AA BJ93C RB_TOPS 10_Stopcodes_Specification_Jan89 RB TOPS 10 Stopcodes Specification Jan89

TOPS-10

Stopcodes Specification

AA-8J93C-R8

January 1989

This document describes stopcodes for the

TOPS-10

monitor,

GALAXY,

and DECnet-10 software.

Operating System:

Software:

TOPS-10 Version 7.04

GALAXY Version

5.1

DECnet-10 Version 4.0

digital equipment corporation

maynard, massachusetts

First

Printing,

December

1980

Revised,

April

1984

Revised,

April

1986

Revised,

January

1989

The information in this

document

is subject to change without notice and should

not

be

construed as a

commitment

by Digital

Equipment

Corporation. Digital

Equipment

Corporation assumes no responsibility for any errors that may

appear

in this document.

The software

described

in this

document

is furnished under a license and may be

used or

copied

only in

accordance

with the terms of such license.

No responsibility is assumed for the use or reliability of software on

equipment

that is not

supplied

by Digital

Equipment

Corporation or its affiliated companies.

Copyright

Equipment

Corporation

Printed in U.S.A.

The Reader's Comments form on the last page of this

document

requests the

user's critical evaluation to assist in preparing future documentation.

The following are trademarks of Digital

Equipment

Corporation:

CI

DECtape LA50

SITGO-10

DDCMP DECUS

LN01

TOPS-10

DEC DECwriter LN03

TOPS-20

DECmaii DELNI MASSBUS

TOPS-20AN

DECnet DELUA PDP UNIBUS

DECnet-VAX

HSC

PDP-11/24

UETP

DECserver

HSC-50

PrintServer VAX

DECserver 100 KA10 PrintServer 40

VAXNMS

DECserver 200

KI

Q-bus

VT50

DECsystem-10

KL10 ReGIS

mOmODmD™

DECSYSTEM-20

KS10 RSX

CONTENTS

PREFACE 1 MONITOR STOPCODE

DEFINITION

. 1

2 TYPES

OF

STOPCODES . . . . . . . . .

..

. 1

2.1

DEBUG

Stopcodes

. . . . . . 2

2.2

JOB

Stopcodes

. . . . . . . . . 2

2.3

STOP

Stopcodes

.........

. . 3

2.4

CPU

Stopcodes

. . . . .

....

3

2.5

HALT

Stopcodes

. . .

..

.

...

4

2.6

INFO

Stopcodes

. . . . . . . . . 4

3 CONTINUABLE STOPCODES . . . . . . 5

4

LIST

OF

MONITOR STOPCODES . . . . . . . . . . . . . 7

5

LIST

OF

DECNET-10 STOPCODES . . . . . . . . . . .

91

6 GALAXY-10 STOPCODES . . . . . .

..

...

104

7

LIST

OF

GALAXY

STOPCODES . . . . . . . .

105

iii

PREFACE

This

document

briefly

describes

the

TOPS-IO

monitor,

GALAXY,

and

DECnet-10

stopcodes.

This

specification

was

designed

to

assist

the

user

in

analyzing

stopcode

messages,

to

investigate

and

undertake

corrective

action

when

the

TOPS-IO

monitor,

GALAXY,

or

DECnet-10

software

unexpectedly

fails.

Audience

Requirements

The

f61lowing

manuals

provide

additional

information

for

analyzing

and

regenerating

a

TOPS-IO

monitor,

GALAXY,

and

DECnet-10

software.

o

TOPS-IO

Software

Installation

Guide

describes

how

to

generate

and

install

TOPS-IO

and

GALAXY

software.

o

DECnet-10

Network

Generation

and

Installation

Procedures

describes

how

to

generate

and

InStall

DECnet-10

software

on

DECsystems-1090/1091

and

DECSYSTEM-2020.

o

DECnet-10

System

Manager's

and

Operator's

Guide

describes

the

operational,

control,

and

monItoring

facilities

of

DECnet-10.

o

TOPS-IO

Operator's

Guide

describes

how

to

reload

a

TOPS-IO

system.

o

TOPS-IO

Crash

Analysis

Guide

describes

how

to

analyze

a

crash,

and

how

to

prevent

future

monitor

errors.

o

TOPS-IO/TOPS-20

Batch

Reference

Manual

describes

how

to

use

the

TOPS-IO

and

TOPS-20

batch

systems.

o

TOPS-IO/TOPS-20

SPEAR

Manual

describes

the

SPEAR

program,

which

provides

a

dump

to

help

analyze

a

hardware

errors.

v

MONITOR

STOPCODE

DEFINITION

1

MONITOR

STOPCODE

DEFINITION

A

stopc~de

message

is

generated

when

the

monitor

detects

a

serious

error

ln

its

database.

When

the

TOPS-10

monitor

encounters

an

internal

error

it

issues

a

one

to

six

character

name

called

a

stopcode

name.

The

stopcode

is

displayed

on

the

console

terminal

(CTY)

and

alerts

you

of

possible

system

failure,

depending

on

the

severity

of

the

error.

The

stopcode

message

is

generated

by

a

stopcode

macro

when

the

monitor

detedts

an

error

in

the

database.

This

macro

prints

the

following

message

on

the

CTY:

?Stopcode

xxxyyy,

Type=~

on

CPUn

at

date/time

Where:

xxxyyy

is

the

stopcode

name.

is

the

type

of

stopcode.

below.

Stopcode

types

are

listed

n

is

the

CPU

number.

date/time

is

the

date

and

time

of

day

when

the

stopcode

occurred.

2 TYPES

OF

STOPCODES

The

stopcodes

are

divided

into

categories,

depending

on

the

severity

of

the

error

that

cause

the

stopcode,

and

the

portions

of

the

system

that

might

be

affected

by

the

error.

The

types

of

monitor

stopcodes

are:

1.

DEBUG

stopcodes

indicate

internal

errors

only.

continuable

stopcodes.

These

are

2.

JOB

stopcodes

indicate

that

the

error

may

endanger

a

user

job.

These

are

continuable

stopcodes.

Only

the

job

that

was

running

when

the

stopcode

occurred

will

be

stopped.

3.

STOP

stopcodes

indicate

errors

that

might

endanger

system

operation.

These

are

not

continuable

stopcodes.

4.

CPU

stopcodes

indicate

errors

that

prevent

continued

operation

of

a CPU.

In

a

single-CPU

configuration,

or

if

the

CPU

that

encountered

the

stopcode

was

the

only

CPU

running

at

the

time,

the

CPU

stopcode

is

equivalent

to

a STOP

stopcode.

If

there

are

other

CPUs

running

in

an

SMP

configuration

at

the

time

of

the

stopcode,

a

dump

is

taken

and

the

affected

CPU

halts.

Any

job

that

was

running

on

the

affected

CPU

at

the

time

of

the

stopcode

is

stopped.

5.

HALT

stopcodes

indicate

fatal

errors

that

halt

the

system,

and,

by

definition,

are

not

continuable.

6.

INFO

stopcodes

are

continuable

stopcodes

that

are

generated

to

inform

the

system

operator

of

a

system

event.

1

MONITOR STOPCODE

DEFINITION

The

monitor

generates

a

stopcode

using

the

STOPCD

macro.

There

are

several

modules

in

the

monitor,

however,

that

use

the

BUG.

macro

to

generate

a

stopcode.

These

modules

are

common

to

both

TOPS-IO

and

TOPS-20.

They

generate

three

types

of

BUG.

stopcodes,

which

are

equivalent

to

the

following

types

of

stopcodes:

BUG.

~

HLT

CHK

INF

2.1

DEBUG

Stopcodes

STOPCD

~

STOP

DEBUG

INFO

A

DEBUG

stopcode

is

a

stopcode

that

is

not

immediately

harmful

to

any

job

or

to

the

system.

When

the

monitor

encounters

an

internal

error

at

the

interrupt

level,

a

dump

is

performed

and

processing

continues.

The

following

message

is

printed

on

the

CTY

after

the

stopcode

notification:

[Continuing

system]

2.2

JOB

Stopcodes

A JOB

stopcode

indicates

that

an

internal

error

endangers

the

integrity

of

the

job

that

is

currently

running.

The

monitor

aborts

the

current

job

and

continues

processing.

The

following

message

is

printed

on

the

CTY

after

the

stopcode

notification:

[Aborting

job]

On

the

user's

terminal,

the

following

message

is

displayed:

?Monitor

error

at

{user/exec}

PC

nnnnnn;

UUO

at

{user/exec}

PC

nunnunmm

Where:

nnnnnn

and

nunnunmm

are

one

of

the

following

virtual

memory

locations:

o

User

location

nnnnnn;

o

Exec

location

nnnnnn;

Exec

called

from

exec

location

mmmmmm

o

Exec

location

nnnnnn;

Exec

called

from

user

location

mmmmmm

2

MONITOR STOPCODE

DEFINITION

2.3

STOP

Stopcodes

A STOP

stopcode

indicates

an

internal

error

that

endangers

the

integrity

of

the

entire

system.

All

jobs

are

aborted

and

the

system

begins

to

dump

and

reload

the

monitor

automatically.

The

monitor

prints

the

following

message

on

the

CTY

after

the

stopcode

notification:

Reload

monitor

If

the

monitor

obtains

the

necessary

information,

supplementary

message

on

the

CTY

of

the

form:

it

prints

a

JOB

jobn

on

TTYnnn

running,name

UUO

is

octal

representation

at

user

PC

address

File

filespec

Where:

nnn

name

octal

representation

address

filespec

2.4

CPU

Stopcodes

is

the

number

of

the

job

causing

the

error.

is

the

number

of

the

job

controlling

the

terminal.

is

the

name

of

the

program

running

for

that

job.

is

the

octal

representation

of

the

monitor

call

failing

for

that

job.

is

the

value

of

the

program

counter

for

that

job.

is

the

file

specification

for

the

file

being

accessed.

~

CPU

stopcode

is

handled

differently,

depending

on

the

number

of

CPUs

1n

the

configuration

running

at

the

time

of

the

crash.

For

a

single-CPU

system,

a

CPU

stopcode

has

the

same

effect

as

a STOP

stopcode.

When a

CPU

stopcode

occurs

on

the

only

processor

running

in

a

multiprocessor

(SMP)

system,

the

effect

is

the

same

as

a STOP

stopcode.

All

user

jobs

are

aborted

and

the

system

begins

to

dump

and

reload

the

monitor

automatically.

The

following

message

is

printed

on

the

CTY

of

the

CPU

that

experienced

the

failure,

after

the

stopcode

notification:

Reload

monitor

However,

time

of

running,

ha.lts.

in

a

SMP

system

where

more

than

one

CPU

is

running

at

the

stopcode,

the

CPU

stopcode

aborts

the

job

currently

a

dump

is

taken,

and

the

CPU

that

encountered

the

stopcode

For

SMP

systems

in

which

more

that

one

CPU

is

running,

the

following

message

is

displayed

on

the

CTY

for

the

CPU

that

en60untered

the

stopcode:

[Stopping

CPU]

3

MONITOR STOPCODE

DEFINITION

If

the

monitor

obtains

the

necessary

information,

supplementary

message

on

the

CTY

of

the

form:

it

prints

a

Job

jobn

on

TTYnnn

running

name

UUo

is

octal

representation~user

PC

address

File

filespec

Where:

nnn

name

octal

representation

address

filespec

2.5

HALT

Stopcodes

is

the

number

of

the

job

causing

the

error.

is

the

number

of

the

job

controlling

the

terminal.

is

the

name

of

the

program

running

for

that

job.

is

the

octal

representation

of

the

monitor

call

failing

for

that

job.

is

the

value

of

the

program

counter

for

that

job.

is

the

file

specification

for

the

file

being

accessed.

A

HALT

stopcode

indicates

a

fatal

error

and

affects

the

entire

system.

The

monitor

cannot

automatically

reload.

The

system

halts,

and

you

must

manually

dump

and

reload

the

monitor.

(Refer

to

the

TOPS-IO

Operator's

Guide.)

HALT

stopcodes

generate

the

following

message:

KL

HALTED

2.6

INFO

Stopcodes

An INFO

stopcode

is

a

report

on

a

system

event

that

may

be

of

interest

in

debugging

crashes.

These

stopcodes

are

for

informational

purposes

only,

and

do

not

interrupt

system

or

job

execution.

4

MONITOR

STOPCODE

DEFINITION

3 CONTINUABLE STOPCODES

Continuable

stopcodes

occur

when

the

monitor

executes

a

STOPCD

macro,

dumps

the

memory

image,

and

continues

the

system

automatically.

HALT

and

STOP

stopcodes

are

not

continuable.

A

CPU

stopcode

is

continuable

on

SMP

systems

where

more

than

one

CPU

is

running

(see

Section

2.4)

.

The

following

examples

illustrate

three

continuable

DEBUG

stopcodes

and

a JOB

stopcode,

as

displayed

on

the

CTY:

Example

~

?CPUO

monitor

error.

Stopcode

name

is

ICN

CPU

Status

Block

on

30-May-86

19:29:21

CONI APR, =

001060,,004102

CONI

PI,

=

000000,,000777

CONI PAG, =

000000,,020000

DATAl PAG, =

500100,,000002

[Dumping

on

DSK:CRASH.EXE[1,4]]

[Continuing

system]

Example

~

?CPU1

monitor

error.

Stopcode

name

is

EUE

Job

5

on

TTY1

running

DDT

User

[1,2]

UUO

is

0

at

user

PC

002472

CPU

Status

Block

at

4-0ct-86

8:16:36

APRID =

000231,,342002

ERA

=

600000,,040513

CONI APR, =

007760,,000003

CONI

PI,

=

000000,,000377

CONI PAG, =

000000,,620001

DATAl PAG, =

700100,,002255

AR

ARX

Data

Word'=

000000,,057000

IO

Page

Fail

Word

=

000000,,000000

SBUS

Diags:

CNTRLR

FNC

0

FNC

1

000004

007040,,040610

000200,,000000

[Dumping

on

DSK:CRASH.EXE[1,4]]

[Continuing

system]

Example

~

?CPU1

monitor

error.

Stopcode

name

is

IEZ

File

DSKEO:OPSER.LOG[1,2]

Job

1

on

CTY

running

OPSER

User

[1,2]

[Dumping

on

DSK:CRASH.EXE[1,4]]

[Continuing

system]

5

MONITOR

STOPCODE

DEFINITION

The

following

example

illustrates

a JOB

stopcode

message

that

is

displayed

on

the

CTY:

%DECsystem-l0

not

running

?CPUO

monitor

error.

Stopcode

name

is

IME

Job

1

on

TTY5

running

FH702

User

[1,2]

UUO

is

47240040770

at

user

PC

006477

CPU

Status

Block

on

24-Jan-86

15:06:00

APRID =

640336,364654

ERA

=

024000,,006451

CONI APR, =

007760,000001

CONI

PI,

=

000000,,000377

CONI PAG, =

000000,,660001

DATAl PAG, =

700100,,001340

AR

ARX

Data

Word

=

000000,,000000

10

Page

Fail

Word

=

000000,,000000

SBUS

Diags:

CNTRLR

FNC

°

FNC

1

000004

001740,,017321

000200,,000000

000010

006160,,006603

000500,,001000

[Dumping

on

BLUI:CRASH.EXE[1,4]]

[Aborting

Job]

[DECsystem-l0

Continued]

The

same

JOB

stopcode

message

would

also

appear

on

the

job's

terminal,

in

addition

to

the

following

message:

?Monitor

error

at

user

PC

006476

6

MONITOR

STOPCODE

DEFINITION

4

LIST

OF

MONITOR

STOPCODES

A

list

of

stopcodes

for

all

systems

that

run

the

TOPS-IO

monitor

is

presented

on

the

following

pages

in

alphabetical

order.

The

list

shows

the

name

of

each

stopcode,

the

calling

module,

the

type

of

stopcode,

a

phrase

message

(for

which

the

name

is

a

symbol),

and

a

brief

explanation

of

the

containing

routine,

the

error

that

caused

the

stopcode,

and

any

data

items

that

can

be

helpful

in

analyzing

dumps.

Name

AAD

AAO

ABK

AES

Module

FILFND

DEBUG

Message

and

Explanation

Access

table

Already

Dormant

ATNLNK

unlinks

an

access

table

from

a

name

block

(NMB)

ring.

This

stopcode

occurs

when

an

attempt

is

made

to

make

an

access

table

dormant,

but

the

table

is

already

dormant.

Data

Items!

Tl

T2

T3

location

of

access

table

location

of

predecessor

location

of

ring

APRSER JOB

Access

Allowed

is

Off

The

monitor

converts

virtual

IOWDs

into

physical

IOWDs.

This

stopcode

occurs

while

checking

the

access

bits

for

a

page

pointed

to

by

the

IOWD,

and

access

to

that

page

is

not

allowed.

Data

Items:

Tl

total

number

of

words

accumulated

so

far

T2

number

of

words

for

current

page

APRSER EVENT

FILFND

JOB

T3

current

page

number

within

this

segment

T4

number

within

this

segment

(T4

is

the

page

that

was

not

allowed

access)

Address

BreaK

Abnormal.End

of

Search

list

SLXAES

is

called

from

several

places

in

FILFND.

This

stopcode

occurs

for

many

reasons,

such

as

unexpectedly

encountering

the

end

of

a

search

list.

ALW

FILUUO JOB

Access

table

Linked

Wrong

ANFAIB NETSER STOP No

buffer

set

up

when

advancing

input

When

attempting

to

finish

processing

the

filling

of

the

current

user's

input

buffer,

no

input

buffer

(DEVAXI)

is

found

to

be

set

up.

Data

Items:

F =

address

of

DDB

7

ANFAOB

NETSER STOP

MONITOR

STOPCODE

DEFINITION

No

buffer

set

up

when

calling

NTDAOB

When

attempting

to

finish

processing

the

emptying

of

the

current

user's

output

buffer,

no

output

buffer

(DEVAXO)

is

found

to

be

set

up.

Data

Items:

F =

address

of

DDB

ANFBLW

NETSER STOP

Buffer

Length

Wrong

On a

call

to

MKNPCB/MKUPCB

to

allocate

an

ANF

Protocol

Control

Block,

the

length

of

the

data

buffer

associated

with

the

PCB

did

not

match

the

calculated

length.

(The

PCBs

are

stored

in

free

lists

sorted

by

the

PCB

data

buffer

size.)

Data

Items:

U =

address

of

PCB

ANFCGM

NETSER STOP

ANFCIL NETSER STOP

Tl

length

of

PCB

data

buffer,

in

words

T2 =

length

PCB

data

buffer

should

be

Cannot

Get

Message

After

a

call

to

PCBECK

returned

"guaranteeing"

the

availablity

of

an

ANF

network

Protocol

Control

Block,

a

subsequent

call

to

PCBEGT

to

get

a

free

PCB

failed.

Connect

Initiate,

message

too

Long

An

attempt

was

made

to

send

a

Connect

Initiate

(or

possibly

a

Connect

Confirm)

message

that

exceeded

the

maximum

"reasonable"

size

of

a

connect

message.

Data

Items:

F =

address

of

DDB

W =

address

of

NDB

ANFCLA

NETSER STOP

P3

=

byte

count

for

proposed

connect

message

LAT

still

assigned

in

CLNNDB

CLNNET

was

called

to

"clean

up"

an

ANF

network

Device

Data

Block,

but

the

DDB

claims

to

still

be

connected

to

a

remote

node.

(CLNNET

should

be

called

only

after

the

device

has

been

disconnected.)

Data

Items:

F =

address

of

network

DDB

ANFCND

NETSER STOP

CLNNDB

has

No

DDB

CLNNET

was

called

to

network

Device

Data

contained

zero.

8

"clean

up"

an

ANF

Block,

but

register

F

ANFDDQ

NETSER STOP

MONITOR

STOPCODE

DEFINITION

Data

request

count

went

negative

The

count

of

outstanding

data

requests

available

for

a

network

device

went

negative.'

Data

Items:

F =

address

of

DDB

ANFDLA

NETSER STOP No

DLA

on

connect

When

disconnecting

an

ANF

network

call

to

NCSDSC

discovered

that

Destination

Link

Address

was

zero.

device,

a

the

DDB's

Data

Items:

F =

address

of

DDB

ANFDMU

NETSER STOP

Data

buffer

Messed

Up

On a

call

to

MKNPCB/MKUPCB

to

allocate

an

ANF

Protocol

Control

Block,

a

free

PCB's

data

buffer

check

words

were

found

to

have

been

corrupted.

The

memory

word

immediately

preceding

the

data

buffer

should

contain

SIXBIT/NET/

in

its

left

half,

and

the

memory

word

immediately

following

the

data

buffer

should

contain

SIXBIT/NETMEM/.

Data

Items:

U =

address

of

free

PCB

ANFDRQ

NETSER STOP

Tl

contents

of

bottom-end

check

word

T2 =

contents

of

top-end

check

word

Data

ReQuest

count

negative

When

processing

a

Data

Request

message

for

a

device

from

a

remote

node,

the

current

data

request

count

was

negative.

Data

Items:

F =

address

of

DDB

ANFDRZ

NETSER STOP

Sending

Data

Requests

to

device

'Zero'

A

call

to

NCSDRQ

to

send

data

requests

to

a

remote

node

discovered

that

the

network

device's

Destination

Link

Address

field

was

zero.

Data

Items:

F =

address

of

DDe

ANFDSI NETSER STOP

Cannot

send

Disconnect

message

(no

PCB?)

After

a

call

to

PCBECK

returned

"guaranteeing"

the

availability

of

an

ANF

network

Protocol

Control

Block,

a

subsequent

call

to

PCBEGT

to

get

a

free

PCB

failed.

9

ANFFCW

NETSER STOP

MONITOR

STOPCODE

DEFINITION

Free

PCB

Count

Wrong

The

PCBSEC

routine

encountered

a

discrepancy

in

a PCB

free

list:

the

free

list

counter

claimed

there

are

no

free

PCBs

in

this

particular

list,

yet

the

free

list

chain

contains

at

least

one

free

PCB.

Data

Items:

T2 =

index

into

NTFREC/NTFREF

tables

ANFFEK NETSER STOP FEK

bad,

FEKOAD

and

FEKOCT

in

conflict

On a

call

to

NETWRT/FRCWRT

to

queue

an

output

network

Protocol

Control

Block

to

an

ANF

network

Front

End

Kontroller,

the

FEK

output

queue

was

found

to

be

inconsistent:

the

count

of

output

PCBs

as

specified

by

FEKOCT

did

not

match

the

actual

output

queue

in

FEKOAD.

Data

Items:

U =

address

of

PCB

J =

address

of

FEK

ANFGFK

NETSER STOP

T3 =

actual

count

of

PCBs

in

FEKOAD

queue

Garbage

FEK

pointer

Some

routine

attempted

to

convert

an

ANF

network

Front

End

Kontroller

(data

block)

address

into

a

logical

line

number,

but

the

FEK

address

in

not

in

the

FEK

chain

(that

is,

the

FEK

does

not

exist)

.

Data

Items:

J =

address

for

non-existant

FEK

ANFIFC NETSER STOP

Illegal

FEKINT

function

Code

An

ANF

network

Front

End

Kontroller

calleo

NETSER's

FEK

interrupt

service

(FEKINT)

with

an

illegal

function

code

in

T1.

Data

Items:

J =

address

of

FEK

ANFINP NETSER STOP

T1 = FEK

interrupt

function

code

INPut

done

interrupt

with

no

input

buffer

An

ANF

network

Front

End

Kontroller

called

NETSER's

FEK

interrupt

service

(FEKINT)

to

process

an

"input

done"

interrupt

yet

had

no

ANF

network

Protocol

Control

Block

specified

in

either

FEKIDN

or

FEKIAD

(depending

on

the

interrupt

function

code)

.

Data

Items:

J =

address

of

FEK

10

ANFLAA

NETSER STOP

MONITOR

STOPCODE

DEFINITION

LAT

Already

Assigned

When

attempting

to

establish

a

connection

to

a

remote

device's

node,

the

Device

Data

Block

was

found

to

already

have

a

Link

Address

Table

entry.

Data

Items:

F =

address

of

DDB

Tl

=

LAT

address

ANFLAT

NETSER STOP

DDB

and

LAT

don't

agree

When

freeing

up

an

ANF

network

Device

Data

Block,

a

call

to

GIVSLA

discovered

that

the

DDB's

link

address

did

not

match

the

network

Link

Address

Table.

(The

LAT

entry

did

not

point

back

to

the

DDB

which

points

to

the

LAT

entry.)

Data

Items:

F =

address

of

DDB

ANFLCC

NETSER STOP

P2

=

DDB's

link

address

(index

into

LAT)

Not

in

confirm

wait

--

LAT

table

messed

up

While

waiting

for

a

Connect,

Initiate

message

to

be

answered,

the

Link

Address

Table

state

for

the

device

transited

into

an

illegal

state

(a

state

that

was

neither

success,

nor

failure,

nor

still-waiting)

.

Data

Items:

F =

address

of

DDB

Tl

=

LAT

state

ANFLDD

NETSER STOP

LAT

and

DDB

Disagree

When

disconnecting

an

ANF

network

device,

a

call

to

NCSDSC

discovered

that

the

DDB's

link

address

did

not

match

the

network

Link

Address

Table.

(The

LAT

entry

did

not

point

back

to

the

DDB

which

points

to

the

LAT

entry.)

Data

Items:

F =

address

of

DDB

ANFMBL

NETSER STOP

Buffer

Length

wrong

On a

call

to

RMVPCB

to

free

up

an

ANF

network

Protocol

Control

Block,

the

PCB

data

buffer

length

was

found

to

be

too

large

(larger

than

the

maximum

allowable

data

buffer

size)

.

Data

Items:

U =

address

of

PCB

T2 = PCB

data

buffer

length,

modulo

MSGAGW

11

ANFMDL

NETSER STOP

MONITOR

STOPCODE

DEFINITION

Must

have

a

DLA

assigned

While

trying

to

format

an

ANF

network

output

message

header,

a

,device

was

found

to

have

no

Destination

Link

Address

set.

