---------|---------|---------|
| "4" | "5" | "6" | ">" | BK SP Go to end of line *
| UP | DELETE* | DELETE | CURSOR | DELETE Delete previous *
| LINE* |CHARACTER| LAST | RIGHT* |
|---------|---------|---------|---------|
| "1" | "2" | "3" | "<" | ARGUMENTS
| TOP | BOTTOM | START | CURSOR |
| OF PAGE | OF PAGE | OF LINE | LEFT*| All starred (*) commands
|---------|---------|---------|---------| Optionally take an argument
| "0" | "." | "ENTER" | entered as [ESC] [digits]
| DOWN LINE* | SEARCH* | SEARCH |
| | |ARGUMENT*|
-----------------------------------------
&WPFLOP
WPFLOP User's Guide
This document describes the operation of the word processing to OS/8
conversion program, WPFLOP.
USAGE
WPFLOP is used to transfer documents from word processing floppy
disks to OS/8 media or from OS/8 media to word processing diskettes. The
WPS floppy is accessed using the COS compatible floppy handlers included
in this package. There are various modes of conversion which will be
explained later.
OPERATION
WPS->OS/8
Before using WPFLOP to access a WPS floppy, one must know the number
of the document which is to be read from the WPS floppy. For example, in
the sample index below, the column labeled "Document number" is the
number that WPFLOP uses to reference a document.
-- DOCUMENT INDEX --
Drive: 3, Name: DOC3 , # of Docs: 3, Blocks left: 621 (of 627)
------------------------------------------------------------------------------
-
Document Elapsed
Time
Number Name Created Modified Size Version Last
Total
------------------------------------------------------------------------------
-
3 Floppy Index
12/7/79 NO/DA/TE 3 1 0:00 0:00
2 WPFLOP User's Guide
12/7/79 12/7/79 13:09 2 1 0:07 0:07
1
12/3/79 12/7/79 13:10 1 4 0:00 0:00
The document "WPFLOP User's Guide" (this file) is document number 3.
This is the number that WPFLOP uses to access the file.
Before running WPFLOP, the COS mode floppy handlers must be install
ed in your OS/8 system. See the BUILD chapter in the OS/8 System Ref
erence Manual for details on using BUILD. You can type ".HELP COSHAN"
for further information on the handlers. This document assumes that the
handlers have been installed with names of "RXB0:" for drive zero, and
"RXB1:" for drive one.
Another method for installing the BYTE mode handlers is via the SET
HANDLER command. To enable BYTE mode, type ".SET HANDLER FLOP = BYTE" and
to return to normal mode, ".SET HANDLER BYTE = FLOP".
To copy the document "WPFLOP User's Guide" to a file on the OS/8
system device called WPFLOP.DC, use the following commands:
.R WPFLOP
*WPFLOP.DC<RXB0:2$ (Assumes WPS floppy in drive 0. $=ESC,
ALT or SEL, depending on the terminal.)
If no OS/8 output file is specified, the program assumes that the
user wants the output on the console terminal (TTY:). Therefore, to
print the same document on the console:
.R WPFLOP
*RXB0:2$ The "2" here is the number of the WPS
document which is to be transferred.
The general WPS->OS/8 command syntax is as follows:
*[dev:file.ex]<wdev:docn[/S][/S...][$]
| | | | | |
! ! ! ! ! !
^ ^ ^ ^ ^ ^
| | | | | |_ALT or ESC to exit when done.
! ! ! ! ! !
| | | | |
! ! ! ! !
| | | | |_ Optional switches
! ! ! ! !
| | | |
! ! ! !
| | | |_ WPS Document number
! ! ! !
| | |
! ! !
| | |_ Name for the OS/8 handler for the WPS floppy
! ! !
| |
! !
| |_ OS/8 Output file specification
! !
|
!
|_ OS/8 output device
The asterisk (*) is printed by the OS/8 command decoder. The items
enclosed in braces [] are optional. For example, if no OS/8 output file
is specified, TTY: is assumed. If the command line ends with an altmode,
the program returns to OS/8 when it is finished. If it does not, the
program responds with another "*" and inputs another command string.
There are two options accepted when transferring from WPS to OS/8.
These are the version switch (/V) and the compatibility switch (/C). If
the version switch is in the command line, WPFLOP prints its version
number before executing the command. If the compatibility mode switch is
present, WPFLOP transfers the WPS document in a form compatible with
OS/8 system programs. In this mode, underlines, dead keys, and bolding
are ignored, but tabs are converted to tabs (ASCII 11). Also, the file
is not justified. In normal mode, the output file contains overprinting
as necessary to duplicate the WPS file.
Compatibility mode is used to transfer a WPS file to OS/8 in a form
that can be used by, for example, OS/8 BASIC. This allows WPS to be used
to enter and edit a BASIC program. To do this, create the file under WPS
and transfer it to OS/8 using compatibility mode. If there are any
errors, transfer it back to WPS, edit it there, and then back to OS/8,
etc.
OS/8->WPS
To transfer an OS/8 File to WPS, use the following syntax:
*wdev:<dev:file.ex/O[/S][$]
Note that this is similar to the above example. The most important
differences are the output switch (/O) and the fact that no WPS document
number is given in the command line. WPFLOP will use the next available
document for the new file. The number that WPFLOP uses will be reported
as a message of the form:
"Creating document number:n"
Where "n" is the number of the document created.
The /O switch is required to specify to WPFLOP that the output file
is on the WPS floppy. Without this switch the program will assume that
the input file is the WPS file.
The other switch allowed is the /W (word-wrap) switch. If this
switch is specified, the returns in the OS/8 file will be converted to
word-wrap returns. If there are two returns in a row, hard returns are
used. Normally, all the returns in the OS/8 file are converted to hard
returns.
The document created on the WPS device is not totally compatible
with WPS as it is initially created. The most obvious problem is that
tabs are output as only one space. To correct this, the WPS editor must
be allows to scroll thru the document. The initial ruler MUST be changed
in order for the editor to correct the document. To facilitate this, the
ruler that WPFLOP creates has tabs at locations 8 and 9. The first tab,
at location 8, is incorrect. It is included to be deleted in order for
the WPS editor to re-tabluate the document. Therefore, the correction
sequence is:
1.Create the WPS document from OS/8
2.Call the WPS editor to correct the document
3.At the top of the document, type GOLD Ruler.
4.Space to column 8 with ADVANCE WORD.
5.Type the space bar. The first of the adjacent T's will disappear.
6.Type RETURN to embed the new ruler.
7.Type GOLD ADVANCE to scroll thru the document and correct it.
8.Type GOLD File to re-file the corrected document.
RESTRICTIONS
The ruler created for the WPS document has a ragged ruler with a
width of 80 columns and tabs every eight columns. This is the only ruler
that can be created. However, you can change the ruler under WPS after
the conversion.
The WPS to OS/8 code does not support bolded dead keys. The dead key
sequence prints properly, but the sequence is not bolded.
The document created on the WPS device does not have an index entry.
It will show up in the index as just the document number. To give the
file a name, edit the index document,(document 1) to include an entry
for the document. For example, if you created document 4, and want it to
be called "Foobar", include the following line in the index:
<n>Foobar <#>4<>
The form used is:
<n>Name space <#>doc#<>
The n in the <> must be lower case, and the name must end with a space.
&RTFLOP
RT-11 Floppy Interchange Program
Written by:
Dick Murphy
Digital Equipment Corporation
Santa Clara, CA 95051
User's notes
This program is used to manipulate RT-11 floppy disk
file structures under OS/8. (RX01 ONLY, RX02 Not supported).
The operations available allow most of the functions of
OS/8 PIP to be simulated on the RT-11 disk. These
functions include:
1. Creating a file on a RT-11 floppy
2. Copying a file from an RT-11 floppy to an
OS/8 device (disk, dectape, TTY:, LPT:, etc.)
