ListMemBuf< T_t, MAX, idx_t > Class Template Reference

Provides some degree of dynamic allocation of a templated type from a buffer of set size. More...

#include <ListMemBuf.h>

Inheritance diagram for ListMemBuf< T_t, MAX, idx_t >:

[legend]

Detailed Description

template<class T_t, unsigned int MAX, class idx_t = unsigned short>
class ListMemBuf< T_t, MAX, idx_t >

Provides some degree of dynamic allocation of a templated type from a buffer of set size.

Think of this as a self-contained mini-malloc...

This is handy for classes which inhabit a shared memory region, where it's a bad idea to have pointers to other memory. By instantiating one of these in your class, you can allocate space internally for up to MAX objects of type T_t. ListMemBuf will worry about keeping track of which ones are in use or are free.

Each time you request a entry to be created, the destructor will be called followed by the the defaul constructor before it is given to you, so the fields should be reliably 'fresh', not what was in the entry last time it was used.

Definition at line 20 of file ListMemBuf.h.

List of all members.

Classes
struct	entry_t
	holds data about an entry in the free/used lists More...
Public Types
typedef T_t	T
	Allows outside access to storage type.
typedef idx_t	index_t
	Allows outside access to index type.
Public Member Functions
	ListMemBuf ()
	constructor
	~ListMemBuf ()
	destructor
index_t	size () const
	returns the current number of objects in use
index_t	countf () const
	for debugging, should equal size
index_t	countb () const
	for debugging, should equal size
bool	empty () const
	returns true if no objects are in use
T &	operator[] (unsigned int x)
	allows direct access to elements - be careful, can access 'free' elements this way
const T &	operator[] (unsigned int x) const
	allows direct access to elements - be careful, can access 'free' elements this way
index_t	begin () const
	returns index of first used entry
T &	front ()
	returns reference to first used entry
const T &	front () const
	returns const reference to first used entry
index_t	end () const
	returns the one-past-end index
T &	back ()
	returns reference to last used entry
const T &	back () const
	returns const reference to last used entry
index_t	new_front ()
	pushes a 'blank' entry on the front of the used list
index_t	push_front (const T &data)
	pushes an entry on the front of the used chain and assigns data to it
void	pop_front ()
	pops the front of the used chain
void	pop_front (T &ret)
	pops the front of the chain into ret
index_t	new_back ()
	pushes a 'blank' entry on the back of the used list
index_t	push_back (const T &data)
	pushes an entry on the back of the used chain and assigns data to it
void	pop_back ()
	pops the last of the used chain
void	pop_back (T &ret)
	pops the last of the used chain into ret
index_t	new_before (index_t x)
	inserts a 'blank' entry before element x in the used chain
index_t	push_before (index_t x, const T &data)
	inserts a 'blank' entry before element x in the used chain and assigns data to it
index_t	new_after (index_t x)
	inserts a 'blank' entry after element x in the used chain
index_t	push_after (index_t x, const T &data)
	inserts a 'blank' entry after element x in the used chain and assigns data to it
void	erase (index_t x)
	removes element x from the used chain
void	clear ()
	frees all used entries
void	swap (index_t a, index_t b)
	swaps the two entries' position in the list
index_t	next (index_t x) const
	returns the next used element following x
index_t	prev (index_t x) const
	returns the preceeding used element following x
Static Public Member Functions
static index_t	getMaxCapacity ()
	returns the maximum number of objects which can be used at any given time
Static Public Attributes
static const unsigned int	MAX_ENTRIES = MAX
	Allows outside access to number of entries.
Protected Member Functions
index_t	pop_free ()
	removes an element from the front of the free list, returns its index
void	push_free (index_t x)
	pushes x onto the back of the free list
Protected Attributes
entry_t	entries [MAX_ENTRIES==0?1:MAX_ENTRIES]
	the main block of data; must have at least 1 element due to limitation of older compilers
index_t	activeBegin
	beginning of used chain
index_t	activeBack
	end of used chain
index_t	freeBegin
	beginning of free chain
index_t	freeBack
	end of free chain
index_t	cursize
	current number of used elements

Member Typedef Documentation

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

typedef idx_t ListMemBuf< T_t, MAX, idx_t >::index_t

Allows outside access to index type.

Definition at line 31 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

typedef T_t ListMemBuf< T_t, MAX, idx_t >::T

Allows outside access to storage type.

Definition at line 27 of file ListMemBuf.h.

Constructor & Destructor Documentation

template<class T , unsigned int MAX, class index_t >

ListMemBuf< T, MAX, index_t >::ListMemBuf ( )

constructor

Definition at line 98 of file ListMemBuf.h.

template<class T , unsigned int MAX, class index_t >

ListMemBuf< T, MAX, index_t >::~ListMemBuf ( )

destructor

Definition at line 109 of file ListMemBuf.h.

