IStationaryQubit.h

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#pragma once
 
#include <PhotonicQubit_m.h>
#include <backends/Backends.h>
#include <Eigen/Eigen>
#include <unordered_set>
 
namespace quisp::types {
 
using quisp::backends::EigenvalueResult;
using quisp::backends::MeasurementOutcome;
using quisp::backends::MeasureXResult;
using quisp::backends::MeasureYResult;
using quisp::backends::MeasureZResult;
 
}  // namespace quisp::types
 
namespace quisp::modules {
 
class IStationaryQubit : public omnetpp::cSimpleModule {
 public:
  IStationaryQubit(){};
  virtual ~IStationaryQubit(){};
 
  // RTC
  virtual void setFree(bool consumed) = 0;
  /*In use. E.g. waiting for purification result.*/
  virtual void Lock(unsigned long rs_id, int rule_id, int action_id) = 0;
  virtual void Unlock() = 0;
  virtual bool isLocked() = 0;
 
  virtual void emitPhoton(int pulse) = 0;
 
  virtual types::EigenvalueResult measureX() = 0;
  virtual types::EigenvalueResult measureY() = 0;
  virtual types::EigenvalueResult measureZ() = 0;
  virtual types::MeasurementOutcome measureRandomPauliBasis() = 0;
 
  virtual void gateCNOT(IStationaryQubit *target_qubit) = 0;
  virtual void gateHadamard() = 0;
  // RTC
  virtual void gateX() = 0;
  virtual void gateZ() = 0;
  virtual void gateY() = 0;
  virtual void gateS() = 0;
  virtual void gateSdg() = 0;
 
  virtual backends::IQubit *getBackendQubitRef() const = 0;
  int qnic_type;
  int qnic_index;
  int action_index;
};
}  // namespace quisp::modules