int32
_Calculate_CurrentNbaMemoryAllocationInfo ( int32 flag )
{
dlnode * node, * nextNode ;
NamedByteArray * nba ;
_Q_->MemRemaining = 0 ;
_Q_->TotalAccountedMemAllocated = 0 ;
if ( _Q_ && _Q_->MemorySpace0 )
{
for ( node = dllist_First ( (dllist*) &_Q_->MemorySpace0->NBAs ) ; node ; node = nextNode )
{
nextNode = dlnode_Next ( node ) ;
nba = Get_NBA_Node_To_NBA ( node ) ;
if ( flag ) NBA_Show ( nba, 0 ) ;
_Q_->TotalAccountedMemAllocated += nba->TotalAllocSize ;
_Q_->MemRemaining += nba->MemRemaining ;
}
int32 diff = _Q_->Mmap_TotalMemoryAllocated - _Q_->TotalAccountedMemAllocated ;
if ( flag && diff )
{
printf ( "\n_Q_->Mmap_TotalMemoryAllocated = %9d : _Q_->TotalAccountedMemAllocated = %9d :: diff = %6d\n", _Q_->Mmap_TotalMemoryAllocated, _Q_->TotalAccountedMemAllocated, diff ) ;
fflush ( stdout ) ;
}
}
return _Q_->TotalAccountedMemAllocated ;
}
void
OVT_ShowNBAs ( )
{
if ( _Q_ )
{
dlnode * node, *nodeNext ;
if ( _Q_->MemorySpace0 && ( node = dllist_First ( (dllist*) &_Q_->MemorySpace0->NBAs ) ) )
{
for ( ; node ; node = nodeNext )
{
nodeNext = dlnode_Next ( node ) ;
NamedByteArray * nba = Get_NBA_Symbol_To_NBA ( node ) ;
NBA_Show ( nba, 1 ) ;
}
}
printf ( "\n" ) ;
fflush ( stdout ) ;
}
}
void
Calculate_CurrentMemoryAllocationInfo ( )
{
DLNode * node, * nextNode ;
NamedByteArray * nba ;
_Q_->MemAllocated = 0 ;
_Q_->MemRemaining = 0 ;
_Q_->NumberOfByteArrays = 0 ;
if ( _Q_ && _Q_->MemorySpace0 )
{
for ( node = DLList_First ( _Q_->MemorySpace0->NBAs ) ; node ; node = nextNode )
{
nextNode = DLNode_Next ( node ) ;
nba = (NamedByteArray*) node ;
NBA_Show ( nba ) ;
_Q_->MemAllocated += nba->MemAllocated ;
_Q_->MemRemaining += nba->MemRemaining ;
_Q_->NumberOfByteArrays += nba->NumberOfByteArrays ;
}
}
_Q_->MemAllocated += ( _Q_->NumberOfByteArrays * sizeof (ByteArray) ) ;
//int32 plistTotal = _MemList_GetCurrentMemAllocated ( _Q_->PermanentMemList, 0 ) ;
_Q_->MemAllocated += _MemList_GetCurrentMemAllocated ( _Q_->PermanentMemList, 0 ) ;
}