Data

Items:

F

U

address

of

DDB

address

of

PCB

ANFMRL

NETSER STOP

Message

Request

too

Large

A

call

was

made

to

the

MKNPCB/MKUPCB

routine(s)

to

allocate

an

ANF

network

Protocol

Control

Block

(data

buffer)

which

exceeded

the

maximum

configured

message

size.

Data

Items:

TI

=

requested

PCB

size,

in

words

ANFMSQ

NETSER STOP

ANFNCT NETSER STOP

Message

Queues

are

Screwed

up

NCT

processors

shouldn't

skip

An

internal-to-NETSER

routine

took

a

"skip"

never

happen.

message

return,

processing

which

should

Data

Items:

U =

probably

an

address

of

a PCB

ANFNFI NETSER STOP

Sending

Node

ID

to

the

null

FEK

An

attempt

was

made

to

send

an

ANF

Node

ID

message

to

the

null

Front

End

Kontroller.

The

null

FEK

never

goes

offline,

and

so

should

never

come

online,

and

so

should

never

need

to

be

greeted

with

a

Node

ID

message.

Data

Items:

J =

address

of

FEK

ANFNFK NETSER STOP

ANFNFP NETSER STOP

ANFNIL NETSER STOP

This

is

the

Null

FEK

The

monitor

received

and

processed

a

Node

ID

message

from

the

null

Front

End

Kontroller.

Since

NETSER

never

sends

a

Node

ID

over

the

null

FEK,

it

should

never

receive

one.

No

Free

PCBs

or

no

free

messages

After

a

call

to

PCBECK

returned

"guaranteeing"

the

availability

of

an

ANF

network

Protocol

Control

Block,

a

subsequent

call

to

PCBEGT

to

get

a

free

PCB

failed.

Not

at

Interrupt

Level

The

main

ANF

network

service

loop

NETSCN

was

called

at

a

level

other

than

interrupt

level.

12

ANFNNT

NETSER STOP

MONITOR

STOPCODE

DEFINITION

No

NDB

for

Terminal

In

the

process

of

disconnecting

a

network

terminal,

no

Node

Data

Block

can

be

found

to

match

the

remote

node

number

as

specified

in

the

terminal's

LDB

(LDPRNN

pointer).

Data

Items:

U =

address

of

terminal

LDB

ANFNPL

NETSER STOP No PCBs

on

List

A

call

was

made

to

CLNFEK

to

"clean

up"

and

reinitialize

an

ANF

network

Front

End

Kontroller

(data

block).

The

count

of

queued

transmit

Protocol

Control

Blocks

(contained

in

FEKOCT)

did

not

match

the

actual

output

PCB

chain

(starting

with

FEKOAD)

.

Data

Items:

J =

address

of

FEK

ANFNUL

NETSER STOP NULl FEK

being

"cleaned"

A

call

was

made

to

CLNFEK

to

"clean

up"

and

reinitialize

an

ANF

network

Front

End

Kontroller

(data

block),

but

the

specified

FEK

was

the

so-called

null

FEK,

which

should

never

go

offline.

Data

Items:

J =

address

of

FEK

ANFNWA

NETSER STOP

Node

Went

Away

When

disconnecting

an

ANF

network

device,

a

call

to

NCSDSC

discovered

that

the

device's

remote

node

"went

away"

(the

node

is

no

longer

in

communication

with

the

local

host)

.

In

this

case,

the

device

service

routine

should

have

simply

destroyed

the

DDB,

rather

than

trying

to

disconnect

it

first

(for

example,

just

call

ZAPNET).

Data

Items:

F =

address

of

DDB

ANFOBS

NETSER STOP

OBSolete

feature

On a

call

to

ZAPPCB

to

deallocate

(and

return

to

the

monitor's

general

purpose

free

pool)

an

ANF

network

Protocol

Control

Block,

a PCB

was

found

to

own a

"secondary"

data

buffer

(in

addition

to

the

primary

data

buffer),

a

feature

no

longer

in

use.

Data

Items:

U =

address

of

PCB

13

ANFOUT

NETSER STOP

MONITOR

STOPCODE

DEFINITION

OUTput

done

interrupt

with

no

PCB

An

ANF

network

Front

End

Kontroller

called

NETSER's

FEK

interrupt

service

(FEKINT)

to

process

an

"output

done"

interrupt,

yet

had

no

ANF

network

Protocol

Control

Block

address

in

FEKODN.

Data

Items:

J =

address

of

FEK

ANFPCC NETSER STOP

Count

of

PCBs

on

list

is

wrong

A

call

was

made

to

CLNFEK

to

"clean

up"

and

reinitialize

an

ANF

network

Front

End

Kontroller

(data

block).

The

count

of

queued

transmit

Protocol

Control

Blocks

(contained

in

FEKOCT)

did

not

match

the

actual

output

PCB

chain

(starting

with

FEKOAD) .

Data

Items:

J =

address

of

FEK

ANFPCL NETSER STOP PCB

Lists

screwed

up

On a

call

to

MKNPCB/MKUPCB

to

allocate

an

ANF

Protocol

Control

Block,

the

PCB

"free"

list(s)

were

found

to

be

inconsistent.

The

PCB

free

pool

consists

of

linked

lists

(sorted

by

PCB

size)

of

unused

(and

therefore

available

to

be

re-used)

free

PCBs.

The

count

of

free

PCBs

disagrees

with

the

length

of

the

linked

list

of

free

PCBs.

Data

Items:

U =

address

of

(alleged)

free

PCB

ANFPCM

NETSER

STOP·

T2 =

index

into

NTFREC/NTFREF

linked

list

table

PCB

data

buffer

check

words

trashed

On a

call

to

RMVPCB

to

free

up

an

ANF'

network

Protocol

Control

Block,

the

PCB

data

buffer

check

words

were

found

to

be

corrupted.

The

memory

word

immediately

preceding

the

data

buffer

should

contain

SIXBIT/NET/

in

its

left

half,

and

the

memory

word

immediately

following

the

data

buffer

should

contain

SIXBIT/NETMEM/.

Data

Items:

U =

address

of

PCB

T1

contents

of

bottom-end

check

word

T2 =

contents

of

top-end

check

word

14

ANFPCR NETSER STOP

MONITOR STOPCODE

DEFINITION

PCB

tag

word

trashed

On a

call

to

RMVPCB

to

free

up

an

ANF

network

Protocol

Control

Block,

the

PCB

was

found

to

be

corrupted,

either

the

PCBTAG

word

did

not

contain

SIXBIT/PCBTAG/,

or

the

PCB

data

buffer

length

was

not

a

proper

size

(in

particular,

was

not

a

multiple

of

the

MSGAGW

allocation

"granularity").

Data

Items:

U =

address

of

PCB

ANFPCT NETSER STOP

Tl

contents

of

PCBTAG

word

T2 =

length

of

PCB

data

buffer

PCB

trashed

On a

call

to

MKNPCB/MKUPCB

to

allocate

an

ANF

Protocol

Control

Block,

an

unused

PCB

removed

from

the

PCB

free

lists

was

found

to

contain

junk

in

the

PCBTAG

check

word

(which

should

contain

SIXBIT/PCBTAG/)

.

Data

Items:

U =

address

of

unused

PCB

ANFPCV NETSER STOP

Tl

=

contents

of

PCBTAG

word

PCB

not

Valid

On a

call

to

NETWRT/FRCWRT

to

queue

an

output

network

Protocol

Control

Block

to

an

ANF

network

Front

End

Kontroller,

the

PCB

check

word

was

found

to

be

corrupted.

The

PCBTAG

word

of

the

PCB

should

contain

SIXBIT/PCBTAG/.

Data

Items:

U

J

address

of

PCB

address

of

FEK

ANFRDN

NETSER STOP

Routing

header

has

bad

Destination

Node

When

processing

a

just-received

message,

the

destination

node

specified

in

the

message)

did

not

local

host

node

number.

ANF

network

number

(as

match

the

Data

Items:

U =

address

of

PCB

ANFRDT

NETSER STOP

W =

address

of

NDB

which

sent

the

message

PI

=

current

byte

pointer

into

PCB

data

buffer

Releasing

DDB

Twice

ZAPNET

was

called

to

release

an

ANF

network

Device

Data

Block,

but

the

DDB

is

already

marked

as

having

been

cleared

(and

has

been

returned

to

the

monitor

free

pool)

.

Data

Items:

F =

address

of

network

DDB

15

ANFRSN

NETSER STOP

MONITOR

STOPCODE

DEFINITION

Routing

header

has

bad

Source

Node

When

processing

a

just-received

ANF

network

message,

the

source

node

number

(as

specified

in

the

message)

did

not

match

the

remote

node

number

from

the

ANF

network

Node

Data

Block

from

which

this

message

was

de-queued.

Data

Items:

U =

address

of

PCB

ANFSBA NETSER STOP

W =

address

of

NDB

which

sent

the

message

PI

=

current

byte

pointer

into

PCB

data

buffer

Secondary

Buffer

Allocated

("old

feature")

On a

call

to

RMVPCB

to

free

up

an

ANF

network

Protocol

Control

Block,

a PCB

was

found

to

own a

"secondary"

data

buffer

(in

addition

to

the

primary

data

buffer),

a

feature

no

longer

in

use.

Data

Items:

U =

address

of

PCB

ANFSLA NETSER STOP SLA

on

a

connect

On a

call

to

NCSCNT

to

send

a

Connect

Initiate

message

(or

possibly

from

NCSCNC

to

send

a

Connect

Confirm

message)

to

a

remote

node

for

a

device,

the

network

Device

Data

Block

had

no

Source

Link

Address.

Data

Items:

F

W

address

of

DDB

address

of

NDB

ANFTLK

NETSER STOP W

points

at

NETNDB

(TaLKing

to

itself)

An

illegal

operation

was

detected

directed

at

the

Node

Data

Block

for

the

local

host.

For

example,

an

attempt

was

made

(in

CLNNDB)

to

delete

the

NDB

as

no

longer

reachable

on

the

network.

Data

Items:

W =

address

of

NDB

ANFTMF

NETSER STOP

Too

Many FEKs

When

rebuilding

the

neighbor's

table

(for

sending

Neighbors

messages

to

other

nodes),

there

were

more

than

NGHMAX

Front

End

Kontrollers

(neighbors).

Data

Items:

J =

address

of

FEK

Tl

=

node

number

of

FEK

neighbor

16

ANFUBN

NETSER STOP

MONITOR

STOPCODE

DEFINITION

Unsent

Byte

count

went

Negative

When

processing

the

segmentation

of

a

user

output

buffer,

the

count

of

bytes

remaining

to

be

transmitted

(DEVAXO+1)

went

negative.

Data

Items:

F =

address

of

DDB

ANFUND

NETSER STOP

Unreasonable

Network

DDB

length

The

MAKDDB

routine

was

called

to

create

an

ANF

network

Device

Data

Block

with

an

"unreasonable"

DDB

size

(either

smaller

than

the

minimum

DDB

length,

or

much

(10

octal

words)

bigger).

Data

Items:

T2 =

requested

DDB

size,

in

words

ANFWLA

NETSER STOP

Wrong

LAT

Assigned

A

call

to

GETSLA

to

assign

a

free

link

address

from

the

Link

Address

Table

was

made

with

an

ANF

network

Device

Data

Block

or

a

terminal

Line

Data

Block

that

was

already

in

the

link

address

table.

Data

Items:

T1 =

address

of

DDB

or

LDB

ANFWLS

NETSER STOP

Wrong

LAT

State

When

processing

a RELEASe

monitor

call

for

an

ANF

network

device,

the

device

was

found

to

already

be

disconnected

when

its

Link

Address

Table

entry

state

claimed

to

be

"OK".

Data

Items:

F =

address

of

DDB

ANFWMB

NETSER STOP

S = DEVIOS

flags

(IOSCON

clear)

T2 =

LAT

state

User

Wrote

in

Memory

before

Block

On

a

call

to

GIVZWD

to

deallocate

a

block

of

NETSER

memory

and

return

it

to

the

monitor's

general

purpose

free

pool,

the

top-end

check

word

was

found

to

be

corrupted.

,The

left

half

of

the

word

immediately

preceding

the

memory

block

should

contain

SIXBIT/NET/.

Data

Items:

T1 =

LH

contents

of

top-end

check

word

T2 =

(adjusted)

address

of

memory

block

-1(P)

=

(adjusted)

length

of

memory

block

17

ANFWPE

NETSER STOP

MONITOR

STOPCODE

DEFINITION

User

Wrote

Past

the

End

of

the

block

On a

call

to

GIVZWD

to

deallocate

a

block

of

NETSER

memory

and

return

it

to

the

monitor's

general

purpose

free

pool,

the

bottom-end

check

word

was

found

to

be

corrupted.

The

word

immediately

after

the

memory

block

should

contain

SIXBIT/NETMEM/.

Data

Items:

Tl

=

LH

contents

of

top-end

check

word

ANFXDS

NETSER STOP

ANFXMT

NETSER STOP

T2 =

contents

of

bottom-end

check

word

O(P)

=

(adjusted)

address

of

memory

block

-1(P)

=

(adjusted)

length

of

memory

block

Cannot

Send

Disconnect

message

(no

PCB?)

After

a

call

to

PCBECK

returned

"guaranteeing"

the

availability

o:E

an

ANF

network

Protocol

Control

Block,

a

subsequent

call

to

PCBEGT

to

get

a

free

PCB

failed.

No

buffer

set

up

when

calling

NTDXMT

When

processing

an

output

buffer

from

a

user

program,

NTDXMT

found

no

output

buffer

pointer

(DEVAXO)

set

up.

Data

Items:

F =

address

of

DDB

ANFZFK NETSER STOP

ANIUBN NETSER STOP.

ANIXMT

NETSER STOP

ANU

FILIO

DEBUG

Zero

FEK

pointer

An

·ANF

network

Front

End

Kontroller

called

NETSER's

FEK

interrupt

service

(FEKINT)

with

no

FEK

address

in

J.

Unsent

Byte

counts

went

Negative

No

buffer

set

up

when

calling

NTDXNT

AU

Not

owned

by

Us

UPAU

obtains

the

Alter-UFO

(AU)

resource.

This

stopcode

occurs

when

there

is

no

UFO

data

block

(UFB)

for

the

given

DDB

or

a

job

returns

an

Alter-UFO

(AU)

resource

that

is

already

owned

by

someone

else.

Data

Items:

Pl

= 0

if

no

UFB,

otherwise

the

UFB

for

DDB

P2

=

not

applicable

if

no

UFB,

otherwise

job

number

trying

to

release

the

AU

resource

UFBAUJ(P1)

=

job

owning

the

AU

resource

18

AOC

FILFND

MONITOR

STOPCODE

DEFINITION

DEBUG

Already

Own

CB

GETCB

gets

the

core

block

(CB)

resource.

This

stopcode

occurs

when

a

job

requests

the

CB

resource,

but

already

owns

it.

Data

Items:

J =

job

number

AOWNSR

CLOCK1

STOP

APE APRSER

CPU

APF

VMSER

DEBUG

Already

OWN

Sharable

Resource

Address

Parity

Error

Allocated

Page

Free

This

stopcode

occurs

when

the

monitor

finds

an

unallocated

page

of

memory

in

the

list

of

pages

allocated

to

a

segment.

Data

Items:

P2

P3

P4

T3

disk

address-1

current

physical

page

allocated

number

of

pages

byte

pointer

to

the

map

slot

ARF

COREl STOP

Attempt

to

Return

Free

page

GVPAGS

returns

pages

to

the

free-core

list.

This

stopcode

occurs

when

the

monitor

checks

its

table

of

free

pages

before

returning

a

page

and

finds

that

the

page

is

already

marked

as

being

free.

Data

Items:

T1 =

first

page

on

free-core

list

ARM FILFND STOP

AUT18B

AUTCON

INFO

AUTTMK

AUTCON

STOP

AUTTTL

SYSINI

DEBUG

T2 =

page

being

returned

to

the

free-core

list

(this

is

the

page

that

caused

the

stopcode)

T3 =

number

of

pages

returned

so

far

T4 =

bit

being

tested

in

the

page

table

(400000,,0)

PAGTAB(T2)

page-status

bits

(status-bit

definitions

can

be

found

in

module

S.MAC)

Access

Rings

Messed

up

ATNLNK

unlinks

an

access

table

block

ring.

This

stopcode

access

ring

is

not

linked

table.

18-Bit

DF10/DF10C

Too

Many

KDBs

on

channel

AUTCON

Took

Too

Long

19

from

a

'"name

occurs

when

an

to

any

access

AWN

BAC

BAD

BAO

BAZ

BBS

BDP

BEC

BFC

FILIO

COREl

MONITOR STOPCODE

DEFINITION

DEBUG

AU

Waiters

Negative

Bit

Already

Clear

SETZRS

sets

zeros

in

a

table.

This

stopcode

occurs

when

the

SETZRS

routine

attempts

to

zero

bits

that

are

already

zero.

Data

Items:

T2 =

still

on

the

stack

= AOBJN

pointer

to

tables

FILFND

JOB

Tl

=

number

of

bits

to

clear

Block

Already

Dormant

ATSFRO

puts

an

access

table

in

the

free-core

list.

This

stopcode

occurs

when

an

attempt

is

made

to

make

the

access

table

dormant,

but

the

table

is

already

dormant.

Data

Items:

Tl

=

location

of

access

table

FILIO

DEBUG

Bit

Already

One

TAKBLK

allocates

blocks

from

the

disk.

This

stopcode

occurs

when

the

monitor

attempts

to

allocate

a

block

that

is

already

allocated.

Data

Items:

PDL =

cluster

address.

FILIO

DEBUG

D85INT

STOP

Bit

Already

Zero

GIVBLK

returns

disk

blocks.

This

stopcode

occurs

when

the

monitor

attempts

to

return

blocks

that

are

already

free;

this

can

occur

when

a

damaged

file

is

deleted.

If

this

stopcode

occurs

with

any

frequency,

it

is

suggest

you

run

DSKRAT

on

the

structure

indicated

in

the

stopcode

printout

on

the

CTY.

Bad

Byte

Size

DLBP

makes

the

DLIO

the

byte

pointer

for

data.

This

stopcode

occurs

when

the

number

of

bytes

per

word

supplied

is

illegal.

The

number

of

bytes

per

word

must

be

from

2

to

6.

Data

Items:

T4 =

wrong

byte

size

VMSER

DEBUG

BaD

Page

MSCCOM

DEBUG

Packet

with

bad

End

Code

received

D6DINT

DEBUG

Bad

Function

Code

to

FEK

20

BFO

BIN

BMR

BNR

BNT

BNU

BNZ

TAPUUO

MONITOR

STOPCODE

DEFINITION

DEBUG

Better

Find

One

INVERT

generates

a

transfer

list

for

a

read

backwards.

This

stopcode

occurs

when

the

end

of

the

original

transfer

list

for

a

read

backwards

is

not

found.

Data

Items:

T2

T3

head

of

old

transfer

list

item

number

to

find

FILIO

STOP

Block

number

Is

Negative

MONRED

reads

a

block

or

a

series

of

blocks.

This

stopcode

occurs

when

this

routine

is

called

with

a

negative

block

number.

Data

Items:

T1

T2

IOWD

for

data

block

number

FILUUO JOB

Block

Missing

from

RIB

ALLPOA

is

used

to

work

with

a

RIB

whose

blocks

are

allocated

but

not

used.

This

stopcode

occurs

when

the

RIB

for

a

file

shows

that

the

file

has

more

blocks

than

actually

exist.

Data

Items:

T3 =

missing

block

FILUUO JOB

Block

Not

RIB

NOTOLD

creates

a

new

name

in

a

directory

block.

This

stopcode

occurs

when

a

pointer

to

a

block

is

not

found

in

the

RIB.

Data

Items:

P2

block

that

is

being

looked

for

FILFND

DEBUG

SYSINI

HALT

COREl

DEBUG

Block

Not

There

UFORSS

gets

a

UFD

or

an

SFD

access

block.

This

stopcode

occurs

when

a

core

block

(AT

or

UFB)

that

is

known

to

exist

is

not

found.

Bootstrap

NXMTAB

Unavailable

Bit

Not

Zero

CSETOS

sets

bits

in

a

table.

This

stopcode

occurs

when

one

of

the

bits

to

be

set

in

a

table

is

already

set.

Data

Items:

T3

number

of

bits

to

set

T4 =

address"position

21

BPE

BPF

BPT

BRC

BSN

BSY

BWA

CLOCKl JOB

MONITOR

STOPCODE

DEFINITION

Breakpoint

PC

Executive

mode

The

user

PC

on

a

control-D

to

a

DDT

unsolicited

breakpoint

trap

did

not

have

the

USRMOD

bit,

although

the

user

was

supposed

to

be

in

user

mode.

Data

Items:

Tl

= PC

word

that

the

user

is

currently

running

CLOCKl JOB

FILFND JOB

COMCON

DEBUG

SEGCON

STOP

Breakpoint

PUTWRD

Failed

The

attempt

to

store

the

return

PC

(in

processing

an

unsolicited

~D

breakpoint)

into

the

location

pointed

to

by

.JBBPT

failed

even

though

the

address

had

been

previously

address

checked.

Bad

search

list

Pointer

SLXBPT

is

used

only

for

this

stopcode

and

is

called

from

FILUUO.

This

stopcode

occurs

when

an

attempt

is

made

to

build

the

search

list,

but

no

search

list

can

be

found.

Bad

Return

from

CMPBIT

SAVEXE

saves

a

virtual

memory

system

core

image.

This

stopcode

occurs

when

the

routine

that

computes

the

flag

bits

for

a

directory

entry

gives

an

error

return.

Bad

Segment

Number

COMIT

compares

the

job

number

with

the

right

half

of

JBTSGN(Tl).

This

stopcode

occurs

when

the

right

half

of

J

and

the

right

half

of

JBTSGN(Tl)

are

not

the

same.

Data

Items:

Tl

=

high-segment

number

of

job

J =

job

number

XTCSER

DEBUG

FILIO

JOB

DA28 BuSY

The

BUSY

bit

was

(still)

interrupted.

Block

Went

Away

on

when

the

DA28

SETLST

sets

up

an

I/O

list

block.

This

stopcode

occurs

when

NXTBLK,

which

is

used

to

return

the

address,

gives

an

error

or

a

non-skip

return

that

indicates

end-of-file,

writing

in

the

middle

of

a

file,

or

another

similar

error.

Data

Items:

J =

job

number

22

CAC

VMSER

CAO

FILUUO

MONITOR

STOPCODE

DEFINITION

STOP

DEBUG

Cannot

Allocate

Clock

level

pages

Cluster

Address

Odd

ADJALC

allocates

the

initial

blocks

file.

This

stopcode

occurs

when

supercluster

address

is

not

an

even

of

a

block

cluster

address.

for

a

block

multiple

Data

Items:

Tl

P2

number

of

blocks

in

group

remainder

CBB

COMCON

DEBUG

CCPNUL

SYSINI

STOP

CCR

CLOCKl STOP

CCW

CLOCKl

DEBUG

CDA

FILIO

DEBUG

Command

Block

Bad

In

copying

the

program-to-run

information

from

a

user

defined

command

block

to

the

SAVGET

locations,

it

was

found

that

the

command

block

was

too

big

to

fit.

Cannot

create

PDB

for

NULl

job

Can't

Continue

with

Resource

Control-C

Count

Wrong

In-core

Copy

Doesn't

Agree

DD2MN

copies

pointers

from

a

DDB

to

a

monitor

buffer

to

perform

monitor

I/O.

This

stopcode

occurs

when

the

cluster

pointer

from

the

structure

data

block

does

not

agree

with

the

in-core

copy.

Data

Items:

Tl

in-core

copy

CDE

APRSER

CPU

CDRASC

NETDEV

STOP

T4 =

pointer

from

structure

data

block

Cache

directory

page

and

restores

any

pages

that

were

written

out

earlier,

after

it

creates

the

directory.

This

stopcode

occurs

when

a PAGE.

monitor

call

with

a

function

of

1

fails.

Illegal

Queue

Routine

The

address

of

the

routine

to

transfer

to

on

dataset

timeout

for

a

DZ-ll

line

was

zero.

Data

ReQuest

went

NEGative

3330

Isn't

Fancy

Runaway

Driver

Buffer

Already

there

Bad

Device

Number

33

MONITOR

STOPCODE

DEFINITION

DTEBMB

DTESER

DEBUG

Bad

Message

Block

pointer

DTEBTC

DTESER

DEBUG

Bad

Transfer

Count(s)

DTECDF

DTESER

STOP

Copy

Data

Failed

DTECOW

DTESER STOP

Called

for

Output

on

Wrong

CPU

DTEDNE

DTESER STOP

Count

Not

Even

DTEDNH

DTESER STOP

Driver

Not

Hungry

DTEDWA

. DTESER

DEBUG

DDB

Went

Away?

