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PK c�z[�Cs�� � coords.d.tsnu �Iw�� import { State } from '../reducers/dragOffset'; import { XYCoord } from '..'; /** * Coordinate addition * @param a The first coordinate * @param b The second coordinate */ export declare function add(a: XYCoord, b: XYCoord): XYCoord; /** * Coordinate subtraction * @param a The first coordinate * @param b The second coordinate */ export declare function subtract(a: XYCoord, b: XYCoord): XYCoord; /** * Returns the cartesian distance of the drag source component's position, based on its position * at the time when the current drag operation has started, and the movement difference. * * Returns null if no item is being dragged. * * @param state The offset state to compute from */ export declare function getSourceClientOffset(state: State): XYCoord | null; /** * Determines the x,y offset between the client offset and the initial client offset * * @param state The offset state to compute from */ export declare function getDifferenceFromInitialOffset(state: State): XYCoord | null; PK c�z[�Mk�} } coords.jsnu �Iw�� /** * Coordinate addition * @param a The first coordinate * @param b The second coordinate */ export function add(a, b) { return { x: a.x + b.x, y: a.y + b.y, }; } /** * Coordinate subtraction * @param a The first coordinate * @param b The second coordinate */ export function subtract(a, b) { return { x: a.x - b.x, y: a.y - b.y, }; } /** * Returns the cartesian distance of the drag source component's position, based on its position * at the time when the current drag operation has started, and the movement difference. * * Returns null if no item is being dragged. * * @param state The offset state to compute from */ export function getSourceClientOffset(state) { const { clientOffset, initialClientOffset, initialSourceClientOffset } = state; if (!clientOffset || !initialClientOffset || !initialSourceClientOffset) { return null; } return subtract(add(clientOffset, initialSourceClientOffset), initialClientOffset); } /** * Determines the x,y offset between the client offset and the initial client offset * * @param state The offset state to compute from */ export function getDifferenceFromInitialOffset(state) { const { clientOffset, initialClientOffset } = state; if (!clientOffset || !initialClientOffset) { return null; } return subtract(clientOffset, initialClientOffset); } PK c�z[|��vS S dirtiness.d.tsnu �Iw�� export declare const NONE: string[]; export declare const ALL: string[]; /** * Determines if the given handler IDs are dirty or not. * * @param dirtyIds The set of dirty handler ids * @param handlerIds The set of handler ids to check */ export declare function areDirty(dirtyIds: string[], handlerIds: string[] | undefined): boolean; PK c�z[�@CTV V dirtiness.jsnu �Iw�� import { intersection } from './js_utils'; export const NONE = []; export const ALL = []; NONE.__IS_NONE__ = true; ALL.__IS_ALL__ = true; /** * Determines if the given handler IDs are dirty or not. * * @param dirtyIds The set of dirty handler ids * @param handlerIds The set of handler ids to check */ export function areDirty(dirtyIds, handlerIds) { if (dirtyIds === NONE) { return false; } if (dirtyIds === ALL || typeof handlerIds === 'undefined') { return true; } const commonIds = intersection(handlerIds, dirtyIds); return commonIds.length > 0; } PK c�z[y�O�n n equality.d.tsnu �Iw�� import { XYCoord } from '../interfaces'; export declare type EqualityCheck<T> = (a: T, b: T) => boolean; export declare const strictEquality: <T>(a: T, b: T) => boolean; /** * Determine if two cartesian coordinate offsets are equal * @param offsetA * @param offsetB */ export declare function areCoordsEqual(offsetA: XYCoord | null | undefined, offsetB: XYCoord | null | undefined): boolean; /** * Determines if two arrays of items are equal * @param a The first array of items * @param b The second array of items */ export declare function areArraysEqual<T>(a: T[], b: T[], isEqual?: EqualityCheck<T>): boolean; PK