cirq.testing.ValidatingTestDevice

A fake device that was created to ensure certain Device validation features are

Inherits From: Device

cirq.testing.ValidatingTestDevice(
    qubits: AbstractSet[cirq.Qid],
    name: str = 'ValidatingTestDevice',
    allowed_gates: Tuple[type, ...] = (ops.Gate,),
    allowed_qubit_types: Tuple[type, ...] = (devices.GridQubit,),
    validate_locality: bool = False,
    auto_decompose_gates: Tuple[type, ...] = tuple()
)

leveraged in Circuit functions. It contains the minimum set of features that tests require. Feel free to extend the features here as needed.

qubits set of qubits on this device
name the name for repr
allowed_gates tuple of allowed gate types
allowed_qubit_types tuple of allowed qubit types
validate_locality if True, device will validate 2 qubit operations (except MeasurementGateOperations) whether the two qubits are adjacent. If True, GridQubits are assumed to be part of the allowed_qubit_types
auto_decompose_gates when set, for given gates it calls the cirq.decompose protocol

metadata Returns the associated Metadata with the device if applicable.

Methods

validate_circuit

View source

validate_circuit(
    circuit: 'cirq.AbstractCircuit'
) -> None

Raises an exception if a circuit is not valid.

Args
circuit The circuit to validate.

Raises
ValueError The circuit isn't valid for this device.

validate_moment

View source

validate_moment(
    moment: 'cirq.Moment'
) -> None

Raises an exception if a moment is not valid.

Args
moment The moment to validate.

Raises
ValueError The moment isn't valid for this device.

validate_operation

View source

validate_operation(
    operation: cirq.Operation
) -> None

Raises an exception if an operation is not valid.

Args
operation The operation to validate.

Raises
ValueError The operation isn't valid for this device.