import React from 'react';
import { BaseComponentProps } from '../internal/base-component';
import { CancelableEventHandler, NonCancelableEventHandler } from '../internal/events';
import { Optional } from '../internal/types';
import ColumnDisplayProperties = TableProps.ColumnDisplayProperties;
export interface TableForwardRefType {
  <T>(props: TableProps<T> & {
    ref?: React.Ref<TableProps.Ref>;
  }): JSX.Element;
}
export interface TableProps<T = any> extends BaseComponentProps {
  /**
   * Specifies additional analytics-related metadata.
   * * `instanceIdentifier` - A unique string that identifies this component instance in your application.
   * * `flowType` - Identifies the type of flow represented by the component.
   * * `resourceType` - Identifies the type of resource represented by the flow. **Note:** This API is currently experimental.
   * @analytics
   */
  analyticsMetadata?: TableProps.AnalyticsMetadata;
  /**
   * Heading element of the table container. Use the [header component](/components/header/).
   */
  header?: React.ReactNode;
  /**
   * Footer of the table container.
   */
  footer?: React.ReactNode;
  /**
   * Displayed when the `items` property is an empty array. Use it to render an empty or no-match state.
   */
  empty?: React.ReactNode;
  /**
   * Specifies the data that's displayed in the table rows. Each item contains the data for one row. The display of a row is handled
   * by the `cell` property of each column definition in the `columnDefinitions` property.
   */
  items: ReadonlyArray<T>;
  /**
   * Renders the table in a loading state. We recommend that you also set a `loadingText`.
   */
  loading?: boolean;
  /**
   * Specifies the text that's displayed when the table is in a loading state.
   */
  loadingText?: string;
  /**
   * Specifies a property that uniquely identifies an individual item.
   * When it's set, it's used to provide [keys for React](https://reactjs.org/docs/lists-and-keys.html#keys)
   * for performance optimizations.
   *
   * It is also used in the following situations:
   * - to connect `items` and `selectedItems` values when they reference different objects.
   * - to connect `items` and `expandableRows.expandedItems` values when they reference different objects.
   * - to attach successful edit state to the correct item if its row index changes after editing.
   */
  trackBy?: TableProps.TrackBy<T>;
  /**
   * The columns configuration object
   * * `id` (string) - Specifies a unique column identifier. The property is used 1) as a [keys](https://reactjs.org/docs/lists-and-keys.html#keys) source for React rendering,
   *   and 2) to match entries in the `columnDisplay` property, if defined.
   * * `header` (ReactNode) - Determines the display of the column header.
   * * `cell` ((item) => ReactNode) - Determines the display of a cell's content. You receive the current table row
   *   item as an argument.
   * * `width` (string | number) - Specifies the column width. Corresponds to the `width` css-property. If the width is not set,
   *   the browser automatically adjusts the column width based on the content. When `resizableColumns` property is
   *   set to `true`, additional constraints apply: 1) string values are not allowed, and 2) the last visible column always
   *   fills the remaining space of the table so the specified width is ignored.
   * * `minWidth` (string | number) - Specifies the minimum column width. Corresponds to the `min-width` css-property. When
   *   `resizableColumns` property is set to `true`, additional constraints apply: 1) string values are not allowed,
   *   and 2) the column can't resize below than the specified width (defaults to "120px"). We recommend that you set a minimum width
   *   of at least 176px for columns that are editable.
   * * `maxWidth` (string | number) - Specifies the maximum column width. Corresponds to the `max-width` css-property.
   *   Note that when the `resizableColumns` property is set to `true` this property is ignored.
   * * `ariaLabel` (LabelData => string) - An optional function that's called to provide an `aria-label` for the cell header.
   *   It receives the current sorting state of this column, the direction it's sorted in, and an indication of
   *   whether the sorting is disabled, as three Boolean values: `sorted`, `descending` and `disabled`.
   *   We recommend that you use this for sortable columns to provide more meaningful labels based on the
   *   current sorting direction.
   * * `sortingField` (string) - Enables default column sorting. The value is used in [collection hooks](/get-started/dev-guides/collection-hooks/)
   *   to reorder the items. Provide the name of the property within each item that should be used for sorting by this column.
   *   For more complex sorting use `sortingComparator` instead.
   * * `sortingComparator` ((T, T) => number) - Enables custom column sorting. The value is used in [collection hooks](/get-started/dev-guides/collection-hooks/)
   *   to reorder the items. This property accepts a custom comparator that is used to compare two items.
