397         CHECK_LT(stepIndex, mSteps.size());  in findTempsAsStepModelOutputs()
398         mSteps[stepIndex]->executionStep()->recordTempAsStepModelOutput(sourceOperandIndex.second);  in findTempsAsStepModelOutputs()
400     for (const auto& logicalStep : mSteps) {  in findTempsAsStepModelOutputs()
630     for (const auto& logicalStep : mSteps) {  in finish()
701     for (const auto& logicalStep : mSteps) {  in findControlFlowBoundaryConstants()
782             bursts.reserve(compound()->mSteps.size());  in makeBursts()
783             for (const auto& logicalStep : compound()->mSteps) {  in makeBursts()
886     for (const auto& logicalStep : compound()->mSteps) {  in makeController()
1147     if (controller->mNextStepIndex == compoundBody->mSteps.size()) {  in nextCompound()
1152     const auto& logicalStep = compoundBody->mSteps[controller->mNextStepIndex];  in nextCompound()
1440                                               compound()->mSteps.size(), sourceModelIndex, device);  in createNewExecutionStep()
1441     compound()->mSteps.push_back(step);  in createNewExecutionStep()
1448     step->ifStep()->index = compound()->mSteps.size();  in createNewIfStep()
1449     compound()->mSteps.push_back(step);  in createNewIfStep()
1456     step->whileStep()->index = compound()->mSteps.size();  in createNewWhileStep()
1457     compound()->mSteps.push_back(step);  in createNewWhileStep()
1464     step->gotoStep()->index = compound()->mSteps.size();  in createNewGotoStep()
1465     compound()->mSteps.push_back(step);  in createNewGotoStep()
1524     return compound()->mSteps;  in forTest_compoundGetSteps()
1540     for (const auto& step : mSteps) {  in dump()
1560     for (const auto& logicalStep : mSteps) {  in forEachStepRoleOfInput()
1579     for (const auto& logicalStep : mSteps) {  in forEachStepRoleOfOutput()