DTEDWC

DTESER

DEBUG

DTECLR

called

on

Wrong

CPU

DTEEFI DTESER STOP

Illegal

Function

code

DTEFNG

DTESER STOP

Illegal

Function

code

DTEI1S

DTESER

DEBUG

Illegal

To-ll

done

State

for

QP2

DTEIBA DTESER

DEBUG

Input

Buffer

already

Allocated

DTEIDX DTESER STOP

Bad

InDeX

in

byte

pointer

DTEIKF DTESER

DEBUG

Illegal

Kontroller

Function

DTEIOP APRSER INFO DTE20

r/O

Page

failure

DTEIPA DTESER STOP No

Post

Address

DTEITM DTESER

DEBUG

Illegal

To-lO

transfer

Mode

in

QP2

DTEITS DTESER

DEBUG

Illegal

To-lO

Transfer

State

DTEIUD DTESER

DEBUG

Illegal

User

for

DTE

DTEMDM

DTESER STOP No

Master

DTE

DTEMDS

DTESER JOB MOVSLJ

Didn't

Skip

34

DTENFC

DTESER

DTENFP DTESER

DTENIS DTESER

DTENOD

DTESER

DTENOM

DTESER

DTEOBA

DTESER

DTEPCI DTESER

DTEPTL DTESER

DTEQEF DTESER

DTERWC

DTESER

DTETNI DTESER

DTETQP

DTESER

DTEWCN

DTESER

EMA

COREl

EMS

VMSER

ENQATA

QUESER

ENQAVE

QUESER

MONITOR

STOPCODE

DEFINITION

STOP

DEBUG

STOP

DEBUG

STOP

DEBUG

No

Free

Core

No

Forward

Pointer

in

MSD

DTE

in

wrong

State

NO

Data

NO

Message

block

Output

Buffer

already

Allocated

Function

Code

Illegal

Packet

Too

Large

Queue

Entry

Full

DTERLD

called

on

Wrong

CPU

DTE

Not

Idle

Found

Queue

Point

Wrong

CPU

Number

Exceeded

Memory

Allocation

Exceeding

Maximum

Section

Bad

Access

Table

Address

Code

assumes

that

the

access

table

addresses

are

under

400,000.

FRECOR

access

tables

must

be

within

400,000,

or

you

must

make

appropriate

code

changes

to

QUESER.

Already

have

EQ

AVESTP

is

a

stopcode-only

routine.

This

stopcode

occurs

when

a

job

has

the

Enqueue/Dequeue

Wait

resource

when

it

should

not

have

it.

Data

Items:

J =

job

number

35

ENQCWD

QUESER

ENQCWJ

QUESER

ENQDNL

QUESER

MONITOR

STOPCODE

DEFINITION

JOB

DEBUG

Can't

Wake

job/context

after

DEQ

DEQ.

process

is

completed,

but

WAKE.

to

requesting

program

or

idle

context

failed,

for

some

reason.

Make

sure

the

requesting

program

or

context

handle

is

valid.

Can't

Wake

Job/context

DEQ.

process

is

completed,

but

lock

cannot

be

granted.

Check

the

waiting

process

for

invalid

requesting

job

or

context

handle.

DEQ

Not

interLocked

DEQIT

dequeues

one

occurs

when

the

interlock.

Q-entry.

job

does

This

stopcode

not

own

the

DQ

Data

Items:

J =

job

number

ENQIJC QUESER JOB

ENQLNF

QUESER

DEBUG

ENQQFU

QUESER

JOB

ENTMPB

ETHUUO

DEBUG

ENTPCN

ETHUUO

DEBUG

Illegal

Job/Context

handle

Code

tried

to

obtain

a

q-chain

header

for

a

particular

context,

but

the

attempt

failed

because

of

internal

discrepancies.

An

invalid

job

or

context

handle

was

requested.

Lock

Not

Found

REDTB

fills

a

user

table

with

data

from

the

LOCK-associated

table.

This

stopcode

occurs

when

the

system

cannot

find

the

LOCK

block.

Q-blocks

Fouled

Up

TSTAAC

tries

to

determine

if

we

need

to

increment

the

read

count

in

the

access

table

to

make

it

stay

around.

This

stopcode

occurs

when

a

zero

entry

is

found

in

the

link

to

the

Missing

user

Portal

Block

Occurs

when

attempting

to

release

a

user

portal

which

doesn't

exist

in

the

user

portal

table.

User

Portal

Count

Non-zero

Occurs

when

ETHUUO

tries

to

release

an

EJB

(ethernet

job

block)

which

hasn't

closed

all

user

portals.

36

MONITOR

STOPCODE

DEFINITION

ENTPTF

ETHUUO

DEBUG

User

Portal

Table

Full

Occurs

when

the

user

portal

count

claims

there

is

a

free

entry

in

the

user

portal

table,

but

all

the

entries

are

used.

ENTUEE

ETHUUO

DEBUG

Unexpected

Ethser

Error

code

ERB

ERF

ERM

ERP

ESS

REFSTR INFO

ETHUUO

got

an

unexpected

error

code

back

from

ETHSER.

Error

Reading

BAT

block

REDBAT

reads

in

BAT

blocks

and

returns

a

new

unit

pointer.

This

st:opcode

occurs

when

an

error

is

encountered

while

reading.

Data

Items:

U =

address

of

current

unit

TAPSER STOP

Error

Recovery

procedure

Fouled

up

ERPINT

is

used

~hen

an

interrupt

is

received

while

error

recovery

is

in

progress.

This

stopcode

occurs

when

a

pointer

that

should

be

pointing

at

an

I/O

request

block

is

pointing

elsewhere.

Data

Items:

TI

=

bad

pointer

TKBERB(W) =

good

pointer

ONCMOD

DEBUG

Error

Reading

MFD

SPTSSB

creates

the

SPT

table

and

the

swapping

SAT

table

for

a

disk

unit.

This

stopcode

occurs

when

an

I/O

error

occurs

while

reading

the

MFD

read-in

block.

Data

Items:

PI

=

address

of·first

word

of

MFD

RIB

(RH)

T2 =

logical

block

number

to

read

REFSTR STOP

U

unit

data

block

address

F

file

data

b+ock

address

S

(RH)

standard

error

bits

Extraneous

Retrieval

Pointer

HOMRBS

stores

a

retrieval

pointer

in

the

HOME.SYS

read-in

block.

This

stopcode

occurs

when

the

byte

pointer

is

confused.

Data

Items:

TI

=

current

byte

pointer

FILFND JOB

Empty

System

Search

list

SLXESS

is

a

stopcode-only

called

throughout

FILFND.

for

the

location.

37

routine

and

is

Examine

the

stack

ETHCCC

ETHCCM

ETHCCP

ETHIFC

ETHIPS

ETHUDS

ETHUES

EUE

EWB

EWH

ETHSER

ERRCON

REFSTR

MONITOR

STOPCODE

DEFINITION

DEBUG

JOB

DEBUG

Can't

Create

Channel

block

Can't

Create

Multi-cast

block

Can't

Create

PORTAL

block

Invalid

Function

Code

Invalid

Protocol

state

Unexpected

Disable

protocol

State

Unexpected

Enable

protocol

State

Executive

UUO

Error

EMUERR

is

called

when

a

monitor

call

is

made

illegally

at

executive

level.

This

stopcode

occurs

when

the

monitor

call

occurs

at

non-interrupt

level.

Error

Writing

Block

BLKWRT

writes

out

a

block.

This

stopcode

occurs

when

the

subroutine

to

do

the

actual

writing

of

the

block,

OWNWRT,

gives

an

error

return

that

indicates

an

I/O

error.

Data

Items:

DEVMBF(F) =

IOWD

REFSTR

DEBUG

T2 =

logical

block

number

U =

address

of

unit

Error

Writing

Home

block

HOMUPD

updates

the

home

blocks.

This

stopcode

occurs

when

the

subroutine

used

to

do

the

physical

I/O

(WRTRUN)

gives

an

error

return.

Data

Items:

T2 =

list

of

items

to

be

written

S =

standard

error

bits

EXFCHK

SCNSER STOP

Exhausted

Free

CHunKs

FAD

FILUUO

DEBUG

File

Already

Dormant

CLRSTG

is

used

during

a CLOSE

monitor

call

to

do

general

clean-up

tasks.

This

stopcode

occurs

when

the

access-table

entry

for

this

file

is

mistakenly

marked

dormant.

Data

Items:

ACCDOR(Tl) =

access-table

entry

for

this

file

38

FDL

FDP

FEM

FFU

FIP

FLE

FNU

FON

FOP

VMSER

FILIO

MONITOR

STOPCODE

DEFINITION

DEBUG

FRDCR

Lied

Fixed-head

Device

Position

FREINT

handles

unsolicited

device.

This

stopcode

position-done

interrupt

fixed-head

device.

This

hardware

problem.

interrupt

from

occurs

when

occurs

for

may

indicate

a

Data

Items:

KONPOS(J) =

unit

positioning

flag

ERRCON

HALT

NETSER STOP

VMSER

DEBUG

SCNSER STOP

FILIO

DEBUG

VMSER

STOP

Fatal

Error

in

Monitor

PARHALT

halts

a

CPU

when

there

is

a

serious

error

in

the

monitor.

F

Fouled

Up

NETHIB

puts

a

network

job

in

the

HIBER

state.

This

stopcode

occurs

when

NETHIB

is

called

with

F = O.

Free-Page

In

use

Free

List

Empty

GETCHK

fetches

chunks

from

the

SCNSER

free-chunk

chain.

This

stopcode

occurs

when

the

pointer

to

the

first

chunk

(TTFTAK)

is

zero.

FA

Not

owned

by

Us

Funny

address

Overlaps

returns

GTFWDU.

This

of

the

current

chunk

words

acquired

by

GTFWDC

or

stopcode

occurs

when

the

size

chunk

plus

the

address

of

the

overlaps

the

first

word

of

the

Data

Items:

Tl

T2

words

to

return

address

VMSER

STOP

Funny

address

Overlaps

returns

words

acquired

by

GTFWDS

or

GTFWDU.

This

stopcode

occurs

when

the

first

word

of

the

funny

address

is

in

the

Data

Items:

Tl

T2

words

to

return

address

39

FPE

FPI

FPN

GDS

GNA

HIF

HSF

HWU

VMSER

MONITOR

STOPCODE

DEFINITION

DEBUG

Funny

Page

must

Exist

GVFWDS

returns

words

acquired

by

GTFWDS

or

GTFWDU.

This

stopcode

occurs

when

the

monitor

tries

to

get

a

page

map

entry,

but

no

funny

page

exists

from

which

to

get

the

page

map

entry.

Data

Items:

Tl

T2

words

to

return

address

COREl STOP

GTPAGS

Free

Page

In

use

This

stopcode

occurs

when

the

monitor

tries

to

get

a

page

from

the

free-core

list,

but

finds

a

page

marked

"in

use"

on

the

free

list.

Data

Items:

Tl

=

first

page

added

to

or

taken

from

the

free-core

list;

T2 =

negative

number

of

pages

to

add

or

take

from

the

free-core

list

LOKCON

STOP SETMFL

Free

Page

Not

found

SETMFL

moves

monitor

pages

when

its

current

pages

are

being

set

off

line.

This

stopcode

occurs

when

the

target

page

is

not

found

on

the

free-core

list.

Data

Items:

Tl

=

current

page

(being

set

off

line)

COMCON

DEBUG

DATMAN

STOP.

FILIO

DEBUG

FILIO

JOB

FILIO

JOB

P2

=

target

page

(this

is

the

page

that

caused

the

stopcode)

GETSEG

Didn't

Skip

GETWRD

Not

Available

GETWRD

was

called

at

clock

level

but

the

word

requested

was

not

available.

Hole

In

File

USETOO

is

used

to

do

a USETO.

This

stopcode

occurs

when

the

last

block

of

the

file

exists,

but

some

preceding

block

does

not.

HSC50

not

Fancy

Hardware

Wrong

Unit

POSERC

is

used

during

disk

error

recovery.

This

stopcode

occurs

when

the

wrong

unit

on

a

disk

controller

interrupts.

This

is

a

hardware

problem.

Data

Items:

P2

Tl

error

bits

retry

count

40

IBI

IBZ

ICI

ICL

ICN

IEZ

CLOCKl JOB

FILIO

JOB

MONITOR

STOP

CODE

DEFINITION

Intercept

Block

Illegal

ESTOP

stops

the

user

on

an

error

and

flags

it

as

an

error

stop.

This

stopcode

occurs

when

the

user-defined

intercept

block

is

illegal

for

some

reason.

I/O

to

Block

Zero

UUOPWR

performs

CALLIs

for

a

disk

channel.

This

stopcode

occurs

when

Block

0

is

requested,

but

the

file

is

not

HOME.SYS[l,4]

or

the

drive

is

not

an

RP04.

An

RP04

reads

block

0

to

check

for

format

errors.

Data

Items:

Tl

T2 PPN

file

name

MSCCOM

DEBUG

UUOCON

JOB

Invalid

Connect-ID

Illegal

Channel

number

JDAADR

returns

the

address

of

a

channel

in

USRJDA

or

the

extended

channel

table

in

Tl.

This

stopcode

occurs

when

the

channel

number

is

greater

than

the

maximum

number

allowed.

Data

Items:

T2 =

channel

number

HIGHXC# =

maximum

SEGCON

DEBUG

In-core

Count

Negative

DECCNT

decrements

the

high-segment

in-core

count

for

a

job

that

has

a

very

high

segment,

which

must

be

in

core.

This

stopcode

occurs

when

the

count

of

the

number

of

jobs

in

core

sharing

a

high

segment

becomes

negative.

Data

Items:

J =

job

number

APRSER

DEBUG

JBTSTS(J)

=

in-core

count,

which

should

be

zero

now

IOWD

Equals

Zero

The

monitor

attempted

to

IOWDs

to

physical

IOWDs.

occurs

when

this

routine

is

IOWD

of

zero.

convert

This

called

virtual

stopcode

with

an

Data

Items:

T2

IOWD

P3

location

of

channel

data

block

P4

frame

count"characters/word

(if

DXlO

channel)

41

IFI

lIP

IME

MONITOR

STOPCODE

DEFINITION

TAPSER STOP

FILIO

STOP

Illegal

Function

at

Interrupt

TAPIFI

is

a

general

interrupt

error

halt.

In

one

case,

for

example,

the

monitor

found

an

illegal

function

in

an

I/O

request

block

while

at

interrupt

level.

Examine

the

stack

for

the

specific

error

address.

I/O

In

Progress

-

error

MONIO

reads

a

block

or

series

of

blocks

from

the

disk.

This

stopcode

occurs

when

the

monitor

attempts

to

start

I/O

for

a

DDB

that

already

has

I/O

active.

Data

Items:

S =

status

bits

APRSER JOB

Data

Items:

Tl

IOWD

for

data

T2 =

block

number

Illegal

Memory

reference

from

Executive

This

stopcode

occurs

when

there

is

a

page

fault

while

in

executive

mode

that

is

not

an

address

break.

.CPAPC

.CPPFW

page

fault

PC

page

fault

word

INIBEC

MSCCOM

EVENT

Bad

End

Code

during

INItialization

lOP

APRSER

CPU

IPC

APRSER

CPU

I/O

Page

failure

There

is

usually

a

serious

hardware

failure.

Call

your

Field

Service

representative.

Illegal

Page

failure

trap

Code

SEILM

processes

page

failure

traps.

This

stopcode

occurs

when

the

trap

code

returned

by

the

pager

after

getting

a

page

fail

trap

is

not

in

the

range

0

through

23

or

25.

Data

Items:

Tl

=

page

fail

code

IPE

VMSER

DEBUG

IPF

VMSER

DEBUG

.CPTCX

page

trap

context

.CPTPI

=

PI

state

In

Progress

queue

Empty

In-use

Page

Free

seNPT

scans

the

page

occurs

when

SCNPT

free-core

list

that

is

table

as

allocated.

42

table.

finds

a

listed

This

stopcode

page

on

the

in

the

page

IPM

IPN

IPT

IPU

IRO

ISN

lUI

IUN

JAC

JDJ

VMSER

CPNSER

LOKCON

DSXKON

FILIO

FILUUO

MONITOR

STOPCODE

DEFINITION

DEBUG

STOP

DEBUG

Illegal

Pointer

in

MEMTAB

This

stopcode

occurs

when

the

monitor

finds

an

inconsistency

in

the

swapping

database.

IPCF

Page

Nonexistent

GVIPCP

returns

IPCF

pages

to

the

free-core

list.

This

stopcode

occurs

when

GVIPCP

swaps

out

IPCF

pages

that

are

not

in

the

swap

list.

Illegal

Pointer

Type

IPCF

Page

Unowned

In

attempting

to

swap

out

an

IPCF

page,

LOKCON

was

unable

to

find

a

job

that

contained

the

IPCF

page

in

its

queue.

I/O

to

Record

0

Illegal

Sector

Number

Illegal

Use

of

UPPDC

at

Interrupt

level

Invalid

Unit

Number

ERRFIN

finishes

a CLOSE

when

an

error

occurred.

This

stopcode

occurs

when

the

unit

number

for

the

UFD

is

illegal.

Data

Items:

UNIPTR =

pointer

to

number

in

structure

of

the

unit;

Tl

=

unit

of

UFD

UUOCON

DEBUG

Job

data

Area

Clobbered

IOALL

does

I/O

for

all

devices

assigned

to

a

job.

This

stopcode

occurs

when

the

highest

channel

number

in

use

is

greater

than

17.

Data

Items:

T2 =

highest

channel

in

use

ONCMOD

DEBUG

JFFO

Didn't

Jump

CMPLOG

computes

the

SIXBIT

logical

unit

number

within

a

structure.

This

stopcode

occurs

after

a

call

to

subroutine

MSKUNI,

which

sets

up

a

search

mask

for

a

unit

name,

and

it

returns

no

mask

for

the

unit

name

given.

Data

Items:

P2

=

unit

number

STRNAM(P2) =

unit

name

T2 =

should

have

been

the

complement

of

the

search

mask

43

JNC

FILIO

MONITOR STOPCODE

DEFINITION

DEBUG

Job

Not

in

Core

ADRINT

checks

that

a

job

is

in

core,

possibly

at

interrupt

level.

This

stopcode

occurs

when

the

job

is

not

in

core.

Data

Items:

T1 =

job

number

JNE

CLOCK1

STOP JBTADR

Not

Equal

to

CORTAL

In

cross-checking

JBTADR

mismatch

was

found.

and

CORTAL

a

Data

Items:

P3

=

amount

of

free-core

specified

by

the

sum

of

JBTADR

entries

KAF

APRSER CPU

KCP

RNXKON

DEBUG

KDS

DPXKON

DEBUG

KLPBIO KLPSER STOP

KLPBRC KLPSER

INF

KLPCKE KLPSER

CHK

KLPCLB KLPSER

INF

KLPCPE KLPSER INFO

KLPCRD

KLPSER INFO

KLPCRM

KLPSER INFO

Keep-Alive

Failure

This

routine/stopcode

is

executed

because

the

console

front

end

detected

that

the

KL

did

not

update

the

keep-alive

counter.

This

stopcode

occurs

when

the

front

end

executes

a

XCT

71.

KDB

Command

in

Progress

CMDWAT

waits

for

a

command

to

complete

and

calls

RNXINR

to

process

it

before

starting

a

new

command.

KONEC2

Didn't

Skip

POSINT

handles

positioning

interrupts.

This

stopcode

occurs

when

the

subroutine

KONEC2

does

not

skip,

even

though

it

should

always

give

a

skip

return.

Buffer

descriptor

table

Index

Out

of

range

Bad

Read-Counters

packet

SET-CIRCUIT

command

Error

CLose

Buffer

function

failed

KLIPA

CRAM

Parity

Error

A

parity

error

occurred

on

the

CI20,

which

may

indicate

a

hardware

condition.

Can't

Restock

Datagram

free

queue

Can't

Restock

Message

free

queue

44

KLPCRR KLPSER

CHK

KLPDED

KLPSER

INF

KLPDFQ KLPSER

INF

KLPEPB KLPSER

CHK

KLPERR KLPSER

INF

KLPHLT KLPSER INFO

KLPHNG

KLPSER

INF

KLPILP

KLPSER

INF

KLPIPA

KLPSER

INF

KLPIRD KLPSER

INF

KLPIRP KLPSER

INF

KLPKAF

KLPSER INFO

KLPKRW

KLPSER

HLT

KLPLBF KLPSER

INF

KLPMBE

KLPSER

INF

KLPMCE

KLPSER

INF

KLPMCR

KLPSER

CHK

KLPMFQ

KLPSER

INF

KLPNBD

KLPSER

HLT

MONITOR

STOPCODE

DEFINITION

READ-REGISTER Command

failed

CI-20

is

DEaD

Datagram

Free

Queue

empty

Received

Bad

Error

logging

Packet

Received

packet

with

ERRor

KLIPA

microprocessor

HaLTed

The

CI20

microprocessor

halted

for

reason.

CI-20

is

HuNG

Software

response

terminated

Locally-generated

Packet

Invalid

Packet

Arrived

Invalid

Remotely-generated

Data

request

Software

response

bit

on

Remotely-generated

Packet

KLIPA

Keep

Alive

Failed

The

KLIPA

will

reload

automatically.

CI-20

read

the

Wrong

Register

LoopBack

Failed

MBUS

Error

some

In

Received

an

MCNF

or

an

MDATREC

with

an

Error

Received

an

unexpected

MCNF

or

MDATREC

Message

Free

Queue

empty

No

Buffer

Descriptor

table

45

KLPNDB

KLPSER

INF

KLPNDE

KLPSER

INF

KLPNEN

KLPSER INFO

KLPNMG

KLPSER

INF

KLPNOD

KLPSER

HLT

KLPNOR

KLPSER

INF

KLPNPB KLPSER

HLT

KLPNRS

KLPSER

INF

KLPOHF

KLPSER

HLT

KLPONC

KLPSER

HLT

KLPOPC KLPSER

INF

KLPPIA

KLPSER

INF

KLPPIC KLPSER

HLT

KLPPPD KLPSER

INF

KLPPTQ KLPSER

INF

KLPRCE KLPSER

CHK

KLPRLF KLPSER

INF

KLPRMQ

KLPSER

INF

KLPRSF KLPSER

INF

KLPRSH KLPSER

INF

KLPSCR KLPSER

CHK

MONITOR

STOPCODE

DEFINITION

No

Datagram

Buffer

Packet

with

bad

NoDE

number

CI-20

Not

ENabled

No

MessaGe

buffer

Can't

get

datagram

buffers

during

initialization

Remote

port

is

sick

No

Path

Block

at

PPDOVC

Closing

VC

due

to

No

ReSponse

Internal

software

inconsistency

Trying

to

Open

a

virtual

Circuit

which

isn't

closed

Packet

with

bad

OPCode

CI-20

has

lost

its

PI

Assignment

PCB

Is

Corrupted

Packet

with

bad

PPD

byte

Queue

interlock

Timeout

READ-COUNTERS Command

failed

CI-20

microcode

ReLoad

Failed

Queue

interlock

timeout

CI-20

Restart

Failed

Received

SHutdown

message

SET-CIRCUIT

Command

Received

46

KLPSFQ KLPSER

KLPSTR KLPSER

KLPSWO

KLPSER

KLPVIR KLPSER

KLPWAB

KLPSER

KLPWAG

KLPSER

KLPWBB

KLPSER

KLPWBG

KLPSER

KNF

XTCSER

KNIARD KNISER

KNICAC KNISER

KNICAD KNISER

KNICAM

KNISER

KNICAP KNISER

KNICCK KNISER

KNICPE KNISER

KNICWS

KNISER

KNIDPE KNISER

KNIEPE KNISER

MONITOR

STOPCODE

DEFINITION

INF

CHK

INF

STOP

INFO

DEBUG

INFO

DEBUG

INFO

Spurious

Free

Queue

error

CI-20

STaRted

Received

a START When

VC

was

Open

VIRtual

address

in

packet

is

wrong

CI

Wire

A

has

gone

from

good

to

Bad

CI

Wire

A

has

gone

from

bad

to

Good

CI

wire

B

has

gone

from

good

to

bad

CI

wire

A

has

gone

from

bad

to

good

Kontroller

Not

Free

XTCSER

received

a

remote

interrupt

request,

the the

controller

was

not

free.

KLNI

auto-reload

disabled

Can't

allocate

counters

data

buffer

Can't

Allocate

counters

Data

buffer

Can't

Allocate

MCAT

table

Can't

Allocate

PTT

table

Can't

Create

Ethernet

Kontroller

block

KLNI

CRAM

Parity

Error

A

parity

error

occurred

on

the

NIA20,

which

may

indicate

a

hardware

condition.

KLNI

Counters

buffer

is

Wrong

Size

KLNI

Data

Path

Error

KLNI'EBUS

Parity

Error

47

KNIHLT

KNISER

KNIICO

KNISER

KNIIFC

KNISER

KNlKAF

KNISER

KNIMBE

KNISER

KNIMWS

KNISER

KNIPIT

KNISER

KNIPWS

KNISER

KNIRIT

KNISER

KNIWUV

KNISER

KSHME

APRSER

KS

SME

APRSER

KSW

TAPSER

MONITOR

STOPCODE

DEFINITION

INFO

DEBUG

INFO

DEBUG

INFO

DEBUG

INFO

EVENT

INFO-

KLINI

microprocessor

HaLTed

The

NIA20

microprocessor

halted

for

some

reason.

Invalid

Command

Opcode

Illegal

Function

Code

KLNI

Keep

Alive

failed

KLNI

MBUS

Error

KLNI

MCAT

table

is

Wrong

Size

PUTQUE

Interlock

Timeout

KLNI PTT

table

is

Wrong

Size

REMQUE

Interlock

Timeout

Wrong

microcode

Version

KS

Hard

Memory

Error

KS

Soft

Memory

Error

Kontroller

Status

Wrong

TAPSIO

is

used

when

the

upper

level

wants

to

start

I/O.

This

stopcode

occurs

when

the

tape-controller

status

is

wrong.

Data

Items:

TKBSTS(W) =

status

LAPRBF LATSRV

CHK

LATICB LATSRV

CHK

LATIMT LATSRV

CHK

Specify

Receive

Buffer

Failure

LATCBR

called

from

NISRV

callback

function

code

with

illegal

NISRV

has

called

the

LATSRV

callback

routine

with

an

invalid

function

code.

LAT

Illegal

Message

Type

LAT

virtual

circuit

message

received

with

message

type

out

of

range.

48

LATINE LATSRV

LATIST LATSRV

LATMEM

LATSRV

LATNSC

LATSRV

LDBNIU SCNSER

LLMILl

LLMOP

MONITOR

STOPCODE

DEFINITION

CHK

INF

CHK

INF

DEBUG

INF

LATINI

failed

to

initialize

LAT

Illegal

Slot

Type

LAT

buffer

overwritten

While

trying

to

return

a

buffer,

LATSRV

discovered

it

had

been

overwritten.

