def test_all_to_all_topology(self) -> None:
"""
Checks that Sabre doesn't modify the circuit if the topology is of type ALL_TO_ALL.
"""
for nbqbit in range(min_nbqbit, max_nbqbit):
circuit = generate_random_circuit(nbqbit)
sabre = Sabre()
batch = Batch(jobs=[circuit.to_job()])
hardware_specs = HardwareSpecs()
batch_result = sabre.compile(batch, hardware_specs)
computed_circuit = batch_result.jobs[0].circuit
check_circuits_equality(circuit, computed_circuit)
def test_already_executable_circuit(self) -> None:
"""
Tests Sabre on a fully executable circuit which means all gates are applied on qubits which are connected on the
hardware.
"""
for nbqbit in range(min_nbqbit, max_nbqbit):
prog = Program()
qbits = prog.qalloc(nbqbit)
for i in range(len(qbits) - 1):
prog.apply(H, qbits[i])
prog.apply(Z, qbits[i])
prog.apply(X.ctrl(), qbits[i + 1], qbits[i])
circuit = prog.to_circ(inline=True)
sabre = Sabre()
batch = Batch(jobs=[circuit.to_job()])
hardware_specs = HardwareSpecs()
batch_result = sabre.compile(batch, hardware_specs)
computed_circuit = batch_result.jobs[0].circuit
check_circuits_equality(circuit, computed_circuit)