import { type ReactElement } from 'react';
import { type DimensionValue, type ViewStyle } from 'react-native';
import type { AspectRatioReturnType, CalculateWidthFromAspectRatioReturnType, CalculatedEachChildWidthPropType, CalculatedParentWidthPropType, ComputeTotalWidthReturnType, GetCalculatedDimensionPropType, GetWidthFromAspectRatioParams, ParentInfo, ParseDimensionPropType } from '../../src/components';
/**
 * Checks if the given parent component is a React Fragment.
 *
 * @param {JSX.Element} parent - The parent component to check.
 * @returns {boolean} - Returns `true` if the parent is a React Fragment, otherwise `false`.
 */
export declare const checkRootComponent: (parent: JSX.Element) => boolean;
/**
 * Flattens a style object into a single style object.
 *
 * This function takes a `ViewStyle` object as input and uses
 * React Native's `StyleSheet.flatten` method to combine styles.
 * If the flattening results in a falsy value, an empty object is returned.
 *
 * @param {ViewStyle} style - The style object to flatten.
 * @returns {ViewStyle} The flattened style object.
 */
export declare const flattenStyle: (style: ViewStyle) => ViewStyle;
/**
 * Fetches the default string text length from the given JSX element's `aria-label` property.
 *
 * This function retrieves the `aria-label` from the props of a JSX element,
 * calculates its length, and multiplies it by a predefined length multiplier from `AppConst`.
 * If the `aria-label` is not present or its length is zero, the function returns `undefined`.
 *
 * @param {JSX.Element} element - The JSX element from which to fetch the `aria-label`.
 * @returns {number | undefined} The computed length multiplied by the length multiplier, or `undefined` if the `aria-label` is not present.
 */
export declare const fetchDefaultStringText: (element: JSX.Element) => number | undefined;
/**
 * Retrieves the width of the aria-label for a given child element.
 *
 * This function checks if the provided child is a 'Text' component and
 * if the `childStyle` does not specify a width. If both conditions are met,
 * it calls `fetchDefaultStringText` to compute the width based on the `aria-label`.
 *
 * @param {JSX.Element | undefined} child - The JSX element (should be of type 'Text') to evaluate.
 * @param {ViewStyle} childStyle - The style object associated with the child element.
 * @returns {number | undefined} The calculated width based on the `aria-label`, or `undefined` if conditions are not met.
 */
export declare const getAriaLabelWidth: (child: JSX.Element | undefined, childStyle: ViewStyle) => number | undefined;
/**
 * Calculates the width based on the provided aspect ratio parameters.
 *
 * This function returns the `aspectRatioValue` if `isAspectRatioBased` is true,
 * otherwise, it returns the `flattenedStyleValue`.
 * This allows for flexible width calculations depending on the context.
 *
 * @param {GetWidthFromAspectRatioParams} params - The parameters for width calculation.
 * @param {boolean} params.isAspectRatioBased - Indicates if the aspect ratio should be used.
 * @param {DimensionValue} params.aspectRatioValue - The width value based on the aspect ratio.
 * @param {DimensionValue} params.flattenedStyleValue - The width value based on flattened styles.
 * @returns {DimensionValue | undefined} The calculated width or `undefined`.
 */
export declare const getWidthFromAspectRatio: ({ isAspectRatioBased, aspectRatioValue, flattenedStyleValue, }: GetWidthFromAspectRatioParams) => DimensionValue | undefined;
/**
 *
 * This function checks if the style object contains an `aspectRatio` property
 * and whether the specified dimension property (`width` or `height`) is undefined.
 * If the `aspectRatio` is defined and the specified dimension property is not,
 * it indicates that the aspect ratio is being used.
 *
 * @param {ViewStyle} style - The style object to evaluate for aspect ratio.
 * @param {'width' | 'height'} property - The property to check in the style object.
 * @returns {AspectRatioReturnType} Returns true if `aspectRatio` is defined and the specified property is not; otherwise, false.
 */
export declare const isAspectRatio: (style: ViewStyle, property: "width" | "height") => AspectRatioReturnType;
/**
 * Parses a dimension value, which can be a string with percentage or pixel units, or a number.
 *
 * This function handles three cases:
 * - If the dimension is a string ending with '%', it calculates the corresponding value based on the screen size.
 * - If the dimension is a string ending with 'px', it converts it to a number.
 * - If the dimension is a number, it returns the value directly.
 *
 * If the dimension is not valid or cannot be parsed, the function returns `undefined`.
 *
 * @param {ParseDimensionPropType} params - The parameters for dimension parsing.
