SM 030 0009 10_Configuration_Guide_Chap_5 10 Configuration Guide Chap 5

SM-030-0009-10_Configuration_Guide_Chap_5 SM-030-0009-10_Configuration_Guide_Chap_5

User Manual: SM-030-0009-10_Configuration_Guide_Chap_5

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2.3 DISC SERVICE PROCESSOR (DSP)
OSP is an on-line interactive utility package for the debugging
and servicing of processors and other files under IRIS. Any
location in memory or any file on disc can be accessed by the use
of OSP. The system manager may allow limited access to OSP for
authorized accounts (see Section 5.l1.2.3l.

OSP is a powerful tool I

2.3.1

Use with carel

nsp ACCESS/EXIT

To use OSP, first log on to the manager's account.
accessed as follows:

OSP is

DSP key
where key is the password assigned by the system manager (the
default password is Xl.
OSP may be exited either with or the X command •
.• If you exit OSP using , it may be reentered from the
same terminal without a password. It will have retained the
previously selected context (i .e., file, disc block, or
memory) •
• To prevent unauthorized use of OSP, be sure to exit with an X
command when leaving the terminal.

2.3.2

USING nsp

Unless otherwise noted, a is required to activate the
command string. The is not shown unless it is the only
command required.
Any command which follows an F, G, or H command, examines and/or
modifies data and operates either on real memory, on a file, or
on a disc block.
Any address may be specified as a byte address by adding a hyphen
to the address.
For example, 03025- will dump bytes starting
with the right-hand byte of word address 1412, and E17000- will
allow entry of bytes sthrting at the left-hand byte of word
address 7400. The contents of any byte address may not exceed
377 octal. If a byte address is given when an enabled driver
file (i.e., $file) is selected, then that byte address in real
memory is referenced; this eliminates the need to select real
memory to examine the driver's buffers.
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2-26

I&C SERVICE ROUTINES
IRIS Installation/Config

F$filename may be used to select an enabled drivel.
The Dx'
command may then be used to display the memory-resident copy of
that driver including the current value of the local temporary
cells.
where
x - the address in the disc file; corresponds to the
Assembly language listing
I

(apostrophe) selects the memory-resident copy of the
driver instead of the disc file

The memory-resident copy of the driver does not reside at address
x but address translation is handled by DSP automatically.
Similarly, FDISCSUBS allows x, to display the memory-resident
copy of a memory-resident discsub.
When a symbolic instruction such as a user defined function is
entered via an insert (x:v or E) or an append (Ax) command, the
system translates it into Assembly language instruction format.
For example, the user enters
SEQ 0,1
When the L command is used to check the entry. DSP displays
SUBt O,l,SZR
Commands may be entered in lower case letters with the exception
of N in the LxN command which must be upper case.
For a description of the commands used in DSP see Table 2-6.

TABLB 2-6.

DSP FUNCTIONS

Command

Description

XlV

Insert the value v at address x. This is very
useful for entering into a single memory
location. The value v may be either a symbolic
instruction (i.e. , user-defined function) or an
octal number.
I f v is omitted, a zero is
written into address x. See the E command for
more information.

Append the block which is to contain address x
(x does not have to be on a block boundary) to
the file selected by the last F command.
The
first memory address and the real disc address
of the appended block will be displayed.
The
block is filled with 077377 halt instructions.

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POINT 4 Data Corporation

2-27

I&C SERVICE ROUTINES
IRIS Installation/Config

~ABLB

2-6.

DSP FUNCTIONS (Cont)

Command
Bx

Bxcond'n

Description
Insert a breakpoint at address x. This command
is meaningful only if the specified file is a
runnable processor. If that processor is then
used on the same port, and the breakpoint is
encountered, control will revert to DSP, and
the contents of the registers and carry
flip-flop are displayed.
The breakpoint is
cleared when it is encountered, and it is also
cleared by any F, G, H, or X command.
It is
impossible to resume processor execution after
encountering the breakpoint.
Insert a conditional breakpoint at address x.
A breakpoint may be conditional on a register
containing a specified value and then entering the command.
Dump octal starting at address x. The contents
of storage starting at location x are printed
in octal, eight words per line. The address of
the first word of the line is printed at the
beginning of each line.
Listing may be
terminated by pressing .

