157 enum { BLOCK_SIZE = 1 << BLOCK_SHIFT };  enumerator
337         addr = &heapSource->blockBase[i*BLOCK_SIZE];  in allocateBlocks()
338         memset(addr, 0, blocks*BLOCK_SIZE);  in allocateBlocks()
373     addr = (u1 *) (((uintptr_t) heapSource->baseBlock + block) * BLOCK_SIZE);  in blockToAddress()
385     addr = heapSource->blockBase + block*BLOCK_SIZE;  in clearBlock()
386     memset(addr, 0xCC, BLOCK_SIZE);  in clearBlock()
387     for (i = 0; i < BLOCK_SIZE; i += 8) {  in clearBlock()
415     LOG_SCAV("freed %zu blocks (%zu bytes)", count, count*BLOCK_SIZE);  in clearFromSpace()
467     heapSource->minimumSize = alignUp(startSize, BLOCK_SIZE);  in dvmHeapSourceStartup()
468     heapSource->maximumSize = alignUp(absoluteMaxSize, BLOCK_SIZE);  in dvmHeapSourceStartup()
481     assert(heapSource->totalBlocks = heapSource->maximumSize / BLOCK_SIZE);  in dvmHeapSourceStartup()
506     heapSource->allocLimit = heapSource->allocPtr + BLOCK_SIZE;  in dvmHeapSourceStartup()
632     if (aligned <= BLOCK_SIZE) {  in dvmHeapSourceAlloc()
635             heapSource->allocLimit = addr + BLOCK_SIZE;  in dvmHeapSourceAlloc()
645     blocks = alignUp(aligned, BLOCK_SIZE) / BLOCK_SIZE;  in dvmHeapSourceAlloc()
829     *total = heapSource->totalBlocks*BLOCK_SIZE;  in room()
830     *alloc = heapSource->allocBlocks*BLOCK_SIZE;  in room()
1965     end = cursor + BLOCK_SIZE;  in scavengeBlock()
2022     end = cursor + BLOCK_SIZE;  in verifyBlock()
2218     gDvm.gcHeap->heapSource->allocLimit = gDvm.gcHeap->heapSource->allocPtr + BLOCK_SIZE;  in dvmScavengeRoots()