, or turn it into a \") + 'drag source or a drop target itself.');\n}\n\nfunction wrapHookToRecognizeElement(hook) {\n return function () {\n var elementOrNode = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : null;\n var options = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : null;\n\n // When passed a node, call the hook straight away.\n if (!isValidElement(elementOrNode)) {\n var node = elementOrNode;\n hook(node, options); // return the node so it can be chained (e.g. when within callback refs\n //
connectDragSource(connectDropTarget(node))}/>\n\n return node;\n } // If passed a ReactElement, clone it and attach this function as a ref.\n // This helps us achieve a neat API where user doesn't even know that refs\n // are being used under the hood.\n\n\n var element = elementOrNode;\n throwIfCompositeComponentElement(element); // When no options are passed, use the hook directly\n\n var ref = options ? function (node) {\n return hook(node, options);\n } : hook;\n return cloneWithRef(element, ref);\n };\n}\n\nexport function wrapConnectorHooks(hooks) {\n var wrappedHooks = {};\n Object.keys(hooks).forEach(function (key) {\n var hook = hooks[key]; // ref objects should be passed straight through without wrapping\n\n if (key.endsWith('Ref')) {\n wrappedHooks[key] = hooks[key];\n } else {\n var wrappedHook = wrapHookToRecognizeElement(hook);\n\n wrappedHooks[key] = function () {\n return wrappedHook;\n };\n }\n });\n return wrappedHooks;\n}","function _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Date.prototype.toString.call(Reflect.construct(Date, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nimport * as React from 'react';\nimport { shallowEqual } from '@react-dnd/shallowequal';\nimport hoistStatics from 'hoist-non-react-statics';\nimport { invariant } from '@react-dnd/invariant';\nimport { DndContext } from '../common/DndContext';\nimport { isPlainObject } from '../utils/js_utils';\nimport { isRefable, checkDecoratorArguments } from './utils';\nexport function DragLayer(collect) {\n var options = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {};\n checkDecoratorArguments('DragLayer', 'collect[, options]', collect, options);\n invariant(typeof collect === 'function', 'Expected \"collect\" provided as the first argument to DragLayer to be a function that collects props to inject into the component. ', 'Instead, received %s. Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-layer', collect);\n invariant(isPlainObject(options), 'Expected \"options\" provided as the second argument to DragLayer to be a plain object when specified. ' + 'Instead, received %s. Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-layer', options);\n return function decorateLayer(DecoratedComponent) {\n var Decorated = DecoratedComponent;\n var _options$arePropsEqua = options.arePropsEqual,\n arePropsEqual = _options$arePropsEqua === void 0 ? shallowEqual : _options$arePropsEqua;\n var displayName = Decorated.displayName || Decorated.name || 'Component';\n\n var DragLayerContainer =\n /** @class */\n function () {\n var DragLayerContainer = /*#__PURE__*/function (_React$Component) {\n _inherits(DragLayerContainer, _React$Component);\n\n var _super = _createSuper(DragLayerContainer);\n\n function DragLayerContainer() {\n var _this;\n\n _classCallCheck(this, DragLayerContainer);\n\n _this = _super.apply(this, arguments);\n _this.isCurrentlyMounted = false;\n _this.ref = React.createRef();\n\n _this.handleChange = function () {\n if (!_this.isCurrentlyMounted) {\n return;\n }\n\n var nextState = _this.getCurrentState();\n\n if (!shallowEqual(nextState, _this.state)) {\n _this.setState(nextState);\n }\n };\n\n return _this;\n }\n\n _createClass(DragLayerContainer, [{\n key: \"getDecoratedComponentInstance\",\n value: function getDecoratedComponentInstance() {\n invariant(this.ref.current, 'In order to access an instance of the decorated component, it must either be a class component or use React.forwardRef()');\n return this.ref.current;\n }\n }, {\n key: \"shouldComponentUpdate\",\n value: function shouldComponentUpdate(nextProps, nextState) {\n return !arePropsEqual(nextProps, this.props) || !shallowEqual(nextState, this.state);\n }\n }, {\n key: \"componentDidMount\",\n value: function componentDidMount() {\n this.isCurrentlyMounted = true;\n this.handleChange();\n }\n }, {\n key: \"componentWillUnmount\",\n value: function componentWillUnmount() {\n this.isCurrentlyMounted = false;\n\n if (this.unsubscribeFromOffsetChange) {\n this.unsubscribeFromOffsetChange();\n this.unsubscribeFromOffsetChange = undefined;\n }\n\n if (this.unsubscribeFromStateChange) {\n this.unsubscribeFromStateChange();\n this.unsubscribeFromStateChange = undefined;\n }\n }\n }, {\n key: \"render\",\n value: function render() {\n var _this2 = this;\n\n return React.createElement(DndContext.Consumer, null, function (_ref) {\n var dragDropManager = _ref.dragDropManager;\n\n if (dragDropManager === undefined) {\n return null;\n }\n\n _this2.receiveDragDropManager(dragDropManager); // Let componentDidMount fire to initialize the collected state\n\n\n if (!_this2.isCurrentlyMounted) {\n return null;\n }\n\n return React.createElement(Decorated, Object.assign({}, _this2.props, _this2.state, {\n ref: isRefable(Decorated) ? _this2.ref : null\n }));\n });\n }\n }, {\n key: \"receiveDragDropManager\",\n value: function receiveDragDropManager(dragDropManager) {\n if (this.manager !== undefined) {\n return;\n }\n\n this.manager = dragDropManager;\n invariant(_typeof(dragDropManager) === 'object', 'Could not find the drag and drop manager in the context of %s. ' + 'Make sure to render a DndProvider component in your top-level component. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/troubleshooting#could-not-find-the-drag-and-drop-manager-in-the-context', displayName, displayName);\n var monitor = this.manager.getMonitor();\n this.unsubscribeFromOffsetChange = monitor.subscribeToOffsetChange(this.handleChange);\n this.unsubscribeFromStateChange = monitor.subscribeToStateChange(this.handleChange);\n }\n }, {\n key: \"getCurrentState\",\n value: function getCurrentState() {\n if (!this.manager) {\n return {};\n }\n\n var monitor = this.manager.getMonitor();\n return collect(monitor, this.props);\n }\n }]);\n\n return DragLayerContainer;\n }(React.Component);\n\n DragLayerContainer.displayName = \"DragLayer(\".concat(displayName, \")\");\n DragLayerContainer.DecoratedComponent = DecoratedComponent;\n return DragLayerContainer;\n }();\n\n return hoistStatics(DragLayerContainer, DecoratedComponent);\n };\n}","function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nimport { invariant } from '@react-dnd/invariant';\nimport { isPlainObject } from '../utils/js_utils';\nimport { getDecoratedComponent } from './utils';\nvar ALLOWED_SPEC_METHODS = ['canDrag', 'beginDrag', 'isDragging', 'endDrag'];\nvar REQUIRED_SPEC_METHODS = ['beginDrag'];\n\nvar SourceImpl = /*#__PURE__*/function () {\n function SourceImpl(spec, monitor, ref) {\n var _this = this;\n\n _classCallCheck(this, SourceImpl);\n\n this.props = null;\n\n this.beginDrag = function () {\n if (!_this.props) {\n return;\n }\n\n var item = _this.spec.beginDrag(_this.props, _this.monitor, _this.ref.current);\n\n if (process.env.NODE_ENV !== 'production') {\n invariant(isPlainObject(item), 'beginDrag() must return a plain object that represents the dragged item. ' + 'Instead received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', item);\n }\n\n return item;\n };\n\n this.spec = spec;\n this.monitor = monitor;\n this.ref = ref;\n }\n\n _createClass(SourceImpl, [{\n key: \"receiveProps\",\n value: function receiveProps(props) {\n this.props = props;\n }\n }, {\n key: \"canDrag\",\n value: function canDrag() {\n if (!this.props) {\n return false;\n }\n\n if (!this.spec.canDrag) {\n return true;\n }\n\n return this.spec.canDrag(this.props, this.monitor);\n }\n }, {\n key: \"isDragging\",\n value: function isDragging(globalMonitor, sourceId) {\n if (!this.props) {\n return false;\n }\n\n if (!this.spec.isDragging) {\n return sourceId === globalMonitor.getSourceId();\n }\n\n return this.spec.isDragging(this.props, this.monitor);\n }\n }, {\n key: \"endDrag\",\n value: function endDrag() {\n if (!this.props) {\n return;\n }\n\n if (!this.spec.endDrag) {\n return;\n }\n\n this.spec.endDrag(this.props, this.monitor, getDecoratedComponent(this.ref));\n }\n }]);\n\n return SourceImpl;\n}();\n\nexport function createSourceFactory(spec) {\n Object.keys(spec).forEach(function (key) {\n invariant(ALLOWED_SPEC_METHODS.indexOf(key) > -1, 'Expected the drag source specification to only have ' + 'some of the following keys: %s. ' + 'Instead received a specification with an unexpected \"%s\" key. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', ALLOWED_SPEC_METHODS.join(', '), key);\n invariant(typeof spec[key] === 'function', 'Expected %s in the drag source specification to be a function. ' + 'Instead received a specification with %s: %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', key, key, spec[key]);\n });\n REQUIRED_SPEC_METHODS.forEach(function (key) {\n invariant(typeof spec[key] === 'function', 'Expected %s in the drag source specification to be a function. ' + 'Instead received a specification with %s: %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', key, key, spec[key]);\n });\n return function createSource(monitor, ref) {\n return new SourceImpl(spec, monitor, ref);\n };\n}","import { invariant } from '@react-dnd/invariant';\nimport { isPlainObject } from '../utils/js_utils';\nimport { checkDecoratorArguments } from './utils';\nimport { decorateHandler } from './decorateHandler';\nimport { registerSource } from '../common/registration';\nimport { DragSourceMonitorImpl } from '../common/DragSourceMonitorImpl';\nimport { SourceConnector } from '../common/SourceConnector';\nimport { isValidType } from '../utils/isValidType';\nimport { createSourceFactory } from './createSourceFactory';\n/**\n * Decorates a component as a dragsource\n * @param type The dragsource type\n * @param spec The drag source specification\n * @param collect The props collector function\n * @param options DnD options\n */\n\nexport function DragSource(type, spec, collect) {\n var options = arguments.length > 3 && arguments[3] !== undefined ? arguments[3] : {};\n checkDecoratorArguments('DragSource', 'type, spec, collect[, options]', type, spec, collect, options);\n var getType = type;\n\n if (typeof type !== 'function') {\n invariant(isValidType(type), 'Expected \"type\" provided as the first argument to DragSource to be ' + 'a string, or a function that returns a string given the current props. ' + 'Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', type);\n\n getType = function getType() {\n return type;\n };\n }\n\n invariant(isPlainObject(spec), 'Expected \"spec\" provided as the second argument to DragSource to be ' + 'a plain object. Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', spec);\n var createSource = createSourceFactory(spec);\n invariant(typeof collect === 'function', 'Expected \"collect\" provided as the third argument to DragSource to be ' + 'a function that returns a plain object of props to inject. ' + 'Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', collect);\n invariant(isPlainObject(options), 'Expected \"options\" provided as the fourth argument to DragSource to be ' + 'a plain object when specified. ' + 'Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drag-source', collect);\n return function decorateSource(DecoratedComponent) {\n return decorateHandler({\n containerDisplayName: 'DragSource',\n createHandler: createSource,\n registerHandler: registerSource,\n createConnector: function createConnector(backend) {\n return new SourceConnector(backend);\n },\n createMonitor: function createMonitor(manager) {\n return new DragSourceMonitorImpl(manager);\n },\n DecoratedComponent: DecoratedComponent,\n getType: getType,\n collect: collect,\n options: options\n });\n };\n}","function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nimport { invariant } from '@react-dnd/invariant';\nimport { isPlainObject } from '../utils/js_utils';\nimport { getDecoratedComponent } from './utils';\nvar ALLOWED_SPEC_METHODS = ['canDrop', 'hover', 'drop'];\n\nvar TargetImpl = /*#__PURE__*/function () {\n function TargetImpl(spec, monitor, ref) {\n _classCallCheck(this, TargetImpl);\n\n this.props = null;\n this.spec = spec;\n this.monitor = monitor;\n this.ref = ref;\n }\n\n _createClass(TargetImpl, [{\n key: \"receiveProps\",\n value: function receiveProps(props) {\n this.props = props;\n }\n }, {\n key: \"receiveMonitor\",\n value: function receiveMonitor(monitor) {\n this.monitor = monitor;\n }\n }, {\n key: \"canDrop\",\n value: function canDrop() {\n if (!this.spec.canDrop) {\n return true;\n }\n\n return this.spec.canDrop(this.props, this.monitor);\n }\n }, {\n key: \"hover\",\n value: function hover() {\n if (!this.spec.hover || !this.props) {\n return;\n }\n\n this.spec.hover(this.props, this.monitor, getDecoratedComponent(this.ref));\n }\n }, {\n key: \"drop\",\n value: function drop() {\n if (!this.spec.drop) {\n return undefined;\n }\n\n var dropResult = this.spec.drop(this.props, this.monitor, this.ref.current);\n\n if (process.env.NODE_ENV !== 'production') {\n invariant(typeof dropResult === 'undefined' || isPlainObject(dropResult), 'drop() must either return undefined, or an object that represents the drop result. ' + 'Instead received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', dropResult);\n }\n\n return dropResult;\n }\n }]);\n\n return TargetImpl;\n}();\n\nexport function createTargetFactory(spec) {\n Object.keys(spec).forEach(function (key) {\n invariant(ALLOWED_SPEC_METHODS.indexOf(key) > -1, 'Expected the drop target specification to only have ' + 'some of the following keys: %s. ' + 'Instead received a specification with an unexpected \"%s\" key. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', ALLOWED_SPEC_METHODS.join(', '), key);\n invariant(typeof spec[key] === 'function', 'Expected %s in the drop target specification to be a function. ' + 'Instead received a specification with %s: %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', key, key, spec[key]);\n });\n return function createTarget(monitor, ref) {\n return new TargetImpl(spec, monitor, ref);\n };\n}","import { invariant } from '@react-dnd/invariant';\nimport { isPlainObject } from '../utils/js_utils';\nimport { registerTarget } from '../common/registration';\nimport { isValidType } from '../utils/isValidType';\nimport { TargetConnector } from '../common/TargetConnector';\nimport { DropTargetMonitorImpl } from '../common/DropTargetMonitorImpl';\nimport { checkDecoratorArguments } from './utils';\nimport { decorateHandler } from './decorateHandler';\nimport { createTargetFactory } from './createTargetFactory';\nexport function DropTarget(type, spec, collect) {\n var options = arguments.length > 3 && arguments[3] !== undefined ? arguments[3] : {};\n checkDecoratorArguments('DropTarget', 'type, spec, collect[, options]', type, spec, collect, options);\n var getType = type;\n\n if (typeof type !== 'function') {\n invariant(isValidType(type, true), 'Expected \"type\" provided as the first argument to DropTarget to be ' + 'a string, an array of strings, or a function that returns either given ' + 'the current props. Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', type);\n\n getType = function getType() {\n return type;\n };\n }\n\n invariant(isPlainObject(spec), 'Expected \"spec\" provided as the second argument to DropTarget to be ' + 'a plain object. Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', spec);\n var createTarget = createTargetFactory(spec);\n invariant(typeof collect === 'function', 'Expected \"collect\" provided as the third argument to DropTarget to be ' + 'a function that returns a plain object of props to inject. ' + 'Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', collect);\n invariant(isPlainObject(options), 'Expected \"options\" provided as the fourth argument to DropTarget to be ' + 'a plain object when specified. ' + 'Instead, received %s. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/api/drop-target', collect);\n return function decorateTarget(DecoratedComponent) {\n return decorateHandler({\n containerDisplayName: 'DropTarget',\n createHandler: createTarget,\n registerHandler: registerTarget,\n createMonitor: function createMonitor(manager) {\n return new DropTargetMonitorImpl(manager);\n },\n createConnector: function createConnector(backend) {\n return new TargetConnector(backend);\n },\n DecoratedComponent: DecoratedComponent,\n getType: getType,\n collect: collect,\n options: options\n });\n };\n}","function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nimport { isFunction, noop } from '../utils/js_utils';\n/**\n * Provides a set of static methods for creating Disposables.\n * @param {Function} action Action to run during the first call to dispose.\n * The action is guaranteed to be run at most once.\n */\n\nvar Disposable =\n/** @class */\nfunction () {\n var Disposable = /*#__PURE__*/function () {\n function Disposable(action) {\n _classCallCheck(this, Disposable);\n\n this.isDisposed = false;\n this.action = isFunction(action) ? action : noop;\n }\n /**\n * Validates whether the given object is a disposable\n * @param {Object} Object to test whether it has a dispose method\n * @returns {Boolean} true if a disposable object, else false.\n */\n\n\n _createClass(Disposable, [{\n key: \"dispose\",\n\n /** Performs the task of cleaning up resources. */\n value: function dispose() {\n if (!this.isDisposed) {\n this.action();\n this.isDisposed = true;\n }\n }\n }], [{\n key: \"isDisposable\",\n value: function isDisposable(d) {\n return Boolean(d && isFunction(d.dispose));\n }\n }, {\n key: \"_fixup\",\n value: function _fixup(result) {\n return Disposable.isDisposable(result) ? result : Disposable.empty;\n }\n /**\n * Creates a disposable object that invokes the specified action when disposed.\n * @param {Function} dispose Action to run during the first call to dispose.\n * The action is guaranteed to be run at most once.\n * @return {Disposable} The disposable object that runs the given action upon disposal.\n */\n\n }, {\n key: \"create\",\n value: function create(action) {\n return new Disposable(action);\n }\n }]);\n\n return Disposable;\n }();\n /**\n * Gets the disposable that does nothing when disposed.\n */\n\n\n Disposable.empty = {\n dispose: noop\n };\n return Disposable;\n}();\n\nexport { Disposable };\n/**\n * Represents a group of disposable resources that are disposed together.\n * @constructor\n */\n\nexport var CompositeDisposable = /*#__PURE__*/function () {\n function CompositeDisposable() {\n _classCallCheck(this, CompositeDisposable);\n\n this.isDisposed = false;\n\n for (var _len = arguments.length, disposables = new Array(_len), _key = 0; _key < _len; _key++) {\n disposables[_key] = arguments[_key];\n }\n\n this.disposables = disposables;\n }\n /**\n * Adds a disposable to the CompositeDisposable or disposes the disposable if the CompositeDisposable is disposed.\n * @param {Any} item Disposable to add.\n */\n\n\n _createClass(CompositeDisposable, [{\n key: \"add\",\n value: function add(item) {\n if (this.isDisposed) {\n item.dispose();\n } else {\n this.disposables.push(item);\n }\n }\n /**\n * Removes and disposes the first occurrence of a disposable from the CompositeDisposable.\n * @param {Any} item Disposable to remove.\n * @returns {Boolean} true if found; false otherwise.\n */\n\n }, {\n key: \"remove\",\n value: function remove(item) {\n var shouldDispose = false;\n\n if (!this.isDisposed) {\n var idx = this.disposables.indexOf(item);\n\n if (idx !== -1) {\n shouldDispose = true;\n this.disposables.splice(idx, 1);\n item.dispose();\n }\n }\n\n return shouldDispose;\n }\n /**\n * Disposes all disposables in the group and removes them from the group but\n * does not dispose the CompositeDisposable.\n */\n\n }, {\n key: \"clear\",\n value: function clear() {\n if (!this.isDisposed) {\n var len = this.disposables.length;\n var currentDisposables = new Array(len);\n\n for (var i = 0; i < len; i++) {\n currentDisposables[i] = this.disposables[i];\n }\n\n this.disposables = [];\n\n for (var _i = 0; _i < len; _i++) {\n currentDisposables[_i].dispose();\n }\n }\n }\n /**\n * Disposes all disposables in the group and removes them from the group.\n */\n\n }, {\n key: \"dispose\",\n value: function dispose() {\n if (!this.isDisposed) {\n this.isDisposed = true;\n var len = this.disposables.length;\n var currentDisposables = new Array(len);\n\n for (var i = 0; i < len; i++) {\n currentDisposables[i] = this.disposables[i];\n }\n\n this.disposables = [];\n\n for (var _i2 = 0; _i2 < len; _i2++) {\n currentDisposables[_i2].dispose();\n }\n }\n }\n }]);\n\n return CompositeDisposable;\n}();\n/**\n * Represents a disposable resource whose underlying disposable resource can\n * be replaced by another disposable resource, causing automatic disposal of\n * the previous underlying disposable resource.\n */\n\nexport var SerialDisposable = /*#__PURE__*/function () {\n function SerialDisposable() {\n _classCallCheck(this, SerialDisposable);\n\n this.isDisposed = false;\n }\n /**\n * Gets the underlying disposable.\n * @returns {Any} the underlying disposable.