qunicorn_core.core.transpiler package

Submodules

qunicorn_core.core.transpiler.preprocessing_manager module

class qunicorn_core.core.transpiler.preprocessing_manager.PreProcessingManager

Bases: object

get_preprocessor(language: AssemblerLanguage) → Callable[[str], any]

Either returns the registered preprocessing method or a method that returns the input

register(language: AssemblerLanguage)
qunicorn_core.core.transpiler.preprocessing_manager.PreProcessor

This Class handles all preprocessing that is needed to transform a circuit string into a circuit object

alias of Callable[[str], any]

qunicorn_core.core.transpiler.preprocessing_manager.preprocess_braket(program: str) → Circuit

braket.Circuit needs to be included here as an import here so eval works with the type

qunicorn_core.core.transpiler.preprocessing_manager.preprocess_qiskit(program: str) → QuantumCircuit

since the qiskit circuit modifies the circuit object instead of simple returning the object (it returns the QiskitCircuit from the instruction set) the ‘qiskit_circuit’ is modified from the exec

qunicorn_core.core.transpiler.preprocessing_manager.preprocess_qrisp(program: str) → QuantumCircuit

qrisp.QuantumCircuit needs to be included here as an import so eval works with the type

qunicorn_core.core.transpiler.transpiler_manager module

class qunicorn_core.core.transpiler.transpiler_manager.TranspileManager

Bases: object

get_transpiler(src_language: ~qunicorn_core.static.enums.assembler_languages.AssemblerLanguage, dest_languages: [<enum 'AssemblerLanguage'>])
register_transpile_method(src_language: AssemblerLanguage, dest_language: AssemblerLanguage)
visualize_transpile_strategy(filename)
class qunicorn_core.core.transpiler.transpiler_manager.TranspileStrategyStep(src_language: qunicorn_core.static.enums.assembler_languages.AssemblerLanguage, dest_language: qunicorn_core.static.enums.assembler_languages.AssemblerLanguage, transpile_method: Callable[[str], str])

Bases: object

dest_language: AssemblerLanguage
src_language: AssemblerLanguage
transpile_method: Callable[[str], str]
qunicorn_core.core.transpiler.transpiler_manager.braket_to_qasm(source: Circuit) → str
qunicorn_core.core.transpiler.transpiler_manager.digraph_dijkstra_shortest_paths()

Find the shortest path from a node

This function will generate the shortest path from a source node using Dijkstra’s algorithm.

Parameters:

  • graph (PyDiGraph) –

  • source (int) – The node index to find paths from

  • target (int) – An optional target path to find the path

  • weight_fn – An optional weight function for an edge. It will accept a single argument, the edge’s weight object and will return a float which will be used to represent the weight/cost of the edge

  • default_weight (float) – If weight_fn isn’t specified this optional float value will be used for the weight/cost of each edge.

  • as_undirected (bool) – If set to true the graph will be treated as undirected for finding the shortest path.

Returns:

Dictionary of paths. The keys are destination node indices and the dict values are lists of node indices making the path.

Return type:

dict

Raises:

ValueError – when an edge weight with NaN or negative value is provided.

qunicorn_core.core.transpiler.transpiler_manager.qasm2_to_qiskit(source: str) → QuantumCircuit
qunicorn_core.core.transpiler.transpiler_manager.qasm3_to_qiskit(source: str) → QuantumCircuit
qunicorn_core.core.transpiler.transpiler_manager.qasm_to_braket(source: str) → Program
qunicorn_core.core.transpiler.transpiler_manager.qiskit_to_qasm2(circuit: QuantumCircuit) → str
qunicorn_core.core.transpiler.transpiler_manager.qiskit_to_qasm3(circuit: QuantumCircuit) → str
qunicorn_core.core.transpiler.transpiler_manager.qrisp_to_qiskit(circuit: QuantumCircuit) → Program

Module contents