import { R as RandomFn, c as FhirResource } from '../../types-CRTS25wG.js';

/**
 * Concrete fault types — each maps to a specific FHIR violation.
 */
type ConcreteFaultType = "missing-resource-type" | "invalid-resource-type" | "missing-id" | "invalid-gender" | "malformed-date" | "empty-name" | "wrong-type-on-field" | "duplicate-identifier" | "invalid-telecom-system" | "missing-status" | "invalid-status-value";
/**
 * Full fault type including the "random" convenience alias.
 * "random" expands to one concrete fault chosen by the seeded RNG.
 */
type FaultType = ConcreteFaultType | "random";
/** All valid fault type strings, for CLI validation. */
declare const FAULT_TYPES: FaultType[];
/**
 * A fault strategy receives a resource as a plain object and an RNG,
 * and returns a new object with the fault applied. Never mutates the input.
 */
type FaultStrategy = (resource: Record<string, unknown>, rng: RandomFn) => Record<string, unknown>;

/**
 * Apply a list of fault types to a FHIR resource.
 *
 * - "random" expands to one concrete fault chosen by the seeded RNG.
 * - Duplicate fault types in the list are applied once each (deduped by type).
 * - Faults targeting fields not present on the resource are silent no-ops.
 * - The original resource is never mutated; a new object is returned.
 */
declare function injectFaults(resource: FhirResource, faults: FaultType[], rng: RandomFn): FhirResource;

declare const FAULT_REGISTRY: Record<ConcreteFaultType, FaultStrategy>;
declare const CONCRETE_FAULT_TYPES: ConcreteFaultType[];

export { CONCRETE_FAULT_TYPES, type ConcreteFaultType, FAULT_REGISTRY, FAULT_TYPES, type FaultStrategy, type FaultType, injectFaults };