\n */\n\n\n _createClass(SerialDisposable, [{\n key: \"getDisposable\",\n value: function getDisposable() {\n return this.current;\n }\n }, {\n key: \"setDisposable\",\n value: function setDisposable(value) {\n var shouldDispose = this.isDisposed;\n\n if (!shouldDispose) {\n var old = this.current;\n this.current = value;\n\n if (old) {\n old.dispose();\n }\n }\n\n if (shouldDispose && value) {\n value.dispose();\n }\n }\n /** Performs the task of cleaning up resources. */\n\n }, {\n key: \"dispose\",\n value: function dispose() {\n if (!this.isDisposed) {\n this.isDisposed = true;\n var old = this.current;\n this.current = undefined;\n\n if (old) {\n old.dispose();\n }\n }\n }\n }]);\n\n return SerialDisposable;\n}();","function _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nfunction _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Date.prototype.toString.call(Reflect.construct(Date, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nimport * as React from 'react';\nimport { shallowEqual } from '@react-dnd/shallowequal';\nimport { invariant } from '@react-dnd/invariant';\nimport hoistStatics from 'hoist-non-react-statics';\nimport { DndContext } from '../common/DndContext';\nimport { isPlainObject } from '../utils/js_utils';\nimport { Disposable, CompositeDisposable, SerialDisposable } from './disposables';\nimport { isRefable } from './utils';\nexport function decorateHandler(_ref) {\n var DecoratedComponent = _ref.DecoratedComponent,\n createHandler = _ref.createHandler,\n createMonitor = _ref.createMonitor,\n createConnector = _ref.createConnector,\n registerHandler = _ref.registerHandler,\n containerDisplayName = _ref.containerDisplayName,\n getType = _ref.getType,\n collect = _ref.collect,\n options = _ref.options;\n var _options$arePropsEqua = options.arePropsEqual,\n arePropsEqual = _options$arePropsEqua === void 0 ? shallowEqual : _options$arePropsEqua;\n var Decorated = DecoratedComponent;\n var displayName = DecoratedComponent.displayName || DecoratedComponent.name || 'Component';\n\n var DragDropContainer =\n /** @class */\n function () {\n var DragDropContainer = /*#__PURE__*/function (_React$Component) {\n _inherits(DragDropContainer, _React$Component);\n\n var _super = _createSuper(DragDropContainer);\n\n function DragDropContainer(props) {\n var _this;\n\n _classCallCheck(this, DragDropContainer);\n\n _this = _super.call(this, props);\n _this.decoratedRef = React.createRef();\n\n _this.handleChange = function () {\n var nextState = _this.getCurrentState();\n\n if (!shallowEqual(nextState, _this.state)) {\n _this.setState(nextState);\n }\n };\n\n _this.disposable = new SerialDisposable();\n\n _this.receiveProps(props);\n\n _this.dispose();\n\n return _this;\n }\n\n _createClass(DragDropContainer, [{\n key: \"getHandlerId\",\n value: function getHandlerId() {\n return this.handlerId;\n }\n }, {\n key: \"getDecoratedComponentInstance\",\n value: function getDecoratedComponentInstance() {\n invariant(this.decoratedRef.current, 'In order to access an instance of the decorated component, it must either be a class component or use React.forwardRef()');\n return this.decoratedRef.current;\n }\n }, {\n key: \"shouldComponentUpdate\",\n value: function shouldComponentUpdate(nextProps, nextState) {\n return !arePropsEqual(nextProps, this.props) || !shallowEqual(nextState, this.state);\n }\n }, {\n key: \"componentDidMount\",\n value: function componentDidMount() {\n this.disposable = new SerialDisposable();\n this.currentType = undefined;\n this.receiveProps(this.props);\n this.handleChange();\n }\n }, {\n key: \"componentDidUpdate\",\n value: function componentDidUpdate(prevProps) {\n if (!arePropsEqual(this.props, prevProps)) {\n this.receiveProps(this.props);\n this.handleChange();\n }\n }\n }, {\n key: \"componentWillUnmount\",\n value: function componentWillUnmount() {\n this.dispose();\n }\n }, {\n key: \"receiveProps\",\n value: function receiveProps(props) {\n if (!this.handler) {\n return;\n }\n\n this.handler.receiveProps(props);\n this.receiveType(getType(props));\n }\n }, {\n key: \"receiveType\",\n value: function receiveType(type) {\n if (!this.handlerMonitor || !this.manager || !this.handlerConnector) {\n return;\n }\n\n if (type === this.currentType) {\n return;\n }\n\n this.currentType = type;\n\n var _registerHandler = registerHandler(type, this.handler, this.manager),\n _registerHandler2 = _slicedToArray(_registerHandler, 2),\n handlerId = _registerHandler2[0],\n unregister = _registerHandler2[1];\n\n this.handlerId = handlerId;\n this.handlerMonitor.receiveHandlerId(handlerId);\n this.handlerConnector.receiveHandlerId(handlerId);\n var globalMonitor = this.manager.getMonitor();\n var unsubscribe = globalMonitor.subscribeToStateChange(this.handleChange, {\n handlerIds: [handlerId]\n });\n this.disposable.setDisposable(new CompositeDisposable(new Disposable(unsubscribe), new Disposable(unregister)));\n }\n }, {\n key: \"dispose\",\n value: function dispose() {\n this.disposable.dispose();\n\n if (this.handlerConnector) {\n this.handlerConnector.receiveHandlerId(null);\n }\n }\n }, {\n key: \"getCurrentState\",\n value: function getCurrentState() {\n if (!this.handlerConnector) {\n return {};\n }\n\n var nextState = collect(this.handlerConnector.hooks, this.handlerMonitor, this.props);\n\n if (process.env.NODE_ENV !== 'production') {\n invariant(isPlainObject(nextState), 'Expected `collect` specified as the second argument to ' + '%s for %s to return a plain object of props to inject. ' + 'Instead, received %s.', containerDisplayName, displayName, nextState);\n }\n\n return nextState;\n }\n }, {\n key: \"render\",\n value: function render() {\n var _this2 = this;\n\n return React.createElement(DndContext.Consumer, null, function (_ref2) {\n var dragDropManager = _ref2.dragDropManager;\n\n _this2.receiveDragDropManager(dragDropManager);\n\n if (typeof requestAnimationFrame !== 'undefined') {\n requestAnimationFrame(function () {\n var _this2$handlerConnect;\n\n return (_this2$handlerConnect = _this2.handlerConnector) === null || _this2$handlerConnect === void 0 ? void 0 : _this2$handlerConnect.reconnect();\n });\n }\n\n return React.createElement(Decorated, Object.assign({}, _this2.props, _this2.getCurrentState(), {\n // NOTE: if Decorated is a Function Component, decoratedRef will not be populated unless it's a refforwarding component.\n ref: isRefable(Decorated) ? _this2.decoratedRef : null\n }));\n });\n }\n }, {\n key: \"receiveDragDropManager\",\n value: function receiveDragDropManager(dragDropManager) {\n if (this.manager !== undefined) {\n return;\n }\n\n invariant(dragDropManager !== undefined, 'Could not find the drag and drop manager in the context of %s. ' + 'Make sure to render a DndProvider component in your top-level component. ' + 'Read more: http://react-dnd.github.io/react-dnd/docs/troubleshooting#could-not-find-the-drag-and-drop-manager-in-the-context', displayName, displayName);\n\n if (dragDropManager === undefined) {\n return;\n }\n\n this.manager = dragDropManager;\n this.handlerMonitor = createMonitor(dragDropManager);\n this.handlerConnector = createConnector(dragDropManager.getBackend());\n this.handler = createHandler(this.handlerMonitor, this.decoratedRef);\n }\n }]);\n\n return DragDropContainer;\n }(React.Component);\n\n DragDropContainer.DecoratedComponent = DecoratedComponent;\n DragDropContainer.displayName = \"\".concat(containerDisplayName, \"(\").concat(displayName, \")\");\n return DragDropContainer;\n }();\n\n return hoistStatics(DragDropContainer, DecoratedComponent);\n}","export function getDecoratedComponent(instanceRef) {\n var currentRef = instanceRef.current;\n\n if (currentRef == null) {\n return null;\n } else if (currentRef.decoratedRef) {\n // go through the private field in decorateHandler to avoid the invariant hit\n return currentRef.decoratedRef.current;\n } else {\n return currentRef;\n }\n}\nexport function isClassComponent(Component) {\n return Component && Component.prototype && typeof Component.prototype.render === 'function';\n}\nexport function isRefForwardingComponent(C) {\n var _item$$$typeof;\n\n var item = C;\n return (item === null || item === void 0 ? void 0 : (_item$$$typeof = item.$$typeof) === null || _item$$$typeof === void 0 ? void 0 : _item$$$typeof.toString()) === 'Symbol(react.forward_ref)';\n}\nexport function isRefable(C) {\n return isClassComponent(C) || isRefForwardingComponent(C);\n}\nexport function checkDecoratorArguments(functionName, signature) {\n if (process.env.NODE_ENV !== 'production') {\n for (var i = 0; i < (arguments.length <= 2 ? 0 : arguments.length - 2); i++) {\n var arg = i + 2 < 2 || arguments.length <= i + 2 ? undefined : arguments[i + 2];\n\n if (arg && arg.prototype && arg.prototype.render) {\n // eslint-disable-next-line no-console\n console.error('You seem to be applying the arguments in the wrong order. ' + \"It should be \".concat(functionName, \"(\").concat(signature, \")(Component), not the other way around. \") + 'Read more: http://react-dnd.github.io/react-dnd/docs/troubleshooting#you-seem-to-be-applying-the-arguments-in-the-wrong-order');\n return;\n }\n }\n }\n}","import { useLayoutEffect, useEffect } from 'react'; // suppress the useLayoutEffect warning on server side.\n\nexport var useIsomorphicLayoutEffect = typeof window !== 'undefined' ? useLayoutEffect : useEffect;","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nimport { shallowEqual } from '@react-dnd/shallowequal';\nimport { useState, useCallback } from 'react';\nimport { useIsomorphicLayoutEffect } from './useIsomorphicLayoutEffect';\n/**\n *\n * @param monitor The monitor to collect state from\n * @param collect The collecting function\n * @param onUpdate A method to invoke when updates occur\n */\n\nexport function useCollector(monitor, collect, onUpdate) {\n var _useState = useState(function () {\n return collect(monitor);\n }),\n _useState2 = _slicedToArray(_useState, 2),\n collected = _useState2[0],\n setCollected = _useState2[1];\n\n var updateCollected = useCallback(function () {\n var nextValue = collect(monitor);\n\n if (!shallowEqual(collected, nextValue)) {\n setCollected(nextValue);\n\n if (onUpdate) {\n onUpdate();\n }\n }\n }, [collected, monitor, onUpdate]); // update the collected properties after the first render\n // and the components are attached to dnd-core\n\n useIsomorphicLayoutEffect(updateCollected, []);\n return [collected, updateCollected];\n}","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nimport { useIsomorphicLayoutEffect } from './useIsomorphicLayoutEffect';\nimport { useCollector } from './useCollector';\nexport function useMonitorOutput(monitor, collect, onCollect) {\n var _useCollector = useCollector(monitor, collect, onCollect),\n _useCollector2 = _slicedToArray(_useCollector, 2),\n collected = _useCollector2[0],\n updateCollected = _useCollector2[1];\n\n useIsomorphicLayoutEffect(function subscribeToMonitorStateChange() {\n var handlerId = monitor.getHandlerId();\n\n if (handlerId == null) {\n return undefined;\n }\n\n return monitor.subscribeToStateChange(updateCollected, {\n handlerIds: [handlerId]\n });\n }, [monitor, updateCollected]);\n return collected;\n}","import { useContext } from 'react';\nimport { invariant } from '@react-dnd/invariant';\nimport { DndContext } from '../common/DndContext';\n/**\n * A hook to retrieve the DragDropManager from Context\n */\n\nexport function useDragDropManager() {\n var _useContext = useContext(DndContext),\n dragDropManager = _useContext.dragDropManager;\n\n invariant(dragDropManager != null, 'Expected drag drop context');\n return dragDropManager;\n}","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nimport { useMemo } from 'react';\nimport { invariant } from '@react-dnd/invariant';\nimport { registerSource } from '../../common/registration';\nimport { useDragDropManager } from '../useDragDropManager';\nimport { DragSourceMonitorImpl } from '../../common/DragSourceMonitorImpl';\nimport { SourceConnector } from '../../common/SourceConnector';\nimport { useIsomorphicLayoutEffect } from './useIsomorphicLayoutEffect';\nexport function useDragSourceMonitor() {\n var manager = useDragDropManager();\n var monitor = useMemo(function () {\n return new DragSourceMonitorImpl(manager);\n }, [manager]);\n var connector = useMemo(function () {\n return new SourceConnector(manager.getBackend());\n }, [manager]);\n return [monitor, connector];\n}\nexport function useDragHandler(spec, monitor, connector) {\n var manager = useDragDropManager();\n var handler = useMemo(function () {\n return {\n beginDrag: function beginDrag() {\n var _spec$current = spec.current,\n begin = _spec$current.begin,\n item = _spec$current.item;\n\n if (begin) {\n var beginResult = begin(monitor);\n invariant(beginResult == null || _typeof(beginResult) === 'object', 'dragSpec.begin() must either return an object, undefined, or null');\n return beginResult || item || {};\n }\n\n return item || {};\n },\n canDrag: function canDrag() {\n if (typeof spec.current.canDrag === 'boolean') {\n return spec.current.canDrag;\n } else if (typeof spec.current.canDrag === 'function') {\n return spec.current.canDrag(monitor);\n } else {\n return true;\n }\n },\n isDragging: function isDragging(globalMonitor, target) {\n