Resources.TestsProfiling HistoryHide minor edits - Show changes to output April 24, 2013, at 02:24 PM
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!!! '''Code profiling for OpenSIPS 1.6''' !!!!Why profiling We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) which are the most CPU consuming parts of OpenSIPS at this moment - in other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when it comes to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. The profiling is about pure CPU usage. !!!!Profiling scenario The profiling was done having OpenSIPS proxy as an intermediary between a [[http://www.sipp.org/|SIPp]] server and a [[http://www.sipp.org/|SIPp]] client (using standard UAC-UAS scenarios). OpenSIPS was running in no fork mode (only one worker process) and for configuration the default config file was used. The only change in the config was to enable dialog support (via ''create_dialog()'' for initial INVITEs). Profiling was done with the [[http://www.cs.utah.edu/dept/old/texinfo/as/gprof_toc.html|gprof]] profiling tool for 10 million calls with a rate of 2000 simultaneous calls. !!!! Results The detailed results of the test are available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for the following groups: * time spent in parsing SIP messages (PARSE - green) * time spent in building SIP messages (BUILD - blue) * time spent in generic execution, like script logic or network ops (EXEC - red ) * time spent in memory ops - alloc + free (MEM - yellow) !!!! Conclusions If you look only from the CPU usage perspective, you can see that managing the SIP messages (parsing and building) takes almost half of the CPU usage for OpenSIPS. This information is actually useful for both developers and script writers to understand what is the impact of the functions they implement or use - abusing functions that do trigger parsing or not repeating the same parsing ops several times in different parts of the script. to:
(:redirect About.PeformanceTests-CodeProfiling quiet=1:) October 09, 2009, at 09:36 AM
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If you look only from the CPU usage perspective, you can see that managing the SIP messages (parsing and building) takes more than 50% of the CPU usage for OpenSIPS. to:
If you look only from the CPU usage perspective, you can see that managing the SIP messages (parsing and building) takes almost half of the CPU usage for OpenSIPS. October 08, 2009, at 05:57 PM
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We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) what are the most CPU consuming parts of OpenSIPS at this moment - in other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when it comes to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. to:
We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) which are the most CPU consuming parts of OpenSIPS at this moment - in other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when it comes to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. October 08, 2009, at 05:55 PM
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We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) what are the most CPU consuming parts of OpenSIPS at this moment - in other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when come to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. to:
We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) what are the most CPU consuming parts of OpenSIPS at this moment - in other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when it comes to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. October 08, 2009, at 05:48 PM
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We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) what are the most CPU consuming parts of OpenSIPS at this moment - on other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when come to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. to:
We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) what are the most CPU consuming parts of OpenSIPS at this moment - in other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when come to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. Changed line 30 from:
If you look from only the CPU usage perspective, you can see that managing the SIP messages (parsing and building) takes more than 50% of the CPU usage for OpenSIPS. to:
If you look only from the CPU usage perspective, you can see that managing the SIP messages (parsing and building) takes more than 50% of the CPU usage for OpenSIPS. October 08, 2009, at 05:37 PM
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* time spent in parsing SIP messages (PARSE) * time spent in building SIP messages (BUILD) * time spent in generic execution, like script logic or network ops (EXEC) * time spent in memory ops - alloc + free (MEM) to:
* time spent in parsing SIP messages (PARSE - green) * time spent in building SIP messages (BUILD - blue) * time spent in generic execution, like script logic or network ops (EXEC - red ) * time spent in memory ops - alloc + free (MEM - yellow) October 08, 2009, at 05:36 PM
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'''Profiling scenario''' to:
!!!!Why profiling We decided to run some profiling on the code of OpenSIPS 1.6, to learn (and not estimate and guess) what are the most CPU consuming parts of OpenSIPS at this moment - on other words, what is the most expensive task (like parsing, running script, etc) performed by OpenSIPS when come to CPU usage. Note that with profiling you learn only the CPU usage and not also the I/O dead times - the profiling is actually taking place only when the OpenSIPS processes do own the processor; while they are suspended in I/O's, no profiling is done, so the I/O dead times will not be reflected in the profiling results. The profiling is about pure CPU usage. !!!!Profiling scenario Changed lines 13-15 from:
OpenSIPS was running in no fork mode (only one worker process) and for configuration the default config file was used. The only change in the config was to enable dialog support. to:
OpenSIPS was running in no fork mode (only one worker process) and for configuration the default config file was used. The only change in the config was to enable dialog support (via ''create_dialog()'' for initial INVITEs). Changed lines 18-19 from:
'''Results''' to:
!!!! Results Changed lines 25-32 from:
* time spent in memory ops - alloc + free (MEM) to:
* time spent in memory ops - alloc + free (MEM) !!!! Conclusions If you look from only the CPU usage perspective, you can see that managing the SIP messages (parsing and building) takes more than 50% of the CPU usage for OpenSIPS. This information is actually useful for both developers and script writers to understand what is the impact of the functions they implement or use - abusing functions that do trigger parsing or not repeating the same parsing ops several times in different parts of the script. October 08, 2009, at 04:44 PM