   *   The comparator must implement ascending ordering, and the output is inverted automatically in case of descending order.
   *   If present, the `sortingField` property is ignored.
   * * `counter` ((ItemCounterData) => string) - Specifies secondary cell content, displayed next to the primary. Use it to display
   *   resource counters in the first column of expandable tables with data grouping.
   * * `editConfig` (EditConfig) - Enables inline editing in column when present. The value is used to configure the editing behavior.
   *   * `editConfig.ariaLabel` (string) - Specifies a label for the edit control. Visually hidden but read by screen readers.
   *   * `editConfig.errorIconAriaLabel` (string) - Specifies an ariaLabel for the error icon that is displayed when the validation fails.
   *   * `editConfig.editIconAriaLabel` (string) - Specifies an alternate text for the edit icon used in column header.
   *   * `editConfig.constraintText` (string) - Constraint text that is displayed below the edit control.
   *   * `editConfig.disabledReason` ((item) => string | undefined) - A function that determines whether inline edit for certain items is disabled, and provides a reason why.
   *            Return a string from the function to disable inline edit with a reason. Return `undefined` (or no return) from the function allow inline edit.
   *   * `editConfig.validation` ((item, value) => string) - A function that allows you to validate the value of the edit control.
   *            Return a string from the function to display an error message. Return `undefined` (or no return) from the function to indicate that the value is valid.
   *   * `editConfig.editingCell` ((item, cellContext) => ReactNode) - Determines the display of a cell's content when inline editing is active on a cell;
   *        You receive the current table row `item` and a `cellContext` object as arguments.
   *        The `cellContext` object contains the following properties:
   *     * `cellContext.currentValue` - State to keep track of a value in input fields while editing.
   *     * `cellContext.setValue` - Function to update `currentValue`. This should be called when the value in input field changes.
   *     * `cellContext.submitValue` - Function to submit the `currentValue`.
   *   * `editConfig.disableNativeForm` (boolean) - Disables the use of a `<form>` element to capture submissions inside the inline editor.
   *        If enabled, ensure that any text inputs in the editing cell submit the cell value when the Enter key is pressed, using `cellContext.submitValue`.
   * * `isRowHeader` (boolean) - Specifies that cells in this column should be used as row headers.
   * * `hasDynamicContent` (boolean) - Specifies that cells in this column may have dynamic content. The contents will then be observed to update calculated column widths.
   *    This may have a negative performance impact, so should be used only if necessary. It has no effect if `resizableColumns` is set to `true`.
   * * `verticalAlign` ('middle' | 'top') - Determines the alignment of the content in the table cell.
   */
  columnDefinitions: ReadonlyArray<TableProps.ColumnDefinition<T>>;
  /**
   * Determines the alignment of the content inside table cells.
   * This property affects all cells, including the ones in the selection column.
   * To target individual cells use `columnDefinitions.verticalAlign`, that takes precedence over `cellVerticalAlign`.
   */
  cellVerticalAlign?: 'middle' | 'top';
  /**
   * Specifies the selection type (`'single' | 'multi'`).
   */
  selectionType?: TableProps.SelectionType;
  /**
   * List of selected items.
   */
  selectedItems?: ReadonlyArray<T>;
  /**
   * Use this slot to add filtering controls to the table.
   */
  filter?: React.ReactNode;
  /**
   * Use this slot to add the [pagination component](/components/pagination/) to the table.
   */
  pagination?: React.ReactNode;
  /**
   * Use this slot to add [collection preferences](/components/collection-preferences/) to the table.
   */
  preferences?: React.ReactNode;
  /**
   * Determines whether a given item is disabled. If an item is disabled, the user can't select it.
   */
  isItemDisabled?: TableProps.IsItemDisabled<T>;
  /**
   * Specifies if text wraps within table cells. If set to `true`, long text within cells may wrap onto
   * multiple lines instead of being truncated with an ellipsis.
   */
  wrapLines?: boolean;
  /**
   * Specifies if table rows alternate being shaded and unshaded. If set to `true`, every other row will be shaded.
   */
  stripedRows?: boolean;
  /**
   * Toggles the content density of the table. Defaults to `'comfortable'`.
   */
  contentDensity?: 'comfortable' | 'compact';
  /**
   * Specifies if columns can be resized. If set to `true`, users can resize the columns in the table.