var isDragging = spec.current.isDragging;\n return isDragging ? isDragging(monitor) : target === globalMonitor.getSourceId();\n },\n endDrag: function endDrag() {\n var end = spec.current.end;\n\n if (end) {\n end(monitor.getItem(), monitor);\n }\n\n connector.reconnect();\n }\n };\n }, []);\n useIsomorphicLayoutEffect(function registerHandler() {\n var _registerSource = registerSource(spec.current.item.type, handler, manager),\n _registerSource2 = _slicedToArray(_registerSource, 2),\n handlerId = _registerSource2[0],\n unregister = _registerSource2[1];\n\n monitor.receiveHandlerId(handlerId);\n connector.receiveHandlerId(handlerId);\n return unregister;\n }, []);\n}","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nimport { useRef, useMemo } from 'react';\nimport { invariant } from '@react-dnd/invariant';\nimport { useMonitorOutput } from './internal/useMonitorOutput';\nimport { useIsomorphicLayoutEffect } from './internal/useIsomorphicLayoutEffect';\nimport { useDragSourceMonitor, useDragHandler } from './internal/drag';\n/**\n * useDragSource hook\n * @param sourceSpec The drag source specification *\n */\n\nexport function useDrag(spec) {\n var specRef = useRef(spec);\n specRef.current = spec; // TODO: wire options into createSourceConnector\n\n invariant(spec.item != null, 'item must be defined');\n invariant(spec.item.type != null, 'item type must be defined');\n\n var _useDragSourceMonitor = useDragSourceMonitor(),\n _useDragSourceMonitor2 = _slicedToArray(_useDragSourceMonitor, 2),\n monitor = _useDragSourceMonitor2[0],\n connector = _useDragSourceMonitor2[1];\n\n useDragHandler(specRef, monitor, connector);\n var result = useMonitorOutput(monitor, specRef.current.collect || function () {\n return {};\n }, function () {\n return connector.reconnect();\n });\n var connectDragSource = useMemo(function () {\n return connector.hooks.dragSource();\n }, [connector]);\n var connectDragPreview = useMemo(function () {\n return connector.hooks.dragPreview();\n }, [connector]);\n useIsomorphicLayoutEffect(function () {\n connector.dragSourceOptions = specRef.current.options || null;\n connector.reconnect();\n }, [connector]);\n useIsomorphicLayoutEffect(function () {\n connector.dragPreviewOptions = specRef.current.previewOptions || null;\n connector.reconnect();\n }, [connector]);\n return [result, connectDragSource, connectDragPreview];\n}","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nimport { useMemo } from 'react';\nimport { registerTarget } from '../../common/registration';\nimport { useDragDropManager } from '../useDragDropManager';\nimport { TargetConnector } from '../../common/TargetConnector';\nimport { DropTargetMonitorImpl } from '../../common/DropTargetMonitorImpl';\nimport { useIsomorphicLayoutEffect } from './useIsomorphicLayoutEffect';\nexport function useDropTargetMonitor() {\n var manager = useDragDropManager();\n var monitor = useMemo(function () {\n return new DropTargetMonitorImpl(manager);\n }, [manager]);\n var connector = useMemo(function () {\n return new TargetConnector(manager.getBackend());\n }, [manager]);\n return [monitor, connector];\n}\nexport function useDropHandler(spec, monitor, connector) {\n var manager = useDragDropManager();\n var handler = useMemo(function () {\n return {\n canDrop: function canDrop() {\n var canDrop = spec.current.canDrop;\n return canDrop ? canDrop(monitor.getItem(), monitor) : true;\n },\n hover: function hover() {\n var hover = spec.current.hover;\n\n if (hover) {\n hover(monitor.getItem(), monitor);\n }\n },\n drop: function drop() {\n var drop = spec.current.drop;\n\n if (drop) {\n return drop(monitor.getItem(), monitor);\n }\n }\n };\n }, [monitor]);\n useIsomorphicLayoutEffect(function registerHandler() {\n var _registerTarget = registerTarget(spec.current.accept, handler, manager),\n _registerTarget2 = _slicedToArray(_registerTarget, 2),\n handlerId = _registerTarget2[0],\n unregister = _registerTarget2[1];\n\n monitor.receiveHandlerId(handlerId);\n connector.receiveHandlerId(handlerId);\n return unregister;\n }, [monitor, connector]);\n}","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nimport { useRef, useMemo } from 'react';\nimport { invariant } from '@react-dnd/invariant';\nimport { useMonitorOutput } from './internal/useMonitorOutput';\nimport { useIsomorphicLayoutEffect } from './internal/useIsomorphicLayoutEffect';\nimport { useDropHandler, useDropTargetMonitor } from './internal/drop';\n/**\n * useDropTarget Hook\n * @param spec The drop target specification\n */\n\nexport function useDrop(spec) {\n var specRef = useRef(spec);\n specRef.current = spec;\n invariant(spec.accept != null, 'accept must be defined');\n\n var _useDropTargetMonitor = useDropTargetMonitor(),\n _useDropTargetMonitor2 = _slicedToArray(_useDropTargetMonitor, 2),\n monitor = _useDropTargetMonitor2[0],\n connector = _useDropTargetMonitor2[1];\n\n useDropHandler(specRef, monitor, connector);\n var result = useMonitorOutput(monitor, specRef.current.collect || function () {\n return {};\n }, function () {\n return connector.reconnect();\n });\n var connectDropTarget = useMemo(function () {\n return connector.hooks.dropTarget();\n }, [connector]);\n useIsomorphicLayoutEffect(function () {\n connector.dropTargetOptions = spec.options || null;\n connector.reconnect();\n }, [spec.options]);\n return [result, connectDropTarget];\n}","function _slicedToArray(arr, i) { return _arrayWithHoles(arr) || _iterableToArrayLimit(arr, i) || _unsupportedIterableToArray(arr, i) || _nonIterableRest(); }\n\nfunction _nonIterableRest() { throw new TypeError(\"Invalid attempt to destructure non-iterable instance.\\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.\"); }\n\nfunction _unsupportedIterableToArray(o, minLen) { if (!o) return; if (typeof o === \"string\") return _arrayLikeToArray(o, minLen); var n = Object.prototype.toString.call(o).slice(8, -1); if (n === \"Object\" && o.constructor) n = o.constructor.name; if (n === \"Map\" || n === \"Set\") return Array.from(o); if (n === \"Arguments\" || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(n)) return _arrayLikeToArray(o, minLen); }\n\nfunction _arrayLikeToArray(arr, len) { if (len == null || len > arr.length) len = arr.length; for (var i = 0, arr2 = new Array(len); i < len; i++) { arr2[i] = arr[i]; } return arr2; }\n\nfunction _iterableToArrayLimit(arr, i) { if (typeof Symbol === \"undefined\" || !(Symbol.iterator in Object(arr))) return; var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i[\"return\"] != null) _i[\"return\"](); } finally { if (_d) throw _e; } } return _arr; }\n\nfunction _arrayWithHoles(arr) { if (Array.isArray(arr)) return arr; }\n\nimport { useEffect } from 'react';\nimport { useDragDropManager } from './useDragDropManager';\nimport { useCollector } from './internal/useCollector';\n/**\n * useDragLayer Hook\n * @param collector The property collector\n */\n\nexport function useDragLayer(collect) {\n var dragDropManager = useDragDropManager();\n var monitor = dragDropManager.getMonitor();\n\n var _useCollector = useCollector(monitor, collect),\n _useCollector2 = _slicedToArray(_useCollector, 2),\n collected = _useCollector2[0],\n updateCollected = _useCollector2[1];\n\n useEffect(function () {\n return monitor.subscribeToOffsetChange(updateCollected);\n });\n useEffect(function () {\n return monitor.subscribeToStateChange(updateCollected);\n });\n return collected;\n}","function _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nexport function isRef(obj) {\n return (// eslint-disable-next-line no-prototype-builtins\n obj !== null && _typeof(obj) === 'object' && Object.prototype.hasOwnProperty.call(obj, 'current')\n );\n}","function _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\nexport function isValidType(type, allowArray) {\n return typeof type === 'string' || _typeof(type) === 'symbol' || !!allowArray && Array.isArray(type) && type.every(function (t) {\n return isValidType(t, false);\n });\n}","function _typeof(obj) { \"@babel/helpers - typeof\"; if (typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\") { _typeof = function _typeof(obj) { return typeof obj; }; } else { _typeof = function _typeof(obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }; } return _typeof(obj); }\n\n// cheap lodash replacements\nexport function isFunction(input) {\n return typeof input === 'function';\n}\nexport function noop() {// noop\n}\n\nfunction isObjectLike(input) {\n return _typeof(input) === 'object' && input !== null;\n}\n\nexport function isPlainObject(input) {\n if (!isObjectLike(input)) {\n return false;\n }\n\n if (Object.getPrototypeOf(input) === null) {\n return true;\n }\n\n var proto = input;\n\n while (Object.getPrototypeOf(proto) !== null) {\n proto = Object.getPrototypeOf(proto);\n }\n\n return Object.getPrototypeOf(input) === proto;\n}","/** @license React v17.0.2\n * react-dom.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n/*\n Modernizr 3.0.0pre (Custom Build) | MIT\n*/\n'use strict';var aa=require(\"react\"),m=require(\"object-assign\"),r=require(\"scheduler\");function y(a){for(var b=\"https://reactjs.org/docs/error-decoder.html?invariant=\"+a,c=1;c
b}return!1}function B(a,b,c,d,e,f,g){this.acceptsBooleans=2===b||3===b||4===b;this.attributeName=d;this.attributeNamespace=e;this.mustUseProperty=c;this.propertyName=a;this.type=b;this.sanitizeURL=f;this.removeEmptyString=g}var D={};\n\"children dangerouslySetInnerHTML defaultValue defaultChecked innerHTML suppressContentEditableWarning suppressHydrationWarning style\".split(\" \").forEach(function(a){D[a]=new B(a,0,!1,a,null,!1,!1)});[[\"acceptCharset\",\"accept-charset\"],[\"className\",\"class\"],[\"htmlFor\",\"for\"],[\"httpEquiv\",\"http-equiv\"]].forEach(function(a){var b=a[0];D[b]=new B(b,1,!1,a[1],null,!1,!1)});[\"contentEditable\",\"draggable\",\"spellCheck\",\"value\"].forEach(function(a){D[a]=new B(a,2,!1,a.toLowerCase(),null,!1,!1)});\n[\"autoReverse\",\"externalResourcesRequired\",\"focusable\",\"preserveAlpha\"].forEach(function(a){D[a]=new B(a,2,!1,a,null,!1,!1)});\"allowFullScreen async autoFocus autoPlay controls default defer disabled disablePictureInPicture 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\":\"data:image/png;base64,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'dataLayer' : _ref$dataLayerName,\n _ref$auth = _ref.auth,\n auth = _ref$auth === undefined ? '' : _ref$auth,\n _ref$preview = _ref.preview,\n preview = _ref$preview === undefined ? '' : _ref$preview;\n\n var gtm = this.gtm({\n id: gtmId,\n events: events,\n dataLayer: dataLayer || undefined,\n dataLayerName: dataLayerName,\n auth: auth,\n preview: preview\n });\n if (dataLayer) document.head.appendChild(gtm.dataScript);\n document.head.insertBefore(gtm.script(), document.head.childNodes[0]);\n document.body.insertBefore(gtm.noScript(), document.body.childNodes[0]);\n },\n dataLayer: function dataLayer(_ref2) {\n var _dataLayer = _ref2.dataLayer,\n _ref2$dataLayerName = _ref2.dataLayerName,\n dataLayerName = _ref2$dataLayerName === undefined ? 'dataLayer' : _ref2$dataLayerName;\n\n if (window[dataLayerName]) return window[dataLayerName].push(_dataLayer);\n var snippets = _Snippets2.default.dataLayer(_dataLayer, dataLayerName);\n var dataScript = this.dataScript(snippets);\n document.head.insertBefore(dataScript, document.head.childNodes[0]);\n }\n};\n\nmodule.exports = TagManager;","'use strict';\n\nvar _TagManager = require('./TagManager');\n\nvar _TagManager2 = _interopRequireDefault(_TagManager);\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nmodule.exports = _TagManager2.default;","'use strict';\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nvar warn = function warn(s) {\n console.warn('[react-gtm]', s);\n};\n\nexports.default = warn;","/**\n * @license React\n * react-is.