Member Function Documentation

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

const T& ListMemBuf< T_t, MAX, idx_t >::back ( ) const

returns const reference to last used entry

Definition at line 51 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

T& ListMemBuf< T_t, MAX, idx_t >::back ( )

returns reference to last used entry

Definition at line 50 of file ListMemBuf.h.

Referenced by MotionSequenceMC< MAXMOVE >::clear(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::pop_back(), and SoundManager::selectChannels().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::begin ( ) const

returns index of first used entry

Definition at line 45 of file ListMemBuf.h.

Referenced by RegionRegistry< MAX_REGIONS, NAME_LEN >::begin(), MotionManager::begin(), ListMemBuf< T_t, MAX, idx_t >::countb(), ListMemBuf< T_t, MAX, idx_t >::countf(), MotionManager::doAddMotion(), MotionManager::getOutputs(), SoundManager::lookupPath(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::lookupReceiver(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::markRead(), MotionManager::motionReport(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::oldest(), SemaphoreManager::operator=(), SoundManager::pausePlay(), SoundManager::ProcessMsg(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::readMessage(), MotionManager::RemoveAccess(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReadStatusListener(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReceiver(), SoundManager::resumePlay(), SoundManager::selectChannels(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage(), MotionManager::setOutput(), MotionManager::setPID(), SoundManager::stopPlay(), SoundManager::updateChannels(), MotionManager::~MotionManager(), and SoundManager::~SoundManager().

template<class T , unsigned int MAX, class index_t >

void ListMemBuf< T, MAX, index_t >::clear ( )

frees all used entries

Definition at line 222 of file ListMemBuf.h.

Referenced by MotionSequenceMC< MAXMOVE >::clear(), ListMemBuf< T_t, MAX, idx_t >::~ListMemBuf(), and RegionRegistry< MAX_REGIONS, NAME_LEN >::~RegionRegistry().

template<class T , unsigned int MAX, class index_t >

index_t ListMemBuf< T, MAX, index_t >::countb ( ) const

for debugging, should equal size

Definition at line 124 of file ListMemBuf.h.

template<class T , unsigned int MAX, class index_t >

index_t ListMemBuf< T, MAX, index_t >::countf ( ) const

for debugging, should equal size

Definition at line 115 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

bool ListMemBuf< T_t, MAX, idx_t >::empty ( ) const

returns true if no objects are in use

Definition at line 37 of file ListMemBuf.h.

Referenced by SoundManager::stopPlay(), MotionManager::updatePIDs(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::~MessageQueue(), MotionManager::~MotionManager(), and SoundManager::~SoundManager().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::end ( ) const

returns the one-past-end index

Definition at line 49 of file ListMemBuf.h.

template<class T , unsigned int MAX, class index_t >

void ListMemBuf< T, MAX, index_t >::erase ( index_t x )

removes element x from the used chain

Definition at line 206 of file ListMemBuf.h.

Referenced by SoundManager::endPlay(), RegionRegistry< MAX_REGIONS, NAME_LEN >::erase(), MotionSequenceMC< MAXMOVE >::eraseKeyFrame(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::markRead(), SemaphoreManager::operator=(), SoundManager::pausePlay(), SoundManager::play(), MotionManager::push_free(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::readMessage(), SoundManager::release(), SemaphoreManager::releaseSemaphore(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReadStatusListener(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReceiver(), MotionManager::setPID(), SoundManager::stopPlay(), and SoundManager::~SoundManager().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

const T& ListMemBuf< T_t, MAX, idx_t >::front ( ) const

returns const reference to first used entry

Definition at line 47 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

T& ListMemBuf< T_t, MAX, idx_t >::front ( )

returns reference to first used entry

Definition at line 46 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::pop_front(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage(), MotionManager::updatePIDs(), and MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::~MessageQueue().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

static index_t ListMemBuf< T_t, MAX, idx_t >::getMaxCapacity ( ) [static]

returns the maximum number of objects which can be used at any given time

Definition at line 33 of file ListMemBuf.h.

Referenced by MotionSequenceMC< MAXMOVE >::getMaxFrames(), and MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::new_after ( index_t x )

inserts a 'blank' entry after element x in the used chain

Definition at line 66 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_after().

template<class T , unsigned int MAX, class index_t >

index_t ListMemBuf< T, MAX, index_t >::new_back ( )

pushes a 'blank' entry on the back of the used list

Definition at line 149 of file ListMemBuf.h.

Referenced by MotionSequenceMC< MAXMOVE >::clear(), SemaphoreManager::init(), ListMemBuf< T_t, MAX, idx_t >::new_before(), and ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_back().

template<class T , unsigned int MAX, class index_t >

index_t ListMemBuf< T, MAX, index_t >::new_before ( index_t x )

inserts a 'blank' entry before element x in the used chain

Definition at line 165 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::new_after(), and ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_before().

template<class T , unsigned int MAX, class index_t >

index_t ListMemBuf< T, MAX, index_t >::new_front ( )

pushes a 'blank' entry on the front of the used list

Definition at line 133 of file ListMemBuf.h.

