def test_main_loop():
"""Test that the main loop is able to run without erring."""
# Keep test from taking a long time by lowering repetitions.
pytest.importorskip("cirq_google")
args = '--num_qubits 5 --depth 5 --num_circuits 1 --routes 3'.split()
with cirq.testing.assert_deprecated('Use cirq.optimize_for_target_gateset',
deadline='v0.16',
count=None):
quantum_volume.main(**quantum_volume.parse_arguments(args))
def test_parse_args():
"""Test that an argument string is parsed correctly."""
args = ('--num_qubits 5 --depth 5 --num_circuits 200 --seed 1234').split()
kwargs = quantum_volume.parse_arguments(args)
assert kwargs == {
'num_qubits': 5,
'depth': 5,
'num_circuits': 200,
'seed': 1234,
}
def test_main_loop():
"""Test that the main loop is able to run without erring."""
# Keep test from taking a long time by lowering repetitions.
args = '--num_qubits 5 --depth 5 --num_repetitions 1'.split()
quantum_volume.main(**quantum_volume.parse_arguments(args))
def test_main_loop():
"""Test that the main loop is able to run without erring."""
# Keep test from taking a long time by lowering repetitions.
pytest.importorskip("cirq.google")
args = '--num_qubits 5 --depth 5 --num_circuits 1 --routes 3'.split()
quantum_volume.main(**quantum_volume.parse_arguments(args))