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n'use strict';var b=Symbol.for(\"react.element\"),c=Symbol.for(\"react.portal\"),d=Symbol.for(\"react.fragment\"),e=Symbol.for(\"react.strict_mode\"),f=Symbol.for(\"react.profiler\"),g=Symbol.for(\"react.provider\"),h=Symbol.for(\"react.context\"),k=Symbol.for(\"react.server_context\"),l=Symbol.for(\"react.forward_ref\"),m=Symbol.for(\"react.suspense\"),n=Symbol.for(\"react.suspense_list\"),p=Symbol.for(\"react.memo\"),q=Symbol.for(\"react.lazy\"),t=Symbol.for(\"react.offscreen\"),u;u=Symbol.for(\"react.module.reference\");\nfunction v(a){if(\"object\"===typeof a&&null!==a){var r=a.$$typeof;switch(r){case b:switch(a=a.type,a){case d:case f:case e:case m:case n:return a;default:switch(a=a&&a.$$typeof,a){case k:case h:case l:case q:case p:case g:return a;default:return r}}case c:return r}}}exports.ContextConsumer=h;exports.ContextProvider=g;exports.Element=b;exports.ForwardRef=l;exports.Fragment=d;exports.Lazy=q;exports.Memo=p;exports.Portal=c;exports.Profiler=f;exports.StrictMode=e;exports.Suspense=m;\nexports.SuspenseList=n;exports.isAsyncMode=function(){return!1};exports.isConcurrentMode=function(){return!1};exports.isContextConsumer=function(a){return v(a)===h};exports.isContextProvider=function(a){return v(a)===g};exports.isElement=function(a){return\"object\"===typeof a&&null!==a&&a.$$typeof===b};exports.isForwardRef=function(a){return v(a)===l};exports.isFragment=function(a){return v(a)===d};exports.isLazy=function(a){return v(a)===q};exports.isMemo=function(a){return v(a)===p};\nexports.isPortal=function(a){return v(a)===c};exports.isProfiler=function(a){return v(a)===f};exports.isStrictMode=function(a){return v(a)===e};exports.isSuspense=function(a){return v(a)===m};exports.isSuspenseList=function(a){return v(a)===n};\nexports.isValidElementType=function(a){return\"string\"===typeof a||\"function\"===typeof a||a===d||a===f||a===e||a===m||a===n||a===t||\"object\"===typeof a&&null!==a&&(a.$$typeof===q||a.$$typeof===p||a.$$typeof===g||a.$$typeof===h||a.$$typeof===l||a.$$typeof===u||void 0!==a.getModuleId)?!0:!1};exports.typeOf=v;\n","'use strict';\n\nif (process.env.NODE_ENV === 'production') {\n module.exports = require('./cjs/react-is.production.min.js');\n} else {\n module.exports = require('./cjs/react-is.development.js');\n}\n","!function(e,t){\"object\"==typeof exports&&\"object\"==typeof module?module.exports=t(require(\"prop-types\"),require(\"react\"),require(\"signature_pad\"),require(\"trim-canvas\")):\"function\"==typeof define&&define.amd?define([\"prop-types\",\"react\",\"signature_pad\",\"trim-canvas\"],t):\"object\"==typeof exports?exports.SignatureCanvas=t(require(\"prop-types\"),require(\"react\"),require(\"signature_pad\"),require(\"trim-canvas\")):e.SignatureCanvas=t(e[\"prop-types\"],e.react,e.signature_pad,e[\"trim-canvas\"])}(this,function(e,t,n,r){return function(e){function t(r){if(n[r])return n[r].exports;var a=n[r]={exports:{},id:r,loaded:!1};return e[r].call(a.exports,a,a.exports,t),a.loaded=!0,a.exports}var n={};return t.m=e,t.c=n,t.p=\"\",t(0)}([function(e,t,n){\"use strict\";function r(e){return e&&e.__esModule?e:{default:e}}function a(e,t){var n={};for(var r in e)t.indexOf(r)>=0||Object.prototype.hasOwnProperty.call(e,r)&&(n[r]=e[r]);return n}function o(e,t){if(!(e instanceof t))throw new TypeError(\"Cannot call a class as a function\")}function i(e,t){if(!e)throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\");return!t||\"object\"!=typeof t&&\"function\"!=typeof t?e:t}function u(e,t){if(\"function\"!=typeof t&&null!==t)throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t);e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:!1,writable:!0,configurable:!0}}),t&&(Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t)}Object.defineProperty(t,\"__esModule\",{value:!0});var s=Object.assign||function(e){for(var t=1;t= leftBound && currentSlide <= rightBound : currentSlide === leftBound\n });\n var dotOptions = {\n message: \"dots\",\n index: i,\n slidesToScroll: slidesToScroll,\n currentSlide: currentSlide\n };\n var onClick = this.clickHandler.bind(this, dotOptions);\n dots = dots.concat( /*#__PURE__*/_react[\"default\"].createElement(\"li\", {\n key: i,\n className: className\n }, /*#__PURE__*/_react[\"default\"].cloneElement(this.props.customPaging(i), {\n onClick: onClick\n })));\n }\n\n return /*#__PURE__*/_react[\"default\"].cloneElement(this.props.appendDots(dots), _objectSpread({\n className: this.props.dotsClass\n }, mouseEvents));\n }\n }]);\n\n return Dots;\n}(_react[\"default\"].PureComponent);\n\nexports.Dots = Dots;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nexports[\"default\"] = void 0;\n\nvar _slider = _interopRequireDefault(require(\"./slider\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { \"default\": obj }; }\n\nvar _default = _slider[\"default\"];\nexports[\"default\"] = _default;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nexports[\"default\"] = void 0;\nvar initialState = {\n animating: false,\n autoplaying: null,\n currentDirection: 0,\n currentLeft: null,\n currentSlide: 0,\n direction: 1,\n dragging: false,\n edgeDragged: false,\n initialized: false,\n lazyLoadedList: [],\n listHeight: null,\n listWidth: null,\n scrolling: false,\n slideCount: null,\n slideHeight: null,\n slideWidth: null,\n swipeLeft: null,\n swiped: false,\n // used by swipeEvent. differentites between touch and swipe.\n swiping: false,\n touchObject: {\n startX: 0,\n startY: 0,\n curX: 0,\n curY: 0\n },\n trackStyle: {},\n trackWidth: 0,\n targetSlide: 0\n};\nvar _default = initialState;\nexports[\"default\"] = _default;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nexports.InnerSlider = void 0;\n\nvar _react = _interopRequireDefault(require(\"react\"));\n\nvar _initialState = _interopRequireDefault(require(\"./initial-state\"));\n\nvar _lodash = _interopRequireDefault(require(\"lodash.debounce\"));\n\nvar _classnames = _interopRequireDefault(require(\"classnames\"));\n\nvar _innerSliderUtils = require(\"./utils/innerSliderUtils\");\n\nvar _track = require(\"./track\");\n\nvar _dots = require(\"./dots\");\n\nvar _arrows = require(\"./arrows\");\n\nvar _resizeObserverPolyfill = _interopRequireDefault(require(\"resize-observer-polyfill\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { \"default\": obj }; }\n\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; return _typeof = \"function\" == typeof Symbol && \"symbol\" == typeof Symbol.iterator ? function (obj) { return typeof obj; } : function (obj) { return obj && \"function\" == typeof Symbol && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }, _typeof(obj); }\n\nfunction _extends() { _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\n\nfunction _objectWithoutProperties(source, excluded) { if (source == null) return {}; var target = _objectWithoutPropertiesLoose(source, excluded); var key, i; if (Object.getOwnPropertySymbols) { var sourceSymbolKeys = Object.getOwnPropertySymbols(source); for (i = 0; i < sourceSymbolKeys.length; i++) { key = sourceSymbolKeys[i]; if (excluded.indexOf(key) >= 0) continue; if (!Object.prototype.propertyIsEnumerable.call(source, key)) continue; target[key] = source[key]; } } return target; }\n\nfunction _objectWithoutPropertiesLoose(source, excluded) { if (source == null) return {}; var target = {}; var sourceKeys = Object.keys(source); var key, i; for (i = 0; i < sourceKeys.length; i++) { key = sourceKeys[i]; if (excluded.indexOf(key) >= 0) continue; target[key] = source[key]; } return target; }\n\nfunction ownKeys(object, enumerableOnly) { var keys = Object.keys(object); if (Object.getOwnPropertySymbols) { var symbols = Object.getOwnPropertySymbols(object); enumerableOnly && (symbols = symbols.filter(function (sym) { return Object.getOwnPropertyDescriptor(object, sym).enumerable; })), keys.push.apply(keys, symbols); } return keys; }\n\nfunction _objectSpread(target) { for (var i = 1; i < arguments.length; i++) { var source = null != arguments[i] ? arguments[i] : {}; i % 2 ? ownKeys(Object(source), !0).forEach(function (key) { _defineProperty(target, key, source[key]); }) : Object.getOwnPropertyDescriptors ? Object.defineProperties(target, Object.getOwnPropertyDescriptors(source)) : ownKeys(Object(source)).forEach(function (key) { Object.defineProperty(target, key, Object.getOwnPropertyDescriptor(source, key)); }); } return target; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); Object.defineProperty(Constructor, \"prototype\", { writable: false }); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); Object.defineProperty(subClass, \"prototype\", { writable: false }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } else if (call !== void 0) { throw new TypeError(\"Derived constructors may only return object or undefined\"); } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Boolean.prototype.valueOf.call(Reflect.construct(Boolean, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nvar InnerSlider = /*#__PURE__*/function (_React$Component) {\n _inherits(InnerSlider, _React$Component);\n\n var _super = _createSuper(InnerSlider);\n\n function InnerSlider(props) {\n var _this;\n\n _classCallCheck(this, InnerSlider);\n\n _this = _super.call(this, props);\n\n _defineProperty(_assertThisInitialized(_this), \"listRefHandler\", function (ref) {\n return _this.list = ref;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"trackRefHandler\", function (ref) {\n return _this.track = ref;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"adaptHeight\", function () {\n if (_this.props.adaptiveHeight && _this.list) {\n var elem = _this.list.querySelector(\"[data-index=\\\"\".concat(_this.state.currentSlide, \"\\\"]\"));\n\n _this.list.style.height = (0, _innerSliderUtils.getHeight)(elem) + \"px\";\n }\n });\n\n _defineProperty(_assertThisInitialized(_this), \"componentDidMount\", function () {\n _this.props.onInit && _this.props.onInit();\n\n if (_this.props.lazyLoad) {\n var slidesToLoad = (0, _innerSliderUtils.getOnDemandLazySlides)(_objectSpread(_objectSpread({}, _this.props), _this.state));\n\n if (slidesToLoad.length > 0) {\n _this.setState(function (prevState) {\n return {\n lazyLoadedList: prevState.lazyLoadedList.concat(slidesToLoad)\n };\n });\n\n if (_this.props.onLazyLoad) {\n _this.props.onLazyLoad(slidesToLoad);\n }\n }\n }\n\n var spec = _objectSpread({\n listRef: _this.list,\n trackRef: _this.track\n }, _this.props);\n\n _this.updateState(spec, true, function () {\n _this.adaptHeight();\n\n _this.props.autoplay && _this.autoPlay(\"update\");\n });\n\n if (_this.props.lazyLoad === \"progressive\") {\n _this.lazyLoadTimer = setInterval(_this.progressiveLazyLoad, 1000);\n }\n\n _this.ro = new _resizeObserverPolyfill[\"default\"](function () {\n if (_this.state.animating) {\n _this.onWindowResized(false); // don't set trackStyle hence don't break animation\n\n\n _this.callbackTimers.push(setTimeout(function () {\n return _this.onWindowResized();\n }, _this.props.speed));\n } else {\n _this.onWindowResized();\n }\n });\n\n _this.ro.observe(_this.list);\n\n document.querySelectorAll && Array.prototype.forEach.call(document.querySelectorAll(\".slick-slide\"), function (slide) {\n slide.onfocus = _this.props.pauseOnFocus ? _this.onSlideFocus : null;\n slide.onblur = _this.props.pauseOnFocus ? _this.onSlideBlur : null;\n });\n\n if (window.addEventListener) {\n window.addEventListener(\"resize\", _this.onWindowResized);\n } else {\n window.attachEvent(\"onresize\", _this.onWindowResized);\n }\n });\n\n _defineProperty(_assertThisInitialized(_this), \"componentWillUnmount\", function () {\n if (_this.animationEndCallback) {\n clearTimeout(_this.animationEndCallback);\n }\n\n if (_this.lazyLoadTimer) {\n clearInterval(_this.lazyLoadTimer);\n }\n\n if (_this.callbackTimers.length) {\n _this.callbackTimers.forEach(function (timer) {\n return clearTimeout(timer);\n });\n\n _this.callbackTimers = [];\n }\n\n if (window.addEventListener) {\n window.removeEventListener(\"resize\", _this.onWindowResized);\n } else {\n window.detachEvent(\"onresize\", _this.onWindowResized);\n }\n\n if (_this.autoplayTimer) {\n clearInterval(_this.autoplayTimer);\n }\n\n _this.ro.disconnect();\n });\n\n _defineProperty(_assertThisInitialized(_this), \"componentDidUpdate\", function (prevProps) {\n _this.checkImagesLoad();\n\n _this.props.onReInit && _this.props.onReInit();\n\n if (_this.props.lazyLoad) {\n var slidesToLoad = (0, _innerSliderUtils.getOnDemandLazySlides)(_objectSpread(_objectSpread({}, _this.props), _this.state));\n\n if (slidesToLoad.length > 0) {\n _this.setState(function (prevState) {\n return {\n lazyLoadedList: prevState.lazyLoadedList.concat(slidesToLoad)\n };\n });\n\n if (_this.props.onLazyLoad) {\n _this.props.onLazyLoad(slidesToLoad);\n }\n }\n } // if (this.props.onLazyLoad) {\n // this.props.onLazyLoad([leftMostSlide])\n // }\n\n\n _this.adaptHeight();\n\n var spec = _objectSpread(_objectSpread({\n listRef: _this.list,\n trackRef: _this.track\n }, _this.props), _this.state);\n\n var setTrackStyle = _this.didPropsChange(prevProps);\n\n setTrackStyle && _this.updateState(spec, setTrackStyle, function () {\n if (_this.state.currentSlide >= _react[\"default\"].Children.count(_this.props.children)) {\n _this.changeSlide({\n message: \"index\",\n index: _react[\"default\"].Children.count(_this.props.children) - _this.props.slidesToShow,\n currentSlide: _this.state.currentSlide\n });\n }\n\n if (_this.props.autoplay) {\n _this.autoPlay(\"update\");\n } else {\n _this.pause(\"paused\");\n }\n });\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onWindowResized\", function (setTrackStyle) {\n if (_this.debouncedResize) _this.debouncedResize.cancel();\n _this.debouncedResize = (0, _lodash[\"default\"])(function () {\n return _this.resizeWindow(setTrackStyle);\n }, 50);\n\n _this.debouncedResize();\n });\n\n _defineProperty(_assertThisInitialized(_this), \"resizeWindow\", function () {\n var setTrackStyle = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : true;\n var isTrackMounted = Boolean(_this.track && _this.track.node); // prevent warning: setting state on unmounted component (server side rendering)\n\n if (!isTrackMounted) return;\n\n var spec = _objectSpread(_objectSpread({\n listRef: _this.list,\n trackRef: _this.track\n }, _this.props), _this.state);\n\n _this.updateState(spec, setTrackStyle, function () {\n if (_this.props.autoplay) _this.autoPlay(\"update\");else _this.pause(\"paused\");\n }); // animating state should be cleared while resizing, otherwise autoplay stops working\n\n\n _this.setState({\n animating: false\n });\n\n clearTimeout(_this.animationEndCallback);\n delete _this.animationEndCallback;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"updateState\", function (spec, setTrackStyle, callback) {\n var updatedState = (0, _innerSliderUtils.initializedState)(spec);\n spec = _objectSpread(_objectSpread(_objectSpread({}, spec), updatedState), {}, {\n slideIndex: updatedState.currentSlide\n });\n var targetLeft = (0, _innerSliderUtils.getTrackLeft)(spec);\n spec = _objectSpread(_objectSpread({}, spec), {}, {\n left: targetLeft\n });\n var trackStyle = (0, _innerSliderUtils.getTrackCSS)(spec);\n\n if (setTrackStyle || _react[\"default\"].Children.count(_this.props.children) !== _react[\"default\"].Children.count(spec.children)) {\n updatedState[\"trackStyle\"] = trackStyle;\n }\n\n _this.setState(updatedState, callback);\n });\n\n _defineProperty(_assertThisInitialized(_this), \"ssrInit\", function () {\n if (_this.props.variableWidth) {\n var _trackWidth = 0,\n _trackLeft = 0;\n var childrenWidths = [];\n var preClones = (0, _innerSliderUtils.getPreClones)(_objectSpread(_objectSpread(_objectSpread({}, _this.props), _this.state), {}, {\n slideCount: _this.props.children.length\n }));\n var postClones = (0, _innerSliderUtils.getPostClones)(_objectSpread(_objectSpread(_objectSpread({}, _this.props), _this.state), {}, {\n slideCount: _this.props.children.length\n }));\n\n _this.props.children.forEach(function (child) {\n childrenWidths.push(child.props.style.width);\n _trackWidth += child.props.style.width;\n });\n\n for (var i = 0; i < preClones; i++) {\n _trackLeft += childrenWidths[childrenWidths.length - 1 - i];\n _trackWidth += childrenWidths[childrenWidths.length - 1 - i];\n }\n\n for (var _i = 0; _i < postClones; _i++) {\n _trackWidth += childrenWidths[_i];\n }\n\n for (var _i2 = 0; _i2 < _this.state.currentSlide; _i2++) {\n _trackLeft += childrenWidths[_i2];\n }\n\n var _trackStyle = {\n width: _trackWidth + \"px\",\n left: -_trackLeft + \"px\"\n };\n\n if (_this.props.centerMode) {\n var currentWidth = \"\".concat(childrenWidths[_this.state.currentSlide], \"px\");\n _trackStyle.left = \"calc(\".concat(_trackStyle.left, \" + (100% - \").concat(currentWidth, \") / 2 ) \");\n }\n\n return {\n trackStyle: _trackStyle\n };\n }\n\n var childrenCount = _react[\"default\"].Children.count(_this.props.children);\n\n var spec = _objectSpread(_objectSpread(_objectSpread({}, _this.props), _this.state), {}, {\n slideCount: childrenCount\n });\n\n var slideCount = (0, _innerSliderUtils.getPreClones)(spec) + (0, _innerSliderUtils.getPostClones)(spec) + childrenCount;\n var trackWidth = 100 / _this.props.slidesToShow * slideCount;\n var slideWidth = 100 / slideCount;\n var trackLeft = -slideWidth * ((0, _innerSliderUtils.getPreClones)(spec) + _this.state.currentSlide) * trackWidth / 100;\n\n if (_this.props.centerMode) {\n trackLeft += (100 - slideWidth * trackWidth / 100) / 2;\n }\n\n var trackStyle = {\n width: trackWidth + \"%\",\n left: trackLeft + \"%\"\n };\n return {\n slideWidth: slideWidth + \"%\",\n trackStyle: trackStyle\n };\n });\n\n _defineProperty(_assertThisInitialized(_this), \"checkImagesLoad\", function () {\n var images = _this.list && _this.list.querySelectorAll && _this.list.querySelectorAll(\".slick-slide img\") || [];\n var imagesCount = images.length,\n loadedCount = 0;\n Array.prototype.forEach.call(images, function (image) {\n var handler = function handler() {\n return ++loadedCount && loadedCount >= imagesCount && _this.onWindowResized();\n };\n\n if (!image.onclick) {\n image.onclick = function () {\n return image.parentNode.focus();\n };\n } else {\n var prevClickHandler = image.onclick;\n\n image.onclick = function () {\n prevClickHandler();\n image.parentNode.focus();\n };\n }\n\n if (!image.onload) {\n if (_this.props.lazyLoad) {\n image.onload = function () {\n _this.adaptHeight();\n\n _this.callbackTimers.push(setTimeout(_this.onWindowResized, _this.props.speed));\n };\n } else {\n image.onload = handler;\n\n image.onerror = function () {\n handler();\n _this.props.onLazyLoadError && _this.props.onLazyLoadError();\n };\n }\n }\n });\n });\n\n _defineProperty(_assertThisInitialized(_this), \"progressiveLazyLoad\", function () {\n var slidesToLoad = [];\n\n var spec = _objectSpread(_objectSpread({}, _this.props), _this.state);\n\n for (var index = _this.state.currentSlide; index < _this.state.slideCount + (0, _innerSliderUtils.getPostClones)(spec); index++) {\n if (_this.state.lazyLoadedList.indexOf(index) < 0) {\n slidesToLoad.push(index);\n break;\n }\n }\n\n for (var _index = _this.state.currentSlide - 1; _index >= -(0, _innerSliderUtils.getPreClones)(spec); _index--) {\n if (_this.state.lazyLoadedList.indexOf(_index) < 0) {\n slidesToLoad.push(_index);\n break;\n }\n }\n\n if (slidesToLoad.length > 0) {\n _this.setState(function (state) {\n return {\n lazyLoadedList: state.lazyLoadedList.concat(slidesToLoad)\n };\n });\n\n if (_this.props.onLazyLoad) {\n _this.props.onLazyLoad(slidesToLoad);\n }\n } else {\n if (_this.lazyLoadTimer) {\n clearInterval(_this.lazyLoadTimer);\n delete _this.lazyLoadTimer;\n }\n }\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slideHandler\", function (index) {\n var dontAnimate = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : false;\n var _this$props = _this.props,\n asNavFor = _this$props.asNavFor,\n beforeChange = _this$props.beforeChange,\n onLazyLoad = _this$props.onLazyLoad,\n speed = _this$props.speed,\n afterChange = _this$props.afterChange; // capture currentslide before state is updated\n\n var currentSlide = _this.state.currentSlide;\n\n var _slideHandler = (0, _innerSliderUtils.slideHandler)(_objectSpread(_objectSpread(_objectSpread({\n index: index\n }, _this.props), _this.state), {}, {\n trackRef: _this.track,\n useCSS: _this.props.useCSS && !dontAnimate\n })),\n state = _slideHandler.state,\n nextState = _slideHandler.nextState;\n\n if (!state) return;\n beforeChange && beforeChange(currentSlide, state.currentSlide);\n var slidesToLoad = state.lazyLoadedList.filter(function (value) {\n return _this.state.lazyLoadedList.indexOf(value) < 0;\n });\n onLazyLoad && slidesToLoad.length > 0 && onLazyLoad(slidesToLoad);\n\n if (!_this.props.waitForAnimate && _this.animationEndCallback) {\n clearTimeout(_this.animationEndCallback);\n afterChange && afterChange(currentSlide);\n delete _this.animationEndCallback;\n }\n\n _this.setState(state, function () {\n // asNavForIndex check is to avoid recursive calls of slideHandler in waitForAnimate=false mode\n if (asNavFor && _this.asNavForIndex !== index) {\n _this.asNavForIndex = index;\n asNavFor.innerSlider.slideHandler(index);\n }\n\n if (!nextState) return;\n _this.animationEndCallback = setTimeout(function () {\n var animating = nextState.animating,\n firstBatch = _objectWithoutProperties(nextState, [\"animating\"]);\n\n _this.setState(firstBatch, function () {\n _this.callbackTimers.push(setTimeout(function () {\n return _this.setState({\n animating: animating\n });\n }, 10));\n\n afterChange && afterChange(state.currentSlide);\n delete _this.animationEndCallback;\n });\n }, speed);\n });\n });\n\n _defineProperty(_assertThisInitialized(_this), \"changeSlide\", function (options) {\n var dontAnimate = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : false;\n\n var spec = _objectSpread(_objectSpread({}, _this.props), _this.state);\n\n var targetSlide = (0, _innerSliderUtils.changeSlide)(spec, options);\n if (targetSlide !== 0 && !targetSlide) return;\n\n if (dontAnimate === true) {\n _this.slideHandler(targetSlide, dontAnimate);\n } else {\n _this.slideHandler(targetSlide);\n }\n\n _this.props.autoplay && _this.autoPlay(\"update\");\n\n if (_this.props.focusOnSelect) {\n var nodes = _this.list.querySelectorAll(\".slick-current\");\n\n nodes[0] && nodes[0].focus();\n }\n });\n\n _defineProperty(_assertThisInitialized(_this), \"clickHandler\", function (e) {\n if (_this.clickable === false) {\n e.stopPropagation();\n e.preventDefault();\n }\n\n _this.clickable = true;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"keyHandler\", function (e) {\n var dir = (0, _innerSliderUtils.keyHandler)(e, _this.props.accessibility, _this.props.rtl);\n dir !