Referenced by SoundManager::chain(), SoundManager::chainBuffer(), SoundManager::chainFile(), SemaphoreManager::getSemaphore(), SemaphoreManager::init(), SoundManager::loadBuffer(), ListMemBuf< T_t, MAX, idx_t >::new_before(), MotionSequenceMC< MAXMOVE >::newKeyFrame(), SoundManager::play(), MotionManager::pop_free(), and ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_front().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::next ( index_t x ) const

returns the next used element following x

Definition at line 74 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::countf(), MotionManager::doAddMotion(), MotionManager::getOutputs(), ListMemBuf< T_t, MAX, idx_t >::ListMemBuf(), SoundManager::lookupPath(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::lookupReceiver(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::markRead(), MotionManager::motionReport(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::new_after(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::newer(), RegionRegistry< MAX_REGIONS, NAME_LEN >::next(), MotionManager::next(), SemaphoreManager::operator=(), SoundManager::pausePlay(), SoundManager::ProcessMsg(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::readMessage(), MotionManager::RemoveAccess(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReadStatusListener(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReceiver(), SoundManager::resumePlay(), SoundManager::selectChannels(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage(), MotionManager::setPID(), MotionSequenceMC< MAXMOVE >::setRange(), MotionManager::skip_ahead(), ListMemBuf< T_t, MAX, idx_t >::swap(), and SoundManager::updateChannels().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

const T& ListMemBuf< T_t, MAX, idx_t >::operator[] ( unsigned int x ) const

allows direct access to elements - be careful, can access 'free' elements this way

Definition at line 43 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

T& ListMemBuf< T_t, MAX, idx_t >::operator[] ( unsigned int x )

allows direct access to elements - be careful, can access 'free' elements this way

Definition at line 42 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_after(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_back(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_before(), ListMemBuf< T_t, MAX, idx_t >::push_free(), and ListMemBuf< Move, MAXMOVE, Move_idx_t >::push_front().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

void ListMemBuf< T_t, MAX, idx_t >::pop_back ( T & ret )

pops the last of the used chain into ret

Definition at line 61 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::pop_back().

template<class T , unsigned int MAX, class index_t >

void ListMemBuf< T, MAX, index_t >::pop_back ( )

pops the last of the used chain

Definition at line 194 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::erase().

template<class T , unsigned int MAX, class index_t >

index_t ListMemBuf< T, MAX, index_t >::pop_free ( ) [protected]

removes an element from the front of the free list, returns its index

free list is a queue... pop front, push back - hopefully more robust with multi-threads is purposely sloppy with unused links, a little faster

Definition at line 319 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::new_back(), ListMemBuf< T_t, MAX, idx_t >::new_before(), and ListMemBuf< T_t, MAX, idx_t >::new_front().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

void ListMemBuf< T_t, MAX, idx_t >::pop_front ( T & ret )

pops the front of the chain into ret

Definition at line 56 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::pop_front().

template<class T , unsigned int MAX, class index_t >

void ListMemBuf< T, MAX, index_t >::pop_front ( )

pops the front of the used chain

Definition at line 182 of file ListMemBuf.h.

Referenced by SoundManager::chainBuffer(), SoundManager::chainFile(), ListMemBuf< T_t, MAX, idx_t >::erase(), SemaphoreManager::init(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage(), MotionManager::updatePIDs(), and MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::~MessageQueue().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::prev ( index_t x ) const

returns the preceeding used element following x

Definition at line 75 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::countb(), ListMemBuf< T_t, MAX, idx_t >::new_before(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::newest(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::older(), MotionManager::RemoveAccess(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::removeReceiver(), SoundManager::selectChannels(), MotionSequenceMC< MAXMOVE >::setRange(), SoundManager::stopPlay(), and ListMemBuf< T_t, MAX, idx_t >::swap().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::push_after	(	index_t	x,
		const T &	data
	)

inserts a 'blank' entry after element x in the used chain and assigns data to it

Definition at line 67 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::push_back ( const T & data )

pushes an entry on the back of the used chain and assigns data to it

Definition at line 59 of file ListMemBuf.h.

Referenced by MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::addReadStatusListener(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::addReceiver(), RegionRegistry< MAX_REGIONS, NAME_LEN >::registerRegion(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage(), and MotionManager::setPID().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::push_before	(	index_t	x,
		const T &	data
	)

inserts a 'blank' entry before element x in the used chain and assigns data to it

Definition at line 64 of file ListMemBuf.h.

template<class T , unsigned int MAX, class index_t >

void ListMemBuf< T, MAX, index_t >::push_free ( index_t x ) [protected]

pushes x onto the back of the free list

See also:: pop_free()

Definition at line 335 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::erase(), ListMemBuf< T_t, MAX, idx_t >::pop_back(), and ListMemBuf< T_t, MAX, idx_t >::pop_front().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::push_front ( const T & data )

pushes an entry on the front of the used chain and assigns data to it

Definition at line 54 of file ListMemBuf.h.

