qrisp.quantum_network.QuantumNetworkClient.get_clear_qc#

QuantumNetworkClient.get_clear_qc()[source]#

Returns a QuantumCircuit containing all the qubits that belong to the client at the moment.

Note that the qubit names of the run QuantumCircuit are internally extended by the string “@client_name” (if they aren’t extended in this way already). This is to allow multiple clients to submit circuits with matching qubit names.

Note that

Returns

QuantumCircuit: An empty QuantumCircuit containing the qubits, this client may operate on.

Examples

We set up a quantum network, run some QuantumCircuits and retrieve the clear QuantumCircuit:

>>> from qrisp.quantum_network import QuantumNetworkServer, QuantumNetworkClient
>>> local_server = QuantumNetworkServer("127.0.0.1", background = True)
>>> local_server.start()
>>> client = QuantumNetworkClient(name = "alice", socket_ip = "127.0.0.1")
>>> from qrisp import QuantumCircuit
>>> qc_0 = QuantumCircuit(1)
>>> qc_0.x(0)
>>> print(qc_0)

      ┌───┐
qb_8: ┤ X ├
      └───┘

>>> client.run(qc_0)
>>> qc_1 = QuantumCircuit(1)
>>> qc_1.h(0)
>>> print(qc_1)

       ┌───┐
qb_26: ┤ H ├
       └───┘

>>> client.run(qc_1)
>>> print(client.get_clear_qc().qubits)
[Qubit(qb_58@alice), Qubit(qb_77@alice)]