#include <WsfSensorDetector.hpp>

Public Types
typedef SensorDetector (	FactoryPtr) (const std::string &)
typedef std::list< FactoryPtr >	ObjectFactoryList

Public Member Functions
	SensorDetectorTypes (const SensorDetectorTypes &aSrc)=default
SensorDetectorTypes &	operator= (const SensorDetectorTypes &aRhs)=default
virtual	~SensorDetectorTypes ()=default

Static Public Member Functions
static bool	LoadInstance (UtInput &aInput, std::unique_ptr< SensorDetector > &aSensorDetectorPtr)
static void	AddObjectFactory (FactoryPtr aFactoryPtr)

Member Typedef Documentation

◆ FactoryPtr

typedef SensorDetector *(* wsf::SensorDetectorTypes::FactoryPtr) (const std::string &)

◆ ObjectFactoryList

typedef std::list<FactoryPtr> wsf::SensorDetectorTypes::ObjectFactoryList

Constructor & Destructor Documentation

◆ SensorDetectorTypes()

wsf::SensorDetectorTypes::SensorDetectorTypes ( const SensorDetectorTypes & aSrc )

default

References SensorDetectorTypes().

Referenced by operator=(), and SensorDetectorTypes().

◆ ~SensorDetectorTypes()

virtual wsf::SensorDetectorTypes::~SensorDetectorTypes ( )

virtualdefault

References AddObjectFactory(), and LoadInstance().

Member Function Documentation

◆ AddObjectFactory()

void wsf::SensorDetectorTypes::AddObjectFactory ( FactoryPtr aFactoryPtr )

static

Add an object factory for creating an instance from a fundamental type. The factory should be a static method and should be added only once.

Referenced by WsfSensorTypes::WsfSensorTypes(), and ~SensorDetectorTypes().

◆ LoadInstance()

bool wsf::SensorDetectorTypes::LoadInstance	(	UtInput &	aInput,
		std::unique_ptr< SensorDetector > &	aSensorDetectorPtr )

static

Process error_model type input.

Parameters

aInput	The current input stream.
aSensorDetectorPtr	The pointer to the sensor detector.

Returns: 'true' if the current command was recognized and processed, 'false' if not recognized.

Referenced by ~SensorDetectorTypes().

◆ operator=()

SensorDetectorTypes & wsf::SensorDetectorTypes::operator= ( const SensorDetectorTypes & aRhs )