3000 bool addOperations(uint32_t RangeStart, uint32_t RangeEnd, SizeT *NumOperations,  in addOperations()  argument
3002   assert(*NumOperations < N);  in addOperations()
3009     (*Operations)[*NumOperations] = AggregationElement(AO_Add, RangeStart);  in addOperations()
3010     ++(*NumOperations);  in addOperations()
3019   if (*NumOperations + 1 >= N) {  in addOperations()
3022   (*Operations)[*NumOperations] = AggregationElement(AO_Add, RangeStart + 1);  in addOperations()
3023   ++(*NumOperations);  in addOperations()
3024   (*Operations)[*NumOperations] = AggregationElement(AO_Sub, RangeEnd);  in addOperations()
3025   ++(*NumOperations);  in addOperations()
3032 bool tryToOptimize(uint32_t Src, SizeT *NumOperations,  in tryToOptimize()  argument
3037   *NumOperations = 0;  in tryToOptimize()
3038   while (Src != 0 && *NumOperations < N) {  in tryToOptimize()
3053       if (addOperations(SrcLastBitSet, 0, NumOperations, Operations)) {  in tryToOptimize()
3064     if (!addOperations(SrcLastBitSet, NegSrcLastBitSet + 1, NumOperations,  in tryToOptimize()
3346       SizeT NumOperations;  in lowerArithmetic()  local
3363       if (StrengthReduction::tryToOptimize(Const, &NumOperations, &Shifts)) {  in lowerArithmetic()
3364         assert(NumOperations >= 1);  in lowerArithmetic()
3368         if (NumOperations == 1 || Shifts[NumOperations - 1].shAmt() != 0) {  in lowerArithmetic()
3372           End = NumOperations;  in lowerArithmetic()
3379           End = NumOperations - 2;  in lowerArithmetic()
3381               Shifts[NumOperations - 1];  in lowerArithmetic()
3383               Shifts[NumOperations - 2];  in lowerArithmetic()