3. Deleting files from the RT-11 floppy
4. Listing the directory of the RT-11 floppy
5. ZEROing (INITing) the directory of a floppy
to an empty state.
The user interface is similar to the OS/8 command decoder.
When the program desires file specifications, it prints an
asterisk (*) and waits for input. The file specification line
is very similar to OS/8's. A sample input line is detailed
below:
*RTFLOP.PAL<RTFLOP.PA/O$
The "*" is the prompt printed when the program wants input.
The name "RTFLOP.PAL" is the name of a file to be created on
an RT-11 floppy. The "<" character specifies that this is an
output file, and that the input file names are to follow.
The name "RTFLOP.PA" is the name of the OS/8 file to be read
to create the RT-11 file. The characters "/O" are an option flag
used to specify the operation to be performed. In this case,
they specify that the RT-11 file is an Output file.
The general command line is of the form
*output<input/opt[/opt]....{$} or {return}
Where "output" is an output file specification and "input" is
an input file specification. For an RT-11 file, the spec is a
file name, of up to six characters, a period, followed by an
extension of up to three characters. If there is o extension,
the period following the name can be omitted. The OS/8 file spec
uses the standard name format "device:file.ex" explained in the
OS/8 Handbook, page 1-45.
The "<" character is used to separate the output file from the
input file. If only an output file is to be specified, this
"<" character can be omitted.
The file names are followed by at least one and possibly
several option flags. These are entered by typing a slash "/"
followed by the desired character, for example "/L".
The possible options are detailed later. If a "$", which could be
either a dollar sign, escape, or alt mode character, is used to
end the command line, it tells the program to return to the
OS/8 monitor when it is done processing this command. If an error
occurs while executing this command, however,the program will
prompt with another "*". If the command line is ended with a
return, the program will prompt with another "*" when it is
finished executing the command.
While entering this command line, all the normal editing
functions of OS/8 can be used. Rubout deletes the last character
entered, and ^U (control-U) deletes the entire line. Line feed
causes the line being entered to be retyped.
If a character is entered which the program does not
understand, the terminal bell rings and the character is
ignored. The OS/8 wildcard characters "*" and "?" are not
functional and are ignored. (See the OS/8 Handbook, page
1-55 for a description of wildcards).
Functions available
The function desired is entered in a command string
as a slash option of the form "/char" where "char" is a one-
character option flag. The available options are:
Option Operation
/O Write RT-11 file
/I Read RT-11 file
/L List RT-11 directory
/D Delete RT-11 file
/Z ZERO RT-11 directory
/0 (zero) Select drive zero
/1 (one) Select drive one
Only one option at a time can be performed; the last
option in the input string is the one executed.
(This limitation of one option switch does not include
the drive selection options, /0 and /1.)
/O Option - Write RT-11 File
This option is used to create a RT-11 file from an
OS/8 device. The format of the command is:
@*rtfile.ext<[dev:]osfile.ex/O[/1][/0]
The items in braces ([]) are optional; if no device
is given for the OS/8 file, DSK: is assumed; if no drive
number is specified, /0 (left drive) is assumed.
If a file with the same name as the file to be created
exists on the floppy already, it is deleted before the new
file is written. This means that if the new file cannot
be created due to an I/O error or size problems, neither
copy of the file exists. Sorry about that.
/I - Read RT-11 file
This option is used to copy a file from an RT-11 device
to an OS/8 device.
The command string is as follows:
*[dev:][osname.ex]<rtname.ex/I[/0][/1]
Again, the braces enclose optional items. If no OS/8
device is specified, DSK: is assumed. If a non-file structured
output device is specified (such as TTY: or LPT:) the file
name is not needed. If no unit switch (/0 or/1) is given, drive
zero (the left one) is assumed.
/L - List directory
This option is used to list the directory of the RT-11
floppy. The listing is given in four columns. The first is
the name of the file, the second is it's size (in decimal),
the third is its starting block number (also decimal) and the
last column is the file's creation date.
The format of the command string is:
*[dev:][name.ex]/L[/0][/1]
If no device is specified, TTY: is assumed. If only a file
name is entered, TTY: is still assumed. This means that an
explicit device name must be entered to cause a listing to
be written to a mass storage device, including DSK:.
For example:
*LPT:/L List on line printer
*DIR.DI/L Lists on TTY:!
*DSK:DIR.DI/L Creates listing file on DSK:
/D - Delete RT-11 file
This option is used to delete a file from a RT-11 floppy.
This can be used to try to gain space to copy another file
to the floppy. The command string is:
*file.ext/D[/0][/1]
/Z - Zero the floppy
This option writes a new directory on the floppy with
one empty file. This is necessary if yours is a new floppy
or if it has an OS/8 directory. The command string is:
*/Z[/0][/1]
To be sure that this is what you want, the program asks:
Zero - are you sure?
Respond with "Y" if you want a new directory.
General information
This program requires 8K of memory to run. The program
itself resides in field zero, field one is used for buffers,
message storage, and the like.
Assembly instructions:
Type the following:
.PAL RTFLOP/L
.SAVE dev RTFLOP=2401
This program will run under BATCH. The commands should
be entered into the batch stream as one normally does.
This program does not recognize wildcards. Therefore, a
command such as :
**.PAL<*.PA/O
is illegal. However, There are two TECO macros distributed
with this program which allow one to approximate this function.
The first macro writes files to a floppy, the second reads files
from a floppy.
RTOUT.TE - Writing files to a floppy
This macro reads a file with a list of file names and creates
a BATCH stream to write the files to a floppy. The format of the
entries in this file is:
namexx.ex
nameyy.ex .....
Where each "name" is padded with blanks, if necessary, to six
characters.
The DIRECT command can be used to create this file. For example,
.DIR FILE<SYS:*.BN=1
creates a file called FILE.DI with the desired directory listing.
The "=1" is necessary to insure a one-column listing. Giving
this file to RTOUT will copy all files with a .BN extension to
a floppy.
To execute RTOUT, enter a MUNG command:
.MUNG RTOUT,file
where "file" is the name of the directory listing file. If
no extension is entered, .DI is assumed (this is what DIRECT uses).
To copy all the .PA files on RKB0: to a floppy, type the commands
.DIR PALFIL<RKB0:*.PA=1
.MUNG RTOUT,PALFIL
When the macro gets started, it will ask you to "Enter desired
extension:". At this time, enter the extension (three characters)
that you would like to give to the files to be created on the floppy.
Only the first three characters are significant. A rubout will echo
and delete the last character typed.
When the macro asks you to "Enter input device:", enter the
OS/8 name of the device on which the files are stored. This
device name must be followed by a colon (:). If the device is DSK:,
simply hit return.
For RTOUT to function, both TECO.SV and BATCH.SV must reside
on SYS:. If your copy of TECO does not have all of the latest
patches, RTOUT will most likely fail.
Another macro is provided which provides the converse function
to RTOUT. This macro copies files from a floppy to an OS/8 device.
This macro, RTIN, is quite similar to RTOUT.
To copy all the files from a floppy to an OS/8 device:
.R RTFLOP
*FLOP.DI/L$ (generate a directory listing)
.MUNG RTIN,FLOP (call RTIN)
Enter desired extension:RT (enter the extension)
Enter output device:RKB0: (put the files here)
This copies all files from drive zero to RKB0:, with
an extension of .RT. The directory listing file (FLOP.DI)
could have been edited before the MUNG in order to copy
only some of the files on the floppy.
Error messages
-Bad slash option
The character following a "/" was not one of the
following: I, O, L, Z, D, 1, 0.
-No option flag
No option was specified
-Bad directory
The directory on the floppy has an invalid
structure. (possible an OS/8 directory)
-No Input file
Both input and output files were required, but
no "<" separator character was found.
-Handler fetch failed
An attempt to fetch the OS/8 handler specified
failed. This usually means that a non-existant
device was specified.
