Typed abstraction for groupable node. More...

#include "groupable_abstraction.h"

Inheritance diagram for hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >:

Collaboration diagram for hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >:

Public Member Functions
	GroupableAbstraction (CopyableNode *const copyableNode, size_t const &numberThreads)
	Constructor using the node abstraction to call the user-defined copy and the number of threads.

	~GroupableAbstraction () override=default
	Default destructor.

int	threadId () const
	Accessor to thread id.

std::shared_ptr< CopyableNode >	callCopyAndRegisterInGroup ()
	Call the used-defined copy and register the copy in the group.

virtual void	copyInnerStructure (CopyableCore *copyableCore)=0
	Copy the inner structure of the core.

Public Member Functions inherited from hh::core::abstraction::CopyableAbstraction< CopyableNode >
	CopyableAbstraction (CopyableNode *const copyableNode)
	Constructor using a node abstraction.

virtual	~CopyableAbstraction ()=default
	Default destructor.

Public Member Functions inherited from hh::core::abstraction::AnyGroupableAbstraction
	AnyGroupableAbstraction (size_t const numberThreads)
	Constructor using the number of threads.

virtual	~AnyGroupableAbstraction ()=default
	Default destructor.

size_t	numberThreads () const
	Accessor to the number of threads.

bool	isInGroup () const
	Test if a group is needed.

std::string	nodeId () const
	Accessor to the node id (redirection to NodeAbstraction::nodeId)

std::shared_ptr< std::set< AnyGroupableAbstraction * > > const &	group () const
	Group of cores accessor.

std::shared_ptr< std::set< NodeAbstraction * > >	groupAsNodes () const
	Create a set of the NodeAbstraction constituting the group.

AnyGroupableAbstraction *	groupRepresentative () const
	Group representative accessor.

std::string	groupRepresentativeId () const
	Group id representative accessor.

void	groupRepresentative (AnyGroupableAbstraction *groupRepresentative)
	Group representative setter.

void	group (std::shared_ptr< std::set< AnyGroupableAbstraction * > > const &group)
	Group setter.

size_t	numberActiveThreadInGroup () const
	Accessor to the number of nodes alive in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	minmaxWaitDurationGroup () const
	Accessor to the min / max wait duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	meanSDWaitDurationGroup () const
	Accessor to the mean / standard deviation wait duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	minmaxExecutionDurationGroup () const
	Accessor to the min / max execution duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	meanSDExecutionDurationGroup () const
	Accessor to the mean / standard deviation execution duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	minmaxExecTimePerElementGroup () const
	Accessor to the min / max execution per elements duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	meanSDExecTimePerElementGroup () const
	Accessor to the mean / standard deviation execution per elements duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	minmaxMemoryWaitTimeGroup () const
	Accessor to the min / max wait time duration of the nodes in the group.

std::pair< std::chrono::nanoseconds, std::chrono::nanoseconds >	meanSDMemoryWaitTimePerElementGroup () const
	Accessor to the mean / standard deviation wait time duration of the nodes in the group.

std::pair< size_t, size_t >	minmaxNumberElementsReceivedGroup () const
	Accessor to the min / max number of elements received in the group.

std::pair< double, double >	meanSDNumberElementsReceivedGroup () const
	Accessor to the mean / standard deviation number of elements received in the group.

virtual void	createGroup (std::map< NodeAbstraction , std::vector< NodeAbstraction > > &)=0
	Create a group to insert in the map.

Private Attributes
int	threadId_ = 0
	Thread id.

int	numberThreadsCreated_ = 1
	Number of thread created for the group.

Additional Inherited Members
Protected Member Functions inherited from hh::core::abstraction::CopyableAbstraction< CopyableNode >
std::shared_ptr< CopyableNode >	callCopy ()
	Interface to call user-defined copy method.

Detailed Description

template<tool::CopyableNode CopyableNode, class CopyableCore>
class hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >

Typed abstraction for groupable node.

Template Parameters

CopyableNode	Type of the node to copy and group
CopyableCore	Type of the core to copy and group

Definition at line 40 of file groupable_abstraction.h.

Constructor & Destructor Documentation

◆ GroupableAbstraction()

template<tool::CopyableNode CopyableNode, class CopyableCore >

hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::GroupableAbstraction	(	CopyableNode *const	copyableNode,
		size_t const &	numberThreads
	)

inline

Constructor using the node abstraction to call the user-defined copy and the number of threads.

Parameters

copyableNode	Type of the node to copy and group
numberThreads	Number of threads (number of nodes) in the group

Definition at line 52 of file groupable_abstraction.h.

◆ ~GroupableAbstraction()

template<tool::CopyableNode CopyableNode, class CopyableCore >

hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::~GroupableAbstraction ( )

overridedefault

Default destructor.

Member Function Documentation

◆ callCopyAndRegisterInGroup()

template<tool::CopyableNode CopyableNode, class CopyableCore >

std::shared_ptr< CopyableNode > hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::callCopyAndRegisterInGroup ( )

inline

Call the used-defined copy and register the copy in the group.

Returns: Copy of the node

Exceptions

std::runtime_error a copy is ill-formed

Definition at line 67 of file groupable_abstraction.h.

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◆ copyInnerStructure()

template<tool::CopyableNode CopyableNode, class CopyableCore >

virtual void hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::copyInnerStructure ( CopyableCore * copyableCore )

pure virtual

Copy the inner structure of the core.

Parameters

copyableCore Core to copy the inner structure from

Implemented in hh::core::CoreTask< Separator, AllTypes >, and hh::core::CoreTask< Separator, AllTypes... >.

◆ threadId()

template<tool::CopyableNode CopyableNode, class CopyableCore >

int hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::threadId ( ) const

inline

Accessor to thread id.

Returns: Thread id

Definition at line 61 of file groupable_abstraction.h.

Member Data Documentation

◆ numberThreadsCreated_

template<tool::CopyableNode CopyableNode, class CopyableCore >

int hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::numberThreadsCreated_ = 1

private

Number of thread created for the group.

Definition at line 46 of file groupable_abstraction.h.

◆ threadId_

template<tool::CopyableNode CopyableNode, class CopyableCore >

int hh::core::abstraction::GroupableAbstraction< CopyableNode, CopyableCore >::threadId_ = 0

private

Thread id.

Definition at line 45 of file groupable_abstraction.h.

Public Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ GroupableAbstraction()

◆ ~GroupableAbstraction()

Member Function Documentation

◆ callCopyAndRegisterInGroup()

◆ copyInnerStructure()

◆ threadId()

Member Data Documentation

◆ numberThreadsCreated_

◆ threadId_