private IQubitDto mapQubitToDto(QubitDao dao)
{
var dto = _producer.ProduceQubitDto();
var oneAmplitude = _producer.ProduceComplexDto();
var zeroAmplitude = _producer.ProduceComplexDto();
oneAmplitude.Real = dao.OneAmplitude.Real;
oneAmplitude.Imaginary = dao.OneAmplitude.Imaginary;
zeroAmplitude.Real = dao.ZeroAmplitude.Real;
zeroAmplitude.Imaginary = dao.ZeroAmplitude.Imaginary;
dto.OneAmplitude = oneAmplitude;
dto.ZeroAmplitude = zeroAmplitude;
return(dto);
}
public async Task <ICircuitResultDto> ExecuteCircuitHandler(Guid Uuid)
{
/*
* Here should be implemented the usage of the simulator library to execute quantum cirquit represented by
* cirquitDao found in database.
* The state of register in cirquit after executing of all quantum gates should be returned as result;
*/
var circuitDao = await _circuitRepository.FindCircuit(Uuid);
if (circuitDao == null)
{
return(null);
}
//Todo: Here some operations to simulate circuit
//temporarily return fake result
var result = _producer.ProcudeCircuitResultDto();
result.ResultingRegister = _producer.ProduceRegisterDto();
result.ResultingRegister.Type = "register";
result.ResultingRegister.InputCount = 0;
result.ResultingRegister.OutputCount = 2;
var firstCubit = _producer.ProduceQubitDto();
var secondCubit = _producer.ProduceQubitDto();
firstCubit.OneAmplitude = _producer.ProduceComplexDto();
firstCubit.ZeroAmplitude = _producer.ProduceComplexDto();
secondCubit.OneAmplitude = _producer.ProduceComplexDto();
secondCubit.ZeroAmplitude = _producer.ProduceComplexDto();
result.ResultingRegister.Qubits = new List <IQubitDto>()
{
firstCubit,
secondCubit
};
return(result);
}