-OS/8 I/O Error
An I/O error ocurred reading or writing the OS/8
file.
-Cannot specify RT-11 device
A device specification (e.g. RXA0:) was found
in the RT-11 name. This is illegal. Use /0 and /1
to specify drives.
-Need file name
A file structured OS/8 device was specified for
input or output without giving a file name.
-Out dev full
The OS/8 output device did not have sufficient empty
space for the directory listing.
-OS/8 File overflow
The empty space on the OS/8 device was too small
to hold the output file. SQUISH or try another device.
-File not found
The file specified could not be found
-Segment full (SQUEEZE floppy)
The last open segment of the RT-11 directory is full.
RTFLOP cannot create a new file on this floppy. A
SQUEEZE under RT-11 may fix this.
-No room on floppy
There was not enough room on the floppy for the output
file. SQUEEZE or delete files to create room.
-Floppy I/O error
An input or output error ocurred on the floppy.
Read errors are retried eight times before this message.
Write errors fail immediately.
&COSHAN
&BYTE
&BYTEMODE
COS Compatible (BYTE MODE) RX01 floppy handlers for OS/8
These files allow an OS/8 user more efficient usage ot the space
available on an RX01 floppy disk. The two files, RXBNS.PA and RXBSY.PA
are the non-system and system handlers, respectively. They are fully
compatible with the OS/8 operating system. The system handler is two pages
long and follows the conventions for two page handlers that allows BASIC and
FORTRAN to work properly. They allow the OS/8 diskette to hold 658 blocks as
opposed to only 494 with the OS/8 handler.
The system handler can not be booted with the conventional RX01
bootstrap program. To correct this, a program called RXFIX is included.
This program is run after BUILD to modify the system head (block 0) to
allow bootstrap with the conventional program. It is very important
that this program be run again to restore block 0 before BUILD is run
from the system.
Examples on how to install the handlers:
.SET SYS NO INIT !In case there is an initial command set up.
.RUN SYS BUILD
$LOAD RXBNS !Load the handlers.
$INSERT RX8:RXB0-1 !Install the non-system handlers
$BOOT
SYS BUILT
.SAVE SYS BUILD !Now the non-system handlers are on your OS/8
!system.
To build a system floppy, first boot your conventional OS/8
system in drive 1. Then:
.RUN SYS BUILD
$LOAD RXBSY !Load the system handler
$REPLACE SYS=BYTE,SYS !Change the system handler
$INSERT BYTE,RXB0-1 !Install the co-resident drive 0 and 1 handlers.
$BOOT !Boot the new OS/8 system.
WRITE ZERO DIRECT?YES
SYS BUILT
.SAVE SYS BUILD !Save the new build.
.RUN RXA1 FOTP !Copy files to the new drive
*SYS:<RXA1:BUILD.SV/V !Except BUILD.
*^C
.R RXFIX !Fix the boot.
Before running BUILD on the new system device, run RXFIX to repair
block zero:
.R RXFIX
.RUN SYS BUILD
.
. !BUILD Commands
.
$BOOT
SYS BUILT
.SAVE SYS BUILD
.R RXFIX !Make it bootable.
A patch must be installed to OS/8 PIP to allow the ZERO and SQUISH
commands to work with the new handlers.
.GET SYS PIP
.ODT ! NOTE: If you are using the NED Diagnostic
13650/0000 6556 ! System, these patches are
already
^C ! incorporated into PIP.SV
.SAVE SYS PIP
Since these handlers are COS compatible, they can be used to
copy files to and from COS-310 diskettes. Also, COS310 FILEX can convert
a COS file to an OS/8 file on these diskettes that is readable by OS/8.
&RXFIX
RXFIX.SV BYTE Mode Floppy Bootstrap Fixer
The system handler can not be booted with the conventional RX01
bootstrap program. To correct this, a program called RXFIX is included.
This program is run after BUILD to modify the system head (block 0) to
allow bootstrap with the conventional program. It is very important
that this program be run again to restore block 0 before BUILD is run
from the system.
This is only done when using the BYTE Mode handler, and this action
is incorporated into the Batch Streams that make the BYTE Mode Floppys.
This program acts like a flip flop; run it once and it makes the
target floppy bootable; run it again and it makes it "Buildable".
Before running BUILD on the new system device, run RXFIX to repair
block zero:
.R RXFIX
.RUN SYS BUILD
.
. !BUILD Commands
.
$BOOT
SYS BUILT
.SAVE SYS BUILD
.R RXFIX !Make it bootable.
&WPSFIX
The macro to eliminate the imbedded "bolds" in a converted
WPS to OS8 document is:
<N [CR] [Rubout] ^N [LF] $R10I$>$$
&SORT
SORT.SV OS-8 File Sort Program
-------
SORT: SORTS INFINATE NUMBER OF LINES IN ASSENDING OR DESENDING SEQUENCE
ACCORDING TO ASCII CHARACTER SET, FAST! (TIME IN SECONDS TO SORT
FILE OF N BLOCKS APROX= 3 + N/3 + N/10*(LOG10(N/10)) ).
TO RUN: .R SORT
* OUTPUT < ORDER, INFIL [,INFIL ...]
WHERE: OUTPUT WILL CONTAIN SORTED FILE
INFIL IS THE UNSORTED INPUT FILE
ORDER SPECIFIES THE COLUMNS (IN DECIMAL, 1 IS LEFTMOST) TO BE SORTED;
POSITIVE FOR ASSENDING, NEGATIVE FOR DECENDING; MAY USE FROM-TO:
EG: "1-10,-12-19,11,-20,25-21<CR>"
ERRORS:
USER ERROR 2 SYS: I/O (HANDLER, FETCH, ETC)
USER ERROR 3 INPUT DEVICE I/O
USER ERROR 4 OUTPUT DEVICE I/O
