API Reference¶

QProvider¶

Entry point for quantum resource access through the LEXIS platform.

from qaas import QProvider

provider = QProvider(token, project_name)

Parameters

Name	Type	Description
`token`	`str`	LEXIS access token
`project_name`	`str`	LEXIS project identifier

Returns a QBackend connected to the specified resource.

Parameter	Type	Description
`resource_name`	`str`	Accounting string, e.g. `"EQE1-CZ-P0001"`

Represents a quantum hardware interface. Obtained via QProvider.get_backend().

Hardware specifications object.

Attribute	Description
`architecture.qubits`	List of available qubit indices
`architecture.gates`	Dict of supported gate names → definitions

Compiles a Qiskit QuantumCircuit into the IQM native gate set.

Parameter	Type	Default	Description
`quantum_circuit`	`QuantumCircuit`	—	Qiskit circuit to compile
`optimize_single_qubits`	`bool`	`False`	Merge single-qubit gates where possible

Returns a transpiled QuantumCircuit ready for execution.

Submits a transpiled circuit for execution.

Parameter	Type	Default	Description
`quantum_circuit`	`QuantumCircuit`	—	Transpiled circuit
`shots`	`int`	`1000`	Number of measurement repetitions

Returns a QJob handle.

Manages an in-flight or completed quantum job. Obtained via QBackend.run().

Blocks until the job is complete, then returns a result object.

result = job.result()

Method	Returns	Description
`get_counts()`	`dict[str, int]`	Bitstring → measurement count mapping

Base exception class raised by QaaS for all error conditions.

from qaas import QException

try:
    ...
except QException as e:
    print(e)