LAT

Host

node

stopped

circuit

LAT

Host

node

stopped

the

circuit.

Look

at

the

Reason

Code

in

Tl

and

the

PC

in

T2.

This

error,

if

relatively

infrequent

is

nothing

to

be

concerned

about.

If

it

occurs

frequently,

use

the

CODE

and

PC

to

determine

further

action.

LDB

Not

In

Use

A

call

to

the

FRELDB

routine

was

made,

though

the

terminal's

LDB

does

not

have

the

LTLUSE

bit

set

in

the

LDBTTW

word.

Normally,

this

bit

would

be

set

on

a

return

from

GETLDB

to

indicate

that

LDB

is

in

use.

Received

Invalid

Loopback

Message

Received

a

Loopback

message

that

was

too

short

or

was

improperly

formatted.

This

is

a

MOP

protocol

violation

by

a

remote

node.

Data

items:

Tl

contains

the

received

message

length.

LLMILF

LLMOP

INF

T2-T3

contains

the

Ethernet

address

of

the

transmitting

node.

Invalid

Loopback

Function

Code

Received

a

Loopback

message

that

was

neither

a

Loopback

reply

message

or

a

forward

data

message.

This

is

a

MOP

protocol

violation

by

a

remote

node.

Data

items:

Tl

contains

the

function

code.

LLMIRl

LLMOP

INF

T2-T3

contains

the

Ethernet

address

of

the

transmitting

node.

LLMOP

Received

Invalid

Remote

Console

Message

Received

a

Remote

Console

message

too

short,

too

long

or

was

formatted.

This

is

a

MOP

protocol

by

a

remote

node.

49

that

was

improperly

violation

LLMLXF

LLMOP

INF

MONITOR

STOPCODE

DEFINITION

Loopback

Transmit

Failed

LLMOP

was

unable

to

transmit

a

forward

data

message.

Data

items:

Tl

contains

the

error

code

returned

from

the

DLL

LLMMCF

LLMOP

CHK

T2

contains

the

channel

status

returned

from

the

DLL

T3

contains

the

channel

on

which

the

failure

occurred

Declare

Multicast

Address

Failed

Attempt

to

declare

the

Assistant

Multi-Cast

Address

failed

when

the

Data

Link

Layer

was

called.

Data

items:

Tl

contains

the

error

code

returned

from

the

DLL

CHK

Open

Portal

Failed

to

open

an

NI

portal

with

the

Data

Link

Layer.

Data

items:

Tl

contains

the

error

code

returned

from

the

DLL.

LLMRQC

LLMOP

CHK

LLMRRF

LLMOP

INF

RB

Queue

Corrupted

Attempted

to

remove

an

RB

queue

entry

from

an

empty

queue

or

the

RB

was

not

on

the

queue.

Response

Transmit

Failed

LLMOP

was

unable

to

transmit

a

MOP

request

message.

Data

items:

Tl

contains

the

error

code

returned

from

the

DLL.

LLMSB2

LLMOP

CHK

T3

contains

the

channel

on

which

the

failure

occurred.

Specify

Receive

Buffer

Failure

LLMOP

could

not

post

a

receive

buffer

to

the

Data

Link

Layer.

Data

items:

Tl

contains

the

error

code

returned

from

the

DLL.

LLMSCA

LLMOP

INF

Ethernet

Channel

Address

Change

LLMOP

was

called

by

NIDDL

on

change

of

state.

50

LLMSTC

LLMOP

LN1

ERRCON

LND

FILUUO

LNP

FILIO

MONITOR

STOPCODE

DEFINITION

INF

STOP

DEBUG

Data

Link

state

Change

LLMOP

was

called

by

NIDDL

on

change

of

state.

This

is

for

information

only.

No

corrective

action

required.

Line

Not

Found

EXCALP

prints

a

monitor

call

PC

message

for

a

job.

This

stopcode

occurs

when

no

terminals

a

log

line

can

be

found

for

the

job

that

is

causing

the

error.

Logical

Name

Not

Found

LNMSTP

consists

of

only

the

stopcode

and

its

recovery.

LNMSTP

is

called

when

the

monitor

could

not

set

up

the

definition

of

LIB

that

was

present

before

an

ENTER

UUO

that

could

not

find

a

file.

Last

Pointer

Not

a

Pointer

OUTGRP

allocates

more

space

for

an

output

file.

This

stopcode

occurs

when

an

allocation

is

made,

but

a

RIB

error

occurred;

or

when

the

monitor

tried

to

deallocate

the

space,

but

the

RIB

pointer

was

invalid.

Data

Items:

T2 =

pointer

LNS

SCNSER STOP

LNT

ERRCON

STOP

LPRIXC

LLMOP

HLT

Line

Not

Set

Up

TSETBI

clears

the

input

and

output

buffers

for

a

line.

This

stopcode

occurs

when

this

routine

is

called

before

the

line

is

set

up.

Line

Not

There

HALTI

prints

the

"Halt

at

"message

and

stops

the

job.

This

stopcode

occurs

when

there

is

no

controlling

terminal

line

associated

with

the

job.

Invalid

Xmit

Complete

NIDLL

called

back

to

LLMOP

with

a

transmit

complete

event

for

an

RB

which

is

not

in

Transmit

Initiated

state.

This

is

a

software

bug.

Call

your

DIGITAL

Software

Specialist.

Data

Items:

T1

contains

the

current

RB

state.

T3

contains

the

status

in

the

UN

block.

51

INF

MONITOR

STOPCODE

DEFINITION

Loop

Request

Transmit

Failed

LLMOP

was

unable

to

transmit

a

forward

data

message.

Data

Items:

Tl

contains

the

error

code

returned

from

the

DLL.

LPSIFC

LLMOP

CHK

LPU FILUUO JOB

T3

contains

the

channel

on

which

the

failure

occurred.

LPSCBR

called

with

invalid

function

code

The

LLMOP

Loopback

Protocol

Server

Call

Back

Routine

was

called

by

the

Data

Link

Layer

with

an

invalid

callback

function

code.

This

is

a

software

bug.

Call

your

DIGITAL

Software

Specialist.

Last

Pointer

Unit-Change

ALLPOB

writes

the

redundant

RIB

in

the

last

block

of

the

RIB.

This

stopcode

occurs

when

the

RIB

pointer

is

decoded

as

a

unit-change

pointer.

Data

Items:

T2 =

pointer

MBW

VMSER

DEBUG

MCCWNE

SCNSER STOP

MCI

MSCCOM

DEBUG

MCM

METCON

DEBUG

Must

Be

in

Working

set

directory

page.

This

stopcode

occurs

when

an

attempt

is

made

to

page

out

a

page

that

is

already

out.

The

page

is

being

paged

out

because

the

job's

physical

limit

has

been

exceeded.

Data

Items:

J =

job

number

VMSER

DEBUG

NETSER STOP

Page

Already

Write-enabled

PCB

Buffer

Overflow

An

ANF

network

Front

End

Kontroller

interrupt

service

routine

called

NETSER (FEKINT)

to

process

an

"input

done"

interrupt.

The

network

Protocol

Control

Block

returned

by

the

FEK

contained

a

data

byte

count

(PCBCTR)

that

was

greater

than

the

allocated

length

of

the

PCB

data

buffer

(PCBALN),

indicating

that

the

FEK

wrote

past

the

end

of

the

data

buffer.

Data

Items:

J

U

address

of

FEK

address

of

PCB

IPCSER

DEBUG

Packet

Count

Negative

UIPCFR

is

used

on

an

IPC

receive

monitor

call.

This

stopcode

occurs

when

the

count

of

unreceived

IPCF

packets

goes

negative.

Data

Items:

PI

=

PID

64

PDA

FILIO

MONITOR

STOPCODE

DEFINITION

DEBUG

Pointers

with

Different

Addresses

DD2MN

copies

pointers

from

the

DDB

to

monitor

buffer

during

monitor

mode

I/O.

stopcode

occurs

when

the

RIB

pointers

those

now

in

the

monitor

buffer

differ.

the

This

and

Data

Items:

T3

T4 XORed

RIB

and

monitor

buffer

pointers

cluster

pointer

PDLOVF

ERRCON

JOB

PEZ COREl STOP

PFC

VMSER

STOP

Exec

PDL

OVerFlow

PAGPTR

Equals

Zero

GTPAGS

adds

to

or

takes

pages

from

the

free-core

list.

This

stopcode

occurs

when

the

location

PAGPTR,

which

points

to

the

first

free

page,

is

zero.

Page

on

Free

Core

List

SETHMT

prepared

for

high-segment

swap.

This

stopcode

occurs

when

the

monitor

finds

a

page

that

is

in

the

free-core

list

while

scanning

pages

allocated

to

a

segment.

Data

Items:

Tl

T2

T3

first

disk

address

first

page

number

of

pages

PFHJOB

MONPFH

JOB

Wrong

JOB

owns

device

PFHUUO

MONPFH

JOB PAGE.

UUO

failed

Data

items:

Tl

=

error

code

PFHZER

MONPFH

JOB

PFL

VMSER

STOP

PFN APRSER CPU

PFNOIO

MONPFH

JOB

Arglst

stored

at

.JDAT+JOBUAL

Page

fault

on

Page

ZERo

Piece

on

Free

List

GVFWDS

returns

words

acquired

by

GTFWDC

or

GTFWDU.

This

stopcode

occurs

when

an

attempt

is

made

to

return

a

chunk

of

funny

space

that

is

already

on

the

free

list.

Page

Fault

in

Null

job

A

page

fault

occured

while

the

null

job

was

running.

PFH,has

No

10

to

do

(I'm

stuck!)

65

PFR

VMSER

PGL

COMCON

MONITOR

STOPCODE

DEFINITION

DEBUG

STOP

Piece

out

of

Free

Range

GVFWDS

returns

words

acquired

by

GTFWDC

or

GTFWDU.

This

stopcode

occurs

when

GVFWDS

is

called

with

an

address

that

is

not

in

funny

space.

Pages

Got

Lost

PAGFRE

creates

a

directory

page.

This

stopcode

occurs

when

the

page

cannot

be

paged

out.

PGTPAR APRSER

CPU

PaGe

Table

PARity

PIE

ERRCON

CPU

Priority

Interrupt

Error

PIF

PIW

PLP

VMSER

DEBUG

VMSER

STOP

VMSER

DEBUG

FILIO

DEBUG

This

stopcode

occurs

when

a

device

interrupts

to

the

wrong

location.

A

jump

occurred

to

an

even

address

between

42

and

66

(octal).

Page

Is

Free

This

stopcode

occurs

when

the

monitor

finds

a

page

that

1S

in

the

free-core

list

while

it

is

scanning

pages

allocated

to

a

segment.

Page

IN

Working

set

WSBIT

gets

bit

and

index

for

WSBTB

and

AABTAB.

This

stopcode

occurs

when

the

monitor

finds

a

page

in

the

working

set

that

has

been

verified

as

not

in

the

working

set.

Page

Isn't

in

Working

set

PAGOMT

sets

up

MEMTAB

for

paging

out.

This

stopcode

occurs

when

the

monitor

decides

that

a

page

must

be

in

the

working

set,

but

it

is

not.

Past

Last

Pointer

USETOl

is

used

to

do

a

USETO

when

the

requested

block

is

higher

than

the

highest

allocated

block.

This

stopcode

occurs

when

the

SCNPTR

routine,

which

scans

pointers,

cannot

find

a

block

that

should

be

in

the

file.

Data

Items:

Pl

=

top

block

to

allocate

P2

=

first

block

to

allocate

DEVLPC(F) =

RIB

pointer

66

PMU

PMW

PNA

PNE

PNP

PNW

paR

COREl STOP

MONITOR STOPCODE

DEFINITION

PAGTAB

Messed

Up

This

stopcode

occurs

when

a

zero

is

encountered

as

the

link

to

the

in

the

segment

while

setting

up

the

user's

page-map

page

to

reflect

the

location

of

the

pages

in

physical

memory.

Data

Items:

Tl

T2

T4

byte

pointer

to

the

map

page

attributes

number

of

pages

-1

left

in

this

segment

VMSER

DEBUG

DATMAN

STOP

FILIO

DEBUG

Page

Map

Wrong

PUTWRD

Not

Available

PUTWRD

was

called

at

clock

level

but

the

requested

word

was

not

available.

Pointers

Not

Equal

PTRTST

reads

the

pointers

into

core,

compares

the

old

pointers

in

the

RIB

with

the

new

pointers

in

the

DDB,

and

rewrites

the

RIB

if

they

differ.

This

stopcode

occurs

when

an

error

is

found

in

the

cluster

pointer

after

the

pointers

in

the

RIB

have

been

updated.

Data

Items:

(T1)

=

pointer

in

the

monitor

buffer

LOKCON

STOP

T3 XORed

RIB

and

monitor

buffer

pointers

T4 =

cluster

pointer

Page

Not

Present

PAGMOV

finds

the

target

page

on

the

free-core

list

or

within

the

current

segment

and

exchanges

it

with

the

source

page.

This

stopcode

occurs

when

the

source

page

cannot

be

found

in

the

current

segment.

Data

Items:

T2

successor

to

current

page

VMSER

DEBUG

SEGCON

STOP

Page

Not

in

Working

set

DLTMPG

returns

a

funny

page

to

the

free-core

list.

Process

Out

of

Range

COMIT

is

used

to

~ight

half

of

J

with

JBTSGN(Tl)

.

This

stopcode

occurs

when

the

job

number

is

out

of

range.

Data

Items:

J =

job

number

67

PQW

P~

PSC

PSF

PTT

PUF

VMSER

MONITOR

STOPCODE

DEFINITION

DEBUG

Paging

Queue

Wrong

A

page

that

was

supposed

to

be

on

one

of

the

in-core

queues

cannot

be

found,

because

either

the

count

for

the

queue

indicates

there

are

no

pages

in

the

queue,

and/or

the

first

page

pointer

for

the

queue

lists

zero

for

the

first

page.

Data

Items:

T3

points

to

queue

header

APRSER CPU

first

word

of

header

contains

count,

and

second

word

contains

first

page

on

queue

T2

contains

page

of

page

that

should

be

on

queue.

Page

Refill

Failure

This

stopcode

occurs

when

a

page-fail

code

of

22

is

returned

by

the

pager.

Data

Items:

Tl

=

page-fail

code

.CPTPI

PI

state

.CPTCX =

trap

context

LOKCON

DEBUG

COREl STOP

Page

Should

be

in

Core

This

stopcode

occurs

on

a

LOCK

request

for

SPECIFIED

PAGES.

PSC

occurs

if

pages

to

be

LOCKed

in

core

are

not

tagged

as

being

in

the

working

set.

Page

in

Segment

Free

This

stopcode

occurs

when

a

page

is

found

that

is

marked

in

PAGTAB

as

being

free

while

scanning

a

job's

pages

looking

for

page

n

or

the

last

page.

Data

Items:

Tl

current

page

within

this

segment

T2

number

of

pages

left

to

scan

COREl

DEBUG

T3

= PAGTAB

entry

for

in

segment,

that

is,

PAGTAB(Tl)

Past

Top

of

Table

SETZRS

sets

zeros

in

a

table.

This

stopcode

occurs

when

the

SETZRS

routine

attempts

to

zero

more

bits

than

exist.

Data

Items:

(T2)

=

top

of

table

SEGCON JOB

T4 =

final

address

to

clear

bits

PATH.

UUO

Failed

PTHFIL

looks

up

a

file

and

returns

for

it.

This

stopcode

occurs

PATH.

monitor

call

fails.

68

the

path

when

the

RAXCRM

RAXKON

RAXCSF

RAXKON

RAXKIM

RAXKON

RAXKN5

RAXKON

RAXRAX

RAXKON

RAXUGA

RAXKON

RAXUN5

RAXKON

RAXUOF

RAXKON

RAXUWA

RAXKON

RAXXIF

RAXKON

RBQ

SCHEDI

RCC

SCNSER

MONITOR STOPCODE

DEFINITION

EVENT

DEBUG

EVENT

STOP

DEBUG

EVENT

DEBUG

STOP

DEBUG

Command

Reference

number

Missing

Connect

to

MSCP

Server

Failed

Kontroller

Id

Mismatch

Kontroller

Not

in

512-byte

sector

mode

RAXKON

is

miserable

UDB

Gone

Away

Unit

Not

in

512-byte

sector

mode

Unit

Online

Failed

UDB

Went

Away?!

RAXKON

Isn't

Fancy

Requeueing

to

Beginning

of

Queue

QFIX

is

used

in

the

requeuing

of

jobs.

This

stopcode

occurs

when

an

attempt

is

made

to

requeue

a

job

to

the

beginning

of

the

same

queue.

Range-Checked

Chunk

This

stopcode

is

called

by

several

places,

each

doing

a

range

check

on

a

character

address.

This

stopcode

occurs

when

the

character

address

is

not

within

the

TTY

buffer

pool.

Data

Items:

T2 =

character

address

character

address

(in

T2)

that

was

not

in

the

TTY

buffer

pool.

This

can

be

caused

by

attempting

TTY

output

without

first

setting

up

U

to

point

to

an

LDB.

RCD

SCNSER

DEBUG

Random

Chunk

Discrepancy

This

stopcode

is

called

from

a

number

of

places

in

SCNSER

where

it

is

noted

that

chunk

pointers

and

counts

are

inconsistent.

69

MONITOR

STOPCODE

DEFINITION

RCS3XF

LLMOP

INF

LLMOP

Transmit

Failed

LLMOP

was

unable

to

transmit

a

forward

data

message.

Data

items:

Tl

contains

the

error

code

returned

from

the

DLL

T2

contains

the

channel

on

which

the

failure

occurred

RCSIFC

LLMOP

CRK

RCSCBR

called

with

Invalid

Function

Code

The

LLMOP

Remote

Console

Protocol

Server

Call

Back

Routine

was

called

by

the

Data

Link

Layer

with

an

invalid

callback

function

code.

This

is

a

software

bug.

Call

your

DIGITAL

Software

Specialist.

RCSPIS

I

..

LMOP

INF

Ethernet

Periodic

Identify-Self

RON

ROP

ROS

TAPUUO

DEBUG

This

is

a

temporary

debugging

BUGINF.

It

is

here

to

provide

an

indication

that

the

periodic

Identify-Self

transmission

is

being

performed.

Regular

DDB

Not

Found

SETODN

sets

the

density

in

the

other

DDB.

This

stopcode

occurs

when

there

is

no

regular

DDB.

Data

Items:

R3 =

UDB

FSXKON

DEBUG

SEGCON

STOP

RS04

Doesn't

position

FSXPOS

is

a

stopcode-only

routine

that

is

used

when

the

FILIO

module

tries

to

position

an

RS04.

REMAP

Didn't

Skip

GETFIN

remaps

the

save

file

after

it

has

been

read

in

its

entirety.

This

stopcode

occurs,

when

the

remap

fails

because

the

arguments

are

wrong,

pages

do

not

all

exist

in

the

page

specified,

or

moving

the

pages

to

the

virtual

address

specified

would

cause

the

high

and

low

segments

to

overlap.

ROXDAT

NETDEV STOP NTDSIB

failed

in

R.DATA

After

calling

NTDIBA

to

guarantee

a

user

input

buffer

is

available,

the

ANF

network

remote

data

entry

device

service

routine

was

unable

to

set

up

an

input

buffer

to

receive

a

network

message.

Data

Items:

F

U

address

of

DDB

address

of

PCB

70

REFMBM

REFSTR

REH

ERRCON

RFU

TAPSER

MONITOR

STOPCODE DEFINITION

DEBUG

HALT

STOP

Monitor

Buffer

Missing

Recursion

in

Error

Handler

DIE

recovers/reloads

after

an

internal

system

error.

This

stopcode

occurs

when

another

stopcode

occurs

before

the

is

done.

Recovery

Fouled

Up

ERPINT

handles

interrupts

while

error

recovery

is

in

progress.

This

stopcode

occurs

when

the

function

code

for

dispatching

is

greater

than

6.

Data

Items:

T2

T1

function

code

pointer

RHN

FILIO

RID

ERRCON

RIE

XTCSER

RIF

DPXKON

RJO CLOCK1

DEBUG

HALT

DEBUG

Reread

Home

block-count

Negative

SETMDL

sets

the

file

to

idle

when

monitor

I/O

is

done.

This

stopcode

occurs

when

the

flag

DEVRHB(F)

indicates

that

the

HOME

blocks

are

being

reread,

but

the

flag

that

tells

the

number

of

units

that

are

rereading

HOME

blocks

(HOMFG)

is

negative.

Recursion

In

DIE

Remote

Interrupt

Error

This

stopcode

occurs

if

there

is

any

error

bits

are

lit

on

an

interrupt

from

a

remote

system

on

the

DA28.

RP10

Isn't

Fancy

These

are

stopcode-only

routines.

This

stopcode

occurs

when

the

monitor

attempts

an

RP04-only

function,

such

as

an

UNLOAD,

on

an

RP10-controlled

device.

Requeue

Job

0

REQUE

requeues

a

job

to

run.

This

stopcode

occurs

when

an

attempt

is

made

to

requeue

job

o

(the

null

job)

or

a

job

number

greater

than

JOBMAX,

to

run.

71

RJZ

RLD

RNP

ROU

RPM

RQD

RQF

SCHEDI STOP

MONITOR

STOPCODE

DEFINITION

Requeue

Job

Zero

QXFER

is

used

in

the

requeuing

of

a

job.

This

stopcode

occurs

when

a

call

is

made

to

this

routine

with

a

job

number

less

than

or

equal

to

zero

or

greater

than

JOBMAX.

Data

Items:

J =

job

number

UUOCON

STOP

VMSER

DEBUG

ONCMOD

STOP

ReLoaD

monitor

This

is

a

result

of

the

RECON.

UUO

function

. RCRLD,

which

is

callable

by

a

privileged

user

or

the

CONFIG

command

SHUTDOWN.

Refer

to

the

TOPS-IO

Operator's

Guide

for

more

information.

Returning

Non-existent

Page

DNZSPG

returns

non-zero

section

pages

to

free

core.

This

stopcode

occurs

if

an

attempt

is

made

to

return

a

page

that

does

not

exist.

Ran

Out

of

Units

NXTSAT

reads

all

the

SATs

on

a

unit

and

computes

the

number

of

free

clusters

left

in

each

SAT.

This

stopcode

occurs

when

the

SAT

pointers

indicate

that

there

is

another

unit,

when

in

fact

there

is

no

other

unit.

Data

Items:

P4

=

number

of

units

remaining

ONCMOD

DEBUG

Retrieval

Pointer

Mismatch

FILMAN

finds

and

sets

up

all

structures

on

a

system.

This

stopcode

occurs

when

the

unit-change

pointer

in

the

file

SAT.SYS

did

not

point

to

the

in

the

file

structure.

Data

Items:

T2

T3

expected

unit-change

pointer

logical

unit

number

expected

SCNSER

DEBUG

SCNSER

DEBUG

RECINT

Queue

Discrepancy

This

stopcode

occurs

if

we

just

RECINT

queue

but

the

taker

pointers

do

not

match.

RECINT

Queue

Full

emptied

the

and

putter

This

stopcode

occurs

the

RECINT

character

queue

wraps

around.

RS04IF

FSXKON

DEBUG

RS04

Isn't

Fancy

72

RSJ

RTM

CLOCKI

MONITOR

STOPCODE

DEFINITION

DEBUG

Requeue

Same

Job

REQUE

requeues

a

job

to

run.

This

stopcode

occurs

when

an

attempt

is

made

to

queue

the

same

job

again.

Data

Items:

J =

job

number

NETDEV STOP

Requested

Too

Much

A

call

to

TRQPCB

to

get

an

ANF

network

Protocol

Control

Block

(for

a

network

terminal)

requested

a

message

size

which

was

either

negative

or

exceeded

the

maximum

configured

terminal

PCB

buffer

size.

Data

Items:

U =

address

of

LDB

Tl

=

requested

PCB

size

(in

bytes)

RTTIME

COMMON

STOP

Illegal

Real-Time

Memory

reference

in

Exec

RWD

FILIO

DEBUG

Returning

Wrong

unit's

DA

DWNDA

gives

up

a

disk

allocation

request.

This

stopcode

occurs

when

the

unit

DA

being

dequeued

is

not

correct

for

this

job.

Data

Items:

PJOBN =

job

number

RWS

VMSER

DEBUG

RX2

RX2SER STOP

RXX

RX2SER

DEBUG

SAC

ERRCON

DEBUG

Data

Items:

SAH

DSXKON

DEBUG

Returning

Space

to

Wrong

Section

GVFWDS

returns

funny

space

pages.

This

stopcode

occurs

if

the

monitor

attempts

to

return

funny

space

from

a

section

from

which

it

cannot

be

allocated.

RX2SER

fouled

up

Unimplemented

error

recovery

Strange

APR

Condition

This

stopcode

occurs

when

an

APR

interrupt

occurs

with

no

known

error

bits

set.

S = APR

error

condition

SAlO

Hung

73

MONITOR

STOPCODE

DEFINITION

SAU

CPNSER

DEBUG

Data

Items:

SAXBAI SAXSER

DEBUG

SAXISR SAXSER INFO

SAXNSI SAXSER

DEBUG

SBE APRSER

CPU

SBT FILUUO

DEBUG

Scheduler

Already

Unlocked

ULKSCD

unlocks

the

scheduler

interlock.

This

stopcode

occurs

when

the

interlock

is

already

free.

SCKLOK

Interlock

SAIO

Base

Address

In

use

Invalid

Status

Request

No

Status

on

Interrupt

SBUS

Error

Shouldn't

Be

Truncating

CLSRIB

closes

a

file.

This

stopcode

occurs

when

an

attempt

is

made

to

truncate

unwritten

blocks,

but

the

highest

block

number

in

the

file

is

too

small.