 * @param {string | number} params.dimension - The dimension value to parse (can be a string with units or a number).
 * @param {number} [params.screenSize] - The screen size for calculating percentage values.
 * @returns {number | undefined} The parsed dimension value as a number, or `undefined` if the value is invalid.
 */
export declare const parseDimension: ({ dimension, screenSize, }: ParseDimensionPropType) => number | undefined;
/**
 * The function calculates width and height values based on aspect ratio and screen size.
 * @param {ViewStyle} style - The `style` parameter in the `calculateWidthFromAspectRatio` function
 * represents the styling properties of a view element in a user interface. It includes properties like
 * width, height, and aspect ratio that define the visual appearance of the element. The function
 * calculates the width and height values based on the aspect ratio
 * @param {number} [parenWidth] - The `parenWidth` parameter in the `calculateWidthFromAspectRatio`
 * function represents the width of the parent element or container. It is used to calculate the width
 * of an element based on its aspect ratio relative to the parent width. If the `parenWidth` is
 * provided, it will be used in
 * @returns The function `calculateWidthFromAspectRatio` returns an object with properties
 * `widthAccordingToAspectRatio` and `heightAccordingToAspectRatio`, which are calculated based on the
 * input `style` and `parenWidth` parameters.
 */
export declare const calculateWidthFromAspectRatio: (style: ViewStyle, parenWidth?: number) => CalculateWidthFromAspectRatioReturnType;
/**
 * The function `getWidth` calculates and returns the width of an item based on various style
 * properties and parent width.
 * @param {ViewStyle} itemStyle - The `itemStyle` parameter is of type `ViewStyle`, which represents
 * the style of the item being measured. It contains styling properties such as width, height, padding,
 * margin, etc., that define the appearance of the item.
 * @param {number} parentWidth - The `parentWidth` parameter in the `getWidth` function represents the
 * width of the parent container in pixels. This value is used to calculate the width of the item based
 * on different conditions and styles provided.
 * @param {number} widthPerUnassigned - The `widthPerUnassigned` parameter in the `getWidth` function
 * represents the default width value to be used when the width of the item is not explicitly defined
 * or calculated. If the width of the item cannot be determined based on the provided parameters or
 * conditions, the `widthPerUnassigned` value
 * @param item - The `item` parameter in the `getWidth` function is of type JSX.Element. It represents
 * the JSX element for which you are calculating the width. This element will be used to determine the
 * width of the item based on its style and other factors.
 * @returns The function `getWidth` returns a number value, which represents the calculated width of
 * the item based on the provided parameters and conditions within the function.
 */
export declare const getWidth: (itemStyle: ViewStyle, parentWidth: number, widthPerUnassigned: number, item: JSX.Element) => number;
/**
 * The function `distributeWidths` calculates and distributes widths for elements within a parent
 * container based on their styles and parent width.
 * @param {JSX.Element[]} elements - The `elements` parameter in the `distributeWidths` function is an
 * array of JSX elements that you want to distribute widths for. These elements will be analyzed to
 * determine their widths based on various factors like aspect ratio, aria labels, and styles.
 * @param {number} parentWidth - The `parentWidth` parameter in the `distributeWidths` function
 * represents the width of the parent container in which the elements will be distributed. It is a
 * number value that indicates the total width available for the elements to occupy within the parent
 * container.
 * @param {ViewStyle} flattenedParentStyle - The `flattenedParentStyle` parameter in the
 * `distributeWidths` function is a ViewStyle object that represents the style properties of the parent
 * container element after being flattened. This style object contains properties like `flexDirection`,
 * `alignItems`, `justifyContent`, `width`, `height
 * @returns The function `distributeWidths` returns an array of JSX elements with an added `width`
 * property, where the width value is calculated based on the parent width and the styles of the
 * elements being distributed.
 */
export declare const distributeWidths: (elements: JSX.Element[], parentWidth: number, flattenedParentStyle: ViewStyle) => (JSX.Element & {
    width: number;
})[];
/**
 * Calculates the width of a child component based on provided width data.
 *
 * This function searches for a child in the width data array, retrieves its width,
 * and adjusts it based on the global screen width. If the child width is found and
 * greater than zero, it subtracts the global screen width from the child's width.
 * If no valid width is found, it returns the provided calculated child width.
 *
 * @param {Object} params - The parameters for calculating the child width.
 * @param {JSX.Element} params.child - The child component for which the width is being calculated.
 * @param {Array<{ width?: number }>} params.widthData - An array of width data objects containing width properties.
 * @param {number} params.calculatedChildWidth - The width to return if the child width is not found.
