hdf5::dataspace::Selection Class Reference

selection base class

#include <selection.hpp>

Inheritance diagram for hdf5::dataspace::Selection:

Public Types
using	UniquePointer = std::unique_ptr< Selection >
	pointer for selection stacks More...
using	SharedPointer = std::shared_ptr< Selection >

Public Member Functions
	Selection ()=default
	default constructor More...
	Selection (const Selection &)=default
	copy constructor More...
virtual	~Selection ()
	destructor More...
virtual void	apply (const Dataspace &space, SelectionOperation ops) const =0
	apply a selection onto a dataspace More...

Member Typedef Documentation

SharedPointer

using hdf5::dataspace::Selection::SharedPointer = std::shared_ptr<Selection>

UniquePointer

using hdf5::dataspace::Selection::UniquePointer = std::unique_ptr<Selection>

As selections use virtual functions for being applied we have to

Constructor & Destructor Documentation

Selection() [1/2]

hdf5::dataspace::Selection::Selection ( )

default

Use the compiler provided default implementation.

Selection() [2/2]

hdf5::dataspace::Selection::Selection ( const Selection &  )

default

Use the compiler provided default implementation.

~Selection()

virtual hdf5::dataspace::Selection::~Selection ( )

virtual

The destructor has to be virtual to inherit from this class.

Member Function Documentation

apply()

virtual void hdf5::dataspace::Selection::apply ( const Dataspace &  space, SelectionOperation  ops  ) const

pure virtual

The current selection will be applied to dataspace space using the operator determined by ops.

Exceptions

std::runtime_error

in case of a failure

Parameters

space	reference to the dataspace onto which to apply the selection
ops	operator for the selection

Implemented in hdf5::dataspace::Hyperslab, and hdf5::dataspace::Points.

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

• /home/jenkins/h5cpp/src/h5cpp/dataspace/selection.hpp