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The results of the test are available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) functions. to:
The detailed results of the test are available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for the following groups: * time spent in parsing SIP messages (PARSE) * time spent in building SIP messages (BUILD) * time spent in generic execution, like script logic or network ops (EXEC) * time spent in memory ops - alloc + free (MEM) October 08, 2009, at 04:39 PM
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The profiling process was implemented on OpenSIPS proxy as an intermediary between a [[http://www.sipp.org/|SIPp]] server and a [[http://www.sipp.org/|SIPp]] client. OpenSIPS was compiled only with dialog support, and the server was started with one process. to:
The profiling was done having OpenSIPS proxy as an intermediary between a [[http://www.sipp.org/|SIPp]] server and a [[http://www.sipp.org/|SIPp]] client (using standard UAC-UAS scenarios). OpenSIPS was running in no fork mode (only one worker process) and for configuration the default config file was used. The only change in the config was to enable dialog support. October 08, 2009, at 04:33 PM
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The profiling process was implemented on OpenSIPS proxy as an intermediary between a SIPp server and a SIPp client. to:
The profiling process was implemented on OpenSIPS proxy as an intermediary between a [[http://www.sipp.org/|SIPp]] server and a [[http://www.sipp.org/|SIPp]] client. October 08, 2009, at 04:30 PM
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Profiling was done with the gprof profiling tool for 10 million calls with a rate of 2000 simultaneous calls. to:
Profiling was done with the [[http://www.cs.utah.edu/dept/old/texinfo/as/gprof_toc.html|gprof]] profiling tool for 10 million calls with a rate of 2000 simultaneous calls. Changed lines 11-12 from:
The results of the test can available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test are available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) functions. October 08, 2009, at 04:25 PM
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The results of the test can available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:25 PM
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The results of the test can be viewed by following this link: http://opensips.org/pub/tests/dialogprof or by viewing the charts containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif to:
The results of the test can available either in a [[http://opensips.org/pub/tests/dialogprof|text format]] or displayed in the chart bellow, %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif which contains the overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:21 PM
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The results of the test can be viewed by following this link: http://opensips.org/pub/tests/dialogprof or by viewing the charts containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. -----<%rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif to:
The results of the test can be viewed by following this link: http://opensips.org/pub/tests/dialogprof or by viewing the charts containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif October 08, 2009, at 04:20 PM
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-<%rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif to:
-----<%rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif October 08, 2009, at 04:20 PM
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%rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif to:
-<%rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif October 08, 2009, at 04:19 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif|charts containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: http://opensips.org/pub/tests/dialogprof or by viewing the charts containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif October 08, 2009, at 04:18 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[http://www.opensips.org/uploads/Resources/exec_time.gif|charts]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the %rfloat width=500px %http://www.opensips.org/uploads/Resources/exec_time.gif|charts containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:15 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[exec_time.gif|charts]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[http://www.opensips.org/uploads/Resources/exec_time.gif|charts]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:12 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[Group/TestProfiling]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[exec_time.gif|charts]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:11 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[Group.TestProfiling/chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[Group/TestProfiling]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:10 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[Group.TestProfiling.exec_time.gif|chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[Group.TestProfiling/chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:10 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[#exec_time.gif|chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[Group.TestProfiling.exec_time.gif|chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:09 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[exec_prof.gif|chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[#exec_time.gif|chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:06 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] Bellow there is a chart containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] or by viewing the [[exec_prof.gif|chart]] containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 04:03 PM
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!!Profiling scenario!! to:
'''Profiling scenario''' Changed lines 9-10 from:
!!Results!! to:
'''Results''' October 08, 2009, at 04:01 PM
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!!Profiling scenario!! Added lines 7-8:
!!Results!! October 08, 2009, at 03:39 PM
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The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] to:
The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] Bellow there is a chart containing overall results for memory (MEM), build (BUILD), parse (PARSE) and execution (EXEC) procedures. October 08, 2009, at 02:38 PM
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!!! '''Code profiling for OpenSIPS 1.6''' The profiling process was implemented on OpenSIPS proxy as an intermediary between a SIPp server and a SIPp client. OpenSIPS was compiled only with dialog support, and the server was started with one process. Profiling was done with the gprof profiling tool for 10 million calls with a rate of 2000 simultaneous calls. The results of the test can be viewed by following this link: [[http://opensips.org/pub/tests/dialogprof]] |