lexis::data::CellSetBinaryOp Class Reference

Inheritance diagram for lexis::data::CellSetBinaryOp:

Collaboration diagram for lexis::data::CellSetBinaryOp:

Public Types
typedef ::zerobuf::Vector< uint32_t >	First
typedef ::zerobuf::Vector< uint32_t >	Second

Public Member Functions
CellSetBinaryOp::First &	getFirst ()
	Get a reference to the First dynamic member. More...
const CellSetBinaryOp::First &	getFirst () const
void	setFirst (uint32_t const *value, size_t size)
	Set the value of the First dynamic object from a uint32_t* and size. More...
std::vector< uint32_t >	getFirstVector () const
void	setFirst (const std::vector< uint32_t > &value)
	Set the value of the First dynamic object from a std::vector< uint32_t >. More...
CellSetBinaryOp::Second &	getSecond ()
	Get a reference to the Second dynamic member. More...
const CellSetBinaryOp::Second &	getSecond () const
void	setSecond (uint32_t const *value, size_t size)
	Set the value of the Second dynamic object from a uint32_t* and size. More...
std::vector< uint32_t >	getSecondVector () const
void	setSecond (const std::vector< uint32_t > &value)
	Set the value of the Second dynamic object from a std::vector< uint32_t >. More...
CellSetBinaryOpType	getOperation () const
void	setOperation (CellSetBinaryOpType value)
	Set the Operation value. More...
void	compact (float threshold=0.1f) final
	CellSetBinaryOp (const std::vector< uint32_t > &firstValue, const std::vector< uint32_t > &secondValue, const CellSetBinaryOpType &operationValue)
	CellSetBinaryOp (const CellSetBinaryOp &rhs)
	CellSetBinaryOp (CellSetBinaryOp &&rhs) noexcept
	CellSetBinaryOp (const ::zerobuf::Zerobuf &rhs)
	CellSetBinaryOp (::zerobuf::AllocatorPtr allocator)
CellSetBinaryOp &	operator= (const CellSetBinaryOp &rhs)
CellSetBinaryOp &	operator= (CellSetBinaryOp &&rhs)
std::string	getSchema () const final
std::string	getTypeName () const final
::zerobuf::uint128_t	getTypeIdentifier () const final
size_t	getZerobufStaticSize () const final
size_t	getZerobufNumDynamics () const final
void	_parseJSON (const Json::Value &json) final
void	_createJSON (Json::Value &json) const final

Static Public Member Functions
static std::string	ZEROBUF_SCHEMA ()
static std::string	ZEROBUF_TYPE_NAME ()
::zerobuf::uint128_t	ZEROBUF_TYPE_IDENTIFIER ()
static size_t	ZEROBUF_STATIC_SIZE ()
static size_t	ZEROBUF_NUM_DYNAMICS ()
static ConstCellSetBinaryOpPtr	create (const void *data, const size_t size)

Detailed Description

Definition at line 27 of file cellSetBinaryOp.h.

Member Function Documentation

CellSetBinaryOp::First& lexis::data::CellSetBinaryOp::getFirst

(

)

Get a reference to the First dynamic member.

Warning

: If the reference is used to modify the object, notifyChanged() needs to be explicitly called afterwards.

Returns

a reference to the First dynamic member.

CellSetBinaryOp::Second& lexis::data::CellSetBinaryOp::getSecond

(

)

Get a reference to the Second dynamic member.

Warning

: If the reference is used to modify the object, notifyChanged() needs to be explicitly called afterwards.

Returns

a reference to the Second dynamic member.

void lexis::data::CellSetBinaryOp::setFirst	(	uint32_t const *	value,
		size_t	size
	)

Set the value of the First dynamic object from a uint32_t* and size.

notifyChanged() is internally called after the data has been copied.

Parameters

value	a uint32_t* to the data to be set in the current object
size	the size of the data to be set

void lexis::data::CellSetBinaryOp::setFirst

(

const std::vector< uint32_t > &

value

)

Set the value of the First dynamic object from a std::vector< uint32_t >.

notifyChanged() is internally called after the data has been copied.

Parameters

value

a std::vector< uint32_t > object with the data to be set

void lexis::data::CellSetBinaryOp::setOperation

(

CellSetBinaryOpType

value

)

Set the Operation value.

notifyChanged() is internally called after the change has been done.

Parameters

value

the Operation value

void lexis::data::CellSetBinaryOp::setSecond	(	uint32_t const *	value,
		size_t	size
	)

Set the value of the Second dynamic object from a uint32_t* and size.

notifyChanged() is internally called after the data has been copied.

Parameters

value	a uint32_t* to the data to be set in the current object
size	the size of the data to be set

void lexis::data::CellSetBinaryOp::setSecond

(

const std::vector< uint32_t > &

value

)

Set the value of the Second dynamic object from a std::vector< uint32_t >.

notifyChanged() is internally called after the data has been copied.

Parameters

value

a std::vector< uint32_t > object with the data to be set

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

• cellSetBinaryOp.h