•
Causes process memory usage to be measured at the beginning, at the end, and every 1 second of the process's execution. (This is equivalent to
•
Causes no process memory usage measurement to be taken. Although it does specify a sampling rate, it does not request that “timed” measurements be made. The system memory measurement is still taken.
•
Causes process memory usage to be measured at the beginning, at the end, and every 5 seconds of the process's execution.
Example Report Output
Memory usage data is only reported in text
Figure 28 Example Memory Usage Report Output for an SMP System
System Memory Configuration
Domain | Physical |
| # | Used | Free | Total |
Id | Id | Type | CPUs | Pages | Pages | Pages |
0 | 0 | CLM | 4 | 312922 | 731708 | 1044630 |
Process Memory Usage
| Domain | Shared | Private | Weighted | Total |
Time | Id | Pages | Pages | Pages | Pages |
Begin | 0 | 17 | 36 | 36 | 53 |
+00:00:01 | 0 | 808+ | 4190+ | 4320+ | 4998+ |
+00:00:05 | 0 | 809+ | 4190 | 4321+ | 4999+ |
End | 0 | 817+ | 4190 | 4329+ | 5007+ |
How to Read the Reports
This section explains the information in the System Memory Configuration and Process Memory Usage tables.
System Memory Configuration Table
This table is always present if the
On a ccNUMA system, there are separate entries in the table for each of the logical domains. The total of all domains is calculated and printed at the bottom of the table.
On an SMP system, there is only one entry for the single, local domain. No total is necessary for SMP systems.
The fields in each entry are:
Domain Id | System identification number of the logical domain. On ccNUMA systems, cell |
| local memory domains are numbered starting at 1, and the interleaved memory |
| domain Id is −1. On SMP systems, the only domain is numbered 0. |
154 HP Caliper Features Specific to 