Struct AdaptiveCompiler 

pub struct AdaptiveCompiler { /* private fields */ }

Main adaptive compilation engine.

AdaptiveCompiler orchestrates a sequence of optimization passes:

1. Routing — maps logical qubits to physical qubits using hardware connectivity and calibration data (Dijkstra on the coupling map).
2. Native-gate decomposition — replaces non-native gates with sequences of gates supported by the target backend.
3. Gate-count optimization — removes identities and cancels adjacent inverse gates found by the graph dependency analysis.

All passes are applied up to config.max_optimization_passes rounds.

Implementations

impl AdaptiveCompiler

pub fn new(config: AdaptiveCompilationConfig) -> Self

Create an AdaptiveCompiler with the given configuration

pub fn default() -> Self

Create an AdaptiveCompiler with default configuration

pub fn compile<const N: usize>( &self, circuit: Circuit<N>, ) -> QuantRS2Result<(Circuit<N>, CompilationSummary)>

Main compilation entry point.

Applies routing → native-gate decomposition → optimization in a loop up to max_passes iterations. Returns the (possibly transformed) circuit together with a summary of applied passes.