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I&C SERVICE ROUTINES
IRIS Installation/Config

TABLE 2-6.

DSP POHCTIORS (COnt)
Description

Command
Dx,y

Prints
Dump table starting at address x.
storage starting at location x in octal, y
words per line; y ranges from 1 through 10
(octal) • The address of the first word in each
line prints at the beginning of the line.
, starting
at address x. The result is identical to use
of assembler pseudo-op .TXTF with reverse
packing (i.e., preceded by .TXTM 1).

may be imbedded in the string as a .

JX,y

Search for potential address errors.
Scans
from address x-200 through x+177 for all
relative reference instructions spanning
address x that are less than y words from
maximum relative displacement; i.e., any place
that an address error would be caused by
inserting y lines of code at location x.
Displays these instructions in octal and
symbolic form.

Kx,y,z

Store the octal constant z in locations x
through y, inclusive.

List both octal values and symbolic Assembly
language instructions starting at address x.
Output must be terminated by pressing .

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I'C SERVICE ROUTINES
IRIS Installation/Config

TABLB 2-6.

DSP POIIC'l'IORS (COot)

Descr iption

Command
LxN

Same as Lx except only the Assembly language
instructions are printed.

Mx,y,z

Move the contents of locations x through y,
The
inclusive, to locations starting at z.
destination will receive the contents of the
even
if
source
and
destination
original source,
overlap.

Nx,y,z

Search location x through y inclusively for a
location not equal to the octal constant z. If
found, displays the location and its content in
octal and symbolic form.

Nx,y,z,m

Same as Nx,y,z but the contents of each cell
are ANDed with mask m before being compared
with constant z. For example, the command
N400,1120,53,101777
applies the mask, 101777, to the contents of
locations 400 through 1120 and checks for any
value not equal to octal 53.

Output ASCII string starting at address x.
Output terminates on any byte equal to 0, 200
octal, or if is pressed.
Control
characters «40 octal> are displayed with a
caret followed by the corresponding printable
character.

Px,y

Punch locations x through y, inclusive, on the
high-speed paper tape punch in binary loader
format. I f the system does not have a highspeed punch (no $PTP driver) then DSP attempts
to use the master terminal ($PTM driver).
NOTE
Leader is automatically punched when
the first Px,y command is given.

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I&C SERVICE ROUTINES
IRIS Installation/Config

'fABLB 2-6.

DSP PORC'rIORS (COnt)

Command

Descr iption

Punch an end block with a starting address x,
which must be nonzero, then punch trailer.
Must be preceded by at least one Px,y command.

Punch an end block with no starting address,
Must be preceded by at
then punch trailer.
least one Px,y command.

Repeatedly displays
Query cell continuously.
the contents of address x in octal, allowing a
swap after each display. May be used from one
terminal to monitor changes to a cell, either
in memory or in a disc file, while executing
tasks from another terminal to cause such
changes. Terminate by pressing (ESC>.

Read binary-format paper tape into the
destination selected by last F, G, or H
command. Each tape record (about four inches)
is read into a buffer and checksummed before
data is stored.
The first 21 words octal of
the last breakpoint snapshot (see U and y
commands) will be lost because the same buffer
area is used. If the system does not have $PTR
enabled, then $PTM will be assumed.
See ·Copy
Processor" in the IRIS R8 User Manual for
restrictions on using $PTM.

Same as R except that all addresses on the tape
are displaced the same amount so that the first
word on the tape goes into address x, which
must be nonzero.

Sx,y,z

Search locations x through y, inclusive, for
the octal constant z.
If found, displays the
location and its content in octal and symbolic
form.