   */
  resizableColumns?: boolean;
  /**
   * Specifies alternative text for the selection components (checkboxes and radio buttons) as follows:
   * * `selectionGroupLabel` (string) - Specifies the alternative text for the whole selection and single-selection column header.
   * * `itemSelectionLabel` ((SelectionState, Item) => string) - Specifies the alternative text for item selection controls.
   * The selection state includes:
   *  * `selectedItems` (Item[]) - corresponds to table's `selectedItems`.
   *  * `itemsCount` (optional, number) - corresponds to table's `expandableRows.getItemsCount(item)`.
   *  * `selectedItemsCount` (optional, number) - corresponds to table's `expandableRows.getItemsCount(item)`.
   * * `allItemsSelectionLabel` ((SelectionState) => string) - Specifies the alternative text for all items selection control.
   * The selection state includes:
   *  * `selectedItems` (Item[]) - corresponds to table's `selectedItems`.
   *  * `itemsCount` (optional, number) - corresponds to `expandableRows.totalItemsCount` or `totalItemsCount`.
   *  * `selectedItemsCount` (optional, number) - corresponds to `expandableRows.totalSelectedItemsCount` or `selectedItems.length`.
   * * `itemLoaderSelectionLabel`: ((SelectionState, Item) => string) - Specifies the alternative text for resource loader selector
   * in tables with data grouping.
   * * `tableLabel` (string) - Provides an alternative text for the table. If you use a header for this table, you may reuse the string
   *                           to provide a caption-like description. For example, tableLabel=Instances will be announced as 'Instances table'.
   * * `resizerRoleDescription` (string) - Provides role description for table column resizer buttons.
   * * `resizerTooltipText` (string) - Provides text for the table column resizer tooltip.
   * * `activateEditLabel` (EditableColumnDefinition, Item) => string -
   *                      Specifies an alternative text for the edit button in editable cells.
   * * `cancelEditLabel` (EditableColumnDefinition) => string -
   *                      Specifies an alternative text for the cancel button in editable cells.
   * * `submitEditLabel` (EditableColumnDefinition) => string -
   *                      Specifies an alternative text for the submit button in editable cells.
   * * `successfulEditLabel` (EditableColumnDefinition) => string -
   *                      Specifies an alternative text for the success icon in editable cells. This text is also announced to screen readers.
   * * `submittingEditText` (EditableColumnDefinition) => string -
   *                      Specifies a text that is announced to screen readers when a cell edit operation is submitted.
   * * `expandButtonLabel` (Item) => string - Specifies an alternative text for row expand button.
   * * `collapseButtonLabel` (Item) => string - Specifies an alternative text for row collapse button.
   * @i18n
   */
  ariaLabels?: TableProps.AriaLabels<T>;
  /**
   * Specifies the definition object of the currently sorted column. Make sure you pass an object that's
   * present in the `columnDefinitions` array.
   */
  sortingColumn?: TableProps.SortingColumn<T>;
  /**
   * Specifies whether to use a descending sort order.
   */
  sortingDescending?: boolean;
  /**
   * Specifies if sorting buttons are disabled. For example, use this property
   * to prevent the user from sorting before items are fully loaded.
   */
  sortingDisabled?: boolean;
  /**
   * Specifies the number of first and/or last columns that should be sticky.
   *
   * If the available scrollable space is less than a certain threshold, the feature is deactivated.
   *
   * Use it in conjunction with the sticky columns preference of the
   * [collection preferences](/components/collection-preferences/) component.
   *
   */
  stickyColumns?: TableProps.StickyColumns;
  /**
   * Specifies an array that represents the table columns in the order in which they will be displayed, together with their visibility.
   *
   * If not set, all columns are displayed and the order is dictated by the `columnDefinitions` property.
   *
   * Use it in conjunction with the content display preference of the [collection preferences](/components/collection-preferences/) component.
   *
   * Each entry is one of the following:
   * - `ColumnDisplay` - Represents a single column.
   *   - `type` ('column') - (Optional) Identifies the entry as a column. Defaults to `'column'` when omitted.
   *   - `id` (string) - The column identifier. Must match a column `id` from `columnDefinitions`.
   *   - `visible` (boolean) - Whether the column is visible.
   * - `GroupDisplay` - Represents a column group.
