ProblemGeneration Class Reference

Inheritance diagram for ProblemGeneration:

Public Member Functions
	ProblemGeneration (ProblemGenerationOptions &options)
virtual void	performAntaresSimulation (const std::filesystem::path &study_dir)
std::filesystem::path	updateProblems ()

Public Attributes
const ProblemGenerationOptions &	options_

Protected Member Functions
void	loadProblemsFromAntares (const std::filesystem::path &study_dir, const std::filesystem::path &simulation_dir, ProblemGenerationLog::ProblemGenerationLogger *logger)

Protected Attributes
ConfigurationManager	configuration_manager_
ConfigurationManager::ConfigDirectories	directories_

Member Function Documentation

performAntaresSimulation()

void ProblemGeneration::performAntaresSimulation ( const std::filesystem::path & study_dir )

virtual

Antares simulator allocate a lot of memory Even if there is no memory leak not all freed memory become available. Allocator or OS may cache some memory to reuse it With malloc_trim(0) we free all memory that is not used anymore to be reclaimed by the program It is necessary to avoid allocating Xpansion memory on top of the unavailable memory from simulator

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

• src/cpp/lpnamer/main/include/antares-xpansion/lpnamer/main/ProblemGeneration.h
• src/cpp/lpnamer/main/ProblemGeneration.cpp