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I&C SERVICE ROUTINES
IRIS Installation/Config

TABLE 2-6.

DSP PUIIC'rIORS (COnt)

Description

Command

Same as Sx,y,z except that the contents of each
cell are ANDed with mask m before being
compared with constant z.
For example, the
command

sx,y,z,m

S400,1120,53,101777
searches locations 400 through 1120, inclusive,
for any instruction referencing location 53.
Not used.

Display snapshot yanked into FMAP cells of
active file at last breakpoint. Start display
(in octal dump format) at virtual address x
where y <= x <= y+lOO and y is the snapshot
address set by the last Y command.

CAlIl:IQH
The addresses will be wrong if a
different Y command has been given
since the breakpoint was encountered.
Verify paper tape. This and the Vx command are
the same as the respective R commands except
that information from the tape is compared with
the contents of the selected file (or memory)
instead of being stored.
If a difference is
detected, the address and the word from storage
are displayed.

Wu/x or Wx

Exit from DSP, clear any existing file
selection or breakpoint, and prevent re-entry
to DSP without the password.

X~) 771n

- -

Write the disc block selected by the last G or
H command on disc at real disc address x of
logical unit u.
This command is rejected if
u/x is not a legal real disc address or i f a
single disc block has not been selected.
The
simple form Wx assumes logical unit zero.

CA Lc:", 11\. e

SM 030 0009 11
POINT 4 Data Corporation

c..he(\:2-33

Su.

--=

I&C SERVICE ROUTINES
IRIS Installation/Config

'.rABLB 2-6.

DSP FURC'l'IORS (Coot)

Command

Description

Xx,y

Compute and display a "rotating" checksum over
memory locations x through y. The checksum is
produced by an SUBL instruction in order to
detect a change (e. g. , i f two words in memory
are swapped) . Useful for testing i f a change
has occurred anywhere in a section of memory or
on disc.

Xx' ,y

Checksum the memory-resident copy of a discsub
or driver as selected by a Ff ilename command.

Set first address of 101 word (octal) memory
area to be yanked into the FMAP cells of the
active file header as a memory "snapshot" when
a breakpoint is encountered.
If x=O, do not
yank any area of memory.

Search for relative reference.
The 256 words
centered on location x are searched for any
storage reference instruction that references
location x using relative addressing. Any such
instruction is displayed in octal and symbolic
form.

Zx,y

;

Same as Zx except a search is done for
address x through y.

each

Comment. Any line starting with a semi-colon
will be ignored by DSP. This is used mainly to
include comments on patch tapes.

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I&C SERVICE ROUTINES
IRIS Installation!Config

TABLE 5-1.
Location
(octal)

COMFIG FILE

Description

0-277

Reserved.

300-377

Ini tialization Table, reserved for use by SIR.
DO NOT CHANGEI

400-577

General Information Table.

600-777

System Information Table.

1000-1177

Memory-resident
Section 5.3.

1200-1377

Reserved.

1400-2777

Disc Driver Table.

3000-13377

Reserved.

13400-13577

Specific IPL sequences •

See Section 5.2.l.
See Section 5.2.2.

Discsub

Table.

See

See Section 5.4.l.

..
13600-13777

Reserved.

14000-15777

BZUD and RiW entry addresses of
drivers.

16000-16377

Log-on Restrictions Table.

16400-17377

Log-on Program Startup Table.
5.6.2.

17400-17777

IPL Program Startup Table.

20000-77777

Disc Drivers.

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!OINT 4 Data Corporation

5-5

the disc

See Section 5.5.
See Section

See Section 5.6.l.

A GUIDE TO CONFIGURATION
IRIS Insta11ationiConfig

5.2.1

GENERAL INFORMATION TABLE (PSII)

The General Information Table contains data that is referenced
during the IPL process.
Its location is 400 (octal) in the
CONFIG file.
Currently,
following:

the General

Information Table consists of the

Location
(octal)

Description

400

PSIZ

Partition Size.
memory partition.

