general_superstaq.validation

Functions

validate_integer_param(→ None)	Validates that integer_param is an integer and positive (or above a minimum value).
validate_noise_type(→ None)	Validates that an ACES noise model is valid.
validate_qubo(→ None)	Validates that the input can be converted into a valid QUBO.
validate_target(→ None)	Checks that target conforms to a valid Superstaq format and device type.

Module Contents

general_superstaq.validation.validate_integer_param(integer_param: object, min_val: int = 1) → None

Validates that integer_param is an integer and positive (or above a minimum value).

Parameters:

• integer_param – The input parameter to validate.

• min_val – Optional parameter to validate if integer_param is greater than min_val.

Raises:

• TypeError – If integer_param is not an integer.

• ValueError – If integer_param is less than min_val.

general_superstaq.validation.validate_noise_type(noise: dict[str, object], n_qubits: int) → None

Validates that an ACES noise model is valid.

Parameters:

• noise – A noise model parameter.

• n_qubits – Number of qubits the noise model is applied to.

Raises:

ValueError – If noise is not valid.

general_superstaq.validation.validate_qubo(qubo: object) → None

Validates that the input can be converted into a valid QUBO.

Parameters:

qubo – The input value to validate.

Raises:

ValueError – If the provided object cannot be converted into a valid QUBO.

general_superstaq.validation.validate_target(target: str) → None

Checks that target conforms to a valid Superstaq format and device type.

Parameters:

target – A string containing the name of a target device.

Raises:

ValueError – If target has an invalid format or device type.