ASAP 3.2 Server Manual

HP NonStop ASAP Server Manual Page 43 of 381
Spooler Statistics Gathering Process
Spooler SGPs collect Spooler availability information. Process availability information
is obtained using the Spooler API. The availability information gathered is performance
utilization and operational state information. The Spooler SGP reports on objective
thresholds when they do not meet the user-defined values.
The Spooler SGP gathers availability information, bundles it in a single message, and
forwards it to the ASAP Collector process. The Collector process unpacks the
information and stores it in the normalized ASAP database so the ASAP SPOOLER
command or ASAP Client can retrieve it.
SWAP Statistics Gathering Process
Swap SGPs collect KMSF availability information. Swap availability information is
obtained from the NSKCOM interface using the Seeview Server Gateway. The
availability information gathered is performance utilization and operational state. The
Swap SGP reports on objective thresholds when they do not meet the user-defined
values.
The Swap SGP gathers availability information, bundles it in a single message, and
forwards it to the ASAP Collect process. The Collect process unpacks the information
and stores it in the normalized ASAP database so the ASAP SWAP command or
ASAP Client can retrieve it.
Tape Statistics Gathering Process
Tape SGPs collect Tape availability information. Tape availability information is
obtained from the Media Serve process using the Subsystem Programmatic Interface
(SPI). The availability information gathered is performance utilization and operational
state. The Tape SGP reports on objective thresholds when they do not meet the user-
defined values.
The Tape SGP gathers availability information, bundles it in a single message, and
forwards it to the ASAP Collect process. The Collect process unpacks the information
and stores it in the normalized ASAP database so the ASAP TAPE command or ASAP
Client can retrieve it.
TCP/IP Statistics Gathering Process
TCP SGPs collect availability information on layers of the TCP/IP stack, on Subnets
and Routes, and on Telserv processes, services and windows. The TCP SGP supports
sixteen different TCP/IP entities representing different layers and functions of TCP/IP
and also supports three entities representing the Telserv subsystem.
Hundreds of statistics are gathered, analyzed, reported on and alerted on for the
various TCP/IP and Telserv entities.