import type { ConductorTaskDefinition, ConductorWorkflowDefinition, WorkflowDefinition, WorkflowOutputBinding, WorkflowParameter } from '../contracts/workflow-definition';
export interface CompileWorkflowDefinitionFromConductorInput {
    metadata: WorkflowDefinition['metadata'];
    revision: WorkflowDefinition['revision'];
    presentation: WorkflowDefinition['presentation'];
    conductor: ConductorWorkflowDefinition;
    variables: readonly WorkflowParameter[];
    output: readonly WorkflowOutputBinding[];
    execution: Omit<WorkflowDefinition['execution'], 'timeoutMs' | 'conductor'>;
    triggers: WorkflowDefinition['triggers'];
    views: WorkflowDefinition['views'];
    dataContracts: WorkflowDefinition['dataContracts'];
    governance: WorkflowDefinition['governance'];
    interfaces: WorkflowDefinition['interfaces'];
}
export interface WorkflowPersistenceProjection {
    tasks: readonly ConductorTaskDefinition[];
    variables: readonly WorkflowParameter[];
    output: readonly WorkflowOutputBinding[];
}
export declare const DEFAULT_CONDUCTOR_OWNER_EMAIL = "dev@inf-monkeys.com";
/**
 * One-time production compiler from Conductor + authoring data to the canonical
 * WorkflowDefinition. Nested control-flow tasks remain typed inside each node,
 * so the projection does not depend on a lossy graph reconstruction.
 */
export declare const compileWorkflowDefinitionFromConductor: (input: CompileWorkflowDefinitionFromConductorInput) => WorkflowDefinition;
export declare const compileConductorWorkflowDefinition: (input: WorkflowDefinition) => ConductorWorkflowDefinition;
export declare const compileWorkflowPersistenceProjection: (input: WorkflowDefinition) => WorkflowPersistenceProjection;
//# sourceMappingURL=workflow-compiler.d.ts.map