Using
Abbreviations
for
A
ttribute
Names
and
V
alues
Note:
The
pro cedure
uses
an
initial-v
alue-job
as
the
example.
Use
-c
initial-value-document
to
mo
dify
attributes
of
an
initial-v
alue-do cumen
t.
1.
Disable
the
logical
prin
ter
asso
ciated
with
the
initial-v
alue-job.
Y
ou
m
ust
disable
the
logical
prin
ter
b efore
y
ou
can
mo
dify
the
attributes
of
an
y
asso
ciated
initial
v
alue
ob
ject.
T
o
disable
LogPrt6 ,
en
ter:
pddisable
LogPrt6
2.
Mo
dify
the
attributes
of
the
initial
v
alue
ob
ject
with
the
pdset
command.
T
o
sp ecify
a
job
reten
tion
p erio
d
for
the
initial-v
alue-job
IVJDept5G
en
ter:
pdset
-c
initial-value-job
-x
"job-retention-period=30"
\
IVJDept5G
3.
Enable
the
logical
prin
ter.
T
o
enable
logical
prin
ter
LogPrt6 ,
en
ter:
pdenable
LogPrt6
HPDPS
c
hec
ks
the
logical
prin
ter
for
consistency
for
an
y
attribute
v
alue
of
the
initial
v
alue
ob
ject
that
corresp onds
to
an
attribute
of
the
logical
prin
ter.
If
they
are
not
consisten
t,
HPDPS
do es
not
enable
the
logical
prin
ter
and
y
ou
receiv
e
an
error
message.
Modifying
the
printer-register-threshold
Spooler
A
ttribute
The
printer-register-threshold
attribute
sp ecies
the
amoun
t
of
time,
in
min
utes,
the
sp o oler
w
aits
after
losing
comm
unication
with
a
sup ervisor
b efore
it
c
hanges
the
state
of
a
job
from
the
unknown
state
to
the
timed-out
state.
The
default
v
alue
for
this
attribute
is
10
min
utes.
When
HPDPS
sc
hedules
a
job
to
a
ph
ysical
prin
ter
from
the
queue,
the
v
alue
of
the
current-job-state
job
attribute
c
hanges
from
pending
to
processing
.
If
the
sp o oler
b ecomes
a
w
are
that
it
has
lost
comm
unication
with
the
sup ervisor
con
taining
the
ph
ysical
prin
ter
to
whic
h
the
job
w
as
sc
heduled,
it
do es
not
kno
w
the
status
of
the
job.
Therefore,
it
c
hanges
the
job
state
to
unknown .
This
condition
can
happ en
if
y
ou
sh
ut
do
wn
and
then
restart
the
sp o oler.
If
the
ph
ysical
prin
ter
do es
not
re-register
with
the
sp o oler
within
the
time
p erio
d
sp ecied
b
y
printer-register-threshold ,
the
sp o oler
c
hanges
Managing
the
Spooler,
Logical
Printers,
and
Queues
9-33