import { T as ToolHost } from '../tool-host-BqJRPr_T.js';
import { B as Bridge } from '../types-D_TzdBsK.js';
import { WorkbookData } from '@particle-academy/fancy-sheets';
import '../types-ITRQFAir.js';

/**
 * Cell writes funnel through fancy-sheets' own `reduceWorkbook` + `SheetOp` —
 * the same reducer that drives `<SheetWorkbook>` — so agent edits recalculate
 * formulas and land byte-identical to human edits, mirroring how the slides
 * bridge works. Types come straight from the package (no drift); the reducer
 * VALUE is lazy-imported inside the mutation handlers so the package barrel
 * never statically pulls this optional peer (see issue #3).
 */
type SheetsBridgeAdapter = {
    /** fancy-screens screen id (optional) so activity events know which screen the sheet lives in. */
    screenId?: string;
    /** Read the current workbook. */
    getWorkbook: () => WorkbookData;
    /** Replace the workbook. Host wires this to its onChange. */
    setWorkbook: (next: WorkbookData) => void;
    /** Optional: programmatically change the active cell. */
    setActiveCell?: (sheetId: string, address: string) => void;
};
type SheetsBridgeOptions = {
    adapter: SheetsBridgeAdapter;
    agent?: {
        id: string;
        name?: string;
        color?: string;
    };
};
/**
 * registerSheetsBridge — schema-aware MCP access to a fancy-sheets workbook.
 * Tools are sheet-aware (every mutator takes an explicit `sheet` id, defaulting
 * to the active sheet when omitted) so an agent can author multi-sheet docs.
 */
declare function registerSheetsBridge(host: ToolHost, options: SheetsBridgeOptions): Bridge;

export { type SheetsBridgeAdapter, type SheetsBridgeOptions, registerSheetsBridge };