== \"\" && _this.changeSlide({\n message: dir\n });\n });\n\n _defineProperty(_assertThisInitialized(_this), \"selectHandler\", function (options) {\n _this.changeSlide(options);\n });\n\n _defineProperty(_assertThisInitialized(_this), \"disableBodyScroll\", function () {\n var preventDefault = function preventDefault(e) {\n e = e || window.event;\n if (e.preventDefault) e.preventDefault();\n e.returnValue = false;\n };\n\n window.ontouchmove = preventDefault;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"enableBodyScroll\", function () {\n window.ontouchmove = null;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"swipeStart\", function (e) {\n if (_this.props.verticalSwiping) {\n _this.disableBodyScroll();\n }\n\n var state = (0, _innerSliderUtils.swipeStart)(e, _this.props.swipe, _this.props.draggable);\n state !== \"\" && _this.setState(state);\n });\n\n _defineProperty(_assertThisInitialized(_this), \"swipeMove\", function (e) {\n var state = (0, _innerSliderUtils.swipeMove)(e, _objectSpread(_objectSpread(_objectSpread({}, _this.props), _this.state), {}, {\n trackRef: _this.track,\n listRef: _this.list,\n slideIndex: _this.state.currentSlide\n }));\n if (!state) return;\n\n if (state[\"swiping\"]) {\n _this.clickable = false;\n }\n\n _this.setState(state);\n });\n\n _defineProperty(_assertThisInitialized(_this), \"swipeEnd\", function (e) {\n var state = (0, _innerSliderUtils.swipeEnd)(e, _objectSpread(_objectSpread(_objectSpread({}, _this.props), _this.state), {}, {\n trackRef: _this.track,\n listRef: _this.list,\n slideIndex: _this.state.currentSlide\n }));\n if (!state) return;\n var triggerSlideHandler = state[\"triggerSlideHandler\"];\n delete state[\"triggerSlideHandler\"];\n\n _this.setState(state);\n\n if (triggerSlideHandler === undefined) return;\n\n _this.slideHandler(triggerSlideHandler);\n\n if (_this.props.verticalSwiping) {\n _this.enableBodyScroll();\n }\n });\n\n _defineProperty(_assertThisInitialized(_this), \"touchEnd\", function (e) {\n _this.swipeEnd(e);\n\n _this.clickable = true;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickPrev\", function () {\n // this and fellow methods are wrapped in setTimeout\n // to make sure initialize setState has happened before\n // any of such methods are called\n _this.callbackTimers.push(setTimeout(function () {\n return _this.changeSlide({\n message: \"previous\"\n });\n }, 0));\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickNext\", function () {\n _this.callbackTimers.push(setTimeout(function () {\n return _this.changeSlide({\n message: \"next\"\n });\n }, 0));\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickGoTo\", function (slide) {\n var dontAnimate = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : false;\n slide = Number(slide);\n if (isNaN(slide)) return \"\";\n\n _this.callbackTimers.push(setTimeout(function () {\n return _this.changeSlide({\n message: \"index\",\n index: slide,\n currentSlide: _this.state.currentSlide\n }, dontAnimate);\n }, 0));\n });\n\n _defineProperty(_assertThisInitialized(_this), \"play\", function () {\n var nextIndex;\n\n if (_this.props.rtl) {\n nextIndex = _this.state.currentSlide - _this.props.slidesToScroll;\n } else {\n if ((0, _innerSliderUtils.canGoNext)(_objectSpread(_objectSpread({}, _this.props), _this.state))) {\n nextIndex = _this.state.currentSlide + _this.props.slidesToScroll;\n } else {\n return false;\n }\n }\n\n _this.slideHandler(nextIndex);\n });\n\n _defineProperty(_assertThisInitialized(_this), \"autoPlay\", function (playType) {\n if (_this.autoplayTimer) {\n clearInterval(_this.autoplayTimer);\n }\n\n var autoplaying = _this.state.autoplaying;\n\n if (playType === \"update\") {\n if (autoplaying === \"hovered\" || autoplaying === \"focused\" || autoplaying === \"paused\") {\n return;\n }\n } else if (playType === \"leave\") {\n if (autoplaying === \"paused\" || autoplaying === \"focused\") {\n return;\n }\n } else if (playType === \"blur\") {\n if (autoplaying === \"paused\" || autoplaying === \"hovered\") {\n return;\n }\n }\n\n _this.autoplayTimer = setInterval(_this.play, _this.props.autoplaySpeed + 50);\n\n _this.setState({\n autoplaying: \"playing\"\n });\n });\n\n _defineProperty(_assertThisInitialized(_this), \"pause\", function (pauseType) {\n if (_this.autoplayTimer) {\n clearInterval(_this.autoplayTimer);\n _this.autoplayTimer = null;\n }\n\n var autoplaying = _this.state.autoplaying;\n\n if (pauseType === \"paused\") {\n _this.setState({\n autoplaying: \"paused\"\n });\n } else if (pauseType === \"focused\") {\n if (autoplaying === \"hovered\" || autoplaying === \"playing\") {\n _this.setState({\n autoplaying: \"focused\"\n });\n }\n } else {\n // pauseType is 'hovered'\n if (autoplaying === \"playing\") {\n _this.setState({\n autoplaying: \"hovered\"\n });\n }\n }\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onDotsOver\", function () {\n return _this.props.autoplay && _this.pause(\"hovered\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onDotsLeave\", function () {\n return _this.props.autoplay && _this.state.autoplaying === \"hovered\" && _this.autoPlay(\"leave\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onTrackOver\", function () {\n return _this.props.autoplay && _this.pause(\"hovered\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onTrackLeave\", function () {\n return _this.props.autoplay && _this.state.autoplaying === \"hovered\" && _this.autoPlay(\"leave\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onSlideFocus\", function () {\n return _this.props.autoplay && _this.pause(\"focused\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"onSlideBlur\", function () {\n return _this.props.autoplay && _this.state.autoplaying === \"focused\" && _this.autoPlay(\"blur\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"render\", function () {\n var className = (0, _classnames[\"default\"])(\"slick-slider\", _this.props.className, {\n \"slick-vertical\": _this.props.vertical,\n \"slick-initialized\": true\n });\n\n var spec = _objectSpread(_objectSpread({}, _this.props), _this.state);\n\n var trackProps = (0, _innerSliderUtils.extractObject)(spec, [\"fade\", \"cssEase\", \"speed\", \"infinite\", \"centerMode\", \"focusOnSelect\", \"currentSlide\", \"lazyLoad\", \"lazyLoadedList\", \"rtl\", \"slideWidth\", \"slideHeight\", \"listHeight\", \"vertical\", \"slidesToShow\", \"slidesToScroll\", \"slideCount\", \"trackStyle\", \"variableWidth\", \"unslick\", \"centerPadding\", \"targetSlide\", \"useCSS\"]);\n var pauseOnHover = _this.props.pauseOnHover;\n trackProps = _objectSpread(_objectSpread({}, trackProps), {}, {\n onMouseEnter: pauseOnHover ? _this.onTrackOver : null,\n onMouseLeave: pauseOnHover ? _this.onTrackLeave : null,\n onMouseOver: pauseOnHover ? _this.onTrackOver : null,\n focusOnSelect: _this.props.focusOnSelect && _this.clickable ? _this.selectHandler : null\n });\n var dots;\n\n if (_this.props.dots === true && _this.state.slideCount >= _this.props.slidesToShow) {\n var dotProps = (0, _innerSliderUtils.extractObject)(spec, [\"dotsClass\", \"slideCount\", \"slidesToShow\", \"currentSlide\", \"slidesToScroll\", \"clickHandler\", \"children\", \"customPaging\", \"infinite\", \"appendDots\"]);\n var pauseOnDotsHover = _this.props.pauseOnDotsHover;\n dotProps = _objectSpread(_objectSpread({}, dotProps), {}, {\n clickHandler: _this.changeSlide,\n onMouseEnter: pauseOnDotsHover ? _this.onDotsLeave : null,\n onMouseOver: pauseOnDotsHover ? _this.onDotsOver : null,\n onMouseLeave: pauseOnDotsHover ? _this.onDotsLeave : null\n });\n dots = /*#__PURE__*/_react[\"default\"].createElement(_dots.Dots, dotProps);\n }\n\n var prevArrow, nextArrow;\n var arrowProps = (0, _innerSliderUtils.extractObject)(spec, [\"infinite\", \"centerMode\", \"currentSlide\", \"slideCount\", \"slidesToShow\", \"prevArrow\", \"nextArrow\"]);\n arrowProps.clickHandler = _this.changeSlide;\n\n if (_this.props.arrows) {\n prevArrow = /*#__PURE__*/_react[\"default\"].createElement(_arrows.PrevArrow, arrowProps);\n nextArrow = /*#__PURE__*/_react[\"default\"].createElement(_arrows.NextArrow, arrowProps);\n }\n\n var verticalHeightStyle = null;\n\n if (_this.props.vertical) {\n verticalHeightStyle = {\n height: _this.state.listHeight\n };\n }\n\n var centerPaddingStyle = null;\n\n if (_this.props.vertical === false) {\n if (_this.props.centerMode === true) {\n centerPaddingStyle = {\n padding: \"0px \" + _this.props.centerPadding\n };\n }\n } else {\n if (_this.props.centerMode === true) {\n centerPaddingStyle = {\n padding: _this.props.centerPadding + \" 0px\"\n };\n }\n }\n\n var listStyle = _objectSpread(_objectSpread({}, verticalHeightStyle), centerPaddingStyle);\n\n var touchMove = _this.props.touchMove;\n var listProps = {\n className: \"slick-list\",\n style: listStyle,\n onClick: _this.clickHandler,\n onMouseDown: touchMove ? _this.swipeStart : null,\n onMouseMove: _this.state.dragging && touchMove ? _this.swipeMove : null,\n onMouseUp: touchMove ? _this.swipeEnd : null,\n onMouseLeave: _this.state.dragging && touchMove ? _this.swipeEnd : null,\n onTouchStart: touchMove ? _this.swipeStart : null,\n onTouchMove: _this.state.dragging && touchMove ? _this.swipeMove : null,\n onTouchEnd: touchMove ? _this.touchEnd : null,\n onTouchCancel: _this.state.dragging && touchMove ? _this.swipeEnd : null,\n onKeyDown: _this.props.accessibility ? _this.keyHandler : null\n };\n var innerSliderProps = {\n className: className,\n dir: \"ltr\",\n style: _this.props.style\n };\n\n if (_this.props.unslick) {\n listProps = {\n className: \"slick-list\"\n };\n innerSliderProps = {\n className: className\n };\n }\n\n return /*#__PURE__*/_react[\"default\"].createElement(\"div\", innerSliderProps, !_this.props.unslick ? prevArrow : \"\", /*#__PURE__*/_react[\"default\"].createElement(\"div\", _extends({\n ref: _this.listRefHandler\n }, listProps), /*#__PURE__*/_react[\"default\"].createElement(_track.Track, _extends({\n ref: _this.trackRefHandler\n }, trackProps), _this.props.children)), !_this.props.unslick ? nextArrow : \"\", !_this.props.unslick ? dots : \"\");\n });\n\n _this.list = null;\n _this.track = null;\n _this.state = _objectSpread(_objectSpread({}, _initialState[\"default\"]), {}, {\n currentSlide: _this.props.initialSlide,\n slideCount: _react[\"default\"].Children.count(_this.props.children)\n });\n _this.callbackTimers = [];\n _this.clickable = true;\n _this.debouncedResize = null;\n\n var ssrState = _this.ssrInit();\n\n _this.state = _objectSpread(_objectSpread({}, _this.state), ssrState);\n return _this;\n }\n\n _createClass(InnerSlider, [{\n key: \"didPropsChange\",\n value: function didPropsChange(prevProps) {\n var setTrackStyle = false;\n\n for (var _i3 = 0, _Object$keys = Object.keys(this.props); _i3 < _Object$keys.length; _i3++) {\n var key = _Object$keys[_i3];\n\n if (!prevProps.hasOwnProperty(key)) {\n setTrackStyle = true;\n break;\n }\n\n if (_typeof(prevProps[key]) === \"object\" || typeof prevProps[key] === \"function\") {\n continue;\n }\n\n if (prevProps[key] !== this.props[key]) {\n setTrackStyle = true;\n break;\n }\n }\n\n return setTrackStyle || _react[\"default\"].Children.count(this.props.children) !