Measurement controller

Classes
struct	MeterPU::Measurement_Controller
	Measurement Controller Interface. More...
struct	MeterPU::CPU_Time_Measurement_Controller
	CPU Time Measurement Controller. More...
struct	MeterPU::CUDA_Time_Measurement_Controller
	CUDA-enabled GPU Time Measurement Controller. More...
struct	MeterPU::PCM_Energy_Measurement_Controller
	CPU and DRAME Energy Measurement Controller. More...
struct	MeterPU::NVML_Energy_Measurement_Controller< device_id >
	CUDA-enabled GPU Energy Measurement Controller. More...
struct	MeterPU::System_Energy_Measurement_Controller< gpu_device_ids >
	System Energy Measurement Controller. More...

Macros
#define	POINTER   ((Meter<NVML_Energy<first_device_id> >*)x[array_index])
	A macro for downcast a void pointer to a NVML Energy Meter. More...
#define	NOTHING
#define	LOOPER(name, return_type, base_code, general_code)
	A macro to build variadic template to recursively apply code snippets. More...

Detailed Description

Encapsulate logic that use native measurement libraries to start, stop and calculate measurement samples.

Macro Definition Documentation

#define LOOPER	(		name,
			return_type,
			base_code,
			general_code
	)

Value:

template <GPU_Device_Id_Type ...default_case>  \
        struct name { static return_type apply(void *x[]) { base_code  } }; \
        template <GPU_Device_Id_Type array_index,  \
	GPU_Device_Id_Type first_device_id,  \
	GPU_Device_Id_Type ...rest> \
        struct name <array_index,first_device_id, rest...> \
        { \
                static return_type apply(void *x[]) \
                { \
                        general_code \
                        name <array_index+1,rest...>::apply(x); \
                } \
        };

A macro to build variadic template to recursively apply code snippets.

#define NOTHING

#define POINTER   ((Meter<NVML_Energy<first_device_id> >*)x[array_index])

A macro for downcast a void pointer to a NVML Energy Meter.