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System Administration Guide: Advanced Administration Oracle Solaris 10 8/11 Information Library |
1. Managing Terminals and Modems (Overview)
2. Setting Up Terminals and Modems (Tasks)
3. Managing Serial Ports With the Service Access Facility (Tasks)
4. Managing System Resources (Overview)
5. Displaying and Changing System Information (Tasks)
7. Managing UFS Quotas (Tasks)
8. Scheduling System Tasks (Tasks)
9. Managing System Accounting (Tasks)
10. System Accounting (Reference)
11. Managing System Performance (Overview)
Where to Find System Performance Tasks
System Performance and System Resources
Processes and System Performance
About Monitoring System Performance
12. Managing System Processes (Tasks)
13. Monitoring System Performance (Tasks)
14. Troubleshooting Software Problems (Overview)
16. Managing Core Files (Tasks)
17. Managing System Crash Information (Tasks)
18. Troubleshooting Miscellaneous Software Problems (Tasks)
19. Troubleshooting File Access Problems (Tasks)
20. Resolving UFS File System Inconsistencies (Tasks)
This section describes new or changed features in managing system performance in the Oracle Solaris release. For a complete listing of new features and a description of Oracle Solaris releases, see the Oracle Solaris 10 8/11 What’s New.
Oracle Solaris 10: The /proc file system has been enhanced to include file name information in the /proc/pic/path directory. This information is used by pfiles to display file names for each file in the process. This change provides new insight into process behavior. For more information, see How to Display Information About Processes and the proc(1) man page.
Oracle Solaris 10: The CPU Performance Counter (CPC) system has been updated to give better access to the performance analysis features available in the SPARC and x86 platforms that run the Oracle Solaris OS.
The CPC commands cpustat and cputrack have enhanced, command-line syntax for specifying CPU information. For example, in previous versions of the Oracle Solaris OS, you were required to specify two counters. The configuration of both commands now allows you to specify only one counter, as shown in the following example:
# cputrack -c pic0=Cycle_cnt ls -d . time lwp event pic0 pic1 . 0.034 1 exit 841167
For simple measurements, you can even omit the counter configuration, as shown in the following example:
# cputrack -c Cycle_cnt ls -d . time lwp event pic0 pic1 . 0.016 1 exit 850736
For more information on using the cpustat command, see the cpustat(1M) man page. For more information on using the cputrack command, see the cputrack(1) man page.