The size of each

401

NPART

Number of memory-resident
partitions.
For a MARK 9, include
partitions in mapped memory.

402

MTYPE

Memory type:
o = standard MARK 3 or 5 memory
1 = MARK 9 or Nova 3-type mapped
memory

For information on BASIC program partition requirements, refer to
Section 5.12.1.

5.2.2

SYSTEM INFORMATION (INFO) TABLE

The System Information (INFO) Table contains system parameters
starting at location 600 in the CONFIG file.
Some of these
parameters are set at IPL time, others may be modified to reflect
the requirements of a particular system configuration.
The
locations (in octal) of the various parameters are shown in Table
5-2.

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POINT 4 Data Corporation

5-6

A GUIDE TO CONFIGURATION
IRIS Installation/Config

'l'ABLB 5-2.

INFO 'l'ABLB

Location
(octal)

Label

Description

600

SDAT

System creation date (hours after
BASEYEAR) • DO NOT CIIANGEI

601

SPED

Average CPU speed in instructions per
millisecond:
Computer
POINT 4 MARK 9
POINT 4 MARK 5
POINT 4 MARK 3
NOVA
NOVA 1200 or 0-116
NOVA 2 or D-116H
NOVA 800
NOVA 3
SUPER NOVA
SUPER NOVA SC

Speed
(octal!
2500
2000
1200
302
653
770
1325
770
1255
1762

602

MILU

Maximum number of installed logical
units - The total number of physical
disc partitions defined in the Disc
Driver Table. See Section 5.4.1.

603

NDCH

Number of data channels per port - Each
data channel occupies eight words of
memory.
NDCH is usually set to 12
(decimal 10) • Minimum NDCH is 2.

604

LPCA

Location of port control area - Contains
the address of port control block (PCB)
for Port O.
It is automatically
modified by SIR if any driver's
attributes table specifies a PCB
location.
(Table continues on next page)

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POINT 4 Data Corporation

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A GUIDE TO CONFIGURATION
IRIS Installation/Config

TABLE 5-2.

INFO TABLE (Cant)

Location
(octal)

Label

Description

605

TNAP

Total number of active ports
I f the
value in TNAP represents less than the
total number of interactive ports
contained in all driver's attributes
tables, SIR .ini:LJUUi~.II. the value
automatically.

ROTE

This value is NEVER decreased
automatically by the system
If
the number of ports on the system
is decreased, set TNAP to 1. SIR
will then iD~t:Si:iiIU: the number of
interactive ports automatically.

606

SPCF

Special conditions flags - These are
flags which control certain system
functions and options:
Bit 13 - Temporary Dirty Page Flag
(TDPF) writes to disc at end of a
user's time slice ( see Section
5.14.3) •
Bit 14 - Suppress Error Message Flag
(SEMF) • Set to 0, error message
text is printed.
Set to 1 (40000
octal), messages are suppressed.
Bit 15 - No Dirty Page Flag (NDPF) .
Set bit 15 to 1 (100000 octal! to
force a write-to-disc of any dirty
buffer pool pa ge.
(Refer to
Sections 5.13 and 5.14. )
All other bits are reserved.

607

LEPS

Location of end of processor storage This cell indicates the first available
memory space above the processor overlay
area.
LEPS must be a multiple of 400
octal greater than the beginning of
processor storage (BPS). DO NQ:r CHANGE
LEPS unless RUN is modified accordingly I

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POINT 4 Data Corporation

5-8

A GUIDE TO CONFIGURATION
IRIS Installation/Config

TABLB 5-2.

INFO TABLB (Cant)

Location
(octal)

Label

Description

610

TOPW

Highest addressable word in memory IRIS ignores any memory above this
The memory available above
address.
77777 octal is used for user partitions
Do not set TOPW
and buffer pooling.
above 77777 unless the CPU and all disc
controllers on the system use a 16-bit
memory address.
All other devices use
lower (<32K) memory.