USER ERROR 5 BAD NUMBER IN ORDER FILE
USER ERROR 6 NO INFIL
USER ERROR 7 TO MANY NUMBERS IN ORDER FILE
USER ERROR 8 NUMBER IN ORDER FILE TOO LARGE
USER ERROR 9 LINE TOO LONG IN INFIL (128. CHAR MAX)
OR A "^Y" IN INFIL
&ASSIGN
&DATE
&DEASSIGN
&GET
&MEMORY
&R
&RUN
&SAVE
&START
&SQUISH
&UA
&ZERO
KEYBOARD MONITOR AN OTHER COMMANDS
@CALLING COMMANDS:
.ASSIGN DEV NAME /ASSIGN NAME TO DEVICE
.DAY DD-MON-YY /ENTER DATE INTO SYSTEM
.DEASSIGN /DEASSIGN LOGICAL DEVICE NAMES
.GET DEV FILE.EX /LOAD CORE IMAGE
.MEMORY N /SPECIFY HIGHEST MEMORY FIELD AVAILABLE
.R FILE /EXECUTE FILE.SV FROM SYS
.RUN DEV FILE.EX /EXECUTE FILE.EX FROM THE DEVICE
.SAVE DEV FILE.EX /SAVE CORE IMAGE
.SQUISH DEV: /COMPRESS FILE STORAGE ON DEVICE
.START FNNNN /START EXECUTION
.UA COMMAND /SAVE COMMAND(.UA<CR> EXECUTES IT)
.ZERO DEV: /ZERO DEVICE'S DIRECTORY
&OS-8
&OS8
&OS/8
&SYSTEM
&SYS
&CCL
OS/8 MONITOR COMMANDS
CMD PROG EXPL
ASSIGN KBM ASSIGNS LOGICAL NAME
BACKSP CAMP BACKSPACES DEV
BASIC BASIC ENTERS BASIC SYSTEM
BOOT BOOT BOOTSTRAPS TO DEV
CCL CCL DISABLES CCL
COMPARE SRCCOM COMPARES FILES
COMPILE PAL8 COMPILES PROG
F4/FORT
BASIC
RALF
SABR
COPY FOTP COPIES FILES
CREATE EDIT OPENS FILE FOR EDITING
CREF PAL8 ASSEMBLES AND CHAINS TO CREF
CREF CREF'S LISTING
DATE KBM/CCL SPECIFIES DATE
DEAS CCL DEASSIGNS LOGICAL DEVICES
DELETE FOTP DELETES FILES
DIRECT DIRECT PRINTS DIRECTORIES
DUPLIC RXCOPY COPIES RX DISKS
EDIT EDIT EDITS FILE
EOF CAMP WRITES END-OF-FILE
EXECUTE PAL8 COMPILES AND EXECUTES
F4/FORT
BASIC
RALF
SABR
ABSLDR LOADS AND EXECUTES
LOAD(ER)
GET KBM GETS CORE-IMAGE
HELP HELP LIST'S HELP FILE
LIST FOTP LISTS FILES
LOAD ABSLDR LOADS FILES
LOAD(ER)
MAKE TECO MAKES NEW FILE FOR EDITING
MAP BITMAP PRINTS BITMAP
MEMORY CCL SPECIFIES MACHINE CORE SIZE
MUNG TECO MUNGS FILE WITH TECO MACRO
ODT KBM RUNS OCTAL DEBUGGER
PAL PAL8 RUNS PAL8
PRINT LPTSPL RUNS 'LPTSPL' IF PRESENT
PUNCH FOTP PUNCHES DATA
R KBM RUNS PROGRAM FROM SYS:
RENAME FOTP RENAMES FILES
RESORC RESORC PRINTS RESOURCES OF SYSTEMS
REWIND CAMP REWINDS DEV
RUN KBM RUNS PROGRAM
SAVE KBM SAVES CORE IMAGE
SET SET ALTERS PARAMETERS
SKIP CAMP SKIPS RECORDS
SQUISH PIP SQUISHES DEV
START KBM STARTS PROG
SUBMIT BATCH STARTS BATCH JOB
TECO TECO EDITS FILE
TYPE FOTP TYPES FILES
UA CCL REMEMBERS COMMAND
UB CCL
UC CCL
UNLOAD CAMP UNLOADS DEV
VERSION CCL TYPES VERSION #
ZERO PIP ZEROES DEV
@SWITCHES:
-L OUTPUT TO LPT:
-S OUTPUT TO TV:
-T OUTPUT TO TTY:
-P OUTPUT TO PTP:
-D OUTPUT TO DUMP:
-N OUTPUT TO NULL:
-LS PRODUCE LISTING
-NB NO BINARY YET
-MP PRODUCE MAP
-EXT SET DEFAULT EXTENSION
@FEATURES:
/X PASS SWITCH OPTION X TO PROGRAM
(XYZ) PASS SWITCH OPTIONS TO PROGRAM
[N] MAX OUTPUT SIZE
=NNN PASS OCTAL NUMBER TO PROGRAM
#NNN TAKE INTERNAL OCTAL FORM OF FILENAME
@FILE REPLACE IN CMD LINE BY FILE'S CONTENTS
$ COMPLEMENT DEFAULT ALTMODE SWITCH
&ODT
ODT
@CALLING COMMANDS:
.ODT
@INTERNAL COMMANDS:
NNNNN/ OPEN LOC
/ REOPEN LAST OPENED LOC
NN<CR> DEPOSIT NN IN OPEN LOC, CLOSE LOC
NN<LF> DEPOSIT NN IN OPEN LOC, CLOSE LOC, OPEN AND DISPLAY NEXT LOC
NN;... DEPOSIT NN IN OPEN LOC, CLOSE AND OPEN NEXT LOC
<CR> CLOSE PREVIOUSLY OPENED LOC
<LF> CLOSE LOC, OPEN NEXT LOC
N+ OPEN CUR LOC+N
N- OPEN CUR LOC-N
^ CLOSE LOC, OPEN LOC ADDRESSED BY CONTENTS
_ CLOSE LOC, OPEN POINTED TO BY CONTENTS
NNG GO
NNB ESTABLISH BREAKPOINT
B REMOVE BREAKPOINT
A OPEN AC
L OPEN LINK
C CONTINUE FROM BREAKPOINT
NNC CONTINUE, ITERATE NN TIMES
M OPEN SEARCH MASK
<LF> OPEN LOWER SEARCH LIMIT
<LF> OPEN UPPER SEARCH LIMIT
NNW SEARCH CORE FOR NN MASKED BETWEEN LIMITS
D OPEN DATA FIELD (0010=FIELD 1)
F OPEN FIELD FOR ^, _, W (0010=FIELD 1)
^O SUPRESS PRINTING
&ABSLDR
ABSLDR.SV
@CALLING COMMANDS:
.LOAD DEV:BINFILE.BN,...
.LOAD BINFILE.BN,... /FROM DSK
@SWITCHES:
/8 PROG DOESN'T USE BELOW 02000
/9 PROG DOESN'T USE BELOW 12000
/G GO
/I CORE IMAGE FILE
/P PROG DOESN'T DESTROY EXTENDED BATCH RESIDENT
/R RESET
/S MULTIPLE BINARIES/FILE
/N FORCE LOADING TO FIELD N (N IS AN OCTAL DIGIT)
=FNNNN SET STARTING ADDRESS
&BATCH
&SUBMIT
BATCH.SV
@CALLING COMMANDS:
.SUBMIT SPOOLDEV:<INPUTDEV:FILE.BI
@SWITCHES:
/C CARDS
/E DON'T ABORT ON MONITOR, CD AND CCL ERRORS
/P PTR
/Q NO BATCH LOG
/H HUSH
/T OUTPUT TO TTY
/U UNATTENDED
/6 USE 026 CARD CODES
&BOOT
BOOT.SV
@CALLING COMMANDS:
.BOOT/DV
@SWITCHES:
/CA TA8E CASSETTE CAPS-8
/DK ANY DISK
/DL LINCTAPE DIAL
/DM ANY DISK DISK MONITOR
/DT ANY TAPE
/LT LINCTAPE
/PT PT8E (LOADS BINLDR)
/RE RK8E DISK
/RF RF08,DF32 DISKS
/RK RK8 DISK
/RX RX8E FLOPPY DISK
/TD TD8E DECTAPE
/TY TYPESET (UNIT 4)
/VE VERSION #
/TC TC08 DECTAPE ALL SYSTEMS
/ZE ZEROES CORE (FIELD 0)
DEVICES ARE UNIT 0 IF NOT SPECIFIED
DV. HALT AFTER LOADING BOOTSTRAP
&BUILD
BUILD.SV
@INTERNAL COMMANDS:
$ALTER GRP,LOC
$ALTER GRP,LOC=VALUE
$BOOT
$BUILD
$CTL ACTNAM
$CTL ACTNAM=VALUE
$CORE N
$DCB ACTNAM
$DCB ACTNAM=VALUE
$DELETE ACTNAM,...
$DSK ACTNAM
$DSK GRP:NAME
$EXAMINE GRP,LOC
$INSERT GRP
$INSERT GRP:NAME,...
$LOAD DEV:FILENM.BN
$LOAD ACTNAM
$NAME ACTNAM=NEWNAM
$PRINT
$QLIST
$REPLACE ACTNAM,...=GRP:NEWNAM,,,
$SIZE ACTNAM
$SIZE ACTNAM=VALUE
$SYS GRP
$SYS GRP:NAME,...
$UNLOAD GRP
$UNLOAD GRP:NAME,...
