import { default as React } from 'react';

import * as TooltipPrimitive from '@radix-ui/react-tooltip';
export type ContentProps = React.ComponentPropsWithoutRef<typeof TooltipPrimitive.Content> & {
    hideArrow?: boolean;
    /**
     * A more descriptive label for accessibility purpose
     */
    'aria-label'?: string;
    /**
     * Event handler called when the escape key is down.
     * Can be prevented.
     */
    onEscapeKeyDown?: TooltipPrimitive.TooltipContentProps['onEscapeKeyDown'];
    /**
     * Event handler called when the a `pointerdown` event happens outside of the `Tooltip`.
     * Can be prevented.
     */
    onPointerDownOutside?: TooltipPrimitive.TooltipContentProps['onPointerDownOutside'];
    /** The preferred side of the trigger to render against when open. Will be reversed when collisions occur and avoidCollisions is enabled. */
    side?: TooltipPrimitive.TooltipContentProps['side'];
    /** The distance in pixels from the trigger. */
    sideOffset?: TooltipPrimitive.TooltipContentProps['sideOffset'];
    /** The preferred alignment against the trigger. May change when collisions occur. */
    align?: TooltipPrimitive.TooltipContentProps['align'];
    /** An offset in pixels from the `"start"` or `"end"` alignment options. */
    alignOffset?: TooltipPrimitive.TooltipContentProps['alignOffset'];
    /** The padding between the arrow and the edges of the content. If your content has border-radius, this will prevent it from overflowing the corners. */
    arrowPadding?: TooltipPrimitive.TooltipContentProps['arrowPadding'];
    /** When `true`, overrides the side andalign preferences to prevent collisions with boundary edges. */
    avoidCollisions?: TooltipPrimitive.TooltipContentProps['avoidCollisions'];
    /** The element used as the collision boundary. By default this is the viewport, though you can provide additional element(s) to be included in this check. */
    collisionBoundary?: TooltipPrimitive.TooltipContentProps['collisionBoundary'];
    /** The distance in pixels from the boundary edges where collision detection should occur. Accepts a number (same for all sides), or a partial padding object, for example: `{ top: 20, left: 20 }`. */
    collisionPadding?: TooltipPrimitive.TooltipContentProps['collisionPadding'];
    /** The sticky behavior on the align axis. `"partial"` will keep the content in the boundary as long as the trigger is at least partially in the boundary whilst `"always"` will keep the content in the boundary regardless. */
    sticky?: TooltipPrimitive.TooltipContentProps['sticky'];
    /** Whether to hide the content when the trigger becomes fully occluded. */
    hideWhenDetached?: TooltipPrimitive.TooltipContentProps['hideWhenDetached'];
    updatePositionStrategy?: TooltipPrimitive.TooltipContentProps['updatePositionStrategy'];
};
/** The component that pops out when the tooltip is open. */
export declare const Content: React.ForwardRefExoticComponent<Omit<TooltipPrimitive.TooltipContentProps & React.RefAttributes<HTMLDivElement>, "ref"> & {
    hideArrow?: boolean;
    /**
     * A more descriptive label for accessibility purpose
     */
    'aria-label'?: string;
    /**
     * Event handler called when the escape key is down.
     * Can be prevented.
     */
    onEscapeKeyDown?: TooltipPrimitive.TooltipContentProps["onEscapeKeyDown"];
    /**
     * Event handler called when the a `pointerdown` event happens outside of the `Tooltip`.
     * Can be prevented.
     */
    onPointerDownOutside?: TooltipPrimitive.TooltipContentProps["onPointerDownOutside"];
    /** The preferred side of the trigger to render against when open. Will be reversed when collisions occur and avoidCollisions is enabled. */
    side?: TooltipPrimitive.TooltipContentProps["side"];
    /** The distance in pixels from the trigger. */
    sideOffset?: TooltipPrimitive.TooltipContentProps["sideOffset"];
    /** The preferred alignment against the trigger. May change when collisions occur. */
    align?: TooltipPrimitive.TooltipContentProps["align"];
    /** An offset in pixels from the `"start"` or `"end"` alignment options. */
    alignOffset?: TooltipPrimitive.TooltipContentProps["alignOffset"];
    /** The padding between the arrow and the edges of the content. If your content has border-radius, this will prevent it from overflowing the corners. */
    arrowPadding?: TooltipPrimitive.TooltipContentProps["arrowPadding"];
    /** When `true`, overrides the side andalign preferences to prevent collisions with boundary edges. */
    avoidCollisions?: TooltipPrimitive.TooltipContentProps["avoidCollisions"];
    /** The element used as the collision boundary. By default this is the viewport, though you can provide additional element(s) to be included in this check. */
    collisionBoundary?: TooltipPrimitive.TooltipContentProps["collisionBoundary"];
    /** The distance in pixels from the boundary edges where collision detection should occur. Accepts a number (same for all sides), or a partial padding object, for example: `{ top: 20, left: 20 }`. */
    collisionPadding?: TooltipPrimitive.TooltipContentProps["collisionPadding"];
    /** The sticky behavior on the align axis. `"partial"` will keep the content in the boundary as long as the trigger is at least partially in the boundary whilst `"always"` will keep the content in the boundary regardless. */
    sticky?: TooltipPrimitive.TooltipContentProps["sticky"];
    /** Whether to hide the content when the trigger becomes fully occluded. */
    hideWhenDetached?: TooltipPrimitive.TooltipContentProps["hideWhenDetached"];
    updatePositionStrategy?: TooltipPrimitive.TooltipContentProps["updatePositionStrategy"];
} & React.RefAttributes<HTMLDivElement>>;