 * @param {number} params.globalScreenWidth - The global screen width to adjust the child's width against.
 * @returns {number} The adjusted width of the child component, or the calculated child width if no valid width is found.
 */
export declare const calculatedEachChildWidth: ({ child, widthData, calculatedChildWidth, globalScreenWidth, }: CalculatedEachChildWidthPropType) => number | undefined;
/**
 * The function `getHorizontalMargin` calculates the total horizontal margin based on different margin
 * properties in a given ViewStyle object.
 * @param {ViewStyle} style - The `style` parameter is an object that contains margin-related
 * properties such as `margin`, `marginHorizontal`, `marginLeft`, and `marginRight`. These properties
 * define the horizontal spacing around an element in a UI component. The `getHorizontalMargin`
 * function calculates the total horizontal margin based on these properties
 * @returns The function `getHorizontalMargin` returns the total horizontal margin value calculated
 * based on the provided `style` object.
 */
export declare const getHorizontalMargin: (style: ViewStyle) => number;
/**
 * Calculates the parent width based on the given base width.
 *
 * This function handles both string percentages and numeric values for the base width.
 * If the base width is a percentage, it calculates the actual width based on the
 * container width or the calculated child width, depending on whether the parent
 * is the root component. If the base width is a numeric value, it converts it
 * to a number and returns it directly.
 *
 * @param {Object} params - The parameters for calculating the parent width.
 * @param {string | number} params.baseWidth - The base width value (can be a percentage string or a numeric value).
 * @param {number} params.containerWidth - The width of the container to calculate the percentage from.
 * @param {boolean} params.parentIsRoot - Indicates if the parent component is the root.
 * @param {number} params.calculatedChildWidth - The calculated width of the child component.
 * @returns {number} The calculated parent width as a number.
 */
export declare const calculateParentWidth: ({ baseWidth, containerWidth, parentIsRoot, calculatedChildWidth, }: CalculatedParentWidthPropType) => number;
/**
 * The function `calculateChildWidth` calculates the width of a child element based on various styles
 * and conditions within a parent component hierarchy.
 * @param child - The `child` parameter in the `calculateChildWidth` function represents the JSX
 * element of the child component for which you want to calculate the width. It contains information
 * about the child component's type, props, and style.
 * @param {ParentInfo} parentInfo - The `parentInfo` parameter in the `calculateChildWidth`
 * function seems to be of type `ParentInfo`. It likely contains information about the parent
 * component of the child element being processed. This information could include details such as the
 * parent component itself, its children, and possibly some styles or configurations
 * @param {ReactElement} subChildren - The `subChildren` parameter in the `calculateChildWidth`
 * function refers to the React element that represents the sub-children of the parent component. It is
 * used to extract style information for calculations related to the width of the child component.
 * @returns The `calculateChildWidth` function returns a `DimensionValue` or `undefined`.
 */
export declare const calculateChildWidth: (child: JSX.Element, parentInfo: ParentInfo, subChildren: ReactElement) => DimensionValue | undefined;
/**
 * The function calculates the global screen width based on the padding information of a parent
 * element.
 * @param {ParentInfo} parentInfo - The `parentInfo` parameter in the `calculateGlobalScreenWidth`
 * function is of type `ParentInfo`. It contains information about the parent component, such as
 * its props and style. The function calculates the global screen width based on the padding of the
 * parent component.
 * @returns The function `calculateGlobalScreenWidth` returns an object with a property
 * `globalScreenWidth` which contains a number value.
 */
export declare const calculateGlobalScreenWidth: (parentInfo: ParentInfo) => {
    globalScreenWidth: number;
};
/**
 * The function `computeTotalWidths` calculates the total width of child elements within a parent
 * element, considering various width calculation scenarios.
 * @param subChildren - The `subChildren` parameter in the `computeTotalWidths` function represents the
 * JSX elements that are children of a parent component. These elements are typically passed as props
 * to the parent component and can include various child components or elements that need to be
 * processed to calculate their total widths within the parent container
 * @param {number} parentWidth - The `parentWidth` parameter in the `computeTotalWidths` function
 * represents the width of the parent element in which the subChildren are being rendered. This value
 * is used to calculate the total width of children elements that have fixed widths specified in pixels
 * or percentages relative to the parent width.
 * @returns The function `computeTotalWidths` returns an object with two properties:
 * `totalWidthWithFixedChildren` and `totalChildrenWithoutWidth`.
 */
export declare const computeTotalWidths: (subChildren: JSX.Element, parentWidth: number) => ComputeTotalWidthReturnType;
/**
 * The function `calculateAdjustedChildWidth` calculates the adjusted width of child elements based on
 * their specified width values relative to the parent width.
