166               &rhsMax = rhs.umax();  in inferDivUIRange()  local
172     return minMaxBy(udiv, {lhsMin, lhsMax}, {rhsMin, rhsMax},  in inferDivUIRange()
195               &rhsMax = rhs.smax();  in inferDivSIRange()  local
196   bool canDivide = rhsMin.isStrictlyPositive() || rhsMax.isNegative();  in inferDivSIRange()
204     return minMaxBy(sdiv, {lhsMin, lhsMax}, {rhsMin, rhsMax},  in inferDivSIRange()
288   const APInt &rhsMin = rhs.umin(), &rhsMax = rhs.umax();  in inferResultRanges()  local
295     umax = rhsMax - 1;  in inferResultRanges()
297     if (rhsMin == rhsMax) {  in inferResultRanges()
299       if ((lhsMax - lhsMin).ult(rhsMax)) {  in inferResultRanges()
300         APInt minRem = lhsMin.urem(rhsMax);  in inferResultRanges()
301         APInt maxRem = lhsMax.urem(rhsMax);  in inferResultRanges()
320               &rhsMax = rhs.smax();  in inferResultRanges()  local
322   unsigned width = rhsMax.getBitWidth();  in inferResultRanges()
326   bool canBound = (rhsMin.isStrictlyPositive() || rhsMax.isNegative());  in inferResultRanges()
328     APInt maxDivisor = rhsMin.isStrictlyPositive() ? rhsMax : rhsMin.abs();  in inferResultRanges()
337     if (rhsMin == rhsMax) {  in inferResultRanges()