   *   - `type` ('group') - Identifies the entry as a group.
   *   - `id` (string) - The group identifier. Must match a group `id` from `groupDefinitions`.
   *   - `visible` (boolean) - Whether the group is visible.
   *   - `children` (ReadonlyArray<ColumnDisplayProperties>) - The columns or nested groups within this group.
   */
  columnDisplay?: ReadonlyArray<ColumnDisplayProperties>;
  /**
   * Defines the column groups. Each group has an `id` and `header` used to label the group header cell.
   *
   * When using grouped columns, you must also provide the `columnDisplay` property with `{ type: 'group', id, children }` entries
   * to assign columns to their respective groups and define the display hierarchy.
   *
   * Each group definition contains the following:
   * - `id` (string) - A unique identifier for the group.
   * - `header` (ReactNode) - The content displayed in the group header cell.
   * - `ariaLabel` ((LabelData) => string) - (Optional) A function that provides an `aria-label` for the group header.
   */
  groupDefinitions?: ReadonlyArray<TableProps.GroupDefinition<T>>;
  /**
   * Specifies an array containing the `id`s of visible columns. If not set, all columns are displayed.
   *
   * Use it in conjunction with the visible content preference of the [collection preferences](/components/collection-preferences/) component.
   *
   * The order of ids doesn't influence the order in which columns are displayed - this is dictated by the `columnDefinitions` property.
   *
   * @deprecated Replaced by `columnDisplay`.
   */
  visibleColumns?: ReadonlyArray<string>;
  /**
   * Fired when the user resizes a table column. The event detail contains an array of column widths in pixels,
   * including the hidden via preferences columns. Use this event to persist the column widths.
   */
  onColumnWidthsChange?: NonCancelableEventHandler<TableProps.ColumnWidthsChangeDetail>;
  /**
   * Called when either the column to sort by or the direction of sorting changes upon user interaction.
   * The event detail contains the current sortingColumn and isDescending.
   */
  onSortingChange?: NonCancelableEventHandler<TableProps.SortingState<T>>;
  /**
   * Fired when a user interaction triggers a change in the list of selected items.
   * The event `detail` contains the new state for `selectedItems`.
   */
  onSelectionChange?: NonCancelableEventHandler<TableProps.SelectionChangeDetail<T>>;
  /**
   * Note: This feature is provided for backwards compatibility. Its use is not recommended,
   * and it may be deprecated in the future.
   *
   * Called when the user clicked at a table row. The event detail contains the index of the
   * clicked row and the row object itself. Use this event to define a row click behavior.
   */
  onRowClick?: NonCancelableEventHandler<TableProps.OnRowClickDetail<T>>;
  /**
   * Note: This feature is provided for backwards compatibility. Its use is not recommended,
   * and it may be deprecated in the future.
   *
   * Called when the user clicked at a table row with the right mouse click. The event detail
   * contains the index of the clicked row and the row object itself. Use this event to override
   * the default browser context menu behavior.
   */
  onRowContextMenu?: CancelableEventHandler<TableProps.OnRowContextMenuDetail<T>>;
  /**
   * If set to `true`, the table header remains visible when the user scrolls down.
   *
   * Do not use `stickyHeader` conditionally. Instead, keep its value constant during the component lifecycle.
   */
  stickyHeader?: boolean;
  /**
   * Specifies a vertical offset (in pixels) for the sticky header. For example, use this if you
   * need to position the sticky header below other fixed position elements on the page.
   */
  stickyHeaderVerticalOffset?: number;
  /**
   * Specify a table variant with one of the following:
   * * `container` - Use this variant to have the table displayed within a container.
   * * `borderless` - Use this variant when the table should have no outer borders or shadow
   *                  (such as in a dashboard item container).
   * * `embedded` - Use this variant within a parent container (such as a modal, expandable
   *                section, container or split panel).
   *                **Deprecated**, replaced by `borderless` and `container`.
   * * `stacked` - Use this variant adjacent to other stacked containers (such as a container,
   *               table).
   * * `full-page` – Use this variant when the table is the entire content of a page.
   * @visualrefresh `embedded`, `stacked`, and `full-page` variants
   */
  variant?: TableProps.Variant;
  /**
   * Use this property to inform screen readers how many items there are in a table.
   * It specifies the total count of all items in a table.
   * If there is an unknown total of items in a table, leave this property undefined.
