TS/MP 2.5 Management Programming Manual

If you do not assign a value to this parameter, the default is ZPWY-VAL-N.
ZHIGHPIN
is the default PIN (process identification number) range for all processes in the
server class. The valid values are:
ZPWY-VAL-ON The server processes in this class run at a high PIN, if other
requirements are met.
ZPWY-VAL-OFF The server processes in this class run at a low PIN.
If you omit this field, the default is ZPWY-VAL-OFF.
To run a server at a high PIN, you must also set the ?HIGHPIN compiler directive
in your server source code file. For more information about the ?HIGHPIN compiler
directive, see the appropriate programming language reference manual.
ZPROCESSTYPE
specifies the type of servers in the server class. The valid values are:
ZPWY-VAL-GUARDIAN All servers in this server class are Guardian processes.
ZPWY-VAL-OSS All servers in this server class are OSS processes.
All attributes specified for a server class must be consistent with the type specified
in the ZPROCESSTYPE field. Therefore, HP recommends that you set this attribute,
before setting other attributes.
If you do not assign a value to this field, then the default is ZPWY-VAL-GUARDIAN.
ZCPUWTINFO
specifies the list of processors (CPU) weights. The index of this list indicates the CPU
to which the weight is applicable. This is optional and can be specified when CPU
pairs are not used. When weights are not specified, link selection happens in a
round-robin fashion. Valid values are from 1 to 100. When weights are specified,
they sum up to 100. Weights must be specified for the CPUs defined in ZPRIMARY
only.
ZUMASK
This server class attribute is introduced in TS/MP 2.5 release and applicable for
OSS server classes only. PATHMON uses this attribute as a file mode creation mask
while starting the server process.
The octal number entry is a three-digit octal number that specifies the default
maximum permissions for OWNER, GROUP, and OTHERS. Each character in the
UMASK value must be a valid octal number. The server class must be in a stopped
state.
The UMASK permission combinations are shown in the following table:
DescriptionMaximum Allowed PermissionsOctal Number
Read, write, and executerwx0
Read and writerw-1
Read and executer-x2
Readr--3
Write and execute-wx4
Write-w-5
90 ZPWY-MAP- Definitions