@ERRORS:
?BAD ARG NO DEVICE NAME IN LOAD COMMAND
?BAD INPUT INPUT NOT A VALID BINARY FILE
?BAD LOAD BINARY HANDLER NOT IN CORRECT FORMAT
?BAD ORIGIN ORIGIN IN BINARY FILE NOT IN RANGE 200-577
?CORE NOT ENOUGH MEMORY AVAILABLE
?DSK DSK IS NOT FILE STRUCTURED
?HANDLERS MORE THAN 15 HANDLERS ARE ACTIVE
I/O ERROR ERROR DURING LOAD
?NAME MISSING NAME
NO ROOM TOO MANY DEVICE HANDLERS LOADED
NAME NOT FOUND DEVICE OR FILE NAME NOT FOUND
?PLAT TOO MANY PLATTERS SPECIFIED FOR DEVICE
?SYNTAX BAD SYNTAX
?SYS HANDLER IS NOT A SYSTEM HANDLER OR TWO SYSTEM HANDLERS
ARE ACTIVE OR HANDLER CORESIDENT WITH NON-ACTIVE SYS
SYS ERROR I/O ERROR OCCURED WITH SYSTEM HANDLER. PRESS CONTINUE
TO RETRY
SYS NOT FOUND NO ACTIVE HANDLER BY NAME OF SYS DURING BOOTSTRAP
&DIRECT
DIRECT.SV
@Calling commands:
.DIR dev:LISTFILE.DI<dev:FILETYPE /* is wild name or extension
.DIR FILETYPE /? is wild character
@Switches:
/A alphabetize directory before processing
/B include starting block numbers (octal)
/C list only files with the current date
/D sort files by date, then alphabetically
/E include empties in the listing
/F fast mode (no lengths or dates)
/H print contents of the header block
/I print additional information words (octal)
/M list only the empties and the file summary
/N print dates in numeric form (mm/dd/yy)
/O list only files with other than today's date
/P page after each listing
/R list remainder of files after the first one
/T print the most timely (recent) files first
/U treat each input specification separately
/V list files not of the form specified
/W print the version number
/X alphabetize by extension, then by name
=n use n columns - output is ordered by column
&DUPLIC
&RXCOPY
RXCOPY.SV
@CALLING COMMANDS:
.DUPLIC OUTDEV:<INDEV:
@SWITCHES:
/M MATCH WITH NO IMPLIED COPY
/N COPY WITH NO IMPLIED MATCH
/P PAUSE BEFORE AND AFTER ACCESSING DISKS
/R READ OUTPUT DEVICE WITH NO IMPLIED COPY OR MATCH
/V PRINT VERSION NUMBER
&EDIT
&CREATE
EDIT.SV
@CALLING COMMANDS:
.EDIT DEV:OUTFILE.PA<DEV:INFILE.PA
.CREATE OUTFILE.PA
@SWITCHES:
/A RETURN TO EDITOR ON CLOSE
/B CONVERT 2 OR MORE SPACES TO TAB
/D PREDELETE
@ERRORS:
?0 INPUT ERROR
?1 OUTPUT ERROR
?2 CLOSE ERROR
?3 OPEN ERROR
?4 COULDN'T LOAD DEVICE HANDLER
@INTERNAL COMMANDS:
A APPEND TEXT
B LIST # OF CORE LOCATIONS LEFT
C CHANGE TEXT
D DELETE TEXT
E OUTPUT BUFFER, TRANSFER REST OF DATA, AND CLOSE
F AFTER J, SEARCH FOR NEXT OCCURRRENCE OF SAME STRING
G GET AND LIST TAGGED LINE
I INSERT
J INTER-BUFFER STRING SEARCH
K KILL BUFFER
L LIST TEXT
M MOVE TEXT
N WRITE BUFFER, KILL AND READ NEXT PAGE
P WRITE TEXT BUFFER TO OUTPUT
Q IMMEDIATE END OF FILE
R READ TEXT FROM INPUT DEVICE
S CHARACTER SEARCH
T PUNCH TRAILER TAPE
V PRINT ON LP08
Y INPUT TEXT PAGE, NO OUTPUT
# PRINT VERSION NO.
&FOTP
&LIST
©
&RENAME
&TYPE
&DELETE
FOTP.SV
@CALLING COMMANDS:
.COPY DEV:OUTFILE.EX<DEV:INFILE.EX /* IS WILD NAME OR EXTENSION
.REN DEV:NEWFILE.EX<DEV:OLDFILE.EX /? IS WILD CHARACTER
.DEL DEV:FILE.EX
.LIST DEV:FILE.EX /= .COPY LPT:<DEV:FILE.EX
.TYPE DEV:FILE.EX /= .COPY TTY:<DEV:FILE.EX
@SWITCHES:
/C MATCH ONLY FILES WITH CURRENT DATE
/D DON'T TRANSFER (I.E. AT MOST ONLY DELETE)
/F REQUEST NEW DEVICE IF OUT OF ROOM
/L TYPE LOG OF INPUT FILENAME MATCHES (*)
/N NO PRE-DELETE
/O MATCH ONLY FILES WITH OTHER THAN TODAY'S DATE
/Q QUERY USER ABOUT FILE BEFORE OPERATION (*)
/R RENAME
/T USE TODAY'S DATE
/U TREAT EACH INPUT SPECIFICATION SEPARATELY
/V MATCH FILES NOT OF FORM SPECIFIED
/W PRINT VERSION #
NOTES:
(*) /D CAUSES LOG OF OUTPUT FILES (IF /L ALSO)
IF INDEV: EQUALS OUTDEV:, THEN /N IS FORCED.
IF NO INPUT FILE, *.* IS FORCED EXCEPT FOR /D
IF OUTPUT DEVICE SPECIFIED, BUT NO FILE, *.* IS ASSUMED.
^P ABORT OPERATION, FIX OUTPUT DIRECTORY
^C FIX OUTPT DIRECTORY, RETURN TO OS/8
^O SUPPRESS TYPEOUT
&PIP
PIP.SV
@SWITCHES:
/A ASCII MODE
/B BINARY MODE
/C ELIM TRAILING BLANKS
/D DELETE OUTPUT FILE BEFORE TRANSFER
/G IGNORE ERRORS
/I IMAGE MODE
/O OKAY TO COMPRESS OR ZERO
/S SQUISH
/T CONVERT TABS TO SPACES, ETC.
/V VERSION #
/Y COPY SYSTEM HEAD
/Z ZERO OUTPUT DIRECTORY BEFORE TRANSFER
=N # OF ADDITIONAL INFO WORDS (/Z OR /S)
=N SIZE TO CLOSE OUTPUT FILE (/I)
&PIP10
PIP10.SV
@SWITCHES:
/B BINARY MODE
/D DELETE OLD OUTPUT FILE BEFORE TRANSFER
/F FAST PDP-10 DIRECTORY
/I IMAGE MODE
/L LIST PDP-10 DIRECTORY
/P PRESERVE LINE NUMBERS
/Z ZERO PDP-10 DIRECTORY BEFORE TRANSFER
&SET
SET.SV
@CALLING COMMANDS:
.SET DEV PARAMETER(S)
.SET DEV NO PARAMETER(S)
@PARAMETERS:
HANDLER CHANGE DEVICE HANDLERS WITHIN BUILD
READONLY DECLARE DEVICE TO BE READ ONLY
FILES DECLARE DEVICE TO BE FILE STRUCTURED
DVC CHANGE DEVICE CODES
VERSION X CHANGE VERSION
LOCATION N[=M] EXAMINE OR CHANGE LOCATIONS
LV8E DECLARE LINE PRINTER TO BE AN LV8E
LA8A DECLARE LINE PRINTER TO BE LA180 ON DKC8-AA
LA78 SAME AS .SET LPT NO LA8A
WIDTH N SET WIDTH OF LINE PRINTER OR TTY
LC DECLARE LINE PRINTER OR TTY TO HAVE LOWER CASE
ECHO RESTORE TTY CHARACTER ECHOING
PAGE RESTORE TTY ^S AND ^Q FACILITIES
TAB IN TTY PRINT TABS (DON'T SIMULATE WITH SPACES)
FILL IN TTY APPEND FILL CHARACTERS AFTER TABS
FLAG IN TTY FLAG LOWER CASE CHARACTERS
SCOPE ERASE CHARACTER ON TTY RUBOUTS
ESC PRINT ESC(ASCII 033) WITHOUT CONVERTING IT TO $ SIGN
ARROW PRINT CONTROL CHARACTERS WITH UP ARROW (E.G. ^C, ^S)
HEIGHT [M] SET TTY SCREEN HEIGHT
PAUSE [N] SET TTY PAUSE TIME
COL N SET DIRECT TO USE N COLUMNS (.SET TTY COL 2)
CODE N CHANGE TTY IOTS OR CARD READER CODES
PARITY EVEN/ODD SET MAGTAPE PARITY
OS8 DECLARE SYS TO BE OS/8
OS78 DECLARE SYS TO BE OS/8
INIT XXXXX CAUSE SYS TO EXECUTE XXXXX ON BOOTSTAPPING
&SHELLY
&CRUNCH
&RFTEST
&RFCRUNCH
SHELLY.DG or RFCRUNCH
-----------------------
This program was written around 1974 by Bob Shelly of Product Support. It
provides an excellent checkout of the RF08 Disk System. It is an especially
good check of a TSS-8 System. It does, however need an MQ to operate. This
means an 8E or later or an 8I with an EAE.
