import type { ProjectionResult } from './projection.js';
import { type WorkbookSheet } from './workbook-xlsx.js';
/**
 * The model as a workbook an architect can work in (#355).
 *
 * The shape is borrowed from a real consulting workbook rather than invented:
 * identity is columnar and readability is derived. A stable id in column A,
 * foreign keys inline, and an adjacent `(auto)` column carrying the referenced
 * subject's NAME so a sheet reads without hunting across tabs. The id is what
 * round-trips; the `(auto)` column is a convenience and is ignored on import.
 *
 * Losslessness does not depend on this file enumerating every predicate
 * correctly. Well-known predicates become columns because a person needs them
 * to be columns; **everything else lands in `07 Other Facts` verbatim**, so a
 * predicate added to the compiler after this was written still survives a
 * round trip. A mapping that silently dropped what it did not recognise is the
 * failure this design exists to avoid.
 */
export declare const WORKBOOK_FORMAT = "yarramate/workbook/v1";
import { type Branding } from './branding.js';
export interface WorkbookProvenance {
    readonly workspace: string;
    readonly yarramateVersion: string;
    /** What the graph was compiled from, the pin a later import checks. */
    readonly sourceDigests: Readonly<Record<string, string>>;
    /** Vocabulary for the dropdown lists, taken from the compiled profile. */
    readonly conceptKinds: readonly string[];
    readonly relationshipKinds: readonly string[];
    readonly statuses: readonly string[];
}
export declare const buildWorkbookSheets: (result: ProjectionResult, provenance: WorkbookProvenance, branding?: Branding) => readonly WorkbookSheet[];
/** The workbook, as bytes. Synchronous and deterministic. */
export declare const workbookFrom: (result: ProjectionResult, provenance: WorkbookProvenance, branding?: Branding) => Uint8Array;