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CppBenchmark: CppBenchmark::PhaseCore Class Reference

Benchmark phase core. More...

#include <phase_core.h>

Benchmark phase core.

Implementation of the Phase interface.

Definition at line 26 of file phase_core.h.

◆ PhaseCore() [1/3] CppBenchmark::PhaseCore::PhaseCore ( const std::string &  name ) inlineexplicit

Create a new benchmark phase core with a given name.

Parameters

Definition at line 40 of file phase_core.h.

◆ PhaseCore() [2/3] CppBenchmark::PhaseCore::PhaseCore ( const PhaseCore &  ) delete ◆ PhaseCore() [3/3] CppBenchmark::PhaseCore::PhaseCore ( PhaseCore &&  ) delete ◆ ~PhaseCore() virtual CppBenchmark::PhaseCore::~PhaseCore ( ) virtualdefault ◆ current()

Current benchmark phase metrics.

Definition at line 50 of file phase_core.h.

◆ InitLatencyHistogram() void CppBenchmark::PhaseCore::InitLatencyHistogram ( const std::tuple< int64_t, int64_t, int > &  latency ) inlineprotectednoexcept

Initialize latency histogram for the current phase.

Parameters
latency - Latency histogram parameters

Definition at line 81 of file phase_core.h.

◆ MergeMetrics() [1/2] void CppBenchmark::PhaseCore::MergeMetrics ( ) inlineprotected

Merge phase metrics (current to result)

Definition at line 99 of file phase_core.h.

◆ MergeMetrics() [2/2] void CppBenchmark::PhaseCore::MergeMetrics ( PhaseCorephase ) inlineprotected

Merge metrics of the two phases.

Definition at line 102 of file phase_core.h.

◆ metrics() const PhaseMetrics & CppBenchmark::PhaseCore::metrics ( ) const inlineoverridevirtualnoexcept ◆ name() const std::string & CppBenchmark::PhaseCore::name ( ) const inlineoverridevirtualnoexcept ◆ operator=() [1/2] ◆ operator=() [2/2] ◆ PrintLatencyHistogram() void CppBenchmark::PhaseCore::PrintLatencyHistogram ( FILE *  file, int32_t  resolution  ) const inlineprotectednoexcept

Print result latency histogram.

Parameters
file - File to print into resolution - Histogram resolution

Definition at line 88 of file phase_core.h.

◆ ResetMetrics() void CppBenchmark::PhaseCore::ResetMetrics ( ) inlineprotectednoexcept ◆ ScopePhase() std::shared_ptr< PhaseScope > CppBenchmark::PhaseCore::ScopePhase ( const std::string &  phase ) inlineoverridevirtual

Start a new sub-phase with a given name in a single-thread environment and wrap it in a PhaseScope.

Please note the method is not thread-safe and should not be called in multi-thread environment!

Parameters
Returns
Shared pointer to the required benchmark sub-phase scope wrapper

Implements CppBenchmark::Phase.

Definition at line 58 of file phase_core.h.

◆ ScopePhaseThreadSafe() std::shared_ptr< PhaseScope > CppBenchmark::PhaseCore::ScopePhaseThreadSafe ( const std::string &  phase ) inlineoverridevirtual

Start a new sub-phase with a given name in a multi-thread environment and wrap it in a PhaseScope.

Please note the method is thread-safe and might be called in multi-thread environment!

Parameters
Returns
Shared pointer to the required thread-safe benchmark sub-phase scope wrapper

Implements CppBenchmark::Phase.

Definition at line 60 of file phase_core.h.

◆ StartCollectingMetrics() void CppBenchmark::PhaseCore::StartCollectingMetrics ( ) inlineprotectednoexcept

Start collecting metrics in the current phase.

Definition at line 92 of file phase_core.h.

◆ StartPhase() std::shared_ptr< Phase > CppBenchmark::PhaseCore::StartPhase ( const std::string &  phase ) overridevirtual

Start a new sub-phase with a given name in a single-thread environment.

This method will create or get existent sub-phase with a given name, start benchmark measurement and return it as a shared pointer. Please note the method is not thread-safe and should not be called in multi-thread environment!

Parameters
Returns
Shared pointer to the required benchmark sub-phase

Implements CppBenchmark::Phase.

Definition at line 15 of file phase_core.cpp.

◆ StartPhaseThreadSafe() std::shared_ptr< Phase > CppBenchmark::PhaseCore::StartPhaseThreadSafe ( const std::string &  phase ) overridevirtual

Start a new sub-phase with a given name in a multi-thread environment.

This method will create or get existent sub-phase with a given name, start benchmark measurement and return it as a shared pointer. Please note the method is thread-safe and might be called in multi-thread environment!

Parameters
Returns
Shared pointer to the thread safe benchmark sub-phase

Implements CppBenchmark::Phase.

Definition at line 38 of file phase_core.cpp.

◆ StopCollectingMetrics() void CppBenchmark::PhaseCore::StopCollectingMetrics ( ) inlineprotectednoexcept

Stop collecting metrics in the current phase.

Definition at line 95 of file phase_core.h.

◆ StopPhase() void CppBenchmark::PhaseCore::StopPhase ( ) inlineoverridevirtual ◆ Benchmark ◆ BenchmarkBase ◆ BenchmarkPC ◆ BenchmarkThreads ◆ Executor ◆ Launcher ◆ _child std::vector<std::shared_ptr<PhaseCore> > CppBenchmark::PhaseCore::_child protected ◆ _metrics_current ◆ _metrics_result ◆ _mutex std::mutex CppBenchmark::PhaseCore::_mutex protected ◆ _name std::string CppBenchmark::PhaseCore::_name protected ◆ _thread uint64_t CppBenchmark::PhaseCore::_thread protected

The documentation for this class was generated from the following files:


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