import type { FieldsBuildInput, FiltersBuildInput, ICondition, IQuery, ObjectLiteral, QueryBuildInput, RelationsBuildInput, SortsBuildInput } from '@rapiq/core';
/**
 * Depth-bounded rapiq build inputs for component props. The library
 * defaults (depth 5) explode TypeScript's inferred-type serialization
 * for self-recursive entities (e.g. Policy.children); UI queries never
 * address more than three relation segments.
 */
export type QueryFiltersInput<T extends ObjectLiteral = ObjectLiteral> = FiltersBuildInput<T, 3>;
export type QueryFieldsInput<T extends ObjectLiteral = ObjectLiteral> = FieldsBuildInput<T, 3>;
export type QueryRelationsInput<T extends ObjectLiteral = ObjectLiteral> = RelationsBuildInput<T, 3>;
export type QuerySortInput<T extends ObjectLiteral = ObjectLiteral> = SortsBuildInput<T, 3>;
/**
 * Typed authoring input for component props and manager contexts:
 * rapiq's QueryBuildInput (each parameter also accepts an
 * already-built AST fragment, so condition helpers like or()/eq()
 * assign without casts) at the depth bound above. Desugared into the
 * IR via defineQuery at the consuming boundary.
 */
export type QueryInput<T extends ObjectLiteral = ObjectLiteral> = QueryBuildInput<T, 3>;
/**
 * Accepted query shape wherever the kit takes a query from the outside:
 * typed build input or the assembled rapiq IR.
 */
export type EntityListQueryInput<T extends ObjectLiteral = ObjectLiteral> = QueryInput<T> | IQuery;
/**
 * A condition is either a leaf filter or a compound filters node —
 * rapiq ships guards for both, but none for the union (and isFilters
 * narrows within ICondition rather than from unknown).
 */
export declare function isCondition(input: unknown): input is ICondition;
/**
 * Normalize accepted query input to the IR: an assembled query passes
 * through untouched, typed build input is desugared via defineQuery.
 */
export declare function normalizeQueryInput<T extends ObjectLiteral>(input?: EntityListQueryInput<T>): IQuery;
//# sourceMappingURL=build.d.ts.map