![]() ![]() otf2cli_perf_patterns ( obj ) ¶ĭictionary of default perf_patterns for the tool _scorep_openacc. 1986 NVPROF is profiling process 1986, command. If SCOREP_METRIC_RUSAGE is defined then return the metric name. If SCOREP_METRIC_RUSAGE is defined then return the otf-profilerįlags so that it will not segfault. Otf_profiler ( ) ¶ Sanity checks ¶ _scorep_openacc. SphExaNativeCheck ( * args : Any, ** kwargs : Any ) ¶ User/system time, maximum resident set size, and number of page faults: Rumetric – Record Linux Resource Usage Counters to provide informationĪbout consumed resources and operating system events such as Obtained via sampling/unwinding cannot be filtered) => cycles is set to This class runs the test code with Score-P (MPI+OpenACC):Ĥ parameters can be set for simulation: ParametersĬycles – Compiler-instrumented code is required for OpenACC (regions ![]() > nvprof - version nvprof : NVIDIA ( R ) Cuda command line profiler Copyright ( c ) 2012 - 2019 NVIDIA Corporation Release version 10.2.89 ( 21 ) ^^^^^^^ returns : True or False scorep_openacc.py ¶ class _openacc. Reports Memory Operation (KiB) measured by the nsys_perf_patterns ( obj ) ¶ĭictionary of default nsys_perf_patterns for the tool _nvidia. SphExaNsysCudaCheck ( * args : Any, ** kwargs : Any ) ¶ Square patch test is set with a dictionary depending on mpitask,īut cubesize could also be on the list of parameters,Ĭudatoolkit/10.2.89 has nsys/2019.5.2.16-b54ef97 Mpitask – number of mpi tasks the size of the cube in the 3D This class runs the test code with Nvidia nsys systems (2 mpi tasks min)Īvailable analysis types are: nsys profile -helpĢ parameters can be set for simulation: Parameters GPU Reference Guide ¶ Regression tests ¶ nsys_cuda.py ¶ class _cuda.
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