This program is best used as a GO / NO GO test since the error printouts are
poor at best. The typeouts are interperted as follows:
D
XXXXXXXXXXXX = total number of errors
W
XXXXXXXXXXXX = positive word count that should have been transferred
Unit Track Disk Mem Addr
---- ----- -------------
X XXXXXXX XXXXXXXXXXXX = address where xfer SHOULD have started
X XXXXXXX XXXXXXXXXXXX = calculated address where xfer DID start
XXXXXXXXXXXX = DMA of last WRITE done
XXXXXXXXXXXX = DMA of last READ done
-----------X = bit 11 is 0 if writing; 1 if reading
S
XXXXXXXXXXXX = status register minus photo-sync bit
Program Locations
-----------------
120 - momory where program was running
121 - Field disk was breaking to
122 - unit # and 6 bits of track address
123 - 7th bit of track address and DMA
124 -
125 - stall
126 to - next transfer
&RK05
&RK05J
&RK05F
&RK8E
&RKS8E
&RK8SE
RK05 DISK DRIVE
---------------
MAINDEC FUNCTION
------- --------
DHRKAE RK8E DISKLESS DIAGNOSTIC
DHRKBG RK8E/L DRIVE CONTROL TEST
DHRKCH RK8E/L DISK DATA RELIABILITY TEST
DHRKEA RK8L INSTRUCTION TEST
AUVAAA * RKS8E DISKLESS DIAGNOSTIC
AUVBAB * RKS8E DRIVE CONTROL TEST
AUVCAA * RKS8E DISK FORMATTER
AUVDAB * RKS8E DISK DATA RELIABILITY TEST
AUVEAD * RKS8E WORD COUNT TEST
ALIGNX RK05 ALIGNMENT ROUTINE
RKUTIL RK05 UTILITY PACKAGE
* Indicates diagnostic is on "B" area of disk
&PDP8E
PDP-8E CPU DIAGNOSTICS
------------------------
MAINDEC FUNCTION
------- --------
DHKAFA PDP-8E INSTRUCTION TEST 1
DHKAGA PDP-8E INSTRUCTION TEST 2
DHKAAB 8E ADDER TESTS
DHKABA RANDOM "AND" TEST
DHKEBB KE8E (EAE) INSTRUCTION TEST 1
DHKECA KE8E (EAE) INSTRUCTION TEST 2
DHKPAB KP8E POWER FAIL DIAGNOSTIC
DGMACB PDP-8,8I,8S EXTENDED MEMORY CONTROL TEST
DHKLDA TELETYPE & KL8 ASYNC DATA CONTROL TESTS
DIKLAC KL8-JA LOOPBACK TEST
DIKLBA KL8-JA TELETYPE TEST
DHKACA MM8E 4K MEMORY CHECKERBOARD
DHKADA MM8E 4K MEMORY ADDRESS TEST
DHKMAD EXTENDED MEMORY CHECKERBOARD
DHKMCC EXTENDED MEMORY ADDRESS TEST
DHMPAA EXTENDED MEMORY PARITY TEST
DHMCAB MEMORY EXTENSION & TIME SHARE CONTROL TEST
&PDP8A
PDP-8A CPU DIAGNOSTICS
------------------------
MAINDEC FUNCTION
------- --------
DJKKBA PDP-8A CPU TEST WITH CONSOLE PACKAGE
AJEXCC PDP-8A 4K-32K PROCESSOR EXERCISER
DJDKAD DKC8-AA OPTION TEST #1 (M8316)
DJKMAC KM8-A OPTION TEST #2 (M8317)
DJFPAB FPP-8A DIAGNOSTIC
DJFPBC FPP-8A INSTRUCTION TEST & DATA EXERCISER
AJKTAB KT8-A MEMORY MGT. DIAGNOSTIC
DHKMAD EXTENDED MEMORY CHECKERBOARD
DHKMCC EXTENDED MEMORY ADDRESS TEST
&VT78
VT78 - DECSTATION 78 DIAGNOSTICS
---------------------------------
MAINDEC FUNCTION
------- --------
DKVTAA VT78 MOS MEMORY DIAGNOSTIC
AKVTBB VT78 CPU DIAGNOSTIC
&RX01
&RX02
&RX8E
&FLOPPY
RX8 / RX01 FLOPPY DISC DIAGNOSTICS
----------------------------------
MAINDEC FUNCTION
------- --------
AIRXAE RX01/RX02 DIAGNOSTIC PROGRAM
AIRXBF RX01/RX02 DATA RELIABILITY EXERCISER
&DF32
&DF32D
DF32 - DF32D MINIDISK DIAGNOSTICS
----------------------------------
MAINDEC FUNCTION
------- --------
DIDFAC * DF32D DISCLESS LOGIC TEST
DIDFBA * DF32 DISCLESS LOGIC TEST
DIDFCA * DF32 / DF32D DISK DATA, INTERFACE TEST
* Indicates diagnostic is on "B" area of disk
&RL8A
&RL01
&RL02
RL01/2 DISK DIAGNOSTICS
------------------------
MAINDEC FUNCTION
------- --------
AJRLAC RL8A DISKLESS DIAGNOSTIC
AJRLBB RL01 DRIVE CONTROL PART 1
AJRLCA RL01 DRIVE CONTROL PART 2
AJRLDA RL01 DRIVE COMPATABILITY VERIFIER
AJRLEA RL01 PERFORMANCE EXERCISOR
AJRLGA RL01 PACK VERIFY
AJRLHA RL02 SEEK/FCTN
AJRLIA RL02 READ/WRITE
AJRLJA RL02 DRIVE COMPATABILITY VERIFIER
AJRLKA RL02 PERFORMANCE EXERCISOR
AJRLLA RL02 PACK VERIFY
&TD8E
&TC01
&TC08
DECTAPE CONTROL DIAGNOSTICS
---------------------------
MAINDEC FUNCTION
------- --------
TCBASX TC01/8 BASIC EXERCISER
TCRANX TC01/8 RANDOM EXERCISER
DHTDAB TD8E DECTAPE DIAGNOSTIC
&TM8E
&TC58
&TU20
TC58 TAPE CONTROL DIAGNOSTICS
-----------------------------
MAINDEC FUNCTION
------- --------
DITCBA * TC58 DRIVE FUNCTION TIMER
DITCCA * TC58 RANDOM EXERCISER
DITCDA * TC58 INSTRUCTION TEST PART 1
* Indicates diagnostic is on "B" area of disk
&TM8E
&TU10
&TS03
TM8E & TS03 TAPE CONTROLLER / DRIVE DIAGNOSTICS
-----------------------------------------------
MAINDEC FUNCTION
------- --------
DHTMAB * TM8-E CONTROL TEST PART 1
DHTMBB * TM8-E CONTROL TEST PART 2
DHTMCA * TM8-E DRIVE FUNCTION TIMER
DHTMDB * TM8-E DATA RELIABILITY ( 9 TRACK )
DHTMEB * TM8-E DATA RELIABILITY ( 7 TRACK )
DHTMFC * TM8-E RANDOM EXERCISER
DHTSAB * TM8-E/TS03 CONTROL TEST PART 1