Data

Items:

P2

P3

current

block

of

RIB

DEVREL

SBW

VMSER

DEBUG

SBZ

VMSER

STOP-

SCABMT

SCASER

CHK

SCACCI SCASER

HLT

SCACFO

SCASER

HLT

SCACLB

SCASER

HLT

SCACRB

SCASER

CHK

SCACSC SCASER

CHK

SWPLST

Bits

Wrong

This

stopcode

occurs

when

an

entry

in

SWPLST

shows

both

that

I/O

is

in

progress

and

that

I/O

is

complete.

Swap

Block

Zero

This

stopcode

occurs

if,

in

picking

the

list

entry,

we

find

that

it

specifies

an

invalid

disk

address.

Bad

Tessage

Type

from

remote

node

Cannot

Complete

Initialization

SC.CON

received

Failure

from

SC.OUT

Incoming

connection

request

CLosed

on

VC

Can't

Reclaim

Buffers

Can't

Send

Credit

request

74

SCACVC

SCASER

INF

SCADLL

SCASER

HLT

SCAEEE SCASER

CHK

SCAFN2 SCASER

HLT

SCAFN3 SCASER

HLT

SCAFOO

SCASER

HLT

SCAILC SCASER

HLT

SCALCC

SCASER

HLT

SCALFO SCASER

HLT

SCANBN

SCASER

HLT

SCANLF

SCASER

CHK

SCANMB

SCASER

CHK

SCANOC

SCASER

CHK

SCANPI SCASER

HLT

SCANP2 SCASER

HLT

SCANP3 SCASER

HLT

SCANPC

SCASER

HLT

SCANSC

SCASER

CHK

SCAOF2 SCASER

CHK

SCAPER SCASER

CHK

MONITOR

STOPCODE

DEFINITION

virtual

Circuit

Closure

requested

Don't

care

Listener

Linked

to

CB

Block

state

is

zero

when

trying

to

send

connection

management

request

Can't

complete

deferred

call

to

SC.DIS

Can't

complete

deferred

call

to

SC.DRQ

Oh,

FOO

A

general

BUG.

for

errors

which

"should

never

happen."

Illegal

Lock

Count

in

connection

block

Connection

block

Lock

Count

has

Changed

SC.LIS

received

Failure

from

SC.OUT

No

Buffer

for

Notification

table

Notice

table

Full

CanNot

return

SCS

control

Message

Buffer

Received

packet

and

Connection

block

doesn't

exist

.CBNPO

has

gone

Negative

.CBNPO

has

gone

Negative

.CBNPO

has

gone

Negative

No

Page

for

CID

table

Negative

path

Count

Duplicate

OFFline

for

a

node

Protocol

ERror

75

SCAQQQ

SCASER

SCARBS SCASER

SCASBN SCASER

SCASCQ SCASER

SCASSS SCASER

SCATMO

SCASER

SCAUXR

SCASER

SCB

XTCSER

SCNIU

COMMON

SCNRIA

COMMON

SCR

DEBUG

scscrs

SCSUUO

SCSNOR

SCSUUO

SCSBEB

SCSUUO

SCSUET

SCSUUO

SDE

FILIO

MONITOR

STOPCODE DEFINITION

CHK

HLT

CHK

INF

CHK

DEBUG

Unexpected

credit

field

in

creditrequest

Reap

Bit

is

Set

when

block

state

is

non-zero

Block

State

already

Non-zero

SCA

Credit

Queue

failed

Connect

block

already

linked

SCA

TiMed

Out

remote

node

UneXpected

Response

Spurious

CONI

Bit

This

stopcode

occurs

if

certain

random

error

bits

are

lit

on

the

CONI

status

read

on

an

XTC

interrupt.

CPU

SCNSER

Interlock

Unowned

STOP

Recursive

Interlock

Attempt

SEGCON

Segment

Couldn't

be

Read

DEBUG

STOP

DEBUG

INPSEG

is

called

to

read

in

a

This

stopcode

occurs

if

non-skip.

high

segment.

INPSEG

returns

Can't

Initialize

SCS.

UUO

interface

Notification

code

Out

of

Range

Bad

Event

Block

Unknown

Event

Type

SAT

Doesn't

Exist

GIVBLK

returns

disk

blocks.

This

stopcode

occurs

if

GIVBLK

cannot

find

the

SAT

in

which

the

blocks

are

supposed

to

exist.

76

SDS

SER

SFU

SHU

SIE

SIN

SIU

SLF

UUOCON

FILUUO

MONITOR STOPCODE

DEFINITION

DEBUG

JOB

SWPADR

Didn't

Skip

SWPADR

converts

a

swap

space

address

to

a

unit/disk

address.

This

stopcode

occurs

when

the

JOBPEK.

UUO

determines

it

needs

to

read/write

the

swapping

space

and

calls

SWPADR

to

convert

a

swap

address

to

a

unit/disk

address.

SWPADR

does

not

have

a

non-skip

return.

SETDDO

Error

Return

FAKDDB

sets

a DDB.

This

stopcode

occurs

when

subroutine

SETDDO

gives

an

error

return

indicating

no

core

is

available

to

build

a

device

data

block,

although

space

had

been

found

just

before

the

call.

Data

Items:

Tl

=

address

in

memory

found

call

FILIO

DEBUG

Swapper

Fouled

Up

SWAPIO

puts

a

swap

request

into

the

queue.

This

stopcode

occurs

when

this

routine

is

called

with

no

request.

Data

Items:

SQREQ

=

0,

should

have

been

the

request

SCHEDl

DEBUG

VMSER

DEBUG

VMSER

DEBUG

SCASER CPU

VMSER

DEBUG

Swapper

Hung

Up

NOFORC

times

out

devices

that

are

active

to

a

job

waiting

to

be

swapped

out.

This

stopcode

occurs

when

the

device-hung

timer

times

out

while

the

job

was

in

FORCEF.

SWPLST

Is

Empty

DLTSLE

was

called

to

delete

a SWPLST

entry,

but

there

were

no

entries

in

SWPLST.

SWPCNT

Is

Negative

This

stopcode

occurs

when

the

count

of

the

number

of

outstanding

swapping

requests

becomes

negative

while

an

entry

from

SWPLST

is

being

deleted.

SCA

Interlock

Unowned

SWPLST

Full

This

stopcode

occurs

when

there

is

no

room

for

an

entry

in

the

swap

list

table.

77

SLM

SLO

SLZ

SMP

SMU

FILUUO

FILFND

VMSER

LOKCON

COMMON

SCHEDI

MONITOR

STOPCODE

DEFINITION

DEBUG

JOB

DEBUG

STOP

DEBUG

Search

List

Missing

FNDFRA

is

used

when

the

PPB

and/or

the

UFB

are

deleted.

This

stopcode

occurs

when

the

SETSRC

routine

cannot

set

up

a

search

list,

even

though

it

seemed

possible

when

the

call

started.

Search

List

Overflow

SLXSLO

is

a

stopcode-only

routine.

Examine

the

stack

for

the

location

of

the

error.

SLECNT

Is

Zero

This

stopcode

occurs

when

the

subroutine

to

find

an

entry

in

the

SWPLST

table

is

called

when

there

are

no

entries

in

the

table.

Shouldn't

Move

Page

Shouldn't

Move

Page

SWPCNT

Messed

Up

SWAP

is

used

to

swap

jobs.

Data

Items:

J =

job

number

SWPCNT

count

of

completed

swapping

operations

SNASHR

SEGCON

STOP SNA/JBTSHR

discrepency

SNF

LOKCON

STOP

Segment

Not

Found

SNI

LOCKO

locks

a

segment

in

core.

This

stopcode

occurs

when

the

monitor

cannot

find

a

segment

that

contains

a

certain

page.

Data

Items:

T3 =

absolute

page

address

being

looked

for

SWPSER

DEBUG

Swapping

Not

In

Progress

SWPINTis

used

when

paging

or

swapping

I/O

is

done

for

a

monitor

that

includes

virtual

memory.

This

stopcode

occurs

when

the

swap-in

progress

count

goes

negative.

Data

Items:

SPRCNT =

Swap-in

progress

count

78

SNS

SOD

SOR

SPM

SRE

SRO

NETDEV STOP

MONITOR

STOPCODE

DEFINITION

NTRPCB

Not

Set

up

TWRPCB

writes

back

the

count

field

and

updates

the

pointer

in

the

PCB.

It

also

removes

garbage

from

the

stack.

Data

Items:

Tl

=

minimum

number

of

bytes

SCHEDI STOP

Space

On

Disk

SWAPI

swaps

in

either

a

job

or

high

segment.

This

stopcode

occurs

when

the

core-allocation

routine

(CORGET)

assigns

space

on

the

disk,

but

the

assignment

is

illegal.

Data

Items:

J =

job

number

ERRCON

STOP

Segment

Out

of

Range

ERRPNT

prints

common

error

stopcode

occurs

when

the

number

is

too

large.

messages.

This

job

or

segment

Data

Items:

J =

job

number

FILUUO JOB

Second

Pointer

Missing

UFDNXT

initializes

the

for

a

directory.

This

stopcode

occurs'

when

the

pointer

to

the

second

RIB

is

missing

from

the

first

RIB.

Data

Items:

T3 =

Supposed

location

of

second

RIB

pointer

ONCMOD

DEBUG

SWPSER STOP

SAT

Read

Error

NXTSAT

reads

all

SATs

on

a

unit

and

computes

the

number

of

free

clusters

left

in

each

SAT.

This

stopcode

occurs

when

a

read

error

occurs

while

reading

the

SAT.

Space

Ran

Out

NXUN

is

used

when

we

have

filled

the

current

unit

and

we

need

more

swapping

space.

This

stopcode

occurs

when

there

are

no

more

units

for

swapping.

SSCNEG

SEGCON

DEBUG

Segment

Share

Count

NEGative

79

SSD

SSO

SWN

SYVCTS

SWZ

TCO

TCl

TC2

TC3

TC4

SWPSER STOP

MONITOR

STOPCODE

DEFINITION

Swap

Space

Disappeared

FOUND

is

used

when

contiguous

space

has

been

found

on

a

unit

for

swapping.

This

stopcode

occurs

when

an

attempt

is

made

to

allocate

that

space,

which

for

some

reason

is

no

longer

available.

Data

Items:

U =

address

LOKCON

STOP

SWPSER

DEBUG

SYSINI

DEBUG

SEGCON

DEBUG

XTCSER

DEBUG

XTCSER STOP

XTCSER

DEBUG

XTCSER

DEBUG

XTCSER

DEBUG

Segment

Swapped

Out

LOCKO

locks

a

segment

in

core.

This

stopcode

occurs

when

a

high

segment

that

is

neither

dormant

nor

idle

has

no

low

segment

in

core.

SQREQ

Went

Negative

SWPINT

is

used

when

paging

or

swapping

I/O

is

done.

This

stopcode

occurs

when

the

count

of

paging

or

swapping

requests

goes

negative.

SYmbol

Vector

Too

Short

Segment

Wait

count

Zero

XTCSER

Stopcode

Zero

XTCSER

has

found

the

controller

free

and

the

unit

unlocked,

but

there

are

requests

in

the

queue

waiting

to

be

processed.

XTCSER

Stopcode

One

XTCSER

should

have

already

set

a

"Waiting

for

Input"

message,

but

has

not.

XTCSER

Stopcode

Two

XTCSER

expected

the

DAS28

to

be

idle,

but

it

was

not.

XTCSER

Stopcode

Three

The

number

of

pseudo

active

tasks

in

the

XTC

UDB

went

negative.

XTCSER

Stopcode

Four

The

number

of

pseudo

active

tasks

in

the

XCT

KDB

went

negative.

80

TC5 XTCSER

TC6 XTCSER

TC7 XTCSER

TCI

FILUUO

MONITOR

STOPCODE

DEFINITION

DEBUG

STOP

DEBUG

XTCSER

Stopcode

Five

The

number

of

pseudo

active

tasks

in

the

XTC

UDB

went

negative.

XTCSER

Stopcode

Six

The

number

of

pseudo

active

tasks

in

the

XTC

KDB

went

negative.

XTCSER

Stopcode

Seven

This

stopcode

occurs

when

XTCSER

expected

to

have

the

controller

interlocked

but

found

it

did

not.

Truncation

Check

Inconsistent

RENDEL

deallocates

or

truncates

on

a

RENAME.

This

stopcode

occurs

when

an

attempt

is

made

to

truncate

too

many

blocks

and

a

check

on

the

same

had

already

succeeded.

Data

Items:

PI

= AOBJN

pointer;

P3

=

number

of

blocks

TIC

SCNSER

DEBUG

TIO

TAPSER STOP

TIU

TAPSER

CPU

TMDELE

SCNSER INFO

TMDELI SCNSER INFO

TME

SYSINI

STOP

TMP

FILIO

DEBUG

LDBTIC

wrong

Tape

I/O

to

wrong

CPU

Tape

Interlock

Unowned

Too

Many

DELetions

from

Echo

Too

many

<DEL>s

in

Input

Too

Many

pages

reserved

for

EVM

Too

Many

Pointers

PTRWRT

copies

RIB

pointers

intp

a

monitor

buffer

and

writes

it.

This

stopcode

occurs

when

there

are

more

retrieval

pointers

than

can

fit

in

a

RIB.

The

counter

DEVRSU

should

prevent

this

from

happening.

Data

Items:

T2 =

remaining

pointers

(IOWD)

81

TMR

TMU

REFSTR STOP

MONITOR

STOPCODE

DEFINITION

Too

Many

Retrieval

pointers

SATRBS

stores

retrieval

pointers

in

the

SAT.SYS

read-in

block.

This

stopcode

occurs

when

the

SAT

byte

pointer

is

messed

up.

Data

Items:

Tl

=

SAT

byte

pointer

ONCMOD

STOP

Too

Many

units

NXTSAT

reads

all

SATs

on

a

unit

and

the

number

of

free

clusters

left

in

This

stopcode

occurs

when

there

are

to

more

units

after

the

last

retrieved.

Data

Items:

U =

pointer

to

more

units

computes

each

SAT.

pointers

has

been

TSKAND

NETDEV

STOP

Already

got

an

NPD

On a

user-program

"LOOKUP"

to

an

ANE"

network

TSK

device,

the

TSK

Device

Data

Block

already

had

one

(or

both)

of

the

Network

Process

Descriptor

blocks

assigned.

The

NPDs

contain

the

local

and

remote

LOOKUP

and/or

ENTER

"names",

and

as

such

should

not

yet

be

set

for

a

TSK

DDB

entering

passive

connect

wait.

Data

Items:

F =

address

of

DDB

TSKIOS

NETDEV

STOP IOSCON

is

on

When

attempting

to

put

an

ANF

net.work

TSK

device

into

either

"active"

or

"passive"

connect

wait,

the

TSK

device

was

found

not

to

be

in

the

"idle"

state.

Either

the

Link

Address

Table

state

was

not

"idle"

or

the

TSK

Device

Data

Block

IOSCON

(device

is

connected)

flag

was

set.

Data

Items:

F =

address

of

DDB

S = DEVIOS

word

.TSKLE2

NETDEV

STOP

Tl

=

LAT

state

NPD

already

assigned

in

LOOKUP/ENTER

On a

user-program

"LOOKUP"

or

"ENTER"

to

an

ANF

network

TSK

device,

the

TSK

device

was

found

to

have

one

or

both

Network

Process

Descriptor

blocks

already

assigned.

Data

Items:

F =

address

of

DDB

TSKNIC

NETDEV

STOP

Not

in

"CI"

state

On a

user-program

"CLOSE"

to

an

ANE'

network

TSK

device,

the

TSK

device

Link

Address

Table

state

is

inconsistent

with

TSK

device.

Data

Items:

F =

address

of

DDB

82

TSKNID

NETDEV

STOP

MONITOR

STOPCODE

DEFINITION

Not

In

Disconnect

confirm

While

waiting

for

an

ANF

network

TSK

device

Disconnect

request

to

be

honored,

the

TSK

device

Link

Address

Table

state

transited

into

an

illegal

state

(neither

waiting

for

Disconnect

Confirm,

nor

Disconnected)

.

Data

Items:

F =

address

of

DDB

Tl

=

LAT

state

TSKNIP

NETDEV

STOP

Not

In

Passive

state

On a

user-program

"ENTER"

to

an

ANF

network

TSK

device,

the

TSK

device

state

was

illegal

(neither

"idle",

nor

"OK",

nor

in

passive

connect

wait)

.

Data

Items:

F =

address

of

DDB

Tl

=

LAT

state

TSKNPD

NETDEV

STOP

NPD

already

assigned

On

a

user-program-generated

request

to

implicitly

(with

a

LOOKUP

or

ENTER

monitor

call)

or

explicitly

(with

a TSK.

monitor

call)

set

the

Network

Process

Descriptor

information

for

an

ANF

network

TSK

device,

the

TSK

Device

Data

Block

was

found

to

have

one

or

both

of

the

NPDs

already

assigned.

Data

Items:

F =

address

of

DDB

TSKSCC NETDEV· STOP

Send

Connect

Confirm

failed

After

a

call

to

PCBECK

returned

"guaranteeing"

the

availability

of

an

ANF

network

Protocol

Control

Block,

a

subsequent

call

to

PCBEGT

failed

to

get

a

free

PCB

to

acknowledge

an

incoming

TSK

device

Connect

Initiate

request.

Data

Items:

F =

address

of

DDB

TSKSIB

NETDEV

STOP No

Input

Buffer

After

calling

NTDIBA

to

guarantee

a

user

input

buffer

is

available,

the

ANF

network

TSK

device

service

routine

was

unable

to

set

up

an

input

buffer

to

receive

a

network

message.

Data

Items:

F =

address

of

DDB

U =

address

of

PCB

83

MONITOR STOPCODE

DEFINITION

TSKSOR

NETDEV

STOP

LAT

State

is

Out

of

Range

UAF

The

ANF

network

Link

Address

Table

state

for

a

TSK

device

was

found

to

be

out

of

the

known

range

of

LAT

states.

The

ANF

Link

Address

Table

is

very

probably

corrupted.

Data

Items:

F =

address

of

DDB

Tl

=

LAT

state

APRSER STOP UNIBUS

Addressing

Failure

SEILM

processes

page-failure

traps.

This

stopcode

occurs

when

what

appears

to

be

a

page

fault

turns

out

to

be

a UNIBUS

addressing

failure.

(KSIO

only)

UCR

MSCCOM

DEBUG

Unexpected

Connect

Response

UDBAIZ

FILIO

DEBUG

UDB

Address

Is

Zero

UDE

UDM

UFI

UID

FILIO

DEBUG

DEVUNI

contains

zero

when

a USETI

is

done.

Unit

Doesn't

Exist

RIBCUR

reads

the

current

RIB.

This

stopcode

occurs

when

a

requested

unit

is

not

in

any

file

structure.

Data

Items:

DEYRBU

=

current

RIB

logical

unit

number

pointer

FILUUO JOB

UFD

Data

is

Missing

UFDALB

allocates

a

block

for

a UFD.

This

stopcode

occurs

when

the

core

tables

show

that

the

UFD

is

longer

than

it

actually

is.

Data

Items:

T3 =

supposed

number

of

blocks

of

this

UFD.

FILUUO STOP

unit

Free-Count

Inconsistent

CLSOU5

is

used

during

a CLOSE

after

finding

a

unit

with

space

on

it.

This

stopcode

occurs

when

an

attempt

~s

made

to

allocate

the

space,

but

no

space

is

available.

Data

Items:

T2 =

Number

of

blocks

needed

D8SINT

DEBUG

Unexpected

Input

Done

T10DON

handles

To-10

Done

interrupts

from

the

-11.

This

stopcode

occurs

when

no

input

is

expected.

Data

Items:

T1 =

CPU

number

84

UIL

ERRCON

UI02BB

USRONC

UIOCCS

USRONC

UIONSU

USRONC

UIP

XTCSER

ULE

LP2SER

MONITOR

STOPCODE

DEFINITION

STOP

DEBUG

JOB

UUO

at

Interrupt

Level

EMUERR

is

called

when

an

illegal

monitor

call

occurs

at

exec

level.

This

stopcode

occurs

when

the

monitor

call

occurs

at

interrupt

level.

User

I/O

Too

Big

for

Buffer

Can't

Create

Scratch

file

No

Such

Unit

Not

a

Unique

Interrupt

XTCSER

decided

to

call

routine

DDBINT

(for

DDB

doing

data

I/O)

instead

of

UNIINT,

but

XKBIUN

(pointer

to

UDB

requesting

interrupt)

was

non-zero,

implying

XTCSER

should

have

.called

UNIINT.

Only

one

of

DDBINT

or

UNIINT

should

be

called.

Unexpected

LP20

Error

LPTERR

handles

controllers.

VFU

errors

for

LP20

Data

Items:

F =

DDB

ULP

APRSER

DEBUG

UNA

APRSER STOP

UNAAOR

UNASER

DEBUG

UNABOW

UNASER

DEBUG

UNACQF

UNASER

DEBUG

UNANIC

UNASER

DEBUG

UNAXQF

UNASER

DEBUG

Tl

=

function

UBA

Lost

its

PI

assignment

KSSEC

performs

once-a-ssecond

tasks

for

the

KSIO.

UPT

Not

Addressable

Address

Out

of

Range

Buffer

Ownership

Wrong

Command

Queue

Full

or

Fouled

No

Interrupt

Condition

Transmit

(Xmit)

Queue

Fouled

up

85

UNF

UNJ

UNL

UPC

UPF

UPI

USW

MONITOR

STOPCODE

DEFINITION

FILUUO

DEBUG

UFB

Not

Found

NAMNW

updates

RIBNAM,

RIBEXT,

and

RIBPPN

when

there

is

a CLOSE

for

RENAME.

This

stopcode

occurs

when

a

RENAME

is

done

across

UFDs

and

the

UFB

is

not

found.

Data

Items:

Tl

T2

Structure

number

Start

of

UFB

chain

COMMON

STOP

VMSER

STOP

FILUUO JOB

UUO

from

Null

Job

This

stopcode

occurs

executes

a

monitor

doorbell

call.

UPMP

Not

Last

when

call

the

null

other

than

job

the

This

stopcode

occurs

when

the

UPMP

is

not

the

last

page

swapped

out.

Unit-Change

Pointer

Clobbered

SETENC

enters

a

file.

This

stopcode

occurs

when

the

pointer

to

a

unit

of

a

RIB

is

lost

during

RIB

definition.

Data

Items:

S =

status

bits

APRSER STOP

Data

Items:

FILIO

DEBUG

T3 =

location

of

the

access

table

Unexpected

Page

Fail

This

stopcode

occurs

when

there

is

a

page

fail

trap

during

a

recovery

attempt

of

an

AR/ARX

trap,

which

is

not

caused

by

a

test

reference.

.UPMP+.LMPFW

.UPMP+.LMPFP

page

fail

code

page

fail

PC

unit

Pointer

Illegal

EXTRIB

creates

an

extended

RIB.

This

stopcode

occurs

when

an

attempt

is

made

to

create

an

extended

RIB

on

a

nonexistent

unit.

Data

Items:

T2 =

change

unit

pointer

(should

have

been

a

real

unit

pointer)

TAPSER INFO

Unit

Status

Wrong

TAPSIO

is

used

when

the

UUO

level

wants

to

start

I/O

on

a

unit.

This

stopcode

occurs

when

the

unit

status

is

not

as

expected.

For

example,

the

unit

was

started

(possibly

on

another

controller)

when

it

should

have

been

stopped.

Data

Items:

RUBSTS(U)

unit

number

86

VTMECC

NETDEV

STOP

MONITOR

STOPCODE

DEFINITION

Echo

counts

messed

up

Preparatory

to

sending

characters

for

an

ANF

VTM

terminal

to

a

remote

MCR/host,

the

count

'of

characters

about

to

be

sent

was

greater

than

the

terminal's

count

of

echoed

characters

available.

Data

Items:

U =

address

of

LDB

VTMILS

NETDEV

STOP

ILlegal

State

An

ANF

network

Disconnect

was

received

for

a

VTM

terminal

that

was

neither

connected

to,

in

connect

wait,

or

in

disconnect

wait

state

for

the

node

which

sent

the

disconnect

message.

Data

Items:

U =

address

of

LDB

T2 =

LAT

state

VTMLAL

NETDEV

STOP

LDB

And

LAT

do

not

agree

On a

call

to

VTMCLR

to

"clean

up"

and

reinitialize

an

ANF

network

VTM

terminal

Line

Data

Block,

the

LDB's

Link

Address

Table

entry

does

not

point

back

to

the

LDB.

Data

Items:

U =

address

of

LDB

VTMLAT

NETDEV

STOP

TI

=

LAT

address

(from

LDB)

LAT

address

not

set

up

On a

call

to

VTMXCN

to

send

a

Connect

Initiate

message

(or

possibly

a

Connect

Confirm

message)

to

a

remote

ANF

network

node

for

a

VTM

terminal,

the

terminal

Line

Data

Block

had

no

Source

Link

Address.

Data

Items:

U

W

address

of

LDB

address

of

NDB

VTMLDB

NETDEV

STOP

VTMNDA

NETDEV

STOP

No

LDB

in

VTMENQ

was

called

to

"queue"

an

ANF

VTM

terminal

Line

Data

Block

for

processing,

but

U

contained

O.

Node

number

Doesn't

Agree

network

VTMSCN

When

processing

an

ANF

network

"node

down"

condition,

NETVTM

(VTMNWD)

was

called

to

deal

with

a

VTM

terminal

connected

to

the

no-Ionger-accessible

node,

but

the

terminal

claimed

to

be

connected

to

a

different

node.

Data

Items:

U =

address

of

LDB

TI

node

number

from

LDB

PI

=

node

number

that

"went

down"

87

VTMNDB

NETDEV STOP

MONITOR

STOPCODE

DEFINITION

No

NDB

for

LDB's

node.

In

the

once-a-jiffy

processing

loop

in

NETVTM, a

connected

ANF

VTM

terminal's

Node

Data

Block

could

not

be

found

(SRCNDB

failed)

.

