Searched refs:numSecspTrack (Results 1 – 4 of 4) sorted by relevance
34 uint32_t MBRPart::numSecspTrack = MAX_SECSPERTRACK; member in MBRPart55 numSecspTrack = MAX_SECSPERTRACK; in MBRPart()128 numSecspTrack = sectors; in SetGeometry()273 if ((!done) && (lba >= (numHeads * numSecspTrack * MAX_CYLINDERS))) { in LBAtoCHS()281 cylinder = lba / (numHeads * numSecspTrack); in LBAtoCHS()282 remainder = lba - (cylinder * numHeads * numSecspTrack); in LBAtoCHS()283 head = remainder / numSecspTrack; in LBAtoCHS()284 remainder -= head * numSecspTrack; in LBAtoCHS()290 if (sector < numSecspTrack) { in LBAtoCHS()
41 numSecspTrack = MAX_SECSPERTRACK; in BasicMBRData()54 numSecspTrack = MAX_SECSPERTRACK; in BasicMBRData()85 numSecspTrack = orig.numSecspTrack; in operator =()624 numSecspTrack = myDisk->GetNumSecsPerTrack(); in ReadCHSGeom()627 partitions[0].SetGeometry(numHeads, numSecspTrack, diskSize, blockSize); in ReadCHSGeom()676 if ((!done) && (lba >= ((uint64_t) numHeads * numSecspTrack * MAX_CYLINDERS))) { in LBAtoCHS()684 cylinder = lba / (uint64_t) (numHeads * numSecspTrack); in LBAtoCHS()685 remainder = lba - (cylinder * numHeads * numSecspTrack); in LBAtoCHS()686 head = remainder / numSecspTrack; in LBAtoCHS()687 remainder -= head * numSecspTrack; in LBAtoCHS()[all …]
66 static uint32_t numSecspTrack; variable
56 uint32_t numSecspTrack; // number of sectors per track, in CHS scheme variable