   */
  totalItemsCount?: number;
  /**
   * Use this property to inform screen readers which range of items is currently displayed in the table.
   * It specifies the index (1-based) of the first item in the table.
   */
  firstIndex?: number;
  /**
   * Use this function to announce page changes to screen reader users.
   * The function argument takes the following properties:
   * * `firstIndex` (number) - The provided `firstIndex` property which defaults to 1 when not defined.
   * * `lastIndex` (number) - The index of the last visible item of the table.
   * * `visibleItemsCount` (number) - The number of rendered table items.
   * * `totalItemsCount` (optional, number) - The provided `totalItemsCount` property.
   * Important: in tables with expandable rows the `firstIndex`, `lastIndex`, and `totalItemsCount` reflect the top-level items only.
   */
  renderAriaLive?: (data: TableProps.LiveAnnouncement) => string;
  /**
   * Specifies a function that will be called after user submits an inline edit.
   * Return a promise to keep loading state while the submit request is in progress.
   */
  submitEdit?: TableProps.SubmitEditFunction<T>;
  /**
   * Called whenever user cancels an inline edit. Use this function to reset any
   * validation states, or show warning for unsaved changes.
   */
  onEditCancel?: CancelableEventHandler;
  /**
   * Use this property to activate advanced keyboard navigation and focusing behaviors.
   * When set to `true`, table cells become navigable with arrow keys, and the entire table has a single tab stop.
   *
   * By default, the keyboard navigation is active for tables with expandable rows.
   */
  enableKeyboardNavigation?: boolean;
  /**
   * Use this property to define expandable table rows. The expandableRows configuration object consists of:
   * * `getItemChildren` ((Item) => Item[]) - Use it to define nested data that are shown when an item gets expanded.
   * * `isItemExpandable` ((Item) => boolean) - Use it for items that can be expanded to show nested data.
   * * `expandedItems` (Item[]) - Use it to represent the expanded state of items.
   * * `onExpandableItemToggle` (TableProps.OnExpandableItemToggle<Item>) - Called when an item's expand toggle is clicked.
   * * `groupSelection` (optional, GroupSelectionState<Item>) - Tree-like selection state for tables with grouped data. When defined, the
   * properties `selectionType` and `selectedItems` no longer apply. It reads as (assuming item "a.1" is nested under "a"):
   *  * `{ inverted: false, toggledItems: [] }` - no items are selected;
   *  * `{ inverted: true, toggledItems: [] }` - all items are selected;
   *  * `{ inverted: false, toggledItems: ["a", "a.1"] }` - all items nested under "a", unless also nested under "a.1", are selected.
   *  * `{ inverted: true, toggledItems: ["a", "a.1"] }` - the opposite of above.
   * * `onGroupSelectionChange` (optional, TableProps.OnGroupSelectionChange<Item>) - Called when group selection changes.
   * * `getItemsCount` (optional, (Item) => number) - Use it to indicate the number of resources nested under the given item.
   * The value is passed as `itemsCount` property to the `columnDefinitions[index].counter` and `ariaLabels.itemSelectionLabel` functions.
   * * `totalItemsCount` (optional, number) - Use it to indicate the total number of resources in the table.
   * The value is passed as `itemsCount` property to the `ariaLabels.allItemsSelectionLabel`.
   * * `getSelectedItemsCount` (optional, (Item) => number) - Use it to indicate the number of selected resources nested under the given item.
   * The value is passed as `selectedItemsCount` property to the `columnDefinitions[index].counter` and `ariaLabels.itemSelectionLabel` functions.
   * * `totalSelectedItemsCount` (optional, number) - Use it to indicate the total number of selected resources in the table.
   * The value is passed as `selectedItemsCount` property to the `ariaLabels.allItemsSelectionLabel`.
   */
  expandableRows?: TableProps.ExpandableRows<T>;
  /**
   * A function that specifies the current status of loading more items. It is called once for the entire
   * table with `item=null` and then for each expanded item. The function result is one of the four possible states:
   * * `pending` - Indicates that no request in progress, but more options may be loaded.
   * * `loading` - Indicates that data fetching is in progress.
   * * `finished` - Indicates that loading has finished and no more requests are expected.
   * * `error` - Indicates that an error occurred during fetch.
   **/
  getLoadingStatus?: TableProps.GetLoadingStatus<T>;
  /**
   * Renders loader row content for pending state.
