Description:

A bit buffer using monotonic allocation.

See also: Two alternatives are provided with BitBuffer and BitBufferLocal.

Definition at line 382 of file bitbuffer.hpp.

#include <bitbuffer.hpp>

Inheritance diagram for alib::bitbuffer::BitBufferMA:

Collaboration diagram for alib::bitbuffer::BitBufferMA:

Public Method Index:
	BitBufferMA (MonoAllocator &monoAllocator, uinteger initialCapacity)
virtual uinteger	Capacity () const override
virtual bool	EnsureCapacity (uinteger bitsRequired, BitBufferBase::Index idx) override
MonoAllocator &	GetAllocator ()
Public Method Index: inherited from alib::bitbuffer::BitBufferBase
	BitBufferBase () noexcept
	Default Constructor (the only one).
virtual	~BitBufferBase ()
	Virtual destructor (does nothing, needed for abstract virtual class).
char *	CharStream (Index idx=Index(0, 0))
TStorage *	Data () const
void	FromLittleEndianEncoding (const Index &startIndex, const Index &endIndex)
TStorage	GetWord (const Index &index) const
uinteger	RemainingSize (const Index &idx) const
void	SetWord (const Index &index, TStorage value)
Index	Terminate (Index writerIndex)
void	ToLittleEndianEncoding (const Index &startIndex, const Index &endIndex)
Index	Unterminate (Index terminationIndex)

Protected Field Index:
MonoAllocator &	ma
StdVectorMA< TStorage >	storage
	The vector that holds the data.
Protected Field Index: inherited from alib::bitbuffer::BitBufferBase
TStorage *	data

Additional Inherited Members
Public Type Index: inherited from alib::bitbuffer::BitBufferBase
using	TStorage = unsigned int

Field Details:

◆ ma

MonoAllocator& alib::bitbuffer::BitBufferMA::ma

protected

The monotonic allocator used internally to allocate the storage. This is provided with construction.

Definition at line 386 of file bitbuffer.hpp.

◆ storage

StdVectorMA<TStorage> alib::bitbuffer::BitBufferMA::storage

protected

The vector that holds the data.

Definition at line 389 of file bitbuffer.hpp.

Constructor(s) / Destructor Details:

◆ BitBufferMA()

alib::bitbuffer::BitBufferMA::BitBufferMA	(	MonoAllocator &	monoAllocator,
		uinteger	initialCapacity )

inline

Constructor taking an external monotonic allocator and the initial capacity.

Parameters

monoAllocator	A reference to a monotonic allocator to use to allocate buffer storage data.
initialCapacity	The requested initial capacity of the buffer in bits.

Definition at line 396 of file bitbuffer.hpp.

Here is the call graph for this function:

Method Details:

◆ Capacity()

virtual uinteger alib::bitbuffer::BitBufferMA::Capacity ( ) const

inlineoverridevirtual

Returns the (currently allocated) capacity.

Returns: The size of the internal storage in bits.

Implements alib::bitbuffer::BitBufferBase.

Definition at line 403 of file bitbuffer.hpp.

◆ EnsureCapacity()

virtual bool alib::bitbuffer::BitBufferMA::EnsureCapacity	(	uinteger	bitsRequired,
		BitBufferBase::Index	idx )

inlineoverridevirtual

Checks if the given required storage space is internally reserved. If not, the internal capacity is doubled, or, if more is required, set to the required space.

Parameters

bitsRequired	The number of bits divided required.
idx	The index of current buffer use.

Returns: true if the space is available or could be made available, false otherwise.

Implements alib::bitbuffer::BitBufferBase.

Definition at line 412 of file bitbuffer.hpp.

Here is the call graph for this function:

◆ GetAllocator()

MonoAllocator & alib::bitbuffer::BitBufferMA::GetAllocator ( )

inline

Returns the internal monotonic allocator for external use.

Returns: The monotonic allocator given on construction.

Definition at line 424 of file bitbuffer.hpp.

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

bitbuffer.hpp