136     void markProcessed(uint32_t operationIndex, OperationReadyCallback cb);
148     for (uint32_t operationIndex = 0; operationIndex < operations.size(); operationIndex++) {  in OperandTracker()  local
149         const Operation& operation = operations[operationIndex];  in OperandTracker()
156                 mOperandToOperations.emplace(operandIndex, operationIndex);  in OperandTracker()
160             cb(operationIndex);  in OperandTracker()
162         mUnknownInputCount[operationIndex] = count;  in OperandTracker()
166 void OperandTracker::markProcessed(uint32_t operationIndex, OperationReadyCallback cb) {  in markProcessed()  argument
168     const Operation& operation = mModel->getOperations()[operationIndex];  in markProcessed()
515 int ExecutionStep::addOperation(int operationIndex) {  in addOperation()  argument
516     const Operation& operation = getSourceModel()->getOperation(operationIndex);  in addOperation()
519         mToken.update(&operationIndex, sizeof(operationIndex));  in addOperation()
2164     auto enqueueOnAppropriateDevice = [&](uint32_t operationIndex) {  in partitionTheWorkInternal()  argument
2165         int deviceIndex = bestDeviceForOperation[operationIndex];  in partitionTheWorkInternal()
2166         perDeviceQueue[deviceIndex].push(operationIndex);  in partitionTheWorkInternal()
2167         VLOG(COMPILATION) << "enqueueOnAppropriateDevice " << operationIndex << " onto "  in partitionTheWorkInternal()
2205                 uint32_t operationIndex = queue.front();  in partitionTheWorkInternal()  local
2207                 int n = step->addOperation(operationIndex);  in partitionTheWorkInternal()
2209                     LOG(ERROR) << "failed to add operation " << operationIndex << " to step";  in partitionTheWorkInternal()
2212                 tracker.markProcessed(operationIndex, enqueueOnAppropriateDevice);  in partitionTheWorkInternal()
2216                 uint32_t operationIndex = queue.front();  in partitionTheWorkInternal()  local
2218                 const Operation& operation = getOperation(operationIndex);  in partitionTheWorkInternal()
2338                 tracker.markProcessed(operationIndex, enqueueOnAppropriateDevice);  in partitionTheWorkInternal()
2356     for (size_t operationIndex = 0; operationIndex < operationCount; operationIndex++) {  in getPerformance()  local
2357         perf += getPerformance(preference, device, operationIndex);  in getPerformance()
2363                                    uint32_t operationIndex) const {  in getPerformance()
2368     const Operation& operation = getOperation(operationIndex);  in getPerformance()
2414 bool ModelBuilder::isControlFlowOperationWithOperandOfUnknownSize(uint32_t operationIndex) const {  in isControlFlowOperationWithOperandOfUnknownSize()
2425     const Operation& operation = getOperation(operationIndex);  in isControlFlowOperationWithOperandOfUnknownSize()
2459 bool ModelBuilder::supportedByControlFlowInterpreter(uint32_t operationIndex) const {  in supportedByControlFlowInterpreter()
2460     const Operation& operation = getOperation(operationIndex);  in supportedByControlFlowInterpreter()
2463            !isControlFlowOperationWithOperandOfUnknownSize(operationIndex);  in supportedByControlFlowInterpreter()
2477     bool check(size_t operationIndex) const { return mSupportsOperationByIndex[operationIndex]; }  in check()
2498     for (size_t operationIndex = 0; operationIndex < operationCount; operationIndex++) {  in findBestDeviceForEachOperation()  local
2499         const Operation& operation = getOperation(operationIndex);  in findBestDeviceForEachOperation()
2503         if (isControlFlowOperationWithOperandOfUnknownSize(operationIndex)) {  in findBestDeviceForEachOperation()
2511                 if (canDo[cpuDeviceIndex].check(operationIndex)) {  in findBestDeviceForEachOperation()
2520                 if (canDo[deviceIndex].check(operationIndex)) {  in findBestDeviceForEachOperation()
2521                     const float perfVal = getPerformance(preference, device, operationIndex);  in findBestDeviceForEachOperation()
2538                                       << operation.type << ":" << operationIndex;  in findBestDeviceForEachOperation()
2547                    supportedByControlFlowInterpreter(operationIndex)) {  in findBestDeviceForEachOperation()
2551             (*bestDeviceForOperation)[operationIndex] = kControlFlowInterpreter;  in findBestDeviceForEachOperation()
2553                               << ":" << operationIndex << ") = -1 (NNAPI)";  in findBestDeviceForEachOperation()
2555             (*bestDeviceForOperation)[operationIndex] = bestChoice;  in findBestDeviceForEachOperation()
2557                               << ":" << operationIndex << ") = " << bestChoice << " ("  in findBestDeviceForEachOperation()