import { PptxChartData } from 'pptx-viewer-core';
import { EditorState } from '../editor/editor-state.svelte';
/**
 * On-canvas edit commits (table cell text, SmartArt node text/fill) routed from
 * the stage into the editor.
 *
 * These used to sit in `ViewerBody.svelte`. They are plain functions over
 * `EditorState` with no template dependency, so they belong in a lintable
 * module rather than an SFC: the SFC only needs to know that editing is active,
 * not how a SmartArt fill patch is shaped. Each reads `editor.activeElements`
 * at call time, so the returned closures stay correct as the deck changes.
 *
 * Both SmartArt commits run the result through `reflowSmartArtData`, as React
 * does: a node-style change clears the cached `dsp` drawing, and without the
 * reflow the diagram silently dropped to the family approximation. The cached
 * drawing still wins whenever it survives the edit (a text edit patches it in
 * place), so the precedence between the two render paths is unchanged.
 */
export interface EditCommitHandlers {
    commitTableCell(id: string, rowIndex: number, cellIndex: number, text: string): void;
    commitSmartArtNode(id: string, nodeId: string, text: string): void;
    commitSmartArtFill(id: string, nodeId: string, fill: string): void;
    /**
     * Commit a data point dragged on the canvas. Called ONCE on pointer release
     * (the drag itself is a local preview), so one drag is one undo step.
     */
    commitChartPoint(id: string, chartData: PptxChartData): void;
    /** Commit a table's whole column-width array after a column-boundary drag. */
    commitTableResizeColumns(id: string, widths: number[]): void;
    /** Commit one row's new pixel height after a row-boundary drag. */
    commitTableResizeRow(id: string, rowIndex: number, height: number): void;
}
export declare function createEditCommits(editor: EditorState): EditCommitHandlers;
//# sourceMappingURL=viewer-body-commits.d.ts.map