Data

Items:

U =

address

of

LDB

VTMNLA

NETDEV STOP No

LAT

Address

for

virtual

terminal?

In

the

once-a-jiffy

processing

loop

in

NETVTM, a

connected

ANF

VTM

terminal's

Source

Link

Address

was

zero.

Data

Items:

U =

address

of

LDB

VTMNNN

NETDEV STOP

But

VTMNWD

should

have

caught

this

In

the

once-a-jiffy

processing

loop

in

NETVTM,

a

connected

ANF

VTM

terminal's

Node

Data

Block

could

not

be

found

(SRCNDB

failed)

.

Data

Items:

U =

address

of

LDB

VTMQED

NETDEV STOP

Line

not

queued

though

LRLQED

is

set

VTMDEQ

was

called

to

"dequeue"

an

ANF

network

VTM

terminal,

but

the

VTM

terminal

Line

Data

Block

was

not

queued

(even

though

the

LDB

LRLQED

(VTM

terminal

is

queued)

flag

is

set

for

the

terminal)

.

Data

Items:

U =

address

of

LDB

VTMSDF

NETDEV STOP

Send

Disconnect

Failed

After

a

call

to

PCBECK

"guaranteeing"

the

availability

network

Protocol

Control

Block,

a

call

to

PCBEGT

failed

to

get

a

send

a

Disconnect

Confirm

message

VTM

terminal.

returned

of

an

ANF

subsequent

free

PCB

to

for

an

ANF

Data

Items:

U =

address

of

LDB

WAD

VMSER

DEBUG

WSBTBL

and

AABTBL

Discrepancy

This

stopcode

occurs

when

there

is

an

access

page

fault

for

a

page

that

should

have

the

access

allowed

bit

on

in

the

page

map.

88

MONITOR STOPCODE

DEFINITION

WCT

SYSINI

HALT

WEM

NETSER STOP

WFC

D6SINT

DEBUG

WNGUCV

COMMON

HALT

WNP

VMSER

STOP

WNS

D85INT

DEBUG

WPT

APRSER·

STOP

Wrong

CPU

Type

This

stopcode

occurs

when

ONCE

is

running

on

a

different

type

of

processor

than

the

monitor

was

built

for.

Use

the

correct

monitor

or

rebuild

the

monitor.

Generic

ANF

network

crash

This

is

a

catch-all

stopcode

for

the

ANF

network

service.

Examine

the

stack

for

the

location

of

the

error.

Bad

Function

Code

to

FEK

WroNG

UCode

Version

Wrong

Number

of

Pages

Window

was

Not

Setup?

Wrong

Parity

Trap

This

stopcode

occurs

when

there

is

a

page

fail

while

trying

to

recover

from

an

AR/ARX

trap,

which

occurred

because

of

a

test

reference,

but

the

page

fail

code

is

not

36.

Data

Items:

Tl

=

page

fail

code

WRF

COMMON

CPU

WRJ

COMMON

JOB

WSM

FILIO

STOP

.UPMP + .LMPFW

page

fail

code

.UPMP + .LMPFP =

page

fail

PC

Warm

Restart

Failed

A

condition

such

as

a

DEX

has

occured

and

the

monitor

has

at·tempted

to

warm

restart,

but

cannot

due

to

various

conditions

being

in

effect

at

the

time

of

the

original

failure.

Warm

Restart

got

Job

A

condition

such

as

a

DEX

has

occured

and

the

monitor

has

attempted

a

warm

restart.

The

condition

occured

while

some

job

other

than

the

null

job

was

running

in

user

mode.

Wrong

Size

Moved

Routine

CSSETL

is

called

to

set

the

size

of

a

BLT

to/from

the

disk

cache.

This

stopcode

occurs

if

the

size

is

greater

than

one

block

worth

of

data.

89

WTP

XPW

XTH

ZPS

CLOCK! JOB

MONITOR

STOPCODE

DEFINITION

Wrong

Type

of

PDL

WSCHED

is

entered

at

monitor

call

level

when

a

job

goes

into

I/O

wait

or

sharable-device

wait.

This

stopcode

occurs

when

the

address

of

the

pushdown

list

is

too

low

to

be

a

monitor

call

pushdown

list.

Data

Items:

P =

pushdown

list

LOKCON

STOP

SCHED!

DEBUG

VMSER

STOP

EXchanged

Page

Went

away

FIXMAP

finds

a

page

with

which

a

page

was

exchanged

and

fix

the

map

slot

for

that

page.

This

stopcode

occurs

when

the

monitor

cannot

find

the

page

that

was

exchanged.

XJOB

Too

High

FNDXPN

finds

the

expanding

job.

This

stopcode

occurs

when

the

count

of

the

number

of

jobs

that

must

be

swapped

out

and

back

in

to

satisfy

a

core

expansion

request

is

positive,

but

no

expanding

job

is

found.

Zero

Page

Swap

A

request

for

swapping

specified

0

as

the

number

of

pages

to

transfer.

90

LIST

OF

DECnet-lO

STOPCODES

5

LIST

OF

DECNET-IO STOPCODES

Name

Module

COM911 D36COM

HLT

COMAFB

D36COM

CHK

COMATB

D36COM

CHK

COMBBP

D36COM

HLT

COMBNN

D36COM

CHK

COMCAW

D36COM

CHK

COMCRA

D36COM

CHK

Message

and

Explanation

The

date

is

past

9

November

2021

The

two-byte

Julian

half-day

field

in

an

event

message

is

limited

to

9

November

2021.

The

routine

above

calculated

the

Julian

half-day,

and

found

that

it

overflowed.

It

is

unlikely

that

the

date

itself

really

went

past

2021.

An

AC

was

probably

destroyed,

or

the

routine

to

get

the

time

from

the

monitor

is

returning

invalid

information.

A

Free

Block

pointer

is

bad

There

is

a

block

on

a

free

list,

most

likely

just

added

to

the

list,

whose

address

is

not

in

the

expected

range.

The

offending

pointer

is

in

Pl.

A

subroutine

whose

address

is

on

the

stack

is

probably

returning

a

block

to

the

wrong

free

list,

or

is

returning

an

invalid

pointer.

A-Block

request

Too

Big

For

the

time

being,

until

we

get

a

real

memory-manager

for

non-message-block

requests,

we

only

support

requests

for

memory

up

to

the

size

of

a

VBL

block,

see

DEFBLK

macro.

wait

for

the

real

memory

manager

or

make

the

size

of

VBLs

bigger

than

they

are

now.

DNSBP

called

with

OWGBP

Bad

local

Node

Number

The

node

number

that

was

set

with

the

NODE

command

in

the

CONFIG

file

was

higher

than

the

DECNET MAXIMUM-ADDRESS

value

set

in

the

same

file.

As

a

consequence

DECnet

cannot

initialize.

Change

the

startup

file

to

be

consistent.

Core

Allocation

Wrong

Number

of

available

FB

blocks

to

large

When

checking

the

CH

begstr

for

a

type

of

block,

the

code

determined

that

more

blocks

were

available

than

there

were

originally.

DNCHFB

is

supposed

to

defend

against

this.

CHNUM

was

probably

trashed.

91

COMCHB

D36COM

CHK

COMCHO

D36COM

CHK

COMCID

D36COM

CHK

COMCWT

D36COM

CHK

COMDNP

D36COM

CHK

COMEBT

D36COM

CHK

COMFBA

D36COM

CHK

COMFBB

D36COM

CHK

COMFBF

D36COM

CHK

LIST

OF

DECnet-lO

STOPCODES

CH

pointer

off

by

a

few

A

pointer

internal

to

the

core

management

routines

is

off

by

a

few

words.

You

have

probably

trashed

an

AC

by

adding

to

it

or

XORing

some

bits.

CH

pointer

Out

of

range

In

the

core

block

checking

routines,

the

internal

pointer

to

the

CH

begstr

applying

to

this

type

of

block

is

bad.

Your

executable

code

was

probably

trashed.

Couldn't

Initialize

DECNET

SCTINI

found

some

reason

to

object

to

the

DECnet

environment.

See

SCTINI

for

reasons

why

it

takes

a

non-skip

return.

Check

Word

Trashed

DNGPOS

called

with

bad

MS

In

range

checking

the

ac

MS,

its

contents

were

outside

the

range

of

addresses

used

for

the

MS

block.

Trace

back

to

the

caller

and

find

out.

why

it

has

a

junk

pointer.

End

of

memory

Block

Trashed

FB

Available

count

is

wrong

DNCHFB

walked

through

a

free

list

and

found

a

different

number

of

blocks

on

the

list

than

the

header

indicated.

A

forward

pointer

was

probably

destroyed

in

a

previously

returned

block.

FB

in

database

is

off

by

a

few

DNCHFB

found

a

block

on

a

free

list,

most

likely

just

returned,

whose

address

is

not

on

a

block

boundary

for

blocks

on

this

free

list.

The

offending

pointer

is

in

Pl.

A

caller

on

the

stack

is

probably

returning

a

junk

pointer,

either

a

real

pointer

to

a

block

that

has

been

incremented

or

decremented,

or

a

completely

junk

pointer.

FB

is

already

on

Free

list

The

block

that

PI

points

to

is

already

on

the

free

list

and

is

being

returned

again.

A

caller

on

the

stack

is

returning

a

block

that

is

already

free.

92

COMFBO

D36COM

lILT

COMFBT

D36COM

lILT

COMFWZ

D36COM

CHK

COMIEL

D36COM

CHK

COMMMI

D36COM

ClIK

COMMMS

D36COM

HLT

COMM:PR

D36COM

HLT

LIST

OF

DECnet-lO

STOPCODES

FB

pointer

is

Out

of

range

When

checking

a

free

block

pointer,

the

code

found

that

the

pointer

is

not

pointing

to

the

free

core

allocated

for

this

type

of

block.

Identify

the

routine

that

supplied

this

pointer.

FB

pointer

is

off

by

a

few

A

free

block

pointer

is

off

by

a

few

words.

The

user

of

this

pointer

probably

added

a

constant,

and

forgot

to

restore

it

when

returning

the

block.

Trace

the

user

of

this

pointer,

and

make

sure

the

pointer

is

valid

when

given

to

the

memory

manager.

Tried

to

Free

Words

at

Zero

DNFWDS

was

called

with

a

pointer

of

zero.

Illegal

End

of

List

pointer

CHAVL,

the

available

count,

said

there

was

at

least

one

block

on

the

free

list,

but

the

first

pointer

was

zero.

A

forward

pointer

was

probably

destroyed

in

a

previously

returned

block.

Memory

Manager

must

be

Initialized

The

field

CHBOT,

which

indicates

where

a

free

core

pool

starts,

is

zero.

This

field

gets

set

when

the

core

manager

is

initialized.

If

DNINIM

has

already

been

called,

check

to

make

sure

it

is

initializing

all

CH

blocks.

Bad

pointer

passed

to

Memory

Manager

When

DNGWDS

gives

out

a

block

of

core,

it

leaves

a

check

word

immediately

before

the

first

word

of

core

given

to

the

user.

This

word

contains

the

length

of

the

block,

and

a

"check"

quantity

to

verify

that

this

block

contains

what

is

expected.

This

bug

means

that

the

check

word

has

been

trashed,

or

the

pointer

that

was

passed

to

the

memory

manager

is

bad.

Message

PointeR

check

DNFMSG

caller

tried

to

return

a

piece

of

memory

that

is

not

in

the

range

of

message

blocks.

See

stack

for

caller

and

find

why

it

is

trying

to

return

a

bad

message

block.

93

COMMSl

D36COM

COMMS2

D36COM

COMMS3

D36COM

COMMTS

D36COM

COMMZP

D36COM

COMODP

D36COM

COMSTB

D36COM

CTHBCM

NRTSER

CTHIBO NRTSER

CTHOCE

NRTSER

CTHPED

NRTSER

CTHPER NRTSER

D36UBT

D36COM

DDIIFD

DNADLL

LIST

OF

DECnet-lO

STOPCODES

liLT

HLT

CHK

EVENT

STOP

INFO

CHK

Bad

pointer

passed

to

memory

manager

Header

word

trashed

or

bad

pointer.

Bad

pointer

passed

to

memory

manager

Header

word

trashed

or

bad

pointer.

Bad

pointer

passed

to

memory

manager

Header

word

trashed

or

bad

pointer.

New

Message

block

Too

Short

DNMINI

was

passed

a

Zero

Pointer

A

caller

probably

meant

to

ask

for

zero

bytes

of

user

data

1n

T2

and

mistakenly

put

the

count

in

Tl.

Tl

is

supposed

to

contain

the

pointer

to

the

message

block being

refreshed.

Find

caller

on

the

stack

and

fix

it.

DNGOPS

called

with

bad

MS

In

range

checking

the

ac

MS,

its

contents

were

found

to

be

outside

the

range

of

addresses

used

for

the

MS

block.

Trace

back

to

the

caller

and

find

out

why

he

has

an

invalid

pointer.

Smear

request

Too

Big

The

caller

requested

that

a

very

large

block

be

smeared.

Find

out

what

the

caller

really

wanted

to

smear

and

fix

the

call.

Bad

Configuration

Message

CTERM

Host

Input

Buffer

Overflow

Output

Count

Exceeded

Protocol

Error

Detected

Protocol

Error

Reported

End

of

UBL

Trashed

Illegal

Function

from

DDP

Driver

94

DMIIFD

DNADLL

CHK

DNAWEM

DNADLL

STOP

DNDCGV

DNADLL

CHK

DNDIKF

DNADLL

CHK

DNDINF

DNADLL

CHK

DNDIRF

DNADLL

CHK

DNSLJ

D36COM

CHK

DTIIFK

DNADLL

CHK

KDIIFD

DNADLL

CHK

LLIBWK LLINKS

CHK

LLIDIR

LLINKS

CHK

LLIFNS

LLINKS

CHK

LIST

OF

DECnet-lO

STOPCODES

Illegal

Function

from

DMR

Driver

Something

confused

DNBBP

D36COM

CHK

Byte-Pointer

Bad

CIDLL

is

copying

a

DECnet

message

to

a

SCA

buffer,

and

came

across

a

bytepointer

in

a

MSD

where

the

first

three

bits

are

5,6

or

7.

Couldn't

Get

memory

for

eVent

argument

block

Illegal

Function

code

from

DLL

Kontroller

Illegal

Function

code

from

NTMAN

DNADLL

was

called

with

a

bad

function

by

NTMAN

Illegal

Function

code

from

ROUTER

MOVSLJ

Failed

The

MOVSLJ

instruction

did

not

skip

Illegal

Function

code

from

DTE

Kontroller

Illegal

Function

from

KDP

Driver

SCTNSF

call

from

sched

without

lock

The

DECnet

entry

point

SCTNSF

has

been

called

from

schedular

level

when

the

Session

Control

interlock

was

locked.

All

schedular

level

routines

which

call

SCTNSF

should

first

check

SCTLOK.

If

SCTLOK

is

not

-1,

then

the

caller

should

wait

for

the

cycle

before

calling

SCTNSF.

Duplicate

Interrupt

message

Received

The

code

found

a

duplicate

interrupt

message

on

the

unacked

interrupt

receive

queue.

One

should

never

get

this

message

because

the

code

is

not

allowed

out

of

the

NSP

interlock

with

anything

in

this

receive

queue.

Identify

the

problem.

Either

the

inte~rupt

flow

control

malfunctioned

and

sent

more

than

one

data

request,

or

the

remote

node

sent

an

interrupt

message

without

a

data

request.

SCTL

passed

bad

NSP

PID

95

LLIFZM LLINKS

CHK

LLIHTG LLINKS

HLT

LLIHTS LLINKS

HLT

LLIIFC

LLINKS

CHK

LLILMA LLINKS

CHK

LLIORC LLINKS

CHK

LLIORQ LLINKS

CHK

LLIPIM

LLINKS

CHK

LLIQIN

LLINKS

CHK

LLIS2S

LLINKS

CHK

LLITNE LLINKS

CHK

NISEC6

D36COM

CHK

NMXTBG

D36COM

CHK

NRTBPM

NRTSER

CHK

NRTFWO

NRTSER

CHK

NRTHBC

NRTSER

CHK

NRTILS NRTSER

CHK

NRTINP NRTSER

CHK

LIST

OF

DECnet-lO

STOPCODES

Tried

to

Free

Zero

Msg

INIHSH

can't

get

a

hash

table

NSPHTS

not

set

up

Illegal

Flow

Control

type

RETBUF

left

LAR

:/I:

LMA

ORC

should

never

be

negative

ORQ

is

non-empty

at

port

close

This

BUG

only

appears

in

DEBUG

monitors.

PROCXQ

found

Illegal

Message

type

Queued

INterrupt

message

illegal

Illegal

flow

control

at

PRCRQS

Unknown

Event

Type

at

NSPEVT

Tl

contains

an

illegal

NSP

event

type.

Note

that

NSPEVT

is

called

by

SCLINK

as

well

as

LLINKS.

Caller

address

is

on

the

stack.

Not

in

SECtion

6

NMXTIM

Table

Out

Create

a

new

table.

I

really

doubt

that

this

table

has

become

obsolete.

Look

for

a

different

bug.

Bad

Pointer

passed

to

memory

Manager

Tried

to

Free

Words

at

zero

NRTHBR

should

never

Be

Called

NRT

Link

in

unexpected

state

NRT

INput

to

DECnet

failed

96

NRTOUD

NRTSER

CHK

NRTSAB

NRTSER

HLT

NRTSET NRTSER

CHK

NRTSJB NRTSER

HLT

NRTSJM NRTSER

HLT

NTBSUP

D36COM

CHK

NTBTSM

D36COM

CHK

NTMBCF

NTMAN

CHK

NTMBCL

NTMAN

CHK

NTMBDL

NTMAN

CHK

NTMBFP

NTMAN

CHK

LIST

OF

DECnet-lO

STOPCODES

NRT

output

to

DECnet

failed

No

memory

for

NRT's

SAB

SCTPSQ

returned

wrong

channel

info

No

memory

for

NRT's

SJB

No

memory

for

NRT's

SJB

Buffer

SUPplied

The

routine

NTPARM

was

called

to

handle

a

network

management

parameter.

The

routine

can

only

handle

returns

of

a

single

value,

but

NTMAN

had

supplied

a

multi-word

buffer.

Buffer

Too

SMall

NTMAN

requested

a

show

counter

operation,

but

did

not

supply

a

buffer

large

enough

to

store

all

the

counters.

Bad

C~ded

Field

on

output

While

formatting

output

for

a

SHOW,

the

program

was

requested

to

generate

a

Coded

field

of

more

than

one

byte.

The

program

is

not

coded

for

this

function.

Look

at

the

descriptor

block

pointed

to

by

NT.

Check

to

see

if

this

item

is

supposed

to

be

a

multiple

byte

Coded.

If

not,

fix

the

item's

entry.

If

it

is

correct,

write

the

code

to

handle.

multiple-byte

Coded

fields.

Bad

Counter

byte

Length

BaD

multiple

byte

Length

The

code

generates

output

for

a

numeric

field,

and

was

asked

to

generate

an

illegal

number

of

bytes.

Bad

Format

~ype

encountered

While

the

program

was

in

the

process

of

reading

a

value

from

the

user

string,

the

descriptor

tables

returned

an

invalid

format

for

this

item.

The

AC

NT

points

to

the

descriptor

for

this

item,

and

field

NT

SEQ

should

tell

which

item

is

being

referenced.

Fix

the

entry

for

this

item

so

it

contains

a

valid

format

type.

97

NTMCBL

NTMAN

CHK

NTMCNO

NTMAN

HLT

NTMDVI

NTMAN

CHK

NTMEFO

NTMAN

CHK

NTMEOR

NTMAN

CHK

NTMFOR

NTMAN

CHK

NTMFUR

NTMAN

CHK

NTMICF

NTMAN

CHK

LIST

OF

DECnet-lO

STOPCODES

Bad

Counter

Block

Length

Circuit

Name

Overrun

More

than

16

bytes

of

data

were

returned

to

a

16

byte

field.

The

data

beyond

the

buffer

was

trashed.

Examine

the

algorithm

at

NMXC2N

to

determine

why

the

code

returned

more

bytes

than

were

expected.

To

avoid

this

halt,

fix

the

above

code

to

check

for

overrun

while

it

is

producing

the

bytes.

NMXDSP

Value

Illegal

The

code

called

a

layer

to

obtain

a

value

or

set

a

value

for

an

item.

The

routine

value

in

the

descriptor

block

pointed

to

by

NT

was

illegal.

Examine

the

data

structure

pointed

to

by

NT.

Probably

this

was

caused

by

a

trashed

NT,

since

the

descriptor

block

generation

macros

are

supposed

to

range

check

this

value.

Event

Function

Out

of

range

The

event

function

supplied

by

a

DECnet

layer

to

NMXEVT

was

out

of

range.

Make

callers

of

NMXEVT

supply

the

correct

function

code

Entity

type

Out

of

Range

While

double-checking

the

entity

ID,

before

dispatching

on

it,

the

code

found

the

type

value

was

illegal.

Since

the

value

supplied

by

the

user

is

checked

at

GETBLK,

this

means

that

field

NXENT

was

trashed.

Format

Out

of

Range

In

formatting

output

for

a

SHOW,

the

format

block

for.

this

item

had

an

illegal

format

type.

See

NTMBFP.

Function

code

out

of

Range

The

code

is

going

to

dispatch

by

function

code,

and

found

that

the

function

code

is

out

of

range.

Since

the

function

code

supplied

by

the

user

is

checked

in

GETBLK,

this

means

that

field

NXFNC

was

trashed.

Non-counter

function

in

PRSCOU

98

NTMILN

NTMAN

CHK

NTMINT

NTMAN

CHK

NTMKOR

NTMAN

CHK

NTMLTR

NTMAN

CHK

NTMNEC

NTMAN

CHK

NTMNTR

NTMAN

CHK

NTMORE

NTMAN

CHK

LIST

OF

DECne·t-lO

STOPCODES

ILlegal

Number

size

The

code

is

going

to

read

a

numeric

value

from

the

user's

string.

The

format

descriptor

block

for

this

item

specified

read

of

an

illegal

number

of

bytes.

Invalid

Numeric

Type

The

code

is

generating

output

for

a

numeric

field,

and

was

asked

to

generate

something

other

than

decimal,

hexadecimal

or

octal.

Kontroller

Out

of

Range

in

circuit-id

The

Kontroller

field

in

a

line-id

is

out

of

range.

The

value

LD.MAX

defines

the

number

of

Kontrollers

known

by

D36PAR,

and

thus

by

NTMAN.

The

most

likely

cause

of

this

error

is

a

trashed

AC.

NOTE

A

Kontroller

is

any

device

driver

with

which

Router

will

interface.

It

is

used

to

define

the

name

of

a

circuit/line,

under

the

assumption

that

each

Kontroller

will

control

only

a

single

line

type.

Line

Type

is

out

of

Range

No

Error

Code,

with

error

return

Some

routine

took

the

non-skip

return,

but

did

not

give

an

error

code

by

calling

NTExxx.

This

means

that

the

program

returned

to

top

level

and

field

NXERR

was

zero.

Determine

which

routine

is

failing,

and

make

the

error

return

give

an

error

code.

Node

Type

is

out

of

Range

The

code

was

going

to

select

return

(for

function

.NTSHO)

know

the

node

type

(executor,

loop)

in

order

to

choose

the

For

other

entities

(circuit,

field

should

contain

zero.

This

by

ENTCVT.

Unrecognized

Entity

type

entries

to

and

needs

to

remote,

or

correct

one.

lines)

this

field

is

set

An

event

was

received

from

a

DECnet

layer,

and

the

entity

type

is

not

legal.

Find

the

routine

that

logged

the

event,

and

convince

it

to

supply

a

legal

entity

type.

99

NTMSOR

NTMAN

CHK

NTMSQF

NTMAN

INF

NTMSRF

NTMAN

CHK

NTNBFS

D36COM

CHK

NTNBUF

D36COM

CHK

ROUATL

ROUTER

CHK

ROUAWS

ROUTER

CHK

ROUBeD

ROUTER

INF

LIST

OF

DECnet-lO

STOPCODES

Selection

criteria

is

Out

of

Range

The

code

is

going

to

select

items

to

return

(for

.NTSHO)

depending

on

the

selection

criteria,

and

found

the

criteria

to

be

out

of

range.

Fix

the

check

in

GETBLK

or

find

out

why

field

NXSEL

is

being

trashed.

Signal

Queue

Full

The

signal

queue

was

full

when

a

new

signal

was

logged.

This

might

be

caused

by

a

malfunctioning

NMLT20

that

does

not

read

the

signals

from

the

signal

queue,

or

it

may

be

caused

by

a

DECnet

device

driver

going

rogue.

A

signal

is

used

to

tell

NMLT20

that

a

device

needs

attention/reload.

Restart

NMLT20,

or

turn

off

malfunctioning

DECnet

device.

If

necessary,

reload

any

devices

by

hand.

Skipness

of

Return

Fouled

up

The

code

returns

from

NTMAN

with

a

skip

return,

but

there

is

an

error

code

stored

in

field

NXERR.

Identify

the

caller

that

is

giving

the

error

code

(or

trashing

NXERR)

and

make

it

give

a

non-skip

return.

No

BuFfer

Supplied

No

BUFfer

Supplied

NTMAN

requested

a

show

counter

operation,

but

did

not

supply

a

buffer

to

store

the

counters

in.

A

routing

message

contains

a

start

ID

greater

than

we

can

handle

Adjacency

block

in

queue

When

Sta~e

is

unused

An

adjacency

block

has

been

left

in

the

queue

of

active

adjacencies

but

its

state

is

unused.

Bad

Checksum

Detected

when

building

routing

message

This

stopcode

indicates

that

something

got

trashed.

Look

at

P1;

it

points

to

the

end

of

the

normal

routing

vector

[RTRNRV]+

[RTRMXN]

.

Check'

the

vector

itself

(pointed

to

by

RTRNRV)

and

see

if

the

topology

appears

reasonable.

