def test_create_qasm_operation_dict(self):
ops = self.basic_ops + ['mY180 q0']
operation_dict = qta.create_operation_dict(ops, self.pulse_pars)
self.assertTrue(valid_operation_dictionary(operation_dict))
self.assertCountEqual(operation_dict.keys(), [
'init_all', 'RO q0', 'X180 q0', 'Y180 q0', 'X90 q0', 'Y90 q0',
'mY180 q0'
])
self.assertEqual(
operation_dict['X180 q0']['prepare_function_kwargs']['amplitude'],
0.5)
self.assertEqual(
operation_dict['X90 q0']['prepare_function_kwargs']['amplitude'],
0.5 * 0.48)
self.assertEqual(
operation_dict['Y180 q0']['prepare_function_kwargs']['amplitude'],
0.5)
self.assertEqual(
operation_dict['Y90 q0']['prepare_function_kwargs']['amplitude'],
0.5 * 0.48)
self.assertEqual(
operation_dict['X180 q0']['prepare_function_kwargs']['phase'], 0)
self.assertEqual(
operation_dict['X90 q0']['prepare_function_kwargs']['phase'], 0)
self.assertEqual(
operation_dict['mY180 q0']['prepare_function_kwargs']['phase'],
270)
self.assertEqual(
operation_dict['Y90 q0']['prepare_function_kwargs']['phase'], 90)
def test_create_qasm_operation_dict(self):
ops = self.basic_ops + ['mY180 q0']
operation_dict = qta.create_operation_dict(ops, self.pulse_pars)
self.assertTrue(valid_operation_dictionary(operation_dict))
self.assertCountEqual(operation_dict.keys(), ['init_all',
'RO q0', 'X180 q0',
'Y180 q0', 'X90 q0',
'Y90 q0', 'mY180 q0'])
self.assertEqual(
operation_dict['X180 q0']['prepare_function_kwargs']['amplitude'],
0.5)
self.assertEqual(
operation_dict['X90 q0']['prepare_function_kwargs']['amplitude'],
0.5*0.48)
self.assertEqual(
operation_dict['Y180 q0']['prepare_function_kwargs']['amplitude'],
0.5)
self.assertEqual(
operation_dict['Y90 q0']['prepare_function_kwargs']['amplitude'],
0.5*0.48)
self.assertEqual(
operation_dict['X180 q0']['prepare_function_kwargs']['phase'], 0)
self.assertEqual(
operation_dict['X90 q0']['prepare_function_kwargs']['phase'], 0)
self.assertEqual(
operation_dict['mY180 q0']['prepare_function_kwargs']['phase'],
270)
self.assertEqual(
operation_dict['Y90 q0']['prepare_function_kwargs']['phase'], 90)
def test_complete_sequence_loading_simple(self):
'''
Tests all the loading with an AllXY sequence that
contains all the basic steps but does not require mapping
the allowed operations.
'''
qasm_file = self.AllXY_qasm_file
ops = qta.extract_required_operations(qasm_file.name)
# # config needs to contain enough info to generate mapping
operation_dict = qta.create_operation_dict(ops, self.pulse_pars)
# operation_mapping = qta.create_operation_mapping(required_ops)
# # uploads all operations in op dict
with Capturing() as output:
qta.prepare_operations(operation_dict)
qta.qasm_to_asm(qasm_file.name, operation_dict)
def test_complete_sequence_loading_simple(self):
'''
Tests all the loading with an AllXY sequence that
contains all the basic steps but does not require mapping
the allowed operations.
'''
qasm_file = self.AllXY_qasm_file
ops = qta.extract_required_operations(qasm_file.name)
# # config needs to contain enough info to generate mapping
operation_dict = qta.create_operation_dict(ops, self.pulse_pars)
# operation_mapping = qta.create_operation_mapping(required_ops)
# # uploads all operations in op dict
with Capturing() as output:
qta.prepare_operations(operation_dict)
qta.qasm_to_asm(qasm_file.name, operation_dict)
