Heap View
Tail-Call Optimization
Incomplete Stack Unwinds
Mapping Addresses to Program Structure
Call Stacks and Program Execution
Callers-Callees View
Called-By/Calls Panel
Call Tree View
Call Tree View
Called-By/Calls Panel
Function-Level Metrics: Exclusive, Inclusive, and Attributed
cmetric_list
csingle
function-name
[N]
callers-callees
Callers-Callees View
Comparisons of Timing Metrics
profile
option
Clock Profiling with the -p
option
Comparisons of Timing Metrics
Clock Profiling
Accuracy of Timing Metrics
profiling interval
Timeline View
I/O Tracing with i
option
MPI Profiling with M
option
Archive Load Objects in Experiment with the -A
option
Clock Profiling with the -p
option
Collecting Data Using the collect Command
Data Collection Options
Limit the Experiment Size with -L
size
Data Race and Deadlock Detection with r
option
Experiment Control Options
Set Directory of Experiment with -d
directory-name
Create Experiment in a Group with -g
group-name
Save the Command Output to a File with -O
file
Follow Processes with the -F
option
Hardware Counter Profiling with collect -h
Heap Tracing Data with -H
option
Profile Java with -j
option
Collecting Data Using the collect Command
Other Options
MPI Tracing with m
option
Output Options
Signal Pause and Resume State with -y signal [
,r]
Sample Data with -S
option
Count Data with c
option
Specify a Signal for Sampling with -l
signal
Stop Profiled Target to Allow dbx attach with -x
Synchronization Wait Tracing with -s option
Set a Time Range with t
duration
Display Verbose Output with -v
Display the collect Version with -V
Using collect With ppgsz
Collecting Data From a Running Process With dbx on Oracle Solaris
Platforms
disable Subcommand
enable Subcommand
To Run the Collector From dbx
Collecting Data Using the collect Command
Java Interface
C and C++ Interface
Common Subexpression Elimination
Comparing Experiments
Setting Comparison Style
Source View
scc
com-spec
Cloned Functions
Common Subexpression Elimination
Compiler Commentary
-{cc,scc,dcc} com-spec
Compiler Commentary
Inlining of Functions
Loop Optimizations
Parallelization
dcc
com-spec
cc
com-spec
scc
com-spec
Inlining of Functions
Parallelization
Optimization at Compile Time
Compiling to Analyze Source Code
Compiling for Dataspace and Memoryspace Profiling
Compiling to Analyze Source Code
Compiling Java Programs
Static Linking
Compiling to Analyze Source Code
Performance Analyzer Configuration File
Performance Analyzer Configuration File
Connecting to a Remote Host in Performance Analyzer
Copying Experiments With the er_cp Utility
Accuracy of Timing Metrics
Metric Name Strings
Timeline View
CPUs View
cpu_list
CPUs View
cpu_select
cpu-spec
CPUs View
Using Advanced Custom Filters
Metric Name Strings