28     GateAccessor acc(const_cast<Circuit*>(circuit));  in CalculateDominatorTree()  local
35         auto startGate = acc.GetStateRoot();  in CalculateDominatorTree()
36         acc.SetMark(startGate, MarkCode::VISITED);  in CalculateDominatorTree()
43             if (acc.GetOpCode(curGate) != OpCode::LOOP_BACK) {  in CalculateDominatorTree()
44                 auto uses = acc.Uses(curGate);  in CalculateDominatorTree()
46                     if (useIt.GetIndex() < acc.GetStateCount(*useIt) &&  in CalculateDominatorTree()
47                         acc.IsState(*useIt) && acc.GetMark(*useIt) == MarkCode::NO_MARK) {  in CalculateDominatorTree()
48                         acc.SetMark(*useIt, MarkCode::VISITED);  in CalculateDominatorTree()
86             acc.GetInStates(bbGatesList[idx], preGates);  in CalculateDominatorTree()
122     GateAccessor acc(const_cast<Circuit*>(circuit));  in Run()  local
204         acc.GetOuts(acc.GetArgRoot(), argList);  in Run()
206             return acc.TryGetValue(lhs) > acc.TryGetValue(rhs);  in Run()
212             auto uses = acc.Uses(bbGate);  in Run()
215                 if (acc.IsFixed(succGate)) {  in Run()
216                     result[bbGatesAddrToIdx.at(acc.GetIn(succGate, 0))].push_back(succGate);  in Run()
232     GateAccessor acc(const_cast<Circuit*>(circuit));  in CalculateSchedulingUpperBound()  local
247         } else if (acc.IsProlog(gate) || acc.IsRoot(gate)) {  in CalculateSchedulingUpperBound()
250         } else if (acc.IsFixed(gate)) {  in CalculateSchedulingUpperBound()
251             returnValue = bbGatesAddrToIdx.at(acc.GetIn(gate, 0));  in CalculateSchedulingUpperBound()
253         } else if (acc.IsState(gate)) {  in CalculateSchedulingUpperBound()
272         acc.GetIns(schedulableGate, rootPredGates);  in CalculateSchedulingUpperBound()
311                 acc.GetIns(predGate, newPredGates);  in CalculateSchedulingUpperBound()
336     GateAccessor acc(const_cast<Circuit*>(circuit));  in CalculateFixedGatesList()  local
339         auto uses = acc.Uses(item.first);  in CalculateFixedGatesList()
342             if (acc.IsFixed(succGate)) {  in CalculateFixedGatesList()
355     GateAccessor acc(const_cast<Circuit*>(circuit));  in CalculateSchedulingLowerBound()  local
369         acc.GetIns(gate, rootPrevGates);  in CalculateSchedulingLowerBound()
379             if (!acc.IsSchedulable(prevGate)) {  in CalculateSchedulingLowerBound()
388                 acc.GetIns(prevGate, newPrevGates);  in CalculateSchedulingLowerBound()
405         acc.GetIns(gate, rootPrevGates);  in CalculateSchedulingLowerBound()
416             if (!acc.IsSchedulable(prevGate)) {  in CalculateSchedulingLowerBound()
422             if (acc.IsState(curGate)) {  // cur_opcode would not be STATE_ENTRY  in CalculateSchedulingLowerBound()
424             } else if (acc.IsFixed(curGate)) {  in CalculateSchedulingLowerBound()
426                 curLowerBound = bbGatesAddrToIdx.at(acc.GetIn(acc.GetIn(curGate, 0), idx - 1));  in CalculateSchedulingLowerBound()
443                 acc.GetIns(prevGate, newPrevGates);  in CalculateSchedulingLowerBound()
452     GateAccessor acc(const_cast<Circuit*>(circuit));  in Print()  local
459         auto opcode = acc.GetOpCode((*cfg)[bbIdx].front());  in Print()
465         auto ins = acc.Ins(head);  in Print()
468             if (acc.IsState(predState) ||  in Print()
469                 acc.GetOpCode(predState) == OpCode::STATE_ENTRY) {  in Print()
477         auto uses = acc.Uses(h);  in Print()
480             if (acc.IsState(succState) ||  in Print()
481                 acc.GetOpCode(succState) == OpCode::STATE_ENTRY) {  in Print()
488             acc.Print((*cfg)[bbIdx][instIdx - 1]);  in Print()