 * @param subChildren - The `subChildren` parameter in the `calculateAdjustedChildWidth` function
 * represents the child elements of a parent component. It is of type `JSX.Element`, which is a React
 * element. These child elements are the components that are nested within the parent component.
 * @param {ParentInfo} parentInfo - The `parentInfo` parameter in the `calculateAdjustedChildWidth`
 * function is of type `ParentInfo`. It likely contains information about the parent element, such
 * as its dimensions, position, or other relevant data needed for calculating the adjusted child width.
 * You would need to refer to the definition of
 * @param {number} parentWidth - The `parentWidth` parameter in the `calculateAdjustedChildWidth`
 * function represents the width of the parent element in pixels. This value is used to calculate the
 * adjusted width of the child elements based on their specified width values.
 * @returns The function `calculateAdjustedChildWidth` is returning the `adjustedChildWidth`, which is
 * either a number representing the adjusted width of the child element based on the parent width, or
 * `undefined` if no valid child width is calculated.
 */
export declare const calculateAdjustedChildWidth: (subChildren: JSX.Element, parentInfo: ParentInfo, parentWidth: number) => number | undefined;
/**
 * The function `getAdjustedWidth` calculates the adjusted width of a child element by subtracting
 * total margin and previous margin from the calculated child width.
 * @param {number | undefined} calculatedChildWidth - The `calculatedChildWidth` parameter is the width
 * of a child element that has been calculated or measured in your layout. It can be a number
 * representing the width of the child element in pixels. If the width has not been calculated yet, it
 * can be `undefined`.
 * @param {number} totalMargin - Total margin is the sum of the left and right margins of an element.
 * It is the total space that the margins occupy around the element.
 * @param {number | undefined} prevMargin - The `prevMargin` parameter in the `getAdjustedWidth`
 * function represents the margin of the previous element in a layout. It is optional and can be either
 * a number indicating the margin of the previous element or `undefined` if there is no previous margin
 * to consider.
 * @returns The function `getAdjustedWidth` returns the adjusted width calculated by subtracting the
 * total margin and the previous margin (if provided) from the calculated child width. If the
 * calculated child width is undefined, it defaults to 0.
 */
export declare const getAdjustedWidth: (calculatedChildWidth: number | undefined, totalMargin: number, prevMargin: number | undefined) => number;
/**
 * Calculates the dimension based on the provided style value and parent dimension.
 *
 * This function handles percentage strings and numeric values for the style value.
 * If the style value is a percentage, it calculates the actual dimension based on
 * the parent dimension. If it is a width style, it returns the style value directly
 * if it is a number or falls back to the provided numeric width or screen width.
 * For non-width styles, it returns the style value directly if it's a number or defaults to 16.
 *
 * @param {Object} params - The parameters for calculating the dimension.
 * @param {string | number} params.styleValue - The style value (can be a percentage string or a numeric value).
 * @param {number} params.parentDimension - The dimension of the parent component for calculations.
 * @param {boolean} params.isWidthStyle - Indicates if the style value pertains to width.
 * @param {number} params.numericWidth - An optional numeric width to use if styleValue is not a number.
 * @returns {number} The calculated dimension as a number.
 */
export declare const getCalculatedDimension: ({ styleValue, parentDimension, isWidthStyle, numericWidth, }: GetCalculatedDimensionPropType) => number;
/**
 * The function `calculateAspectRatioDimensions` calculates aspect ratio dimensions based on the
 * provided style and child width.
 * @param {ViewStyle} style - The `style` parameter in the `calculateAspectRatioDimensions` function is
 * of type `ViewStyle` and represents the styling properties of a view component in a UI framework like
 * React Native. It contains style attributes such as width, height, padding, margin, background color,
 * etc., that define the appearance
 * @param {number} [calculatedChildWidth] - The `calculatedChildWidth` parameter is a number
 * representing the width of a child element that has been calculated based on certain criteria or
 * constraints. It is an optional parameter that can be passed to the `calculateAspectRatioDimensions`
 * function to assist in determining the aspect ratio dimensions of a parent element based on
 * @returns The function `calculateAspectRatioDimensions` returns an object with two properties:
 * `aspectRatioWidth` and `aspectRatioHeight`. Each property can have a value of `DimensionValue` or
 * `undefined`.
 */
export declare const calculateAspectRatioDimensions: (style: ViewStyle, calculatedChildWidth?: number) => {
    aspectRatioWidth: DimensionValue | undefined;
    aspectRatioHeight: DimensionValue | undefined;
};