Make

sure

RTRCKS

is

less

than

16

bits.

100

ROUBMB

ROUTER

CHK

ROUBMC

ROUTER

CHK

ROUBMT

ROUTER

CHK

ROUBSN

ROUTER

CHK

ROUBSZ

ROUTER

CHK

ROUBTF ROUTER

INF

ROUBTM

ROUTER

INF

ROUCGV

ROUTER

INF

ROUEHB

ROUTER

CHK

ROUEHM

ROUTER

CHK

ROUIFD ROUTER

CHK

ROUIFS ROUTER

CHK

ROUIKF ROUTER

CHK

ROUILS ROUTER

CHK

ROUNAV

ROUTER

CHK

LIST

OF

DECnet-10

STOPCODES

Bad

message

block

pointer

A

Kontroller

called

RTRDSP

with

a

function

requiring

a

message

block,

and

the

pointer

supplied

(in

T3)

is

either

0

or

out

of

range.

Determine

why

the

Kontroller

gave

an

invalid

pointer.

The

pointer

should

originally

have

been

obtained

from

this

module.

Normal

routing

vector

BitMap

Corrupted

Bad

Message

Type

received

from

the

DLL

Bad

Source

Node

in

message

from

NSP

Router

circuit

Block

size

was

Zero

on

a

running

circuit

Bad

Test

message

Format

Bad

hello

or

Test

Message

Couldn't

Get

memory

for

event

argument

block

No

Message

Block

for

Event

data

No

Message

Block

for

Event

data

Illegal

function

code

from

the

DLL

Router

got

through

the

without

picking

a

route

forward

routine

For

some

reason

RTRFWD

got

through

its

Forward

process

and

either

did

not

pick

up

a

router

or

failed

to

flag

a

message

which

was

for

the

local

node

as

such

or

an

unreachable

message

as

such.

Illegal

Kontroller

function

CALKON

was

called

with

an

illegal

function

code.

The

only

allowed

values

are

KF.QOB,

KF.INI,

and

KF.HLT.

Illegal

Circuit

Specif£ed

in

NSP

msg

An

Adjacency

has

No

routing

Vector

101

ROUNLN

ROUTER

CHK

ROUNMR

ROUTER

CHK

ROUNSO

ROUTER

CHK

ROURCE

ROUTER

INF

ROURFN

ROUTER

INF

ROURML

ROUTER

CHK

ROUUER

ROUTER

CRK

ROUUET

ROUTER

CHK

ROUUOC

ROUTER

CHK

ROUXNZ

ROUTER

CHK

ROUZXT

ROUTER

CHK

RTRIFN

ROUTER

CRK

SCLA2N SCLINK

CHK

SCLCBN

SCLINK

INF

SCLNZE SCLINK

CHK

SCLPMI SCLINK

CHK

l:'IST

OF

DECnet-lO

STOPCODES

Trying

to

return

msg

to

Non-Local

NSP

NMX

out

of

range

NSP

sent

out-of-range

packet

Bad

NI

Router

list

message

format

Routing

message

Received

From

Non-routing

node

stored

routing

message

format

error

in

RTRRCR

Unexpected

end

of

routing

message

Unknown

event

type

in

RTNEVT

Unable

to

obtain

count

of

nodes

in

Phase

IV

message

R2NCAL

called

with

MB=O

Tried

to

free

msg

with

MB=O

Illegal

Function

code

from

NTMAN

Node

database

inconsistent

The

node

database

SCLA2N

failed

an

internal

consistency

check.

SCLBWK

SCLINK

CHK

SCTNSF

call

from

sched

Without

locK

Phase-II

Buffering

Not

implemented

Passing

zero

error

code

to

SCMUUO

The

code

arrived

at

a

routine

that

is

supposed

to

store

an

error

code

for

the

user,

but

found

that

the

error

code

is

zero.

This

is

an

illegal

value.

Find

which

routine

called

SCTNIE

with

T1

containing

zero

and

correct

the

caller's

behavior.

Node

database

Pseudo

page

Map

Inconsistent

102

SCLRIB SCLINK

CHK

SCLSLB SCLINK

CHK

SCLSMS

SCLINK

CHK

SCLSPF SCLINK

CHK

SCLTFJ

SCLINK

CHK

SCLTFS SCLINK

CHK

SCLVAS

SCLINK

CHK

SCTBWK

SCLINK

CHK

LIST

OF

DECnet-10

STOPCODES

Bad

SCTRIB

call

from

LLINKS

has

called

SCTRIB

for

permission

to

send

a

message

to

SCLINK

and

has

passed

an

invalid

SLB

address

in

Tl.

Find

out

what

is

in

LLINK's

ELSCB

and

why

it

is

not

an

SLB

pointer.

SLB

bad

at

FRESLB

There

is

no

Session

Control

Job

Block

(SJB)

for

this

Session

Control

Link

Block

(SLB).

This

error

could

have

happened

at

any

time

during

the

life

of

the

link,

after

it

actively

transferred

data.

STRMAT

Messed

up

the

Stack

pointer

SLB

self

Pointers

messed

up

in

FNDSLB

Freeing

SJB

with

SLB

entries

existing

Tried

to

Free

wrong

SLB

Couldn't

get

memory

SCLINK

called

AS

GVAS

to

assign

virtual

address

space

for

the

node

name/address

database.

Since

the

requested

memory

is

non-resident,

this

should

always

succeed.

However,

ASGVAS

gave

a

fail

return.

SCTNSF

call

from

schedule

without

lock

The

DECnet

entry

point

SCTNSF

has

been

called

from

scheduler

level

when

the

Session

Control

interlock

was

locked.

All

scheduler

level

routines

which

call

SCTNSF

should

first

check

SCTLOK.

If

SCTLOK

is

not

-1,

then

the

caller

should

wait

for

the

cycle

before

calling

SCTNSF.

103

GALAXY-IO

STOPCODES

6 GALAXY-IO

STOPCODES

An

alphabetical

list

of

the

GALAXY-10

stopcodes

is

provided

in

the

following

section.

The

list

shows

the

name

of

each

stopcode,

the

module

in

which

it

is

found,

the

stopcode

message

(for

which

the

name

is

a

mnemonic),

and

an

explanation.

Each

GALAXY

component

is

made

up

of

one

or

more

modules,

thus

a

stopcode

can

be

generated

by

a

module

with

a

name

other

than

that

of

the

component

producing

the

stopcode.

When

GALAXY

encounters

an

internal

error,

a

stopcode

is

generated.

A

message

containing

the

stopcode,

the

stopcode

message,

the

location

of

the

error,

the

module

name

where

the

error

occurred,

and

an

explanation

of

the

error

(if

available)

will

appear

in

the

operator

log

file.

The

following

example

shows

the

form

of

the

message

sent

to

the

operator

log

file:

?

Stopcode

-XXXxxx -

message

at

PC

<pc>

in

location

Program

PN

n

(nnnn)

+ GLXLIB n

(nnn)

error

at

PC

<pc>.

in

module

MN

Last

GLXLIB

error

at

PC

<pc>

was

ii;

No

IPCF

message

is

availabfe

Crash

block

begins

at.

address

-

[Stopping

program]

Where:

XXXxxx

message

location

PN

n(nnnn)

is

the

is

the

is

the

is

the

is

the

stopcode

mnemonic.

stopcode

message.

PC

of

the

to

program

running

for

that

job.

version

number.

be

executed.

MN

is

module

in

which

the

stopcode

occurred.

address

Example:

is

the

number

of

the

last

GLXLIB

error

that

occurred

is

the

location

of

the

crash

block.

?

Stopcode

-ILM -

Illegal

memory

reference

at

PC

in

.JBTPC

Program

OPR

5(1023)

+ GLXLIB

5(1564)

error

at

PC

647737

in

module

GLXINT

Last

GLXLIB

error

at

PC

004142

was

15;

No

IPCF

message

is

available

Crash

block

begins

at

674000

[Stopping

program]

104

LIST

OF

GALAXY

STOPCODES

7

LIST

OF

GALAXY

STOPCODES

Name

Module

ABS

GLXSCN

HALT

AIC

PLRLBP

HALT

AlE

QSRSCH

HALT

AMT

QSRMDA

HALT

APT GLXINT

HALT

ASE

GLXMEM

HALT

AZA

GLXCOM

HALT

BBF PLRLBP

HALT

BBR PLRLBP HALT

Message

and

Explanation

Atom

Buffer

too

Small

The

command

from

OPR

is

too

long

to

fit

in

the

Atom

buffer

for

parsing.

Abort

labeler

request

from

Illegal

Context

PULSAR

cannot

safely

unwind

the

current

state

of

the

TCB

when

it

is

told

to

abort

at

some

stage

during

tape

label

processing.

Attempt

to

add

Invalid

event

queue

Entry

S$EVENT

detected

that

the

entry

to

be

added

to

EVENT

QUEUE

is

not

the

correct

size.

Allocated

is

More

than

Total

BLOCKS)

(VOL

. VLVSL

SCNVOL

detected

that

the

number

of

words

allocated

for

VOL

block

pointer

is

greater

than

the

total

number

of

VOL

blocks.

Unknown

APR

Trap

at

PC

<pc>

APR CONI

CONlword>

Addressing

Space

Exhausted

<octal

GLXMEM

cannot

allocate

the

requested

memory.

All

section

zero

memory

for

program

is

in

use.

Attempt

to

Zero

the

ACs

Bad

argument(s)

passed

to

routine

.ZCHNK.

Bad

Backspace

File

Incorrect

TCB

status

detected

backspacing

a

file

on

tape.

Bad

Backspace

Record

Incorrect

TCB

status

detected

backspacing

a

record

on

tape.

105

BCN

PLRLBP

HALT

BCP PLRLBP

HALT

BDS

GLXSCN

HALT

BFC

GLXSCN

HALT

BLI

QSRMDA

HALT

BME

QSRMDA

HALT

BPN

GLXMEM

HALT

BRS QSRFSS

HALT

BTA

GLXTXT

HALT

BTF

GLXSCN

HALT

LIST

OF

GALAXY

STOPCODES

Bad

Call

to

NXTFIL

Routine

NXTFIL

was

called

to

skip

to

the

HDR1

label,

but

the

TCB

status

indicates

that

the

tape

is

not

positioned

in

user

data.

Bad

Call

to

POSTAP

PULSAR

has

determined

that

the

tape

needs

to

be

positioned

to

the

but

the

tape

is

not

currently

at

a

tape

mark

or

header

label.

Bad

Default

String

The

first

character

in

the

default

string

($DEFAULT)

is

a

null.

Bad

Function

Code

An

invalid

parse

function

code

was

detected

in

routine

S%CMND.

<text>

The

BLISS

routines

called

by

QUASAR

detected

an

error

that

warranted

a

stopcode;

"text"

is

the

reason

returned

by

the

BLISS

routine.

'B'

Matrix

Entry

is

missing

RETBMA

called

D$BMTX

to

find

a

user's

'B'

matrix

entry,

but

there

is

no

corresponding

'B'

matrix

entry.

Bad

Page

Number

<page

number>

VALPAG

determined

that

a

page

is

not

part

of

the

initial

core

image

or

is

not

marked

in

use.

Bad

Request

Size

The

argument

passed

to

routine

GETDPA

is

not

in

the

range

1

to

1000

(octal).

Bad

$TEXT

Argument

given

at

address

Bad

Table

Format

TABLK

detected

two

identical

entries

in

a

table.

Table

entries

must

be

unique.

106

BTT

GLXKBD

HALT

CAC

GLXMEM

HALT

CAD

CDRlVE

HALT

CAS

IBMSPL

HALT

CAS

PLRDSK

HALT

CAT

IBM8PL

HALT

CBD

CDRlVE

HALT

CCE

NEBULA

HALT

CCE

ORION

HALT

CCE

QSRQUE

HALT

LIST

OF

GALAXY

STOPCODES

Backing

up

Terminal

Twice

GLXKBD

only

stores

the

current

character.

The

cannot

be

retrieved.

Count

of

Available

pages

Confused

M%ACQP

detected

that

PAGSTA

points

at

or

past

the

top

of

memory.

Cannot

ADD/DELETE

reader

to/from

interrupt

system

The

PISYS.

UUO

failed

in

routine

INTCNL.

Cannot

Accomplish

SIGNON

After

signing

on,

CTSGON

cannot

activate

all

the

required

tasks.

Sl

has

the

error

from

L%CENT

which

failed

in

ACTTSK.

Can't

Append

to

8PT

list

PULSAR

cannot

add

an

entry

to

the

Sat

Pointer

Table

list

for

a

structure.

Cannot

Activate

task

Call

to

ACTTSK

failed

because

L%CENT

returned

FALSE

(could

not

create

a

list

entry

for

some

reason

-

error

code

in

Sl)

.

CDRlVE

can't

Be

a

%DEMND

spooler

Because

a

card

reader

is

a

"free

running"

device,

CDRlVE

must

always

be

running

if

a

card

reader

is

present

and

is

to

be

used.

CDRlVE

can

be

either

a

%STCMD

or

%ONCE

spooler.

Can't

Create

list

Entry

G$SEND

was

unable

to

create

a

list

NEBULA's

IPCF

resend

queue.

Sl

error

from

L%CENT.

Can't

Create

list

Entry

entry

in

contains

The

call

to

L%CENT

in

ADDNOD

failed

to

create

a

list

entry.

Can't

Create

list

Entry

C$8END

was

unable

to

create

a

list

entry

in

the

RESEND

queue

list

of

IPCF

messages

to

be

re-sent.

107

CCI SPRINT

HALT

CCP

GLXMEM

HALT

CCR

PLRTAP

HALT

CCS

CDRlVE

HALT

CCT

PLRTAP

HALT

CCW

PLRT10

HALT

CDC

PLRT10

HALT

CDC

QSRT10

HALT

COD

QSRT10

HALT

CDF

IBMSPL

HALT

LIST

OF

GALAXY

STOPCODES

Can't

clear

UFO

Interlock

The

SETUUO

UUO

failed

to

clear

the

UFO

(User

File

Directory)

interlock

in

routine

CLRUFL.

Cannot

Create

Page

The

PAGE.

UUO

failed

in

routine

CREPAG.

Can't

Check

Ring

status

The

TAPOP.

UUO

in

T$WRCK

failed

when

checking

for

write

ring

status.

Cannot

Close

Spool

file

F%REL

failed

to

close

the

spooled

reader

file

in

CREATE.

Can't

Connect

Tape

to

PSI

system

In

T$OPEN,

the

call

to

I$PICD

failed

to

connect

the

tape

drive

to

the

PSI

interrupt

system

in

order

to

trap

off-line,

resulting

in

hung

device

conditions.

Can't

Clear

Watch

bits

The

SETUUO

UUO

took

the

error

return

in

routine

I$INIT.

Can't

Determine

density

Capabilities

The

TAPOP.

UUO

took

the

performing

the

.TFPDN

I$PDEN.

error

return

while

function

in

routine

Can't

get

Disk

Characteristics

for

unit

<unit

name>

The

DSKCHR.

UUO

failed

in

routine

I$GATR.

Can't

Determine

tape

Densities

The

TAPOP.

UUO

failed

while

performing

the

.TFPDN

function

in

routine

I$GATR.

Can't

Delete

hold

File

Call

to

F%DEL

failed

3

times

to

delete

the

same

file

over

a

time

span

of

6

minutes.

Each

time

delete

fails,

a

WTO

message

is

issued.

Sl

has

error

code

from

call

to

F%DEL.

108

CDM

GALGEN

HALT

CDT

QSRT10

HALT

CEI

BATCON

HALT

CEM

QSRCAT

HALT

CFC

GLXMEM

HALT

CFF IBMSPL

HALT

CFF SPRINT

HALT

CFO

ORION

HALT

CFU

QSRT10

HALT

CFV

QSRMDA

HALT

CGC

CDRlVE

HALT

LIST

OF

GALAXY

STOPCODES

Can't

Determine

Monitor

type

The

GETTAB.

UUO

failed

trying

to

determine

monitor

type.

Can't

Determine

tape

Track

status

The

TAPOP.

UUO

failed

while

performing

function

.TFTRK

in

routine

I$GATR.

Can't

Enable

Interrupts

The

PISYS.

UUO

failed

in

routine

SYSINI.

Catalog

Entry

is

Missing

for

resource

(see

RSNNUM@RSNNAM)

Count

of

Free

pages

Confused

GLXMEM's

database

is

corrupt.

Couldn't

Find

File

entry

A

.QCFIL

block

could

not

be

found

in

the

queue

create

message

page.

Can't

Find

Files

to

load

In

EXECUTE, SPRINT

could

not

position

to

the

head

of

the

list

of

files

necessary

to

generate

an

"execute"

command.

Can't

GETTAB

Operator

PPN

Can't

Find

UCB

for

Unit

<unit

name>

In

I$ISTR,

QUASAR

was

unable

to

find

the

UCB

(Unit

Control

Block)

corresponding

to

the

system

structure

identified.

Can't

Find

VSL

address

in

VOL

entry

In

DELBSL,

there

is

no

link

from

a

VOL

(volume)

block

back

to

the

VSL

(Volume

Set

List).

A

link

should

have

existed

because

the

VOL

block

was

using

a

link

in

the

VSL

pointing

to

the

VOL

block.

Can't

Get

reader

hardware

Characteristics

DEVOP.

UUO

failed

in

INPGET

while

trying

to

obtain

reader

characteristics.

109

CGC

QSRT10

HALT

CGD

PLRT10

HALT

CGD

QSRT10

HALT

CGF

ORION

HALT

CGP

GLXIPC

HALT

CGS

CDRlVE

HALT

CGS

PLRT10

HALT

CGS

QSRT10

HALT

CGT

GLXKBD

HALT

CGV

ORION

HALT

CIF

GALGEN

HALT

CLS

GLXKBD

HALT

LIST

OF

GALAXY

STOPCODES

Can't

Get

Controller

type

for

tape

drive

<tape

drive>

TAPOP.

UUO

failed

while

performing

function

.TFKTP

in

routine

I$GATR.

Can't

Get

Density

TAPOP.

UUO

took

the

error

return

while

performing

the

.TFDEN

function

in

I$GDEN.

Can't

Get

Disk

physical

unit

SYSPHY.

UUO

failed

in

routine

I$INIT.

Can't

GETTAB

FRCLIN

line

number

Can't

Get

a

PID

C%INIT

call1ed

C%CPID

to

create

a

PID

(Process

ID)

and

C%PID

was

unsuccessful.

Cannot

Get

Spool

file

PPN

GETTAB.

UUO

failed

in

routine

RDINIT.

Can't

GETTAB

States

word

The

GETTAB.

UUO

took

the

error

return

in

routine

I%OPRP

while

trying

to

get

the

%CNSTS

word

from

the

monitor.

Can't

Get

Status

of

tape

drive

<tape

drive>

The

TAPOP.

UUO

failed

while

performing

function

.TFSTS

in

routine

I$GATR.

Cannot

GETJFN

Terminal

Cannot

GETTAB

montior

Version

Command

Initialization

Failed

The

call

to

SCMND

returned

FALSE

in

GETANS.

Can't

Lookup

status

of

terminal

JFN

The

FILOP.

UUO

in

routine

K%OPEN

failed

while

performing

the

.

FOGET

function

for

a

terminal.

Location

CHNJFN

contains

the

channel

number.

110

CME

QSRMDA

CMU

PLROPR

CMV

PLROPR

CNE

ORION

CNL

BATCON

CNL

CDRIVE

CNL

LPTSPL

CNL

SPRINT

COP

QSRTI0

COR

QSRTI0

COS

CDRlVE

COT

GLXKBD

CPE GLXFIL

CPF

PLRTI0

HALT

LIST

OF

~y

STOPCODES

'c'

Matrix

Entry

is

Missing

D$DLCK

called

D$CMTX

to

find

a

user's

'c'

matrix

entry

but

the

entry

does

not

exist.

Can't

Make

TCB

The

call

to

G$MTCB

returned

FALSE

in

I$CREC.

Can't

Make

TCB

The

call

to

G$MTCB

returned

FALSE

in

I$CUNL.

Central

site

Node

not

present

The

call

to

FNDNOD

in

W$NODE

returned

a

failure

while

using

G$HOST

as

an

argument.

Could

Not

Logout.

Call

to

I%KJOB

failed.

Could

Not

Logout.

Call

to

I%KJOB

failed.

Could

Not

Logout.

Call

to

I%KJOB

failed.

Could

Not

Logout.

Call

to

I%KJOB

failed.

Cannot

Open

Prime

queue

The

FILOP.

UUO

failed

in

I$OQUE

when

QUASAR

was

trying

to

open

the

master

queue

file.

Cannot

Open

Redundant

queue

FILOP.

UUO

failed

in

I$OQUE

when

QUASAR

was

trying

to

open

the

secondary

queue

file.

Cannot

Open

Spool

file

F%OOPN

returned

an

error

that

was

not

'file

already

exists'

in

GETFIL.

Cannot

OPENF

Terminal

Can't

Position

to

EOF

Clear

label

Parameters

Failed

TAPOP.

UUO

took

the

error

return

in

I$CLLP

while

performing

the

.TFLPR+.TFSET

function.

111

CRB

PLRTI0

CRD

QSRQUE

CRL

GLXFIL

CRL

QSRQUE

CRM

PLRTI0

CRM

QSRQUE

CRS

QSRQUE

CRS

SPRINT

CSB

GLXKBD

CSB PLRTAP

CSD PLRLBP

HALT

LIST

OF

GALAXY

STOPCODES

Can't

Read

Buffer

size

TAPOP.

UUO

took

the

error

return

in

I$RDLP

performing

the

.TFBSZ

function.

Create

Rejected

defer

Data

In

routine

Q$DEFER,

the

call

to

Q$CREATE

detected

errors.

Can't

Read

Last

byte

of

file

Create

Rejected

Logout

data

The

call

to

Q$CREATE

in

Q$LOGOUT

detected

errors.

Can't

Read

user's

Mode

The

TAPOP.

UUO

routine

I$RDLP

function.

took

the

error

return

in

while

performing

the

.TFMOD

Create

Rejected

Modify

The

call

to

Q$CREATE

in

Q$MODIFY

detected

errors.

Create

Rejected

Spooling

data

The

call

to

Q$CREATE

in

Q$SPOOL

detected

errors.

Can't

Read

Searchlist

This

stopcode

indicates

one

of

two

conditions.

Either

the

JOBSTR.

UUO

failed

in

GETSRC

while

trying

to

read

SPRINT's

current

search

list,

or

the

PATH.

UUO

failed

in

GETSRC

while

trying

to

read

SPRINT's

current

path.

Can't

Set

terminal

Break

mask

Can't

Set

Blocksize

Can't

Set

Density

The

call

to

I$SDEN

returned

FALSE,

meaning

the

TAPOP.

UUO

to

set

the

density

of

a

tape

failed.

TAPOP.

error

code

is

in

PI

(or

CRSHAC+Pl)

.

112

CSE

GLXKBD

CSF

QSRCAT

CSI

GLXINT

CSI

PLRTAP

CSM

PLRTAP

CSP GLXINT

CSS QSRTIO

CSS

SPRINT

CSU PLRTAP

CTL

GLXFIL

CUD

QSRFSS

CUF

PLRTIO

CWT

PLRTAP

DBC

ORION

HALT

LIST

OF

GALAXY

STOPCODES

Canhot

Set

Echo

on

terminal

CATLOG

Startup

Failed

Cannot

Set

up

Interrupt

system

The

PIINI.

UUO

failed

in

routine

SETINT.

Can't

Set

Industry

compatible

mode

Can't

Set

DIGITAL

compatible

Mode

Cannot

Activate

Panic

Channels

Can't

get

System

structure

List

The

SYSSTR.

UUO

failed

in

routine

I$ISTR.

Can't

Set

Searchlist

This

stopcode

indicates

one

of

two

conditions.

Either

the

STRUUO.

UUO

failed

in

SETSRC

trying

to

set

SPRINT's

search

list,

or

PATH.

UUO

failed

in

SETSRC

trying

to

set

SPRINT's

path.

Can't

Switch

Units

Cannot

Trim

LSN

in

buffered

mode

F%IBUF

does

not

handle

Line

Sequenced

Numbered

files.

F%IBYT

must

be

used.

Clearing

Unused

DPA

QUASAR

tried

to

release

unused

space

in

the

failsoft

file.

CHKACC.

UUO

Failed

The

CHKACC.

UUO

failed

in

routine

I$CKAC.

Can't

write

Tape-mark

Debug

Crash

-

Keep

this

crash

Execution

continued

at

the

location

following

a $DEBRK

macro

in

an

interrupt

service

routine.

113

DDC

OPRPAR

HALT

DDF

ORION

HALT

DSP ORION

HALT

DTL

QSRFSS

HALT

DTS

QSRFSS

HALT

DTU

GLXINT

HALT

DUF

GLXINT

HALT

EEP QSRT10

HALT

EER QSRT10

HALT

EMF

QSRQUE

HALT

ERT IBMSPL

HALT

EWS

CDRlVE

HALT

LIST

OF

GALAXY

STOPCODES

Device

Designator

Conversion

error

Delete

DN60

node

Failed

A

call

to

L%DENT

returned

FALSE

in

DELNOD.

Delete

Send

inconsistency

failure

PlD

table

entry

The

call

to

CHKFSL

in

DELSPL

failed

to

find

an

entry

in

the

"send

failure

PID

table."

DPA

Too

Large

VALDPA

detected

a

Disk

Page

Address

for

the

failsoft

file

that

is

too

large.

DPA

Too

Small

VALDPA

detected

a

Disk

Page

Address

for

the

failsoft

file

that

is

too

small.

Date/Time

Unavailable

The

GETTAB.

UUO

to

get

Universal

Date/Time

failed

in

routine

I%NOW.

DEBRK.

UUO

Failed

Error

Expanding

Prime

queue

The

FlLOP.

UUO

failed

in

routine

I$WRIT.

