PUBLIC

BodyBufferC::BodyBufferC(void) BodyBufferC::BodyBufferC(const SizeT) BodyBufferC::BodyBufferC(DataC *) BodyBufferC::~BodyBufferC(void) BodyBufferC::operator=(BodyBufferC &) BodyBufferC::operator[](const IndexT) const BodyBufferC::operator[](const IndexT) BodyBufferC::Access(void) const BodyBufferC::operator const BufferAccessC &(void) const BodyBufferC::Swap(BodyBufferC &) BodyBufferC::BodyBufferC(const BodyBufferC &) BodyBufferC::operator=(BodyBufferC &)

BodyBufferC<class DataC>
A set of elements with random access
include	"amma/BBuffer.hh"
User Level:	Default
Library:	Mbuff
Example:	exBuffer.cc
Section:	Containers.Arrays.Buffer
In Scope:	std

Comments:
The class BodyBufferC is a basic container based of continous storing of elements randomly accessed by indexing. The container cannot be shared.

BufferAccessC buff;

The access to the elements of the buffer. The reference elements of object 'buff' is the first element of an allocated physical buffer.

BodyBufferC()

Creates a default empty buffer that is not valid.

BodyBufferC(const SizeT n)

Creates the buffer able to contain up to 'n' elements. If 'n'==0, a default empty buffer is created.

BodyBufferC(DataC * bp)

~BodyBufferC()

Destructor.

const BodyBufferC & operator=(BodyBufferC & b)

This buffer overtakes the memory from buffer 'b'. Buffer 'b' is not valid after this operation. Access methods --------------

const DataC & operator[](const IndexT i) const

Read-only access to the ('i'+1)-th element of the buffer.

DataC & operator[](const IndexT i)

Read-write access to the ('i'+1)-th element of the buffer.

const BufferAccessC<DataC> & Access() const

Returns the access function of this buffer.

operator const BufferAccessC<DataC> &() const

Returns the access function of this buffer. Defined here because of Visual C++. Modifications -------------

const BodyBufferC<DataC> & Swap(BodyBufferC<DataC> & b)

Access methods of both buffers are mutually exchanged. The return value is this object.

BodyBufferC(const BodyBufferC<DataC> & ba)

A physical copy cannot be created because the size of the buffer is not known. Sharing of the representation is not possible because object is not reference counted. Object representation ---------------------

const BodyBufferC<DataC> & operator=(BodyBufferC<DataC> & b)