Referenced by SoundManager::play(), SoundManager::resumePlay(), and MotionManager::setOutput().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::size ( ) const

returns the current number of objects in use

Definition at line 34 of file ListMemBuf.h.

Referenced by SemaphoreManager::available(), SoundManager::CopyTo(), MotionSequenceMC< MAXMOVE >::getUsedFrames(), MotionManager::InitAccess(), MotionManager::motionReport(), SoundManager::playBuffer(), SoundManager::playFile(), SoundManager::resumePlay(), SoundManager::selectChannels(), MessageQueue< MAX_UNREAD, MAX_RECEIVERS, MAX_SENDERS >::sendMessage(), MotionManager::size(), and SemaphoreManager::used().

template<class T , unsigned int MAX, class index_t >

void ListMemBuf< T, MAX, index_t >::swap	(	index_t	a,
		index_t	b
	)

swaps the two entries' position in the list

Definition at line 238 of file ListMemBuf.h.

Referenced by MotionManager::getOutputs().

Member Data Documentation

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::activeBack [protected]

end of used chain

Definition at line 91 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::back(), ListMemBuf< T_t, MAX, idx_t >::clear(), ListMemBuf< T_t, MAX, idx_t >::erase(), ListMemBuf< T_t, MAX, idx_t >::new_back(), ListMemBuf< T_t, MAX, idx_t >::new_front(), ListMemBuf< T_t, MAX, idx_t >::pop_back(), ListMemBuf< T_t, MAX, idx_t >::pop_front(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::prev(), and ListMemBuf< T_t, MAX, idx_t >::swap().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::activeBegin [protected]

beginning of used chain

Definition at line 90 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::begin(), ListMemBuf< T_t, MAX, idx_t >::clear(), ListMemBuf< T_t, MAX, idx_t >::erase(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::front(), ListMemBuf< T_t, MAX, idx_t >::new_back(), ListMemBuf< T_t, MAX, idx_t >::new_front(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::next(), ListMemBuf< T_t, MAX, idx_t >::pop_back(), ListMemBuf< T_t, MAX, idx_t >::pop_front(), and ListMemBuf< T_t, MAX, idx_t >::swap().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::cursize [protected]

current number of used elements

Definition at line 94 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::clear(), ListMemBuf< Move, MAXMOVE, Move_idx_t >::empty(), ListMemBuf< T_t, MAX, idx_t >::pop_free(), ListMemBuf< T_t, MAX, idx_t >::push_free(), and ListMemBuf< Move, MAXMOVE, Move_idx_t >::size().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

entry_t ListMemBuf< T_t, MAX, idx_t >::entries[MAX_ENTRIES==0?1:MAX_ENTRIES] [protected]

the main block of data; must have at least 1 element due to limitation of older compilers

Definition at line 89 of file ListMemBuf.h.

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::freeBack [protected]

end of free chain

Definition at line 93 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::clear(), ListMemBuf< T_t, MAX, idx_t >::ListMemBuf(), ListMemBuf< T_t, MAX, idx_t >::pop_free(), and ListMemBuf< T_t, MAX, idx_t >::push_free().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

index_t ListMemBuf< T_t, MAX, idx_t >::freeBegin [protected]

beginning of free chain

Definition at line 92 of file ListMemBuf.h.

Referenced by ListMemBuf< T_t, MAX, idx_t >::clear(), ListMemBuf< T_t, MAX, idx_t >::ListMemBuf(), ListMemBuf< T_t, MAX, idx_t >::pop_free(), and ListMemBuf< T_t, MAX, idx_t >::push_free().

template<class T_t, unsigned int MAX, class idx_t = unsigned short>

const unsigned int ListMemBuf< T_t, MAX, idx_t >::MAX_ENTRIES = MAX [static]

Allows outside access to number of entries.

Definition at line 29 of file ListMemBuf.h.

Referenced by ListMemBuf< Move, MAXMOVE, Move_idx_t >::getMaxCapacity(), and ListMemBuf< T_t, MAX, idx_t >::ListMemBuf().

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

ListMemBuf.h

ListMemBuf< T_t, MAX, idx_t > Class Template Reference

Detailed Description

template<class T_t, unsigned int MAX, class idx_t = unsigned short> class ListMemBuf< T_t, MAX, idx_t >

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<class T_t, unsigned int MAX, class idx_t = unsigned short>
class ListMemBuf< T_t, MAX, idx_t >