42 					  struct bbs_MemSeg* ptrA )  in bbs_MemSeg_init()  argument
44 	ptrA->memPtrE = NULL;  in bbs_MemSeg_init()
45 	ptrA->sizeE = 0;  in bbs_MemSeg_init()
46 	ptrA->allocIndexE = 0;  in bbs_MemSeg_init()
47 	ptrA->sharedE = FALSE;  in bbs_MemSeg_init()
48 	ptrA->idE = 0;  in bbs_MemSeg_init()
49 	ptrA->dynMemManagerPtrE = NULL;  in bbs_MemSeg_init()
55 					  struct bbs_MemSeg* ptrA )  in bbs_MemSeg_exit()  argument
57 	ptrA->memPtrE = NULL;  in bbs_MemSeg_exit()
58 	ptrA->sizeE = 0;  in bbs_MemSeg_exit()
59 	ptrA->allocIndexE = 0;  in bbs_MemSeg_exit()
60 	ptrA->sharedE = FALSE;  in bbs_MemSeg_exit()
61 	ptrA->idE = 0;  in bbs_MemSeg_exit()
62 	ptrA->dynMemManagerPtrE = NULL;  in bbs_MemSeg_exit()
84 								 const struct bbs_MemSeg* ptrA )  in bbs_MemSeg_availableSize()  argument
86 	if( ptrA->dynMemManagerPtrE == NULL )  in bbs_MemSeg_availableSize()
88 …return ( ptrA->sizeE == ptrA->allocIndexE ) ? 0 : ptrA->sizeE - ptrA->allocIndexE - 2 * ptrA->shar…  in bbs_MemSeg_availableSize()
99 								 const struct bbs_MemSeg* ptrA )  in bbs_MemSeg_allocatedSize()  argument
101 	if( ptrA->dynMemManagerPtrE == NULL )  in bbs_MemSeg_allocatedSize()
103 		return ptrA->allocIndexE;  in bbs_MemSeg_allocatedSize()
107 		return bbs_DynMemManager_allocatedSize( cpA, ptrA->dynMemManagerPtrE );  in bbs_MemSeg_allocatedSize()
114 						    const struct bbs_MemSeg* ptrA )  in bbs_MemSeg_usedSize()  argument
116 	if( ptrA->dynMemManagerPtrE == NULL )  in bbs_MemSeg_usedSize()
118 		if( ptrA->sharedE )  in bbs_MemSeg_usedSize()
120 			return ptrA->allocIndexE;  in bbs_MemSeg_usedSize()
126 			while( indexL < ptrA->allocIndexE )  in bbs_MemSeg_usedSize()
128 				uint32 sizeL = *( uint32* )( ptrA->memPtrE + indexL );  in bbs_MemSeg_usedSize()
140 		return bbs_MemSeg_allocatedSize( cpA, ptrA );  in bbs_MemSeg_usedSize()
147 						  const struct bbs_MemSeg* ptrA )  in bbs_MemSeg_blocks()  argument
152 	if( ptrA->sharedE ) return 0;  in bbs_MemSeg_blocks()
154 	while( indexL < ptrA->allocIndexE )  in bbs_MemSeg_blocks()
156 		uint32 sizeL = *( uint32* )( ptrA->memPtrE + indexL );  in bbs_MemSeg_blocks()
166 							  const struct bbs_MemSeg* ptrA )  in bbs_MemSeg_usedBlocks()  argument
171 	if( ptrA->sharedE ) return 0;  in bbs_MemSeg_usedBlocks()
173 	while( indexL < ptrA->allocIndexE )  in bbs_MemSeg_usedBlocks()
175 		uint32 sizeL = *( uint32* )( ptrA->memPtrE + indexL );  in bbs_MemSeg_usedBlocks()
239 					    struct bbs_MemSeg* ptrA,   in bbs_MemSeg_alloc()  argument
246 	if( !ptrA->sharedE )  in bbs_MemSeg_alloc()
248 		if( ptrA->dynMemManagerPtrE == NULL )  in bbs_MemSeg_alloc()
251 			memPtrL = ptrA->memPtrE + ptrA->allocIndexE;  in bbs_MemSeg_alloc()
254 			if( ptrA->allocIndexE + effSizeL > ptrA->sizeE )  in bbs_MemSeg_alloc()
