1. Overview of the Performance Analyzer
3. Collecting Performance Data
4. The Performance Analyzer Tool
5. The er_print Command Line Performance Analysis Tool
6. Understanding the Performance Analyzer and Its Data
Compiler Commentary
Limitations on Java Profiling
Pathmaps Tab
setpath path_list
pathmap old-prefix new-prefix
Pathmaps Tab
-y signal[ ,r]
The C, C++, Fortran, and Java API Functions
pause
Call Stacks and Program Execution
Function Calls Between Shared Objects
pcs
Data Display, Left Pane
Java Options
Data Display, Left Pane
Data Display, Left Pane
Data Display, Right Pane
Data Display, Left Pane
Default Settings for Analyzer
The Performance Analyzer Tool
The Performance Analyzer Tool
Data Display, Left Pane
Data Display, Left Pane
Data Display, Left Pane
The Menu Bar
Filtering Data
Finding Text and Data
Formats Tab
The Menu Bar
Data Display, Left Pane
Data Display, Left Pane
Data Display, Right Pane
Data Display, Left Pane
Data Display, Left Pane
Data Display, Left Pane
Metrics Tab
Data Display, Right Pane
Data Display, Left Pane
Data Display, Right Pane
Data Display, Left Pane
Data Display, Left Pane
Data Display, Left Pane
Pathmaps Tab
Data Display, Right Pane
Data Display, Left Pane
Starting the Performance Analyzer
Search Path Tab
Showing or Hiding Functions
Sort Tab
Source/Disassembly Tab
Data Display, Left Pane
Starting the Performance Analyzer
Data Display, Left Pane
Setting Data Presentation Options
The Menu Bar
Performance Data
Function Calls Between Shared Objects
Using collect With ppgsz
Collecting Tracing Data From a Running Program
Collecting Tracing Data From a Running Program
Collecting Tracing Data From a Running Program
procstats
setpath path_list
The Process Image
Clock-Based Profiling
Hardware Counter Overflow Profiling
Estimating Storage Requirements
Synchronization Wait Tracing
What Data the Collector Collects
Clock-based Profiling Under the Solaris OS
Estimating Storage Requirements
Limitations on Clock-Based Profiling
profile option
Call Stacks and Program Execution
Call Stacks and Program Execution
Explicit Multithreading
Function Calls Between Shared Objects
Signals
Single-Threaded Execution and Function Calls
Tail-Call Optimization
Traps
Function Calls Between Shared Objects
Mapping Addresses to Program Structure