def test_analyze_mode(self):
circuit = generate_bell_state()
task = Task(circuit, get_qpu_server())
for state in task.states():
self.assertAlmostEqual(state.probability, 0.5)
def test_bit_ordering(self):
circ = generate_bit_ordering()
for n_shots in [0, 10]:
# for expected_res, qbits in [(2, [0, 1, 2, 3]), (1, [0, 1, 2])]:
for expected_res, qbits in [(2, [0, 1, 2, 3]), (1, [0, 1, 2]),
(2, [2, 3]), (1, [3, 2])]:
ref_task = Task(circ, get_qpu_server())
if n_shots == 0:
for res in ref_task.states(qbits=qbits):
self.assertEqual(res.state.int, expected_res)
else:
for res in ref_task.execute(nb_samples=n_shots,
qbits=qbits):
self.assertEqual(res.state.int, expected_res)
def test_break(self):
circ = generate_break()
task = Task(circ, get_qpu_server())
exp = exception_types.QPUException(exception_types.ErrorType.BREAK)
exp = exception_types.QPUException(exception_types.ErrorType.BREAK)
raised = False
try:
res = task.execute()
except exception_types.QPUException as Exp:
self.assertEqual(Exp.code, 10)
self.assertEqual(Exp.modulename, "qat.pylinalg")
raised = True
self.assertTrue(raised)
def test_default_mode(self):
circuit = generate_bell_state()
task = Task(circuit, get_qpu_server())
result = task.execute()
self.assertTrue(result.state.int == result.state.int)
def test_formula_and_cctrl(self):
circ = generate_boolean()
task = Task(circ, get_qpu_server())
res = task.execute()
self.assertEqual(res.state.int, 7)