241     return pMBlkHd->attribute.fields.alignment;  in GetAlignmentForMBlock_()
257     u16                       alignment  in SetAlignmentForMBlock_()  argument
260     pMBlkHd->attribute.fields.alignment = alignment;  in SetAlignmentForMBlock_()
700     int             alignment  in AllocFromHead_()  argument
717         void *const reqMBlock = RoundUpPtr( mblock, alignment );  in AllocFromHead_()
765     int             alignment  in AllocFromTail_()  argument
783 …void *const reqMBlock = RoundDownPtr( SubU32ToPtr(mblockEnd, size), alignment );  // aligned addre…  in AllocFromTail_()
1376     int             alignment  in MEMAllocFromExpHeapEx()  argument
1384     ASSERT(alignment % MIN_ALIGNMENT == 0);  in MEMAllocFromExpHeapEx()
1385     ASSERT((abs(alignment) & (abs(alignment) - 1)) == 0);  in MEMAllocFromExpHeapEx()
1386     ASSERT(MIN_ALIGNMENT <= abs(alignment));  in MEMAllocFromExpHeapEx()
1387     ASSERT( (-128 <= alignment) && (alignment <= 128 ) );  in MEMAllocFromExpHeapEx()
1398     if ( alignment >= 0 )     // allocate from the front  in MEMAllocFromExpHeapEx()
1400         memory = AllocFromHead_( heap, size, alignment );  in MEMAllocFromExpHeapEx()
1404         memory = AllocFromTail_( heap, size, -alignment );  in MEMAllocFromExpHeapEx()
1614     int             alignment  in MEMGetAllocatableSizeForExpHeapEx()  argument
1620     ASSERT(alignment % MIN_ALIGNMENT == 0);  in MEMGetAllocatableSizeForExpHeapEx()
1621     ASSERT((abs(alignment) & (abs(alignment) - 1)) == 0);  in MEMGetAllocatableSizeForExpHeapEx()
1622     ASSERT(MIN_ALIGNMENT <= abs(alignment));  in MEMGetAllocatableSizeForExpHeapEx()
1624     alignment = abs(alignment); // convert to a positive value just to be sure  in MEMGetAllocatableSizeForExpHeapEx()
1637             void* baseAddress = RoundUpPtr(GetMemPtrForMBlock_(pMBlkHd), alignment);  in MEMGetAllocatableSizeForExpHeapEx()