611

ABUF

Size of auxiliary buffer area (number of
words) - Must be at least 1004 words
octal i f indexed data files are to be
used.

612

UDSB

The minimum
Number of user discsubs
value is one greater than the largest
subroutine number in the DISCSUBS.USER
file.

613

NCQN

Number of extra character queue nodes SIR allocates two nodes per interactive
port plus this number of extra nodes.
Extra nodes are required to handle peak
input rates i f extra heavy character
processing is required.
Each node
occupies two words of memory.
Minimum
value is two.

614

NNOD

Minimum number of free nodes
occupies 32 words (decimal) •

615

NSIG

Number of signal buffer nodes - This is
the maximum number of signals which can
be waiting to be received.
Each node
occupies 4 words of memory.
Minimum
value is 1.

616

SDSB

Number of System discsubs
The minimum
value is one greater than the largest
subroutine number in the DISCSUBS file.

SM-030-0009-07
POINT 4 Data Corporation

Each node

5-9

A GUIDE TO CONFIGURATION
IRIS Installation/Config

TABLB 5-2.
Location
(octal!
617

INFO TABLB (Cont)

Label

Description

KTSL

Time slice parameters - Used by the
scheduler for determining the time slice
(Long Time Slice * 400 + Short Time
Slice) • See Section 5.10.

Default (application) logical unit
Used by the system when searching for a
specified program.

620

If invoked from SCOPE, the system
searches for the program in the
following sequence:
• Lu/O
• assigned LU
• default LU
I f invoked from

CHAIN, the system
searches for the program in the
following sequence:
the default
•• assigned
LU

• LU/O
Value of 177777 indicates no default LU.
621
622

Reserv£\d.
SZLNK

Pseudo-device linkage table size
A
pseudo-device has no device code (e.g. ,
$CTUS).

623
to
631

Reserved.

632
to
777

Reserved.

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POINT 4 Data Corporation

5-10

A GUIDE TO CONFIGURATION
IRIS Installation/Config

TABLE

COMMENTS

CONTENTS

DISPLACEMENT

ATRIB

0
1
2

X
X
X

ATRIB IS LOCATED AT THE END
OF THE DRIVER FILE. ITS ADDRESS
IS FOUND THROUGH THE POINTER
IN WORD 1 OF THE ENTRY TABLE.

LINKAGE TABLE

0
1
2
3
4
6

~ l'

THE LINKAGE TABLE FOLLOWS THE
ATRIB TABLE. EACH DRIVER MAY
HAVE 0 OR MORE LINKAGE TABLE ENTRIES
(2 WORDS PER ENTRYI. THE LINKAGE
TABLE TERMINATES WITH A -1(1777771.
IN THIS EXAMPLE THERE ARE 3 LINKAGE
TABLE ENTRIES.

PDT

~12
~13

177777

0
1
2
3
4
6

}

PCW
BUFFER
RDEmC
RESERVED
RESERVED
AF
RESERVED

6
7
10

THE PORT DEFINITION TABLE FOLLOWS
THE LINKAGE TABLE. IT MAY HAVE 0 OR
MORE PORT DEFINITION ENTRIES (8 WORDS
PER ENTRYI. THE PORT DEFINITION TABLE
TERMINATES WITH A -1(1777771.

PeW
_n
BUFFER }

11
12
13
14
15
16
17
20

RDEmC
RESERVED
RESERVED
AF
RESERVED
177777

Pigure 5-5.

