423     for (const auto& step : mSteps) {  in findTempsAsSubModelOutputs()  local
424         for (const auto& input : step->getTempsAsSubModelInputs()) {  in findTempsAsSubModelOutputs()
594     for (const auto& step : mSteps) {  in finish()  local
595         int n = step->finishSubModel(fromModel, &mHasSubModelOutputOfUnknownSize,  in finish()
655             for (const auto& step : compound()->mSteps) {  in makeBursts()  local
656                 if (const auto preparedModel = step->getPreparedSubModel()) {  in makeBursts()
710         for (const auto& step : compound()->mSteps) {  in makeController()  local
711             for (const auto& output: step->getTempsAsSubModelOutputs()) {  in makeController()
815     const auto step = compoundBody->mSteps[controller->mNextStepIndex];  in next()  local
816     *executor = std::make_shared<StepExecutor>(controller->mExecutionBuilder, step->getSubModel(),  in next()
817                                                step->getDevice(), step->getPreparedSubModel());  in next()
818     (*executor)->setExecutionStep(step);  in next()
819     step->mapInputsAndOutputs(*executor);  in next()
827             const size_t firstSubModelOutputIndex = step->getModelOutputs().size();  in next()
828             const auto& subModelOutputs = step->getTempsAsSubModelOutputs();  in next()
848             const size_t firstSubModelInputIndex = step->getModelInputs().size();  in next()
849             const auto& subModelInputs = step->getTempsAsSubModelInputs();  in next()
871                 step->getModelInputs().size() + step->getTempsAsSubModelInputs().size();  in next()
873                 step->getOutputsAsSubModelInputsIndexToFromModel();  in next()
891     auto step = std::make_shared<ExecutionStep>(this, steps.size(), device);  in createNewStep()  local
892     steps.push_back(step);  in createNewStep()
893     return step;  in createNewStep()
959     for (const auto& step : mSteps) {  in dump()  local
960         step->dump();  in dump()
1029         std::shared_ptr<ExecutionStep> step = plan->createNewStep(devices[deviceIndex]);  in partitionTheWork()  local
1034             int n = step->addOperation(operationIndex, *this);  in partitionTheWork()