Technical data

Performance
disk, Vo l 1 , 9–35
effect of file extension on, Vol 2 , 17–7
file system data caches, Vo l 2 , 18–1
importance of correct page file size, Vo l 2, 16–9
importance of correct swap file size, Vo l 2 ,
16–11
importance of sufficient hardware capacity, Vo l
2, 17–5
improving
decompressing system libraries, Vo l 2 ,
17–6
designing efficient applications, Vo l 2 , 17–4
disabling high-water marking, Vo l 2 , 17–6
encouraging batch processing, Vo l 2 , 17–3
for vector processing with batch queues,
Vo l 2 , 28–7
installing frequently used images, Vo l 2,
17–7, 17–8
moving page and swap files off system disk,
Vo l 2 , 16–6
options, Vo l 2, 17–6
reducing system disk I/O, Vo l 2, 17–7
restricting the number of interactive users,
Vo l 2 , 17–4
restricting user login hours, Vol 2 , 17–4
setting RMS file extend parameters, Vo l 2,
17–7
shared address data, Vo l 2 , 17–11
tuning the system, Vo l 2 , 17–4
with AUTOGEN feedback, Vo l 2 , 15–10
load balancing on public volumes, Vo l 1 , 9–15
managing
See also Tuning
distributing the work load, Vol 2 , 17–3
evaluating tuning success, Vo l 2 , 17–6
hardware capacity, Vo l 2 , 17–5
installing images, Vo l 2 , 17–8
knowing your work load, Vol 2 , 17–2
options, Vo l 2, 17–6
system tuning, Vo l 2 , 17–4
tasks, Vo l 2, 17–1
using MONITOR, Vo l 2 , 20–41
with vector processing, Vo l 2 , 28–7
work load management strategy, Vo l 2 ,
17–3
monitoring, Vo l 2, 17–2
tools used for, Vo l 2 , 17–2
reducing CPU and I/O time, Vo l 2 , 17–11
testing for disks, Vo l 1 , 9–14
vector processing, Vo l 2 , 28–4
PGFLQUO process limit, Vo l 1 , 7–46
PGFLQUOTA process limit
limiting page file usage with, Vo l 2 , 16–11
minimum recommended value, Vo l 2 , 16–11
value for efficient backups, Vo l 1 , 11–11
Phase controller for UETP
See UETPHAS00.EXE file
Physical memory
using shared address data to save, Vo l 2 , 17–11
Physical system dump, Vo l 2 , 16–4
compared to selective dump, Vo l 2 , 16–12
POLYCENTER Software Installation utility, Vo l
1, 3–14
See also PRODUCT command
creating a PCF, Vo l 1 , 3–19
databases, Vo l 1, 3–16
DCL interface, Vo l 1 , 3–14
installing layered products, Vo l 1 , 3–2
installing software, Vo l 1 , 3–24
managing installed software, Vo l 1 , 3–31
preliminary steps, Vo l 1 , 3–24
privileges required, Vo l 1 , 3–15
PRODUCT command
changes, Vo l 1, 3–28
to run, Vo l 1 , 3–14
product configuration files, Vo l 1 , 3–16
registering products, Vo l 1 , 3–23
registering volume labels, Vol 1 , 3–30
removing installed products, Vol 1 , 3–31
starting the utility, Vo l 1 , 3–14
using a product database, Vo l 1 , 3–23
using to add or delete optional system files, Vo l
1, 5–2
Pooled resource, Vo l 1 , 7–3
Port allocation classes
changing, Vo l 1, 4–8
desassigning, Vo l 1, 4–8
Ports
setting up LAT, Vo l 1, 14–14
Position of print
aligning for preprinted forms, Vo l 1 , 14–68,
14–69
changing, Vo l 1, 14–68
PostScript printing, Vo l 1 , 14–9
PRCLM process limit, Vo l 1 , 7–46
Preventing autostart queues from starting, Vo l 1 ,
14–60
Primary bootstrap image
definition, Vo l 1, 4–19
role in boot process, Vo l 1 , 4–2
PRIMARY day
defining for accounts, Vo l 1 , 7–28
Primary page file, Vo l 2 , 16–6
See also PAGEFILE.SYS file; Page files
location requirement, Vo l 2, 17–8
Primary processors, Vo l 2 , 28–2
Primary swap file, Vo l 2 , 16–6
See also SWAPFILE.SYS file; Swap files
Primary Volume Descriptor (PVD)
using to mount ISO 9660 volumes, Vo l 1, 9–49
Index–39