def to_proto(self,
out: operations_pb2.Qubit = None) -> operations_pb2.Qubit:
"""Return the proto form, mutating supplied form if supplied."""
if out is None:
out = operations_pb2.Qubit()
out.row = self.row
out.col = self.col
return out
def test_to_proto():
q = XmonQubit(5, 6)
# Create a new message.
proto = q.to_proto()
assert proto.row == 5
assert proto.col == 6
# Populate an existing message.
proto2 = operations_pb2.Qubit()
q.to_proto(proto2)
assert proto2.row == 5
assert proto2.col == 6
v = cirq.google.JobConfig(project_id='my-project-id',
program_id='my-program-id',
job_id='my-job-id')
assert repr(v) == ("JobConfig(project_id='my-project-id', "
"program_id='my-program-id', "
"job_id='my-job-id', gcs_prefix=None, "
"gcs_program=None, gcs_results=None)")
_A_RESULT = program_pb2.Result(sweep_results=[
program_pb2.SweepResult(
repetitions=1,
measurement_keys=[
program_pb2.MeasurementKey(
key='q', qubits=[operations_pb2.Qubit(row=1, col=1)])
],
parameterized_results=[
program_pb2.ParameterizedResult(params=params_pb2.ParameterDict(
assignments={'a': 1}),
measurement_results=b'01')
])
])
_RESULTS = program_pb2.Result(sweep_results=[
program_pb2.SweepResult(
repetitions=1,
measurement_keys=[
program_pb2.MeasurementKey(
key='q', qubits=[operations_pb2.Qubit(row=1, col=1)])
],