/**
 * The ONE module in `@godxjp/ui` that touches the optional `recharts` peer.
 *
 * WHY IT EXISTS (gh#409 · 6). `recharts` is declared optional in `peerDependenciesMeta`, so a
 * bundler that cannot resolve it substitutes an empty stub, and EVERY named import of that stub
 * becomes its own `[MISSING_EXPORT]` diagnostic. A consumer who had not installed recharts got 18
 * of them, spread across `dist/components/charts/**`, none of which said what to install.
 *
 * Reading the peer through a NAMESPACE import removes those bindings — there is no named export
 * left to be missing. ONE named import is kept on purpose: it is what still fails the BUILD (a
 * silent build followed by a blank page at load is worse than a red build), and because the
 * bundler prints the offending SOURCE LINE, its local alias is written as the remedy — so the
 * single remaining diagnostic reads
 *
 *   [MISSING_EXPORT] "ResponsiveContainer" is not exported by
 *     "__vite-optional-peer-dep:recharts:@godxjp/ui".
 *     ╭─[ …/dist/components/charts/recharts-peer.js:3:10 ]
 *   3 │ import { ResponsiveContainer as install_recharts_or_use_charts_compact_bar_trend } from "recharts";
 *
 * which names the package, the fix, and the alternative that needs no peer at all.
 *
 * `assertRechartsPeer` covers the bundlers that resolve a missing optional peer to a silent empty
 * object instead of a throwing stub: there the first chart to render says what is missing.
 *
 * Do NOT `import … from "recharts"` anywhere else in the library.
 */
import * as peer from "recharts";
/** What a consumer has to do. Kept as one string so the message cannot drift between call sites. */
export declare const RECHARTS_PEER_MESSAGE: string;
/**
 * Throw the remedy instead of an `undefined is not a component` render error. Called by each
 * recharts-backed chart before it renders anything.
 */
export declare function assertRechartsPeer(): void;
export declare const Area: <DataPointType = any, ValueAxisType = any>(props: peer.AreaProps<DataPointType, ValueAxisType>) => import("react").ReactElement, AreaChart: <DataPointType = any>(props: import("recharts/types/util/types").CartesianChartProps<DataPointType> & {
    ref?: React.Ref<SVGSVGElement>;
}) => React.ReactElement, Bar: <DataPointType = any, ValueAxisType = any>(props: peer.BarProps<DataPointType, ValueAxisType>) => import("react").ReactElement, BarChart: <DataPointType = any>(props: import("recharts/types/util/types").CartesianChartProps<DataPointType> & {
    ref?: React.Ref<SVGSVGElement>;
}) => React.ReactElement, CartesianGrid: typeof peer.CartesianGrid, Cell: import("react").FunctionComponent<peer.CellProps>, Legend: import("react").MemoExoticComponent<(outsideProps: peer.LegendProps) => React.ReactPortal | null>, Line: {
    <DataPointType = any, ValueAxisType = any>(props: peer.LineProps<DataPointType, ValueAxisType>): import("react").ReactElement;
    (props: peer.LineProps<any, any>): import("react").ReactElement;
}, LineChart: <DataPointType = any>(props: import("recharts/types/util/types").CartesianChartProps<DataPointType> & {
    ref?: React.Ref<SVGSVGElement>;
}) => React.ReactElement, Pie: {
    <DataPointType = any, DataValueType = any>(outsideProps: peer.PieProps<DataPointType, DataValueType>): import("react").ReactElement;
    (outsideProps: peer.PieProps<any, any>): import("react").ReactElement;
}, PieChart: <DataPointType = any>(props: import("recharts/types/util/types").PolarChartProps<DataPointType> & {
    ref?: React.Ref<SVGSVGElement>;
}) => React.ReactElement, ResponsiveContainer: import("react").ForwardRefExoticComponent<peer.ResponsiveContainerProps & import("react").RefAttributes<HTMLDivElement>>, Tooltip: typeof peer.Tooltip, XAxis: <DataPointType = any, DataValueType = any>(props: peer.XAxisProps<DataPointType, DataValueType>) => import("react").ReactElement, YAxis: <DataPointType = any, DataValueType = any>(props: peer.YAxisProps<DataPointType, DataValueType>) => import("react").ReactElement;