   */
  renderLoaderPending?: (detail: TableProps.RenderLoaderDetail<T>) => React.ReactNode;
  /**
   * Renders loader row content for loading state.
   */
  renderLoaderLoading?: (detail: TableProps.RenderLoaderDetail<T>) => React.ReactNode;
  /**
   * Renders loader row content for error state.
   */
  renderLoaderError?: (detail: TableProps.RenderLoaderDetail<T>) => React.ReactNode;
  /**
   * Renders loader row content for empty row state: the loading status is "finished",
   * and the row is expanded but has empty children array.
   *
   * The empty loader state is only supported for expandable rows. Use `empty` slot if
   * the table items array is empty.
   */
  renderLoaderEmpty?: (detail: TableProps.RenderLoaderEmptyDetail<T>) => React.ReactNode;
  /**
   * Renders loader counter that is appended to the loader content in all loader states.
   */
  renderLoaderCounter?: (detail: TableProps.RenderLoaderCounterDetail<T>) => React.ReactNode;
}
export declare namespace TableProps {
  interface AnalyticsMetadata {
    instanceIdentifier?: string;
    flowType?: 'view-resource';
    resourceType?: string;
  }
  type TrackBy<T> = string | ((item: T) => string);
  interface CellContext<V> {
    currentValue: Optional<V>;
    setValue: (value: V | undefined) => void;
    submitValue: () => void;
  }
  interface EditConfig<T, V = any> {
    /**
     * Specifies a label for the edit control. Visually hidden but read
     * by screen readers.
     */
    ariaLabel?: string;
    /**
     * Specifies an ariaLabel for the error icon that is displayed when
     * the validation fails.
     */
    errorIconAriaLabel?: string;
    /**
     * Specifies an alternate text for the edit icon used in column header.
     */
    editIconAriaLabel?: string;
    /**
     * Constraint text that is displayed below the edit control.
     */
    constraintText?: string;
    /**
     * A function that allows you to validate the value of the edit control. Return
     * a string from the function to display an error message. Return
     * `undefined` (or no return) from the function to indicate that the value is valid.
     * @param item - The item that is being edited.
     * @param value - The current value of the edit control.
     */
    validation?: (item: T, value: Optional<V>) => Optional<string>;
    /**
     * Determines the display of a cell's content when inline edit is active.
     */
    editingCell(item: T, ctx: TableProps.CellContext<any>): React.ReactNode;
    /**
     * Determines whether inline edit for certain items is disabled, and provides a reason why.
     */
    disabledReason?: (item: T) => string | undefined;
    /**
     * Disables the use of a `<form>` element to capture submissions inside the inline editor.
     * If enabled, ensure that any text inputs in the editing cell submit the cell value when
     * the Enter key is pressed, using `cellContext.submitValue`.
     */
    disableNativeForm?: boolean;
  }
  type ColumnDefinition<T> = {
    id?: string;
    header: React.ReactNode;
    ariaLabel?(data: LabelData): string;
    width?: number | string;
    minWidth?: number | string;
    maxWidth?: number | string;
    counter?(props: ItemCounterData<T>): React.ReactNode;
    editConfig?: EditConfig<T>;
    isRowHeader?: boolean;
    verticalAlign?: VerticalAlign;
    hasDynamicContent?: boolean;
    cell(item: T): React.ReactNode;
  } & SortingColumn<T>;
  interface GroupDefinition<T = any> {
    id: string;
    header: React.ReactNode;
    ariaLabel?: (data: LabelData) => string;
  }
  interface ItemCounterData<T> {
    item: T;
    itemsCount?: number;
    selectedItemsCount?: number;
  }
  interface StickyColumns {
    first?: number;
    last?: number;
  }
  type VerticalAlign = 'middle' | 'top';
  type SelectionType = 'single' | 'multi';
  type Variant = 'container' | 'embedded' | 'borderless' | 'stacked' | 'full-page';
  interface SelectionState<T> {
    selectedItems: ReadonlyArray<T>;
    itemsCount?: number;
    selectedItemsCount?: number;
  }