DHTSBB * TM8-E/TS03 CONTROL TEST PART 2
DHTSCB * TM8-E/TS03 DATA RELIABILITY
DHTSDB * TM8-E/TS03 MULTIDRIVE DATA RELIABILITY
DHTSEA * TM8-E/TS03 DRIVE FUNCTION TIMER
DHTSFA * TM8-E/TS03 UTILITY DRIVER
* Indicates diagnostic is on "B" area of disk
&PC8E
&PC04
HIGH SPEED READER / PUNCH DIAGNOSTICS
-------------------------------------
MAINDEC FUNCTION
------- --------
DHPCAA HIGHSPEED READER/PUNCH TESTS
&CM8F
&CR8E
&CR8F
CARD READER
-----------
MAINDEC FUNCTION
------- --------
DHCRAA * CR8E/CR8F CARD READER TEST
DHCMAA * CM8F OPTICAL CARD READER TEST
* Indicates diagnostic is on "B" area of disk
&DK8E
DK8E CLOCK
----------
MAINDEC FUNCTION
------- --------
DHDKAA * DK8E CLOCKS DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&DB8E
DB8E INTERPROCESSOR BUFFER
--------------------------
MAINDEC FUNCTION
------- --------
DIDBAA * DB8-E INTERPROCESSOR BUFFER TEST
* Indicates diagnostic is on "B" area of disk
&DP8EA
&DP8E
&DP8
DP8-EA SYNCHRONOUS MODEM
------------------------
MAINDEC FUNCTION
------- --------
DHDPAD * DP8-EA SYNC MODEM INTERFACE DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&KG8EA
&KG8E
&KG8
KG8-EA REDUNDANCY CHECK
-----------------------
MAINDEC FUNCTION
------- --------
DHKGAB * KG8-EA DIAGNOSTICS
* Indicates diagnostic is on "B" area of disk
&DH8E
DH8E DIAGNOSTICS
----------------
MAINDEC FUNCTION
------- --------
DHDHAA * DH8E HOST PROGRAM
DHDHCA * DH8E REMOTE LOADER PROGRAM
* Indicates diagnostic is on "B" area of disk
&KL8E
&KL8F
&KL8J
&KL8JA
&KL8M
&KL8A
TERMINAL CONTROLLER DIAGNOSTICS
-------------------------------
MAINDEC FUNCTION
------- --------
AHKLAA KL8M MODEM CONTROL DIAGNOSTIC
DHKLBB * KL8M KL8E/F DC08 ON LINE TEST
DHKLCD * KL8F DOUBLE BUFFERED ASYNC INTERFACE DIAGNOSTIC
DHKLDA PDP-8E TELETYPE & KL8 ASYNC DATA CONTROL TESTS
DIKLAC * KL8-JA & KL8-KA/KB/KC/KD LOOPBACK TEST
DIKLBA KL8-JA TELETYPE TEST
DJKLAD KL8-A MULTIPLE SERIAL LINE UNIT DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&LP05
&LP01
&LP02
&LP04
&LP14
&LE8
&LE8E
&LS8E
&LS01
&LQP8
&LA180
&LV8
&LV8E
&LV12
PRINTER DIAGNOSTICS
-------------------
MAINDEC FUNCTION
------- --------
DILACB LA180 PRINTER DIAGNOSTIC
DILPAC LE8/LP08 LINE PRINTER TEST
DILPEC LP05/LP08 AND LP14 LINE PRINTER TEST
DHLSAC LS8 LINEPRINTER TEST
DHLQAB LQP8 LETTER QUALITY PRINTER DIAGNOSTIC
DILVAA * LV12/LV8 PRINTER/PLOTTER TEST
* Indicates diagnostic is on "B" area of disk
&DR8
&DR8E
&DR8EA
&DR8ED
DIGITAL I/O MODULE
------------------
MAINDEC FUNCTION
------- --------
DHDRAB * DR8-EA 12 CHANNEL BUFFERED DIGITAL INTERFACE
DHDRHA * DR8-ED EXERCISER
* Indicates diagnostic is on "B" area of disk
&UDC
&UDC8
&UDC08
UDC-8 DIAGNOSTICS
-----------------
MAINDEC FUNCTION
------- --------
DIUDAC * UDC-8 SYSTEM FUNCTION EXERCISER
DIADFA * UDC08 ANALOG INPUT EXERCISER
* Indicates diagnostic is on "B" area of disk
&ICS8
ICS8 DIAGNOSTICS
----------------
MAINDEC FUNCTION
------- --------
DHICAA * ICS FIELD TEST PROGRAM
* Indicates diagnostic is on "B" area of disk
&AFC8
&AFC08
AFC8 DIAGNOSTICS
----------------
MAINDEC FUNCTION
------- --------
DIAFBA * AFC-8 DIAGNOSTIC (UNIPOLAR)
* Indicates diagnostic is on "B" area of disk
&AD01
&AD08
&AD8E
&AM8E
ANALOG-DIGITAL CONVERTER DIAGNOSTICS
------------------------------------
MAINDEC FUNCTION
------- --------
DHADAA * AD8E,AM8E,A-D CONVERTER & MUX DIAGNOSTIC
DJADAC * A/D CONVERTER MUX DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&VK8A
VK8A DIAGNOSTIC
---------------
MAINDEC FUNCTION
------- --------
DJVKAB * VK8-A INTERNAL LOGIC/DISPLAY DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&TYPESET
&TYPSET
&DECSET
&LPC8
&LPD8
PHOTOCOMP DIAGNOSTICS
---------------------
MAINDEC FUNCTION
------- --------
DILTCA * LPC8 PHOTOCOMP INTERFACE DIAGNOSTIC
DILTDA * LPD8 PHOTOCOMP INTERFACE DIAGNOSTIC
TYPSET * PDP8 TYPESET DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&LA30
&LA36
&VT05
&VT50
&VT50H
&VT52
&VT55
&VT8E
&VT20
&VT61
&RT01
&RT02
TERMINAL DIAGNOSTICS
--------------------
MAINDEC FUNCTION
------- --------
AILABE LA36 DIAGNOSTIC
DHVTCD VT50/52 ACCEPTANCE TEST
DHLAAB * DECWRITER (LA30) EXERCISER
DGV5AB * VT05 TERMINAL DIAGNOSTIC
DHVCAA * VC8E DISPLAY DIAGNOSTIC
DHVTAB * VT8E VIDEO DISPLAY TEST 1
DHVTBA * VT8E VIDEO DISPLAY TEST 2
DHVTDA * VT61 TERMINAL ACCEPTANCE TEST
DIVTCA * VT55 VIDEO TERMINAL ACCEPTANCE TEST
DIVTBA * VT20 HOST COMPUTER PROGRAM
DIRTAB * RT01/RT02 TERMINAL DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&CROSS
&DIAG
&DIAGNOSTICS
&DIAGS
