317                         << ", stepIndex = " << temp.second.stepIndex  in vlogDump()
326 void DynamicTemporaries::declare(SourceOperandIndex sourceOperandIndex, uint32_t stepIndex,  in declare()  argument
330                     << toString(sourceOperandIndex) << ", stepIndex = " << stepIndex  in declare()
338             sourceOperandIndex, InternalLocationAndShape{stepIndex, 0, initialDimensions,  in declare()
341     mStepIndexToSourceOperandIndexes[stepIndex].emplace_back(sourceOperandIndex);  in declare()
367         mAllocatedStepIndexes.erase(temp.stepIndex);  in redeclare()
374 int DynamicTemporaries::allocate(uint32_t stepIndex) {  in allocate()  argument
375     VLOG(EXECUTION) << "DynamicTemporaries::allocate(stepIndex = " << stepIndex << ")";  in allocate()
379     const auto sourceOperandIndexesI = mStepIndexToSourceOperandIndexes.find(stepIndex);  in allocate()
398     auto& memory = mStepIndexToMemory[stepIndex];  in allocate()
407                        << " for step " << stepIndex;  in allocate()
408             mAllocatedStepIndexes.erase(stepIndex);  in allocate()
413     mAllocatedStepIndexes.insert(stepIndex);  in allocate()
417 bool DynamicTemporaries::allocated(uint32_t stepIndex) const {  in allocated()
418     return (mStepIndexToSourceOperandIndexes.find(stepIndex) ==  in allocated()
420            mAllocatedStepIndexes.count(stepIndex);  in allocated()
429         const bool isAllocated = allocated(temp.stepIndex);  in lookup()
435             return LocationAndShape{mStepIndexToMemory.at(temp.stepIndex).get(), temp.offset,  in lookup()
444 ExecutionStep::ExecutionStep(ExecutionPlan* plan, uint32_t stepIndex, uint32_t sourceModelIndex,  in ExecutionStep()  argument
447       mIndex(stepIndex),  in ExecutionStep()
660                 uint32_t stepIndex = it->second;  in findModelOutputsThatAreDownstreamInputs()  local
661                 CHECK_LT(stepIndex, mSteps.size());  in findModelOutputsThatAreDownstreamInputs()
663                         << "ExecutionStep(" << stepIndex  in findModelOutputsThatAreDownstreamInputs()
668                 mSteps[stepIndex]->executionStep()->declareModelOutputIsDownstreamInput(  in findModelOutputsThatAreDownstreamInputs()
690         uint32_t stepIndex = it->second;  in findTempsAsStepModelOutputs()  local
691         CHECK_LT(stepIndex, mSteps.size());  in findTempsAsStepModelOutputs()
692         mSteps[stepIndex]->executionStep()->recordTempAsStepModelOutput(sourceOperandIndex.second);  in findTempsAsStepModelOutputs()
1056                     const auto& [sourceIndex, stepIndex] = stepModelInputs[i];  in findMemoryStepRoles()
1061                     const auto& [sourceIndex, stepIndex] = stepModelOutputs[i];  in findMemoryStepRoles()
1945 void ExecutionPlan::recordOutputDef(SourceOperandIndex sourceOperandIndex, uint32_t stepIndex) {  in recordOutputDef()  argument
1947             compound()->mOutputToDefiningExecutionStep.emplace(sourceOperandIndex, stepIndex);  in recordOutputDef()
1948     CHECK(isNew) << "Step " << stepIndex << " redefines output operand "  in recordOutputDef()
1952 void ExecutionPlan::recordTemporaryDef(SourceOperandIndex sourceOperandIndex, uint32_t stepIndex) {  in recordTemporaryDef()  argument
1954             compound()->mTemporaryToDefiningExecutionStep.emplace(sourceOperandIndex, stepIndex);  in recordTemporaryDef()
1955     CHECK(isNew) << "Step " << stepIndex << " redefines temporary operand "  in recordTemporaryDef()
2083     for (const auto& [stepIndex, type, ioIndex] : it->second) {  in forEachStepRoleOfSourceOperand()
2084         CHECK_LT(stepIndex, mSteps.size());  in forEachStepRoleOfSourceOperand()
2085         const auto* step = mSteps[stepIndex]->executionStep();  in forEachStepRoleOfSourceOperand()
2122             const uint32_t stepIndex = step->getIndex();  in forEachDynamicTemporary()  local
2128                     fn(sourceOperandIndex, sourceOperand, stepIndex);  in forEachDynamicTemporary()