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POINT 4 Data Corporation

Driver Pile Tables

5-49\

A GUIDE TO CONFIGURATION
IRIS Installation/Config

5.8.1.4

Po~t

Definition Table (PDT)

The Port Definition Table (PDT) follows the Linkage Table's
terminator.
POINT 4 recommends that the system configurator
(SETUP) be used to set up the PDT (see Section 6). PDT consists
of zero or more entries and must be terminated by 177777.
It is
located at ATRIB+3+Linkage Table. If there is no PDT, there will
be a terminator at its location.
The Port Definition Table consists of eight words per entry as
follows:
Word 0 - Number of ports (with the characteristics described in
words 1-7).
Word 1 - Port Control word (PCW) in the Port Definition Table
(PDT) and in the port control block (PCB) controls
various characteristics of the port such as baud rate,
modem control, parity checking, etc., provided that the
hardware allows these parameters to be controlled by
software.
(For example, with the POINT 4 MARK 3, baud
rate is hardware controlled.)
PCW should be zero for
any device which cannot control any of these
characteristics. The general format of the PCW is shown
in Figure 5-6. Values that may be entered into PCW for
a MARK 3 System are shown in Table 5-8.
Word 2 - Input/output buffer size (bytes)
Word 3 - Return delay (ROE) and terminal type code (TTC)
RDE - Carriage return delay.
For a port on a POINT 4
Mux, the delay is in fiftieths of a second.
For
ports on all other devices, the delay is the
number of null codes before the next character.
RDE is given in the upper (left-hand) byte.
TTC - The number assigned to a Terminal Translation
Module (see Section 5.9).
TTC is given in the
lower (right-hand) byte.
Word 4 - Reserved.
Word 5 - Reserved.
Word 6

Size of active file on disc in blocks.
size is 40 (octal) blocks.

The recommended

Word 7 - Reserved.
The port entries must be terminated by a -1; the table may be
empty, but the -1 terminator is required.
A Port Control Block
(PCB) is assigned for each port listed.
NO'l'B

PDT cannot extend over a block boundary.
SM-030-0009-07
POINT 4 Data Corporation

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A GUIDE TO CONFIGURATION
IRIS Installation/Config

, •• / .

rOT 1

.1. • 31
.i .1.
I I
1 I T T
10

I
-=,.--J

I T I

I I

BAU~

RATE'

0-110

----

2-_
'-1200

...---..---""'"
L-

S-2400
1-iN11O

~::II~EI~~: N
0-000

'~EV EN

CHARACTER LENGTH:
Jo-8 BITS

l-7B1TS
'-8 BITS

o-s Bns
~OHEST OP BIT,
1->TWO $TO P BITS

INHIBIT PARI TV CHECK
AND GEN~RA liON

AUTO FREOU ENey SCAN
1$ ENABLEO
AUTO LOG-O Ff IS
ENABLED

PORT IS A PH ANTOM
PORT
NORMAL DE VICE READY

STATUS I1-HI GH, G-lOW!

' - -INITIAL
- -DE VI CE CONTROL
OUTPUT I1-HI GH.O-LOW)
PORT IS

O~~

A POINT .. MIGHTY MUX

-BIT 15 IS THE MOST SIGNIFICANT BIT
-,·ON A POINT 4 MUX WITH THE 19200

BAUD OPTION. 3-19200. NOT 600

Figure 5-6. Port Control Word Format
(Does Not Apply to MARK 3)

3M-030-0009-08
POINT 4 Data Corporation

5-51

A GUIDE TO CONFIGURATION
IRIS Insta11ation/Config

TABLB 5-8.

No. of
Data Bits

PCW VALUBS FOR A MARI 3 SYSTBM

No. of
Stop Bits

Parity

PCW Value

Even

140201

Odd

140205

Even

140211

Odd

140215

Inhibited

140221

Inhibited

140225

Even

14023l

Odd

140235

NOTB
The PCW value for a phantom port on a
MARK 3 is 2000.

SM-030-0009-10
POINT 4 Data Corporation

5-52

A GUIDE TO CONFIGURATION
IRIS Insta11ation/Config

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SM 030 0009 10_Configuration_Guide_Chap_5 10 Configuration Guide Chap 5

SM-030-0009-10_Configuration_Guide_Chap_5 SM-030-0009-10_Configuration_Guide_Chap_5

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