258 						  "Exclusive Memory overflow. Segment size: %i. Requested size: %i", ptrA->sizeE, sizeA );  in bbs_MemSeg_alloc()
261 			ptrA->allocIndexE += effSizeL;  in bbs_MemSeg_alloc()
265 			memPtrL = bbs_DynMemManager_alloc( cpA, ptrA->dynMemManagerPtrE, ptrA, sizeA );  in bbs_MemSeg_alloc()
272 		if( ptrA->allocIndexE + effSizeL > ptrA->sizeE  + ( ptrA->sizeE & 1 ) )  in bbs_MemSeg_alloc()
274 			if( ptrA->dynMemManagerPtrE == NULL )  in bbs_MemSeg_alloc()
278 						  "Shared Memory overflow. Segment size: %i. Requested size: %i", ptrA->sizeE, sizeA );  in bbs_MemSeg_alloc()
284 …ptrA->memPtrE = bbs_DynMemManager_nextBlock( cpA, ptrA->dynMemManagerPtrE, ptrA, ptrA->memPtrE, ef…  in bbs_MemSeg_alloc()
285 				ptrA->sizeE = actualBlockSizeL;  in bbs_MemSeg_alloc()
286 				ptrA->allocIndexE = 0;  in bbs_MemSeg_alloc()
290 		memPtrL = ptrA->memPtrE + ptrA->allocIndexE;  in bbs_MemSeg_alloc()
291 		ptrA->allocIndexE += effSizeL;  in bbs_MemSeg_alloc()
298 		if( ( ( ( uint32 ) ptrA->memPtrE ) >> 16 ) !=  in bbs_MemSeg_alloc()
299 			( ( ( uint32 ) ptrA->memPtrE + ( ptrA->sizeE - 1 ) ) >> 16 ) )  in bbs_MemSeg_alloc()
314 					  struct bbs_MemSeg* ptrA,  in bbs_MemSeg_free()  argument
322 	if( ptrA == NULL || memPtrA == NULL || ptrA->sharedE ) return;  in bbs_MemSeg_free()
324 	if( ptrA->dynMemManagerPtrE != NULL )  in bbs_MemSeg_free()
326 		bbs_DynMemManager_free( cpA, ptrA->dynMemManagerPtrE, memPtrA );  in bbs_MemSeg_free()
333 		if( ptrA == NULL || memPtrA == NULL ) return;  in bbs_MemSeg_free()
334 		if( ptrA->sharedE ) return;  in bbs_MemSeg_free()
337 			indexL = ( uint32 ) memPtrA - ( uint32 ) ptrA->memPtrE - 2;  in bbs_MemSeg_free()
339 			indexL = ( uint16* )memPtrA - ptrA->memPtrE - 2;  in bbs_MemSeg_free()
342 		memPtrL = ptrA->memPtrE + indexL;  in bbs_MemSeg_free()
346 		if( indexL > ptrA->allocIndexE || ( indexL & 1 ) != 0 )  in bbs_MemSeg_free()
353 						ptrA->sizeE,  in bbs_MemSeg_free()
354 						ptrA->allocIndexE,  in bbs_MemSeg_free()
368 		if( indexL + sizeL == ptrA->allocIndexE )  in bbs_MemSeg_free()
372 			while( indexL < ptrA->allocIndexE )  in bbs_MemSeg_free()
374 				uint32 sizeL = *( uint32* )( ptrA->memPtrE + indexL );  in bbs_MemSeg_free()
382 			ptrA->allocIndexE = newAllocIndexL;  in bbs_MemSeg_free()
386 		bbs_MemSeg_checkConsistency( cpA, ptrA );  in bbs_MemSeg_free()
395 								  const struct bbs_MemSeg* ptrA )  in bbs_MemSeg_checkConsistency()  argument
399 	if( ptrA->sharedE ) return;  in bbs_MemSeg_checkConsistency()
401 	while( indexL < ptrA->allocIndexE )  in bbs_MemSeg_checkConsistency()
403 		uint32 sizeL = *( uint32* )( ptrA->memPtrE + indexL );  in bbs_MemSeg_checkConsistency()
407 	if( indexL != ptrA->allocIndexE )  in bbs_MemSeg_checkConsistency()