c�z[��Cg' ' equality.jsnu �Iw�� export const strictEquality = (a, b) => a === b; /** * Determine if two cartesian coordinate offsets are equal * @param offsetA * @param offsetB */ export function areCoordsEqual(offsetA, offsetB) { if (!offsetA && !offsetB) { return true; } else if (!offsetA || !offsetB) { return false; } else { return offsetA.x === offsetB.x && offsetA.y === offsetB.y; } } /** * Determines if two arrays of items are equal * @param a The first array of items * @param b The second array of items */ export function areArraysEqual(a, b, isEqual = strictEquality) { if (a.length !== b.length) { return false; } for (let i = 0; i < a.length; ++i) { if (!isEqual(a[i], b[i])) { return false; } } return true; } PK c�z[b�C3 3 getNextUniqueId.d.tsnu �Iw�� export default function getNextUniqueId(): number; PK c�z[��_ _ getNextUniqueId.jsnu �Iw�� let nextUniqueId = 0; export default function getNextUniqueId() { return nextUniqueId++; } PK c�z[��+�, , js_utils.d.tsnu �Iw�� /** * drop-in replacement for _.get * @param obj * @param path * @param defaultValue */ export declare function get<T>(obj: any, path: string, defaultValue: T): T; /** * drop-in replacement for _.without */ export declare function without<T>(items: T[], item: T): T[]; /** * drop-in replacement for _.isString * @param input */ export declare function isString(input: any): boolean; /** * drop-in replacement for _.isString * @param input */ export declare function isObject(input: any): boolean; /** * repalcement for _.xor * @param itemsA * @param itemsB */ export declare function xor<T extends string | number>(itemsA: T[], itemsB: T[]): T[]; /** * replacement for _.intersection * @param itemsA * @param itemsB */ export declare function intersection<T>(itemsA: T[], itemsB: T[]): T[]; PK c�z[��� js_utils.jsnu �Iw�� // cheap lodash replacements /** * drop-in replacement for _.get * @param obj * @param path * @param defaultValue */ export function get(obj, path, defaultValue) { return path .split('.') .reduce((a, c) => (a && a[c] ? a[c] : defaultValue || null), obj); } /** * drop-in replacement for _.without */ export function without(items, item) { return items.filter(i => i !== item); } /** * drop-in replacement for _.isString * @param input */ export function isString(input) { return typeof input === 'string'; } /** * drop-in replacement for _.isString * @param input */ export function isObject(input) { return typeof input === 'object'; } /** * repalcement for _.xor * @param itemsA * @param itemsB */ export function xor(itemsA, itemsB) { const map = new Map(); const insertItem = (item) => map.set(item, map.has(item) ? map.get(item) + 1 : 1); itemsA.forEach(insertItem); itemsB.forEach(insertItem); const result = []; map.forEach((count, key) => { if (count === 1) { result.push(key); } }); return result; } /** * replacement for _.intersection * @param itemsA * @param itemsB */ export function intersection(itemsA, itemsB) { return itemsA.filter(t => itemsB.indexOf(t) > -1); } PK c�z[H٨ � � matchesType.d.tsnu �Iw�� import { Identifier } from '../interfaces'; export default function matchesType(targetType: Identifier | Identifier[] | null, draggedItemType: Identifier | null): boolean; PK c�z[:�U! matchesType.jsnu �Iw�� export default function matchesType(targetType, draggedItemType) { if (draggedItemType === null) { return targetType === null; } return Array.isArray(targetType) ? targetType.some(t => t === draggedItemType) : targetType === draggedItemType; } PK c�z[�Cs�� � coords.d.tsnu �Iw�� PK c�z[�Mk�} } + coords.jsnu �Iw�� PK c�z[|��vS S � dirtiness.d.tsnu �Iw�� PK c�z[�@CTV V r dirtiness.jsnu �Iw�� PK c�z[y�O�n n equality.d.tsnu �Iw�� PK c�z[��Cg' ' � equality.jsnu �Iw�� PK c�z[b�C3 3 getNextUniqueId.d.tsnu �Iw�� PK c�z[��_ _ � getNextUniqueId.jsnu �Iw�� PK c�z[��+�, , ) js_utils.d.tsnu �Iw�� PK c�z[��� � js_utils.jsnu �Iw�� PK c�z[H٨ � � � matchesType.d.tsnu �Iw�� PK c�z[:�U! � matchesType.jsnu �Iw�� PK � !
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