Struct CompiledGraph 

pub struct CompiledGraph<S: StateSchema> { /* private fields */ }

CompiledGraph - Ready-to-execute graph

Created from StateGraph.compile(). Handles:

• State management and updates
• Edge routing (fixed and conditional)
• Execution with recursion limits
• Checkpointing for persistence

Implementations

impl<S: StateSchema> CompiledGraph<S>

pub fn with_checkpointer<C: Checkpointer<S> + 'static>( self, checkpointer: C, ) -> Self

pub fn with_recursion_limit(self, limit: usize) -> Self

pub fn with_interrupt_before(self, nodes: Vec<String>) -> Self

pub fn with_interrupt_after(self, nodes: Vec<String>) -> Self

pub fn node_names(&self) -> Vec<String>

pub fn get_edges(&self) -> &[GraphEdge]

pub fn entry_point(&self) -> &str

pub fn recursion_limit(&self) -> usize

pub fn interrupt_before(&self) -> &[String]

pub fn interrupt_after(&self) -> &[String]

pub async fn last_checkpoint_state(&self) -> Option<S>

Get the last checkpoint state (for interrupt recovery)

pub async fn create_resume_execution( &self, interrupted_node: &str, ) -> Option<GraphExecution<S>>

Create a resume execution context (from the last checkpoint) interrupted_node may be “node_name” or “after_node_name”

pub fn submit_task(&self, description: String)

Submit a new task for dynamic planning mid-execution

pub async fn inject_node( &self, name: &str, node: Arc<dyn GraphNode<S>>, ) -> GraphResult<()>

Inject a runtime node directly

pub async fn inject_edge(&self, source: &str, target: &str) -> GraphResult<()>

Inject a runtime edge directly

pub async fn inject_subgraph<SubS: StateSchema + 'static>( &self, name: &str, subgraph: CompiledGraph<SubS>, input_mapper: impl Fn(&S) -> SubS + Send + Sync + 'static, output_mapper: impl Fn(&SubS, &mut S) + Send + Sync + 'static, ) -> GraphResult<()>

Inject a subgraph as a runtime node

impl<S: StateSchema> CompiledGraph<S>

pub async fn invoke(&self, input: S) -> GraphResult<GraphInvocation<S>>

pub async fn invoke_with_execution( &self, execution: GraphExecution<S>, ) -> GraphResult<GraphInvocation<S>>

pub async fn resume( &self, execution: GraphExecution<S>, ) -> GraphResult<GraphInvocation<S>>

pub async fn invoke_from_node( &self, start_node: String, input: S, ) -> GraphResult<GraphInvocation<S>>

impl<S: StateSchema> CompiledGraph<S>

pub async fn invoke_parallel( &self, input: S, ) -> GraphResult<ParallelInvocation<S>>

pub async fn invoke_dynamic( &self, input: S, planner: &dyn DynamicPlanner<S>, ) -> GraphResult<GraphInvocation<S>>

Execute the graph with dynamic task injection support.

After each node completes, checks the task_inbox for newly submitted tasks. If tasks are found, uses the provided planner to convert them into new nodes/edges and injects them into the runtime registries before continuing.

impl<S: StateSchema> CompiledGraph<S>

pub async fn stream(&self, input: S) -> GraphResult<Vec<StreamEvent<S>>>

impl<S: StateSchema> CompiledGraph<S>

pub fn validate(&self) -> GraphResult<()>

impl<S: StateSchema> CompiledGraph<S>

pub fn visualize_ascii(&self) -> String

Visualize the graph structure in ASCII format

pub fn visualize_mermaid(&self) -> String

Visualize the graph structure in Mermaid format

pub fn visualize_json(&self) -> Value

Visualize the graph structure as JSON

pub fn to_definition(&self) -> GraphDefinition

Trait Implementations

impl<S: StateSchema> Debug for CompiledGraph<S>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.