import type { GridApi } from '../api/gridApi';
import type { ChangedRowNodes } from '../clientSideRowModel/changedRowNodes';
import type { NamedBean } from '../context/bean';
import type { GridOptions, SelectAllMode } from '../entities/gridOptions';
import { RowNode } from '../entities/rowNode';
import type { SelectionEventSourceType } from '../events';
import type { ISelectionService, ISetNodesSelectedParams } from '../interfaces/iSelectionService';
import type { ServerSideRowGroupSelectionState, ServerSideRowSelectionState } from '../interfaces/selectionState';
import type { ChangedPath } from '../utils/changedPath';
import { BaseSelectionService } from './baseSelectionService';
export declare class SelectionService extends BaseSelectionService implements NamedBean, ISelectionService {
    beanName: "selectionSvc";
    private readonly selectedNodes;
    /** Only used to track detail grid selection state when master/detail is enabled */
    private readonly detailSelection;
    private groupSelectsDescendants;
    private groupSelectsFiltered;
    private mode?;
    private masterSelectsDetail;
    private csrm?;
    private selectionBatchDepth;
    private pendingSelectionChanged;
    private pendingSelectionSource;
    postConstruct(): void;
    destroy(): void;
    handleSelectionEvent(event: MouseEvent | KeyboardEvent, rowNode: RowNode, source: SelectionEventSourceType): number;
    setNodesSelected({ newValue, clearSelection, suppressFinishActions, nodes, event, source, keepDescendants, }: ISetNodesSelectedParams & {
        keepDescendants?: boolean;
    }): number;
    private selectRange;
    private selectChildren;
    getSelectedNodes(): RowNode[];
    getSelectedRows(): any[];
    getSelectionCount(): number;
    /**
     * Drops a node leaving the model (destroyed, removed or detached) from the selection. Event-free
     * and allocation-free: only updates the map, so callers can call it inline as they tear nodes down.
     * The single `selectionChanged` and group roll-up are emitted by `updateSelectableAfterGrouping`.
     */
    removeFromSelection(node: RowNode, source: SelectionEventSourceType): void;
    updateGroupsFromChildrenSelections(source: SelectionEventSourceType, changedPath?: ChangedPath, event?: Event): boolean;
    private clearOtherNodes;
    /** Selection-index chokepoint: mirrors the base's `__selected` flip into `selectedNodes`, so the map is
     *  a pure derived index. Groups under groupSelectsDescendants are computed, not stored. */
    selectRowNode(rowNode: RowNode, newValue?: boolean, e?: Event, source?: SelectionEventSourceType): boolean;
    syncInRowNode(rowNode: RowNode, oldNode?: RowNode): void;
    createDaemonNode(rowNode: RowNode): RowNode | undefined;
    reset(source: SelectionEventSourceType): void;
    private resetNodes;
    getBestCostNodeSelection(): RowNode[] | undefined;
    isEmpty(): boolean;
    deselectAllRowNodes({ source, selectAll }: {
        source: SelectionEventSourceType;
        selectAll?: SelectAllMode;
    }): void;
    getSelectAllState(selectAll?: SelectAllMode): boolean | null;
    hasNodesToSelect(selectAll: SelectAllMode): boolean;
    /**
     * @param selectAll See `MultiRowSelectionOptions.selectAll`
     * @returns all nodes including unselectable nodes which are the target of this selection attempt
     */
    private getNodesToSelect;
    private forEachNodeOnPage;
    selectAllRowNodes(params: {
        source: SelectionEventSourceType;
        selectAll?: SelectAllMode;
    }): void;
    getSelectionState(): string[] | null;
    setSelectionState(state: string[] | ServerSideRowSelectionState | ServerSideRowGroupSelectionState | undefined, source: SelectionEventSourceType, clearSelection?: boolean): void;
    private canSelectAll;
    /** Recomputes a node's selectable state. A row that turns non-selectable stays in the grid, so it is
     *  deselected eventfully (fires rowSelected for the visible row); the batch coalesces these. */
    private recomputeSelectable;
    /**
     * Applies isRowSelectable to the affected nodes and deselects any that are no longer selectable. The
     * callback runs once, on the fully-formed node. Scope: `changedPath` → changed subtree (hierarchical);
     * `changedRowNodes` → added/updated rows only (flat); neither → all nodes (e.g. callback changed).
     */
    protected updateSelectable(changedPath?: ChangedPath, changedRowNodes?: ChangedRowNodes): void;
    /** Single post-refresh selectable pass, owned by the CSRM and run for both flat and hierarchical grids. */
    updateSelectableAfterGrouping(changedPath: ChangedPath | undefined, changedRowNodes?: ChangedRowNodes): void;
    refreshMasterNodeState(node: RowNode, e?: Event): void;
    setDetailSelectionState(masterNode: RowNode, detailGridOptions: GridOptions, detailApi: GridApi): void;
    private dispatchSelectionChanged;
    /** Flushes a `selectionChanged` left pending by `removeFromSelection` when its refresh was deferred,
     *  so an unrelated later batch can't emit it with the wrong source. */
    flushPendingSelectionChanged(): void;
    /** Close the batch; the outermost close flushes the single coalesced `selectionChanged`. Callers MUST
     *  pair the opening `selectionBatchDepth++` with this in a `finally` so a throwing user callback can't
     *  leak the depth and freeze future events. */
    private endSelectionBatch;
}