598           ValueSeq &Late);
599     bool classifyInst(Instruction *UseI, ValueSeq &Early, ValueSeq &Late);
1157       ValueSeq &Cycle, ValueSeq &Early, ValueSeq &Late) {  in classifyCycle()  argument
1160   // will be "late".  in classifyCycle()
1175   ValueSeq &First = !IsE ? Early : Late;  in classifyCycle()
1179   ValueSeq &Second = IsE ? Early : Late;  in classifyCycle()
1193       ValueSeq &Early, ValueSeq &Late) {  in classifyInst()  argument
1196   // values do have to be both early or both late.  in classifyInst()
1200       if (Late.count(TV) || Late.count(FV))  in classifyInst()
1203     } else if (Late.count(TV) || Late.count(FV)) {  in classifyInst()
1206       Late.insert(UseI);  in classifyInst()
1220     else if (Late.count(&*I))  in classifyInst()
1223   // If the operands appear "all early" and "all late" at the same time,  in classifyInst()
1228   // Conversely, if they are neither "all early" nor "all late", then  in classifyInst()
1229   // we have a mixture of early and late operands that is not a known  in classifyInst()
1240     Late.insert(UseI);  in classifyInst()
1313   ValueSeq Early, Late, Cycled;  in convertShiftsToLeft()  local
1328     classifyCycle(&I, C, Early, Late);  in convertShiftsToLeft()
1349       // and late values.  in convertShiftsToLeft()
1354       if (!classifyInst(T, Early, Late))  in convertShiftsToLeft()
1431         // whether the value is early or late. Instead of creating CIV+1,  in convertShiftsToLeft()
1436         if (Late.count(&*I))  in convertShiftsToLeft()