FindBlock
status = fVolume->FindBlock(node.Index(slot)->LogicalAddress(),
status_t status = fVolume->FindBlock(
status_t status = fVolume->FindBlock(
if (fVolume->FindBlock(logical, fRootBlock) != B_OK) {
status_t FindBlock(off_t logical, off_t& physical);
status = fVolume->FindBlock(logical, physical);
status_t FindBlock(off_t logical, off_t& physical,
status_t status = FindBlock(logical, physical);
return fChunk->FindBlock(logical, physical);
status = _chunk.FindBlock(logical, physical);
return FindBlock(logical, physical);
status_t FindBlock(off_t logical, fsblock_t& physical);
status_t FindBlock(off_t logical, off_t& physical);
status_t status = inode->FindBlock(offset, blockOffset, &blockLength);
status_t FindBlock(off_t pos, off_t& physical,
return stream.FindBlock(pos, physical, _length);
status_t FindBlock(off_t logical, off_t& physical,
status_t status = inode->FindBlock(offset, blockOffset, &blockLength);
status_t FindBlock(off_t offset, fsblock_t& block,
status = fDirectory->FindBlock(_Offset(), fPhysicalBlock);
return fDirectory->FindBlock(0, fPhysicalBlock);
status = fDirectory->FindBlock(_Offset(), fPhysicalBlock);
status = fDirectory->FindBlock(fLogicalBlock * fBlockSize, fPhysicalBlock);
status_t status = fDirectory->FindBlock(0, firstPhysicalBlock);
status = fDirectory->FindBlock(fBlockSize, fPhysicalBlock);
fInitStatus = fDirectory->FindBlock(start, fPhysicalBlock);
status = fDirectory->FindBlock(fLogicalBlock * fBlockSize,
status = fDirectory->FindBlock(fDirectory->Size() - 1, fPhysicalBlock);
status_t FindBlock(off_t offset, fsblock_t& block,
status_t status = fDirectory->FindBlock(0, blockNum);
status_t status = fDirectory->FindBlock(0, blockNum);
status_t status = fDirectory->FindBlock(start->Block() * fBlockSize,
status = fDirectory->FindBlock(logicalBlock * fBlockSize, fBlockNum);
status_t status = fDirectory->FindBlock(newBlocksPos, physicalBlock);
fInitStatus = fDirectory->FindBlock(offset, fBlockNum);
return stream.FindBlock(offset, block, _count);
return stream.FindBlock(offset, block, _count);
status = stream.FindBlock(0, blockNum);
status = stream.FindBlock(0, blockNum);
status_t FindBlock(off_t offset, fsblock_t& block,
return fInode->FindBlock(logical * fBlockSize, physical);
status_t status = inode->FindBlock(offset, block, &count);
status_t status = inode->FindBlock(*offset, block, &count);
status = parent->FindBlock(0, blockNum);
status_t FindBlock(uint32 logicalBlock, off_t &block,
status_t status = fMetadataIcb->FindBlock(logicalBlock, block, isRecorded);
status = fMetadataMirrorIcb->FindBlock(logicalBlock, block, isRecorded);
pos = FindBlock(startBlockNumber, blockOffset);
pos = FindBlock(startBlockNumber, blockOffset);
off_t FindBlock(off_t block_number, off_t block_offset);
if (FindBlock(pos, num, offset) < B_OK) {
if (FindBlock(pos, num, offset) < B_OK) {
if (FindBlock(pos, num, offset) < B_OK) {
status_t FindBlock(off_t pos, off_t &block, off_t &offset);