Error

Expanding

Redundant

queue

The

FILOP.

UUO

failed

in

routine

I$WRIT.

Event

Modify

Failed

Unexpected

Error

in

RELTKB

A

call

to

one

of

M%RMEM,

M%RLNP,

M%CLNC,

M%RPAG,

L%FIRST,

L%NEXT,

or

L%DENT

failed.

Error

code

in

S1,

return

PC

of

failing

call

in

T1.

Error

Writing

Spool

file

The

call

to

F%OBUF

took

the

error

return

in

OUTCRD.

114

FCE

GLXMEM

HALT

FCN

GLXMEM

HALT

FFT

GLXKBD

HALT

FIT

GLXFIL

HALT

FOF GLXFIL

HALT

FSE

GLXKBD

HALT

FUD

QSRFSS

HALT

GNF

PLRT10

HALT

GSF

PLRT10

HALT

IAC OPR

HALT

IBN

GLXSCN

HALT

IBO

GLXKBD

HALT

LIST

OF

GALAXY

STOPCODES

Free

Count

Exceeds

FREINI

The

current

count

of

free

pages

exceeds

the

initial

count

of

free

pages.

Free

Count

Negative

Routine

REDUCE

detected

that

the

count

of

free

pages

went

negative.

Action

FILOP.

Failed

to

Terminal

The

FILOP.

UUO

failed

in

K%OPEN

while

trying

to

perform

either

the

.FOSET

or

the

.FOWRT

function.

FD

location

requested

with

Illegal

Type

Routine

F%FD

arguments.

was

called

with

File

Operation

Failed

unexpectedly

File

System

Error

illegal

TXTINP

detected

an

error

returned

from

F%IBYT

that

was

not

an

EOF

error.

Found

Unused

DPA

An

unused

DPA

(Disk

Page

that

the

failsoft

file

corrupt.

Address)

indicates

system

database

is

GETTAB

for

user's

Name

Failed

GETTAB

for

Serial

number

Failed

Argument

count

<count>

not

valid

in

display

message

An

argument

block

of

zero

was

found

in

a

message

from

ORION.

Illegal

Base

for

Number

The

base

for

a

number

to

be

parsed

was

not

in

the

range

2-10

(decimal).

Input

Buffer

Overflow

on

escape

sequence

processing

115

IBP

GLXKBD

HALT

IBS

GLXFIL

HALT

IBU

BATCON

HALT

IDC IBMSPL

HALT

IDM

OPR

HALT

IDM

OPRLOG

HALT

IDM

PLRLBP

HALT

IEC

OPR

HALT

lEI

GLXKBD

HALT

IFC

OPRPAR

HALT

IFM GLXFIL

HALT

IFN

GLXFIL

HALT

LIST

OF

GALAXY

STOPCODES

Illegal

Byte

Pointer

in

K%TXTI

The

byte

pointer

that

CONVBP

was

going

to

convert

is

zero.

This

invalid

byte

pointer

was

found

at

RD+.RDDBP.

Illegal

Byte

Size

given

An

invalid

byte

size,

out

of

the

range

1-36

(decimal),

was

given

in

a

call

to

open

a

file.

Illegal

BATCON.

UUO

In

BATCON's

LUUO

handler,

UUOCON,

an

opcode

was

detected

that

was

out

of

range.

Illegal

Task/Device

type

code

Message

argument

type

<argument

type>

not

valid

for

Display

Message

The

argument

type

was

something

other

than

the

argument

type

constant,

.CMTXT.

Invalid

Display

Message

type

<msg

type>

Invalid

Date

from

Monitor

A

call

to

I$DATE

returned

a

string

that

STRNUM

could

not

convert

to

a

number.

Invalid

Error

Code

for

failure

An

OPR

failure

error

code

is

not

in

the

range

expected

in

routine

SETFAL.

Illegal

Escape

sequence

Instruction

Invalid

Function

Code

from

command

Illegal

File

Mode

in

subroutine

call

An

operation

was

attempted

on

a

file,

but

the

file

was

opened

in

a

mode

that

prevents

the

requested

operation

from

succeeding.

Illegal

IFN

provided

in

call

The

IFN

passed

to

CHKIFN

was

not

in

IFNTAB.

116

IIF

GLXIPC

lIP

GLXKBD

IJM

QSRADM

IJW

QSRADM

ILM GLXINT

ILW

IBMSPL

IMR

GLXINT

IMV

QSRMDA

IMW

GLXINT

INlvl

GLXINT

lOS

QSRMDA

IPE

PLEASE

IPF

PLRTAP

ltALT

HALT

LIST

OF

GALAXY

STOPCODES

IPCF

to

Interrupt

system

connect

Failed

In

CPIDI,

the

PISYS.

UUO

failed

while

trying

to

connect

a

job

to

the

interrupt

system.

Illegal

Input

Pointer

CONVBP

detected

a

byte

pointer

of

zero

at

RD+.RDIOJ.

Interlocked

Job

Missing

Inconsistency

in

QUASAR's

queue

database

was

detected

in

KILPSB.

Interlocked

Job

Wrong

Inconsistency

in

QUASAR's

queue

database

was

detected

in

KILPSB.

ILlegal

Memory

reference

at

PC

<pc>

Illegal

Wakeup

An

internal

task

was

awakened

and

with

no

wake-up

conditions

present.

Illegal

Memory

Read

at

PC

in

INTRPC

Stack

address

is

in

SAVAC1+17.

Invalid

MDR/VSL

forward/backchain

pointers

NSTUSR

detected

that

a VSL

does

not

contain

a

pointer

to

an

MDR.

Every

VSL

should

point

to

an

MDR.

Illegal

Memory

write

at

PC

in

INTRPC,

stack

in

SAVAC1+17

Level

LVL

Interrupts

Not

supported

Invalid

Owner

Specified

in

reassign

message

DEASSIGN

detected

that

the

job

number

in

the

DEASSIGN

message

does

not

match

the

job

number

in

the

MDR

pointed

to

by

the

UCB

of

the

device

being

deassigned.

Internal

Parser

Error

Illegal

Positioning

Function

117

IPH

OPRNET

HALT

IPP

OPRPAR

HALT

IQN

GLXTXT

HALT

IRF

GLXIPC

HALT

IST

GLXINT

HALT

IT2

IBMSPL

HALT

lTD

QSRMDA

HALT

lVU

QSRMDA

HALT

IVV

QSRMDA

HALT

LEM

CDRlVE

HALT

LIST

OF

GALAXY

STOPCODES

Invalid

Process

Handle

to

kill

Invalid

PDB

header

in

Parse

block

Illegal

Qualifier

Number

at

An

illegal

argument

qualifier

was

used

in

a

$TEXT

macro.

IPCF

Reception

Failure

In

RCVMSG,

the

return

while

message.

IPCFR.

UUO

took

the

error

trying

to

receive

an

IPCF

Illegal

instruction

Trap

at

PC

in

INTRPC,

Stack

in

SAVAC1+17

Illegal

Task

type

for

2780/3780

BLDTSK

was

asked

to

start

a

task

for

a

device

that

is

only

valid

using

HASP

protocol

and

2780/3780

was

currently

being

used.

Invalid

Tape

Density

specified

for

<tape

drive

name>

The

density

for

a

tape

drive

returned

in

the

.STSTS

does

not

match

any

of

the

legal

densities

contained

in

the

UCB

for

that

tape

drive.

Invalid

VOL/UCB

forward/backchain

pointers

DSMACK

detected

that

there

is

not

a

pointer

to

a

UCB

in

a

VOL

block

of

a

volume

that

is

being

dismounted

from.

a

device.

When a

volume

is

mounted,

there

should

be

a

pointer

in

the

VOL

block

to

the

UeB

of

the

device,

and

a

pointer

in

the

UeB

to

the

VOL

block

of

the

volume

mounted.

Invalid

VSL/VOL

forward/backchain

pointers

D$FOWN

did

not

detect

a

pointer

in

a

VOL

block

back

to

a VSL

when

the

VOL

block

was

found

by

a

pointer

in

a

VSL.

VSL

and

VOL

blocks

must

be

doubly

linked.

Lousy

Error

Message

from

D60SIN

An

unidentified

error

code

was

returned

by

D60SIN.

Sl

=

error

code.

118

LGF PLRTAP

LNA

IBMSPL

LNA

QSRMDA

LNI

SPRINT

LPO QSRDSP

LRF

PLRTAP

MCF

PLRTIO

MDS

QSRMEM

MDV

QSRMEM

MQE

QSRMDA

MRN

QSRMDA

MRR

IBMSPL

MST

OPR

MST

ORION

MUN

QSRTIO

HALT

LIST

OF

GALAXY

STOPCODES

Label

Get

Failed

Logging

Illegally

LOGCHR

was

called

and

either

the

task

was

not

active

or

didn't

have

the

job's

pages

set

up

yet.

S

contains

status

bits.

Logical

Name

Assignment

failed

The

DEVLNM.

UUO

failed

in

REASSI

while

trying

to

assign

a

logical

name

to

a

device.

LOG

Not

Initialized

LOGTXT

was

called

to

put

a

character

in

the

log,

there

is

not

a

LOG

page

set

up

for

usage.

List

request

message

Page

Overflowed

Label

Release

Failed

MTAID.

UUO

Failed

Moving

Different

Sizes

QUASAR'S

queue

database

is

corrupt.

Moving

Different

Variabilities

Missing

QE

for

a

pseudo

process

D$CHKB

detected

that

there

was

no

QE

page

address

in

the

MDR

for

a

batch

job

in

the

input

queue.

Missing

Resource

Number

Request

Received

while

another

active

QUASAR

sent

IBMSPL a

message

and

IBMSPL

is

still

processing

the

S

contains

task

status

bits.

Missing

Syntax

Table

Missing

Syntax

Table

Missing

Unit

Name

in

.IPCST

message

119

MVP

QSRMDA

MWL

QSRMDA

NAM

QSRMDA

NBM

QSRMDA

NBR

QSRSCH

NCM

QSRMDA

NCS

OPRNET

NDE

ORION

NEB

PLRTAP

NFB

CDRlVE

NFP

GLXMEM

NFV

PLRTIO

HALT

LIST

OF

GALAXY

STOPCODES

Missing

VOL

block

Pointer

Missing

or

Wrong

VOL/UCB

link

Negative

'A'

Matrix

entry

computed

The

count

of

an

entry

in

the

'A'

matrix

went

negative.

There

cannot

be

a

negative

number

of

any

physical

resource.

Negative

'B'

Matrix

entry

computed

The

count

of

an

entry

in

the

'B'

matrix

went

negative.

There

cannot

be

a

negative

number

of

allocations

(claims)

for

a

resource.

Next-job'ing

Bad

Request

In

preparing

a

"next

job"

message

for

an

object,

NEXTJB

called

F$RDRQ

to

find

the

address

of

the

EQ

(external

queue)

page

on

disk

and

the

address

returned

was

zero.

Negative

'C'

Matrix

entry

computed

The

count

in

a

'C'

matrix

went

negative.

There

cannot

be

a

negative

number

of

owners

(sharers)

of

a

device.

No

Current

Server

database

in

skew

Node

Database

Dmpty

In

DELNOD,

it

was

discovered

that

the

aPR

node

database

is

empty.

There

must

be

at

least

a

central

host

node.

No

Error

Bit

Routine

RETERR

was

called,

but

no

error

bits

were

lit

in

Pl.

First

Block

in

message

Not

the

object

block

No

Free

Pages

M%IPRM

was

unable

to

get

a

free

page

for

an

IPCF

receive.

No

Free

PS

Vectors

I$PICD

detected

that

there

are

no

interrupt

vectors

available.

120

free

NGF

QSRT10

HALT

NID

NEBULA

HALT

NIP

GLXINT

HALT

NLB

IBMSPL

HALT

NMF

QSRFSS

HALT

NOP

ORION

HALT

NPB IBMSPL

HALT

NQC

QSRSCH

HALT

NSF ORION

CONT

NSH

D60JSY

HALT

NUE

QSRMDA

HALT

NUV

QSRDSP

HALT

LIST

OF

GALAXY

STOPCODES

Necessary

Gettab

Failed

The

GETTAB.

UUO

in

DOGTAB

failed.

No

I/O

Drivers included

NEBULA

was

not

linked

with

NEBDCN.

No

Interrupt

is

in

Progress

The

DEBRK.

UUO

took

the

skip

return.

Error

finding

Line

Block

Line

block

list

is

incorrect.

T1

contains

correct

line

block

address,

LB

contains

line

block

address

returned

by

FNDLB.

No

More

Filespace

The

failsoft

file

is

full.

No

Page

for

OPRPAR

ORION

is

out

of

dynamic

memory.

Won't

occur

unless

GLXMEM

loses

the

ASE

stopcode.

No

Port

Block

on

releasing

line

block

T1

contains

port"line.

Unimplemented

Network

Queue

Control

function

QUASAR's

scheduler

dispatched

to

an

NQC

object

specific

function

entry

point

which

is

not

implemented.

NML

Startup

Failed

See

last

GLXLIB

error.

Can't

find

SIGNON

creating

it

device

Null

UCB

chain

Encountered

Handle

after

In

D$INIT,

the

call

to

L%FIRST

failed

to

return

the

first

UCB

block

in

the

UCB

chain.

No

UCB

PTR

and

no

VSL

PTR

from

VOL

MDA's

database

is

corrupt.

121

NVC

QSRMDA

HALl'

NVD

PLRT10

HALT

NXM

GLXINT

HALT

OBR

GLXOTS

HALT

ODE

ORION

HALT

ODI ORION

HALT

ONV

QSRMDA

HALT

OOR

GLXOTS

HALT

OQT

QSRSCH

HALT

OSF OPR

HALrf

OSF QSRT10

HALT

OTS

GLXFIL

HALT

PAF

GLXMEM

HALT

PBI

OPRQSR

HALT

PDL GLXINT

HALT

LIST

OF

GALAXY

STOPCODES

NEW-VOLUME

Code

not

working

No

Valid

Density

I$PDEN

was

unable

to

determine

a

density

for

reading

a

tape

drive.

Non-eXistant

Memory

at

PC

<pc>

OBsolete

Routine

executed

OPR

Delete

Entry

error

valid

DELOPR

detected

that

the

list

of

"operators"

is

empty.

OPR

Database

Inconsistent

The

call

to

VALOPR

in

SPDOPR

failed.

Offset

of

New

Volume

is

invalid

In

D$VSR,

the

block

of

VOL

negative.

calculated

offset

into

the

block

pointers

in

the

VSL

is

OTS

Only

Routine

executed

NEXTJB

Object

to

Queue

header

Translation

failed

ORION

Send

Failed

ORION

startup

Failed

File

Open

block

is

Too

small

Page

Access

check

Failed

While

performing

function

.PAGCA,

the

PAGE.

UUO

failed

in

routine

M%IPRC.

P$DEV

Blew

It

PushDown

List

overflow

at

PC

<pc>

122

PEF

GLXMEM

HALT

PIR

GLXIPC

HALT

PKF

GLXMEM

HALT

PLM

PULSAR

HALT

PNR PULSAR

HALT

PQI

QSRT10

HALT

PRF

PLRTAP

HALT

PSF

QSRT10

HALT

PWE

QSRT10

HALT

QNR

QUASAR

HALT

QSF CORlVE

HALT

QSF LPTSPL

HALT

QSF SPRINT

HALT

RAR

GLXIPC

HALT

RAT

PULSAR

HALT

LIST

OF

GALAXY

STOPCODES

Page

Existence

check

Failed

The

PAGE.

UUO

failed

while

function

.PAGCA

in

PAGFRE.

PIO

Index

out

of

Range

performing

The

system

PIO

index

passed

to

SPIO

is

invalid.

Page

Kill

Failed

The

PAGE.

UUO

failed

in

KILPAG.

TCB

has

been

Meddled

PULSAR

Not

Restartable

Prime

Queue

is

Interlocked

In

I$OQUE,

the

FILOP.

UUO

indicates

that

the

master

modified.

Positioning

Request

Failed

PULSAR

Startup

Failed

Prime

write

Error

error

return

queue

is

being

The

OUT.

UUO

in

I$WRIT

took

the

error

return.

IO.BKT

was

not

one

of

the

error

bits

returned

using

the

GETSTS.

UUO.

QUASAR

Not

Restartable

Send

to

QUASAR

Failed

Send

to

QUASAR

Failed

QUASAR

Send

Failed

Releasing

Already

Released

IPCF

message

In

C%REL,

RCVMOB+MOB.MS

contains

zero.

Requesting

work

for

Active

TCB

123

RCN

ORION

RCN

QSRFSS

RCa ORION

RCW

QSRFSS

REF QSRT10

REI

ORION

RIE

QSRT10

RJM

QSRADM

RKD PLRDSK

RKM

PLRTAP

RLT PLRTAP

RMB

QSRMDA

HALT

HAL'l'

HALT

LIST

OF

GALAXY

STOPCODES

G$RSDC

is

Negative,

database

Confused

RSDMSG

detected

that

the

resend

"retry

count"

is

negative.

Request

Count

Negative

G$RSDC

Off

does

not

match

list

data

In

RSDMSG,

the

resend

"retry

count"

indicates

that

there

are

more

messages

to

resend,

but

the

list

is

empty.

Rebuild

Count

Wrong

This

stopcode

indicates

problems

rebuilding

part

of

the

in-core

queues

from

the

current

section

of

the

failsoft

file.

Reading

End

of

File

A

second

EOF

error

return

was

generated

because

there

is

no

more

data

to

be

read.

Remembered

Entry

<entry

=It>

in

list

<list

=It>

Invalid

NXTMSG

detected

an

error

in

its

IPCF

message

database.

Read

I/O

Error

In

I $

READ

,

the

IN.

UUO

took

the

error

return,

and

the

error

was

not

EOF.

Requeue

Job

Missing

QUASAR'S

object

da'tabase

is

corrupt.

Running

a

Killed

Disk

TDB

Running

a

Killed

Magtape

TDB

Failed

Reading

Label

Type

Resource

number

Missing

in

'B'

matrix

The

unique

resource

identifier

is

missing

in

a

'B'

matrix

entry.

124

RMC

QSRMDA

HALT

RNF

GLXMEM

HALT

RNR

QSRMDA

HALT

RNW

GLXMEM

HALT

RPF

PLRT10

HALT

RRF

QSRFSS

HALT

RSE PULSAR

HALT

RSF PLRT10

HALT

RTS GLXFIL

HALT

RTT IBMSPL

HALT

RUJ QSRSCH

HALT

RWE

QSRT10

HALT

RZP

GLXMEM

HALT

LIST

OF

GALAXY

STOPCODES

Resource

number

Missing

in

'C'

matrix

The

unique

resource

identifier

is

missing

in

a

'C'

matrix

entry.

Received

Non-existent

page

M%IPRC

detected

that

a

page

created

by

IPCF

does

not

exist.

Returning

Non-existant

resource

Ridiculous

Number

of

Words

requested

The

number

of

words

requested

is

greater

than

number

of

words

available

in

M%GMEM.

Read

label

Parameters

Failed

The

TAPOP.

UUO

failed

in

I$RDLP.

Rebuild

Routine

Failed

One

of

the

queue

rebuild

routines

in

REBTBL

failed.

ReSchedule

from

Exec

level

TAPOP.

to

Read

Statistics

Failed

Rename

block

Too

Small

Couldn't

find

task

to

be

released

Accumulator

TK

contains

bad

address

task

block

Releasing

Uninterlocked

Job

In

JOBDUN,

the

ITN

of

the

job

and

object

not

match

when

trying

to

release

job-object

interlock.

Redundant

write

Error

do

the

In

I$WRIT,

the

OUT.

UUO

took

the

error

return.

IO.BKT

is

not

the

error

when

writing

redundant

queue.

Request

for

Zero

Pages

125

SCE

QSRMDA

SDF OPR

SFI

ORION

SFO OPR

SFP

GLXSCN

SIO

PLRTAP

SLT PLRT10

SND

PLRTAP

SPF

PLRT10

SQF

BATCON

SQF IBMSPL

SSR PLRLBP

STS OPRPAR

TBI

PLEASE

TDE

OPRPAR

TFF

GLXKBD

TML

GLXTXT

HALT

LIST

OF

GALAXY

STOPCODES

Structure

Catalog

Entry

is

missing

A

known

structure

in

the

'A'

matrix

was

not

found

in

the

structure

catalog.

setup

Dialog

Failed

Send

Failure

table

Inconsistent

Setup

Failure

by

OPR

Scanning

Floating

Point

not

implemented

XCMFLT

was

called.

Switch

units

with

OPEN

Label

DDB

Set

Label

Type

failed

Switch

units

with

Set

label

Params

Failed

Send

Failure

to

QUASAR

Send

to

QUASAR

Failed

Non-existent

S1

contains

error

code

from

C%SEND.

Strange

Skip

Record

Device

PULSAR

wanted

to

skip

a

tape

record

but

the

tape's

position

was

unknown.

Shared

switch

table

Size

(in

TEMTSZ)

Too

Small

for

table

of

size

in

T2.

S%TXTI

Block

Incorrect

Table

Delete

Error

FILOP.

OUT

failed

to

terminal

Too

Many

Levels

of

call

SAVLVL

detected

that

it

was

called

more

than

once

to

save

T%TEXT

context.

126

TML

LPTSPL

TMS

CDRIVE

TMS

LPTSPL

TMS

NEBULA

TMS

QSRFSS

TMT

GLXSCN

TNE

IBMSPL

TNO

GLXKBD

TSB SPRINT

TSQ

IBMSPL

TUF

PLRT10

UDL

QSRMDA

UFI

GLXFIL

HALT

LIST

OF

GALAXY

STOPCODES

Too

Many

Log

buffers

required

LOGBUF

detected

that

more

than

ten

pages

are

being

used

to

build

LPTSPL's

RUN

LOG.

Too

Many

Setups

CDRIVE

was

told

to

start

more

readers

than

it

can

handle.

Too

Many

Setups

LPTSPL

was

told

to

start

more

printers

than

it

can

handle.

Too

Many

Setup

messages

NEBULA

was

told

-to

start

more

streams

than

it

can

handle.

Too

Many

Sections

Corrupt

failsoft

queue.

Too

Much

Text

The

buffer

for

the

command

being

parsed

cannot

hold

any

more

text.

Task

Not

active

Active

task

list

is

corrupt.

Terminal

Never

Opened

Tried

Stacking

Binary

cards

Tasks

Still

Queued

to

line

block

on

release

Sl

contains

address

of

task

list

queued

to

line

block.

TAPOP.

UUO

Failed

The

TAPOP.

UUO

failed

while

trying

to

get

REELID

in

I$RDEV.

Unknown

File

Information

descriptor

F%INFO

was

called

with

an

invalid

argument.

127

ULS PLRDSK

UMS

SPRINT

UMT

GALGEN

UNR

GLXOTS

URM

SPRINT

USM

QSRT10

VAM

QSRMDA

VPF

QSRMDA

VSA

QSRMDA

WBL

QSRT10

WFO

GLXINT

WLT

OPR

WLT

ORION

WNF

PULSAR

WQV

QSRFSS

HALT

LIST

OF

GALAXY

STOPCODES

Unit

parameter

List

is

Short

Unsupported

recording

Mode

specified

<mode>

Unrecognized

Monitor

Type

UNimplemented

Routine

executed

Unknown

Recording

Mode

<mode>

NEXTJOB

message

Unique

Stream

Missing

error

in

Calls

to

either

L%FIRST

or

L%NEXT

in

UNIFST

returned

FALSE.

VSL

Address

is

Missing

in

a

MDR

Volume

Pointer

not

Found

SCNVOL

detected

that

VSL's

VOL

block(s)

links

are

inconsistent.

VSL

Address

is

missing

in

a

VOL

There

is

no

pointer

to

a VSL

in

a

VOL

block

found

by

a

pointer

from

a

VSL.

VSL

and

VOL

blocks

should

be

doubly

linked.

writing

Bad

Length

The

block

length

to

be

written

in

I$WRIT

is

greater

than

one

page

(512

words)

.

WTO

Function

Out

of

range

at

address

Wrong

Length

Table

entry

block

Command

syntax

tables

are

corrupt.

Wrong

Length

Table

entry

block

Command

syntax

tables

are

corrupt.

Waiting

TCB

Not

Found

Wrong

Version

of

master

Queue

file

128

ZTE

aPR

ZTE ORION

ZTS

aPR

ZTS ORION

ZWR

GLXMEM

HALT

LIST

OF

GALAXY

STOPCODES

Zero

entry

in

syntax

Table

Entry

block

Command

syntax

tables

are

corrupt.

Zero

entry

in

syntax

Table

Entry

block

Command

syntax

tables

are

corrupt.

Zero

Tables

setup

for

aPR

No

commands

tables

were

found.

Zero

Tables

setup

for

aPR

No

commands

tables

were

found.

Zero

Words

of

memory

Returned

129

READER'S

COMMENTS

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list

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describe

any

errors

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found

in

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Page Description/Location of Error

Additional

comments

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suggestions

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improving

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Name

_____________

_ Job Title

______________

_

Street

_____________

_

Company

______________

_

City

______________

_

Deparhnent

_____________

_

State/Country

__________

_

Telephone

Number

__________

_

Postal (ZIP)

Code

____________

. ________

...

_.

__

.

__

Date

__________

~._.

__

...

-

___

.

__

....

__

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Here

and

Tape

- - - - - - - - - -

DIGITAL EQUIPMENT CORPORATION

CORPORATE USER PUBLICATIONS

200 FOREST STREET

MR01-3/L

12

MARLBOROUGH, MA 01752-9101

- - - - - - - - - - - - - Fold

Here

Affix

Stamp

Here

AA BJ93C RB_TOPS 10_Stopcodes_Specification_Jan89 RB TOPS 10 Stopcodes Specification Jan89

AA-BJ93C-RB_TOPS-10_Stopcodes_Specification_Jan89 AA-BJ93C-RB_TOPS-10_Stopcodes_Specification_Jan89

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