PDP-8 DIAGNOSTIC CROSS REFERENCE LIST
Maindec Option
------- ------
AHKLAA KL8M MODEM CONTROL DIAGNOSTIC
AILABE LA36 DIAGNOSTIC
AIRXAE RX01/RX02 DIAGNOSTIC PROGRAM
AIRXBF RX01/RX02 DATA RELIABILITY EXERCISER
AJEXCC PDP-8A 4K-32K PROCESSOR EXERCISER
AJKTAB KT8-A MEMORY MGT. DIAGNOSTIC
AJRLAC RL8A DISKLESS DIAGNOSTIC
AJRLBB RL01 DRIVE CONTROL PART 1
AJRLCA RL01 DRIVE CONTROL PART 2
AJRLDA RL01 DRIVE COMPATABILITY VERIFIER
AJRLEA RL01 PERFORMANCE EXERCISOR
AJRLGA RL01 PACK VERIFY
AJRLHA RL02 SEEK/FCTN
AJRLIA RL02 READ/WRITE
AJRLJA RL02 DRIVE COMPATABILITY VERIFIER
AJRLKA RL02 PERFORMANCE EXERCISOR
AJRLLA RL02 PACK VERIFY
AKVTBB VT78 CPU DIAGNOSTIC
ALIGNX RK05 ALIGNMENT ROUTINE
AUVAAA RKS8E DISKLESS DIAGNOSTIC
AUVBAB RKS8E DRIVE CONTROL TEST
AUVCAA RKS8E DSIK FORMATTER
AUVDAB RKS8E DISK DATA RELIABILITY TEST
AUVEAD RKS8E WORD COUNT TEST
DGMACB PDP-8,8I,8S EXTENDED MEMORY CONTROL TEST
DGV5AB * VT05 TERMINAL DIAGNOSTIC
DHADAA * AD8E,AM8E,A-D CONVERTER & MUX DIAGNOSTIC
DHCMAA * CM8F OPTICAL CARD READER TEST
DHCRAA * CR8E/CR8F CARD READER TEST
DHDHAA * DH8E HOST PROGRAM
DHDHCA * DH8E REMOTE LOADER PROGRAM
DHDKAA * DK8E CLOCKS DIAGNOSTIC
DHDPAD * DP8-EA SYNC MODEM INTERFACE DIAGNOSTIC
DHDRAB * DR8-EA 12 CHANNEL BUFFERED DIGITAL INTERFACE
DHDRHA * DR8-ED EXERCISER
DHICAA * ICS FIELD TEST PROGRAM
DHKAAB 8E ADDER TESTS
DHKABA RANDOM "AND" TEST
DHKACA MM8E 4K MEMORY CHECKERBOARD
DHKADA MM8E 4K MEMORY ADDRESS TEST
DHKAFA PDP-8E INSTRUCTION TEST 1
DHKAGA PDP-8E INSTRUCTION TEST 2
DHKEBB KE8E (EAE) INSTRUCTION TEST 1
DHKECA KE8E (EAE) INSTRUCTION TEST 2
DHKGAB * KG8-EA DIAGNOSTICS
DHKLBB * KL8M KL8E/F DC08 ON LINE TEST
DHKLCD * KL8F DOUBLE BUFFERED ASYNC INTERFACE
DHKLDA TELETYPE & KL8 ASYNC DATA CONTROL TESTS
DHKLDA PDP-8E TELETYPE & KL8 ASYNC DATA CONTROL TESTS
DHKMAD EXTENDED MEMORY CHECKERBOARD
DHKMCC EXTENDED MEMORY ADDRESS TEST
DHKPAB KP8E POWER FAIL DIAGNOSTIC
DHLAAB * DECWRITER (LA30) EXERCISER
DHLQAB LQP8 LETTER QUALITY PRINTER DIAGNOSTIC
DHLSAC LS8 LINEPRINTER TEST
DHMCAB MEMORY EXTENSION & TIME SHARE CONTROL TEST
DHMPAA EXTENDED MEMORY PARITY TEST
DHPCAA HIGHSPEED READER/PUNCH TESTS
DHRKAE RK8E DISKLESS DIAGNOSTIC
DHRKBG RK8E/L DRIVE CONTROL TEST
DHRKCH RK8E/L DISK DATA RELIABILITY TEST
DHRKEA RK8L INSTRUCTION TEST
DHTAAC * TA8E CASSETTE DIAGNOSTIC
DHTABC * TA8E CASSETTE RELIABILITY TEST
DHTDAB TD8E DECTAPE DIAGNOSTIC
DHTMAB * TM8-E CONTROL TEST PART 1
DHTMBB * TM8-E CONTROL TEST PART 2
DHTMCA * TM8-E DRIVE FUNCTION TIMER
DHTMDB * TM8-E DATA RELIABILITY ( 9 TRACK )
DHTMEB * TM8-E DATA RELIABILITY ( 7 TRACK )
DHTMFC * TM8-E RANDOM EXERCISER
DHTSAB * TM8-E/TS03 CONTROL TEST PART 1
DHTSBB * TM8-E/TS03 CONTROL TEST PART 2
DHTSCB * TM8-E/TS03 DATA RELIABILITY
DHTSDB * TM8-E/TS03 MULTIDRIVE DATA RELIABILITY
DHTSEA * TM8-E/TS03 DRIVE FUNCTION TIMER
DHVCAA * VC8E DISPLAY DIAGNOSTIC
DHVTAB * VT8E VIDEO DISPLAY TEST 1
DHVTBA * VT8E VIDEO DISPLAY TEST 2
DHVTCD VT50/52 ACCEPTANCE TEST
DHVTDA * VT61 TERMINAL ACCEPTANCE TEST
DIADFA * UDC08 ANALOG INPUT EXERCISER
DIAFBA * AFC-8 DIAGNOSTIC (UNIPOLAR)
DIDBAA * DB8-E INTERPROCESSOR BUFFER TEST
DIDFAC * DF32D DISCLESS LOGIC TEST
DIDFBA * DF32 DISCLESS LOGIC TEST
DIDFCA * DF32 / DF32D DISK DATA, INTERFACE TEST
DIKLAC KL8-JA LOOPBACK TEST
DIKLAC * KL8-JA & KL8-KA/KB/KC/KD LOOPBACK TEST
DIKLBA KL8-JA TELETYPE TEST
DIKLBA KL8-JA TELETYPE TEST
DILACB LA180 PRINTER DIAGNOSTIC
DILPAC LE8/LP08 LINE PRINTER TEST
DILPEC LP05/LP08 AND LP14 LINE PRINTER TEST
DILTCA * LPC8 PHOTOCOMP INTERFACE DIAGNOSTIC
DILTDA * LPD8 PHOTOCOMP INTERFACE DIAGNOSTIC
DILVAA * LV12/LV8 PRINTER/PLOTTER TEST
DIRTAB * RT01/RT02 TERMINAL DIAGNOSTIC
DITCBA * TC58 DRIVE FUNCTION TIMER
DITCCA * TC58 RANDOM EXERCISER
DITCDA * TC58 INSTRUCTION TEST PART 1
DIUDAC * UDC-8 SYSTEM FUNCTION EXERCISER
DIVTBA * VT20 HOST COMPUTER PROGRAM
DIVTCA * VT55 VIDEO TERMINAL ACCEPTANCE TEST
DJADAC * A/D CONVERTER MUX DIAGNOSTIC
DJDKAD DKC8-AA OPTION TEST #1 (M8316)
DJFPAB FPP-8A DIAGNOSTIC
DJFPBC FPP-8A INSTRUCTION TEST & DATA EXERCISER
DJKKBA PDP-8A CPU TEST WITH CONSOLE PACKAGE
DJKLAD KL8-A MULTIPLE SERIAL LINE UNIT DIAGNOSTIC
DJKMAC KM8-A OPTION TEST #2 (M8317)
DJVKAB * VK8-A INTERNAL LOGIC/DISPLAY DIAGNOSTIC
DKVTAA VT78 MOS MEMORY DIAGNOSTIC
RKUTIL RK05 UTILITY PACKAGE
TCBASX TC01/8 BASIC EXERCISER
TCRANX TC01/8 RANDOM EXERCISER
TYPSET * PDP8 TYPESET DIAGNOSTIC
* Indicates diagnostic is on "B" area of disk
&
This indicates the end of the HELP.HL file and must be present
at the end of the file.