  interface SelectionChangeDetail<T> {
    selectedItems: T[];
  }
  type IsItemDisabled<T> = (item: T) => boolean;
  interface AriaLabels<T> {
    allItemsSelectionLabel?: (data: SelectionState<T>) => string;
    itemSelectionLabel?: (data: SelectionState<T>, row: T) => string;
    itemLoaderSelectionLabel?: (data: SelectionState<T>, row: null | T) => string;
    selectionGroupLabel?: string;
    tableLabel?: string;
    resizerRoleDescription?: string;
    resizerTooltipText?: string;
    activateEditLabel?: (column: ColumnDefinition<any>, item: T) => string;
    cancelEditLabel?: (column: ColumnDefinition<any>) => string;
    submitEditLabel?: (column: ColumnDefinition<any>) => string;
    submittingEditText?: (column: ColumnDefinition<any>) => string;
    successfulEditLabel?: (column: ColumnDefinition<any>) => string;
    expandButtonLabel?: (item: T) => string;
    collapseButtonLabel?: (item: T) => string;
  }
  interface SortingState<T> {
    isDescending?: boolean;
    sortingColumn: SortingColumn<T>;
  }
  interface SortingColumn<T> {
    sortingField?: string;
    sortingComparator?: (a: T, b: T) => number;
  }
  interface LabelData {
    sorted: boolean;
    descending: boolean;
    disabled: boolean;
  }
  interface OnRowClickDetail<T> {
    rowIndex: number;
    item: T;
  }
  interface OnRowContextMenuDetail<T> {
    rowIndex: number;
    item: T;
    clientX: number;
    clientY: number;
  }
  interface ColumnWidthsChangeDetail {
    widths: ReadonlyArray<number>;
  }
  interface LiveAnnouncement {
    firstIndex: number;
    lastIndex: number;
    visibleItemsCount: number;
    totalItemsCount?: number;
  }
  interface Ref {
    /**
     * When the sticky header is enabled and you call this function, the table
     * scroll parent scrolls to reveal the first row of the table.
     */
    scrollToTop(): void;
    /**
     * Dismiss an inline edit if currently active.
     */
    cancelEdit?(): void;
  }
  type SubmitEditFunction<ItemType, ValueType = unknown> = (item: ItemType, column: ColumnDefinition<ItemType>, newValue: ValueType) => Promise<void> | void;
  interface ColumnDisplay {
    type?: 'column';
    id: string;
    visible: boolean;
  }
  interface GroupDisplay {
    type: 'group';
    id: string;
    visible: boolean;
    children: ReadonlyArray<ColumnDisplayProperties>;
  }
  type ColumnDisplayProperties = ColumnDisplay | GroupDisplay;
  interface ExpandableRows<T> {
    getItemChildren: (item: T) => readonly T[];
    isItemExpandable: (item: T) => boolean;
    expandedItems: ReadonlyArray<T>;
    onExpandableItemToggle: OnExpandableItemToggle<T>;
    groupSelection?: GroupSelectionState<T>;
    onGroupSelectionChange?: OnGroupSelectionChange<T>;
    getItemsCount?: (item: T) => number;
    totalItemsCount?: number;
    getSelectedItemsCount?: (item: T) => number;
    totalSelectedItemsCount?: number;
  }
  type OnExpandableItemToggle<T> = NonCancelableEventHandler<ExpandableItemToggleDetail<T>>;
  interface ExpandableItemToggleDetail<T> {
    item: T;
    expanded: boolean;
  }
  type OnGroupSelectionChange<T> = NonCancelableEventHandler<GroupSelectionChangeDetail<T>>;
  interface GroupSelectionChangeDetail<T> {
    groupSelection: GroupSelectionState<T>;
  }
  interface GroupSelectionState<T> {
    inverted: boolean;
    toggledItems: readonly T[];
  }
  type GetLoadingStatus<T> = (item: null | T) => LoadingStatus;
  type LoadingStatus = 'pending' | 'loading' | 'error' | 'finished';
  interface RenderLoaderDetail<T> {
    item: null | T;
  }
  interface RenderLoaderCounterDetail<T> {
    loadingStatus: LoadingStatus;
    selected: boolean;
    item: null | T;
  }
  interface RenderLoaderEmptyDetail<T> {
    item: T;
  }
}
export type TableRow<T> = TableDataRow<T> | TableLoaderRow<T>;
interface TableDataRow<T> {
  type: 'data';
  item: T;
}
interface TableLoaderRow<T> {
  type: 'loader';
  item: null | T;
  level: number;
  status: TableProps.LoadingStatus;
  from: number;
}
export type InternalSelectionType = TableProps.SelectionType | 'group';
export {};