Classes
struct	ElementType

struct	ElementType< bsl::vector< TYPE, ALLOC > >

struct	ElementType< s_baltst::TestDynamicType< VALUE_TYPE > >

struct	ElementType< s_baltst::TestTaggedValue< TAG_TYPE, VALUE_TYPE > >

struct	IsArray

struct	IsArray< bsl::vector< TYPE, ALLOC > >

struct	IsArray< s_baltst::TestDynamicType< VALUE_TYPE > >

struct	IsArray< s_baltst::TestTaggedValue< TAG_TYPE, VALUE_TYPE > >

Functions
template<class TYPE , class MANIPULATOR >
int	manipulateElement (TYPE *array, MANIPULATOR &manipulator, int index)

template<class TYPE >
void	resize (TYPE *array, int newSize)

template<class TYPE , class ACCESSOR >
int	accessElement (const TYPE &array, ACCESSOR &accessor, int index)

template<class TYPE >
bsl::size_t	size (const TYPE &array)
	Return the number of elements in the specified `array`.

template<class TYPE , class ALLOC , class MANIPULATOR >
int	bdlat_arrayManipulateElement (bsl::vector< TYPE, ALLOC > *array, MANIPULATOR &manipulator, int index)

template<class TYPE , class ALLOC >
void	bdlat_arrayResize (bsl::vector< TYPE, ALLOC > *array, int newSize)

template<class TYPE , class ALLOC , class ACCESSOR >
int	bdlat_arrayAccessElement (const bsl::vector< TYPE, ALLOC > &array, ACCESSOR &accessor, int index)

template<class TYPE , class ALLOC >
bsl::size_t	bdlat_arraySize (const bsl::vector< TYPE, ALLOC > &array)

Function Documentation

◆ accessElement()

template<class TYPE , class ACCESSOR >

int bdlat_ArrayFunctions::accessElement	(	const TYPE &	array,
		ACCESSOR &	accessor,
		int	index
	)

Invoke the specified accessor on the non-modifiable element at the specified index of the specified array. Return the value from the invocation of accessor. The behavior is undefined unless 0 <= index and index < size(array).

◆ bdlat_arrayAccessElement()

template<class TYPE , class ALLOC , class ACCESSOR >

int bdlat_ArrayFunctions::bdlat_arrayAccessElement	(	const bsl::vector< TYPE, ALLOC > &	array,
		ACCESSOR &	accessor,
		int	index
	)

◆ bdlat_arrayManipulateElement()

template<class TYPE , class ALLOC , class MANIPULATOR >

int bdlat_ArrayFunctions::bdlat_arrayManipulateElement	(	bsl::vector< TYPE, ALLOC > *	array,
		MANIPULATOR &	manipulator,
		int	index
	)

◆ bdlat_arrayResize()

template<class TYPE , class ALLOC >

void bdlat_ArrayFunctions::bdlat_arrayResize	(	bsl::vector< TYPE, ALLOC > *	array,
		int	newSize
	)

◆ bdlat_arraySize()

template<class TYPE , class ALLOC >

bsl::size_t bdlat_ArrayFunctions::bdlat_arraySize ( const bsl::vector< TYPE, ALLOC > & array )

◆ manipulateElement()

template<class TYPE , class MANIPULATOR >

int bdlat_ArrayFunctions::manipulateElement	(	TYPE *	array,
		MANIPULATOR &	manipulator,
		int	index
	)

Invoke the specified manipulator on the address of the element at the specified index of the specified array. Return the value from the invocation of manipulator. The behavior is undefined unless 0 <= index and index < size(*array).

◆ resize()

template<class TYPE >

void bdlat_ArrayFunctions::resize	(	TYPE *	array,
		int	newSize
	)

Set the size of the specified modifiable array to the specified newSize. If newSize > size(array), then newSize - size(array) elements with default values are appended to array. If newSize < size(array), then the size(array) - newSize elements at the end of array are destroyed. The behavior is undefined unless 0 <= newSize.

◆ size()