516 	address = segment.fIOVMAddr;  in segmentOp()
1006 						phys = walkArgs->fIOVMAddr;  in prepare()
1199 	addr64_t ioAddr  = segment.fIOVMAddr;  in transferSegment()
1312 		internalState->fIOVMAddrValid = state->fIOVMAddr = 0;  in genIOVMSegments()
1352 					state->fIOVMAddr = internalState->fLocalMapperAlloc + offset - internalState->fPreparedOffset;  in genIOVMSegments()
1404 					state->fIOVMAddr = address;  in genIOVMSegments()
1437 					mapperPhys = fMapper->mapToPhysicalAddress(state->fIOVMAddr + checkOffset);  in genIOVMSegments()
1442 						    state->fIOVMAddr + checkOffset, mapperPhys, phys, state->fLength);  in genIOVMSegments()
1451 				if (curSegValid && ((curSeg.fIOVMAddr + curSeg.fLength) == state->fIOVMAddr)) {  in genIOVMSegments()
1455 					internalState->fIOVMAddrValid = state->fIOVMAddr = 0;  in genIOVMSegments()
1458 				internalState->fIOVMAddrValid = state->fIOVMAddr = state->fLength = 0; // At end  in genIOVMSegments()
1468 			curSeg.fIOVMAddr              = state->fIOVMAddr;  in genIOVMSegments()
1471 			internalState->fIOVMAddrValid = state->fIOVMAddr = 0;  in genIOVMSegments()
1476 			if ((kWalkClient & op) && (curSeg.fIOVMAddr + curSeg.fLength - 1) > maxPhys) {  in genIOVMSegments()
1478 					curSegValid = curSeg.fIOVMAddr = 0;  in genIOVMSegments()
1481 				} else if (curSeg.fIOVMAddr <= maxPhys) {  in genIOVMSegments()
1484 					newLength        = (maxPhys + 1 - curSeg.fIOVMAddr);  in genIOVMSegments()
1485 					DEBG("trunc %qx, %qx-> %qx\n", curSeg.fIOVMAddr, curSeg.fLength, newLength);  in genIOVMSegments()
1487 					state->fIOVMAddr = newLength + curSeg.fIOVMAddr;  in genIOVMSegments()
1493 					UInt64    addr = curSeg.fIOVMAddr;  in genIOVMSegments()
1513 					curSeg.fIOVMAddr = ptoa_64(vm_page_get_phys_page(remap))  in genIOVMSegments()
1521 						state->fIOVMAddr = addr + newLength;  in genIOVMSegments()
1527 					DEBG("-> %qx, %qx offset %qx\n", curSeg.fIOVMAddr, curSeg.fLength, offset);  in genIOVMSegments()
1538 				state->fIOVMAddr = curSeg.fLength + curSeg.fIOVMAddr;  in genIOVMSegments()
1548 				state->fIOVMAddr = curSeg.fLength + curSeg.fIOVMAddr;  in genIOVMSegments()
1554 			reduce = (state->fIOVMAddr & fAlignMaskInternalSegments);  in genIOVMSegments()
1558 				state->fIOVMAddr = curSeg.fLength + curSeg.fIOVMAddr;  in genIOVMSegments()
1565 				    curSeg.fIOVMAddr, curSeg.fLength);  in genIOVMSegments()
1577 				misaligned = (0 != (mask & curSeg.fIOVMAddr));  in genIOVMSegments()
1584 						DEBG("cursor misaligned %qx:%qx\n", curSeg.fIOVMAddr, curSeg.fLength);  in genIOVMSegments()
1586 					curSegValid = curSeg.fIOVMAddr = 0;  in genIOVMSegments()
1595 				internalState->fIOVMAddrValid = state->fIOVMAddr = state->fLength = 0; // At end  in genIOVMSegments()
1606 				IOLog("DMA[%p] outseg 0x%qx, 0x%qx\n", this, curSeg.fIOVMAddr, curSeg.fLength);  in genIOVMSegments()
1610 			curSegValid = curSeg.fIOVMAddr = 0;  in genIOVMSegments()
1620 			IOLog("DMA[%p] outseg 0x%qx, 0x%qx\n", this, curSeg.fIOVMAddr, curSeg.fLength);  in genIOVMSegments()
1643 	    && ((segment.fIOVMAddr + segment.fLength - 1) >> target->fNumAddressBits)  in clientOutputSegment()
1645 		DEBG("kIOReturnMessageTooLarge(fNumAddressBits) %qx, %qx\n", segment.fIOVMAddr, segment.fLength);  in clientOutputSegment()
1650 		DEBG("kIOReturnMessageTooLarge(fOutSeg) %qx, %qx\n", segment.fIOVMAddr, segment.fLength);  in clientOutputSegment()
1672 	base[outSegIndex].fIOVMAddr = (UInt32) segment.fIOVMAddr;  in OutputHost32()
1683 	OSWriteBigInt32(vSegList, offAddr, (UInt32) segment.fIOVMAddr);  in OutputBig32()
1694 	OSWriteLittleInt32(vSegList, offAddr, (UInt32) segment.fIOVMAddr);  in OutputLittle32()
1714 	OSWriteBigInt64(vSegList, offAddr, (UInt64) segment.fIOVMAddr);  in OutputBig64()
1725 	OSWriteLittleInt64(vSegList, offAddr, (UInt64) segment.fIOVMAddr);  in OutputLittle64()