236                                     const ComputationSliceState *sliceState,  in compute()  argument
278   if (sliceState != nullptr) {  in compute()
279     operands.reserve(operands.size() + sliceState->lbOperands[0].size());  in compute()
281     for (auto extraOperand : sliceState->lbOperands[0]) {  in compute()
318   if (sliceState != nullptr) {  in compute()
320     for (auto operand : sliceState->lbOperands[0]) {  in compute()
325         cst.addSliceBounds(sliceState->ivs, sliceState->lbs, sliceState->ubs,  in compute()
326                            sliceState->lbOperands[0]);  in compute()
760     bool isBackwardSlice, ComputationSliceState *sliceState) {  in getComputationSliceState()  argument
784                                      &sliceState->ivs);  in getComputationSliceState()
787   sliceState->lbs.resize(numSliceLoopIVs, AffineMap());  in getComputationSliceState()
788   sliceState->ubs.resize(numSliceLoopIVs, AffineMap());  in getComputationSliceState()
793                                         &sliceState->lbs, &sliceState->ubs);  in getComputationSliceState()
806   sliceState->lbOperands.resize(numSliceLoopIVs, sliceBoundOperands);  in getComputationSliceState()
807   sliceState->ubOperands.resize(numSliceLoopIVs, sliceBoundOperands);  in getComputationSliceState()
810   sliceState->insertPoint =  in getComputationSliceState()
835       sliceState->lbs[j] = AffineMap();  in getComputationSliceState()
836       sliceState->ubs[j] = AffineMap();  in getComputationSliceState()
857                                      ComputationSliceState *sliceState) {  in insertBackwardComputationSlice()  argument
901     if (AffineMap lbMap = sliceState->lbs[i])  in insertBackwardComputationSlice()
902       forOp.setLowerBound(sliceState->lbOperands[i], lbMap);  in insertBackwardComputationSlice()
903     if (AffineMap ubMap = sliceState->ubs[i])  in insertBackwardComputationSlice()
904       forOp.setUpperBound(sliceState->ubOperands[i], ubMap);  in insertBackwardComputationSlice()