== _react[\"default\"].Children.count(prevProps.children);\n }\n }]);\n\n return InnerSlider;\n}(_react[\"default\"].Component);\n\nexports.InnerSlider = InnerSlider;","\"use strict\";\n\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; return _typeof = \"function\" == typeof Symbol && \"symbol\" == typeof Symbol.iterator ? function (obj) { return typeof obj; } : function (obj) { return obj && \"function\" == typeof Symbol && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }, _typeof(obj); }\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nexports[\"default\"] = void 0;\n\nvar _react = _interopRequireDefault(require(\"react\"));\n\nvar _innerSlider = require(\"./inner-slider\");\n\nvar _json2mq = _interopRequireDefault(require(\"json2mq\"));\n\nvar _defaultProps = _interopRequireDefault(require(\"./default-props\"));\n\nvar _innerSliderUtils = require(\"./utils/innerSliderUtils\");\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { \"default\": obj }; }\n\nfunction _extends() { _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\n\nfunction ownKeys(object, enumerableOnly) { var keys = Object.keys(object); if (Object.getOwnPropertySymbols) { var symbols = Object.getOwnPropertySymbols(object); enumerableOnly && (symbols = symbols.filter(function (sym) { return Object.getOwnPropertyDescriptor(object, sym).enumerable; })), keys.push.apply(keys, symbols); } return keys; }\n\nfunction _objectSpread(target) { for (var i = 1; i < arguments.length; i++) { var source = null != arguments[i] ? arguments[i] : {}; i % 2 ? ownKeys(Object(source), !0).forEach(function (key) { _defineProperty(target, key, source[key]); }) : Object.getOwnPropertyDescriptors ? Object.defineProperties(target, Object.getOwnPropertyDescriptors(source)) : ownKeys(Object(source)).forEach(function (key) { Object.defineProperty(target, key, Object.getOwnPropertyDescriptor(source, key)); }); } return target; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); Object.defineProperty(Constructor, \"prototype\", { writable: false }); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); Object.defineProperty(subClass, \"prototype\", { writable: false }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } else if (call !== void 0) { throw new TypeError(\"Derived constructors may only return object or undefined\"); } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Boolean.prototype.valueOf.call(Reflect.construct(Boolean, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nvar enquire = (0, _innerSliderUtils.canUseDOM)() && require(\"enquire.js\");\n\nvar Slider = /*#__PURE__*/function (_React$Component) {\n _inherits(Slider, _React$Component);\n\n var _super = _createSuper(Slider);\n\n function Slider(props) {\n var _this;\n\n _classCallCheck(this, Slider);\n\n _this = _super.call(this, props);\n\n _defineProperty(_assertThisInitialized(_this), \"innerSliderRefHandler\", function (ref) {\n return _this.innerSlider = ref;\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickPrev\", function () {\n return _this.innerSlider.slickPrev();\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickNext\", function () {\n return _this.innerSlider.slickNext();\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickGoTo\", function (slide) {\n var dontAnimate = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : false;\n return _this.innerSlider.slickGoTo(slide, dontAnimate);\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickPause\", function () {\n return _this.innerSlider.pause(\"paused\");\n });\n\n _defineProperty(_assertThisInitialized(_this), \"slickPlay\", function () {\n return _this.innerSlider.autoPlay(\"play\");\n });\n\n _this.state = {\n breakpoint: null\n };\n _this._responsiveMediaHandlers = [];\n return _this;\n }\n\n _createClass(Slider, [{\n key: \"media\",\n value: function media(query, handler) {\n // javascript handler for css media query\n enquire.register(query, handler);\n\n this._responsiveMediaHandlers.push({\n query: query,\n handler: handler\n });\n } // handles responsive breakpoints\n\n }, {\n key: \"componentDidMount\",\n value: function componentDidMount() {\n var _this2 = this;\n\n // performance monitoring\n //if (process.env.NODE_ENV !== 'production') {\n //const { whyDidYouUpdate } = require('why-did-you-update')\n //whyDidYouUpdate(React)\n //}\n if (this.props.responsive) {\n var breakpoints = this.props.responsive.map(function (breakpt) {\n return breakpt.breakpoint;\n }); // sort them in increasing order of their numerical value\n\n breakpoints.sort(function (x, y) {\n return x - y;\n });\n breakpoints.forEach(function (breakpoint, index) {\n // media query for each breakpoint\n var bQuery;\n\n if (index === 0) {\n bQuery = (0, _json2mq[\"default\"])({\n minWidth: 0,\n maxWidth: breakpoint\n });\n } else {\n bQuery = (0, _json2mq[\"default\"])({\n minWidth: breakpoints[index - 1] + 1,\n maxWidth: breakpoint\n });\n } // when not using server side rendering\n\n\n (0, _innerSliderUtils.canUseDOM)() && _this2.media(bQuery, function () {\n _this2.setState({\n breakpoint: breakpoint\n });\n });\n }); // Register media query for full screen. Need to support resize from small to large\n // convert javascript object to media query string\n\n var query = (0, _json2mq[\"default\"])({\n minWidth: breakpoints.slice(-1)[0]\n });\n (0, _innerSliderUtils.canUseDOM)() && this.media(query, function () {\n _this2.setState({\n breakpoint: null\n });\n });\n }\n }\n }, {\n key: \"componentWillUnmount\",\n value: function componentWillUnmount() {\n this._responsiveMediaHandlers.forEach(function (obj) {\n enquire.unregister(obj.query, obj.handler);\n });\n }\n }, {\n key: \"render\",\n value: function render() {\n var _this3 = this;\n\n var settings;\n var newProps;\n\n if (this.state.breakpoint) {\n newProps = this.props.responsive.filter(function (resp) {\n return resp.breakpoint === _this3.state.breakpoint;\n });\n settings = newProps[0].settings === \"unslick\" ? \"unslick\" : _objectSpread(_objectSpread(_objectSpread({}, _defaultProps[\"default\"]), this.props), newProps[0].settings);\n } else {\n settings = _objectSpread(_objectSpread({}, _defaultProps[\"default\"]), this.props);\n } // force scrolling by one if centerMode is on\n\n\n if (settings.centerMode) {\n if (settings.slidesToScroll > 1 && process.env.NODE_ENV !== \"production\") {\n console.warn(\"slidesToScroll should be equal to 1 in centerMode, you are using \".concat(settings.slidesToScroll));\n }\n\n settings.slidesToScroll = 1;\n } // force showing one slide and scrolling by one if the fade mode is on\n\n\n if (settings.fade) {\n if (settings.slidesToShow > 1 && process.env.NODE_ENV !== \"production\") {\n console.warn(\"slidesToShow should be equal to 1 when fade is true, you're using \".concat(settings.slidesToShow));\n }\n\n if (settings.slidesToScroll > 1 && process.env.NODE_ENV !== \"production\") {\n console.warn(\"slidesToScroll should be equal to 1 when fade is true, you're using \".concat(settings.slidesToScroll));\n }\n\n settings.slidesToShow = 1;\n settings.slidesToScroll = 1;\n } // makes sure that children is an array, even when there is only 1 child\n\n\n var children = _react[\"default\"].Children.toArray(this.props.children); // Children may contain false or null, so we should filter them\n // children may also contain string filled with spaces (in certain cases where we use jsx strings)\n\n\n children = children.filter(function (child) {\n if (typeof child === \"string\") {\n return !!child.trim();\n }\n\n return !!child;\n }); // rows and slidesPerRow logic is handled here\n\n if (settings.variableWidth && (settings.rows > 1 || settings.slidesPerRow > 1)) {\n console.warn(\"variableWidth is not supported in case of rows > 1 or slidesPerRow > 1\");\n settings.variableWidth = false;\n }\n\n var newChildren = [];\n var currentWidth = null;\n\n for (var i = 0; i < children.length; i += settings.rows * settings.slidesPerRow) {\n var newSlide = [];\n\n for (var j = i; j < i + settings.rows * settings.slidesPerRow; j += settings.slidesPerRow) {\n var row = [];\n\n for (var k = j; k < j + settings.slidesPerRow; k += 1) {\n if (settings.variableWidth && children[k].props.style) {\n currentWidth = children[k].props.style.width;\n }\n\n if (k >= children.length) break;\n row.push( /*#__PURE__*/_react[\"default\"].cloneElement(children[k], {\n key: 100 * i + 10 * j + k,\n tabIndex: -1,\n style: {\n width: \"\".concat(100 / settings.slidesPerRow, \"%\"),\n display: \"inline-block\"\n }\n }));\n }\n\n newSlide.push( /*#__PURE__*/_react[\"default\"].createElement(\"div\", {\n key: 10 * i + j\n }, row));\n }\n\n if (settings.variableWidth) {\n newChildren.push( /*#__PURE__*/_react[\"default\"].createElement(\"div\", {\n key: i,\n style: {\n width: currentWidth\n }\n }, newSlide));\n } else {\n newChildren.push( /*#__PURE__*/_react[\"default\"].createElement(\"div\", {\n key: i\n }, newSlide));\n }\n }\n\n if (settings === \"unslick\") {\n var className = \"regular slider \" + (this.props.className || \"\");\n return /*#__PURE__*/_react[\"default\"].createElement(\"div\", {\n className: className\n }, children);\n } else if (newChildren.length <= settings.slidesToShow) {\n settings.unslick = true;\n }\n\n return /*#__PURE__*/_react[\"default\"].createElement(_innerSlider.InnerSlider, _extends({\n style: this.props.style,\n ref: this.innerSliderRefHandler\n }, settings), newChildren);\n }\n }]);\n\n return Slider;\n}(_react[\"default\"].Component);\n\nexports[\"default\"] = Slider;","\"use strict\";\n\nfunction _typeof(obj) { \"@babel/helpers - typeof\"; return _typeof = \"function\" == typeof Symbol && \"symbol\" == typeof Symbol.iterator ? function (obj) { return typeof obj; } : function (obj) { return obj && \"function\" == typeof Symbol && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; }, _typeof(obj); }\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nexports.Track = void 0;\n\nvar _react = _interopRequireDefault(require(\"react\"));\n\nvar _classnames = _interopRequireDefault(require(\"classnames\"));\n\nvar _innerSliderUtils = require(\"./utils/innerSliderUtils\");\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { \"default\": obj }; }\n\nfunction _extends() { _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } }\n\nfunction _createClass(Constructor, protoProps, staticProps) { if (protoProps) _defineProperties(Constructor.prototype, protoProps); if (staticProps) _defineProperties(Constructor, staticProps); Object.defineProperty(Constructor, \"prototype\", { writable: false }); return Constructor; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function\"); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, writable: true, configurable: true } }); Object.defineProperty(subClass, \"prototype\", { writable: false }); if (superClass) _setPrototypeOf(subClass, superClass); }\n\nfunction _setPrototypeOf(o, p) { _setPrototypeOf = Object.setPrototypeOf || function _setPrototypeOf(o, p) { o.__proto__ = p; return o; }; return _setPrototypeOf(o, p); }\n\nfunction _createSuper(Derived) { var hasNativeReflectConstruct = _isNativeReflectConstruct(); return function _createSuperInternal() { var Super = _getPrototypeOf(Derived), result; if (hasNativeReflectConstruct) { var NewTarget = _getPrototypeOf(this).constructor; result = Reflect.construct(Super, arguments, NewTarget); } else { result = Super.apply(this, arguments); } return _possibleConstructorReturn(this, result); }; }\n\nfunction _possibleConstructorReturn(self, call) { if (call && (_typeof(call) === \"object\" || typeof call === \"function\")) { return call; } else if (call !== void 0) { throw new TypeError(\"Derived constructors may only return object or undefined\"); } return _assertThisInitialized(self); }\n\nfunction _assertThisInitialized(self) { if (self === void 0) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return self; }\n\nfunction _isNativeReflectConstruct() { if (typeof Reflect === \"undefined\" || !Reflect.construct) return false; if (Reflect.construct.sham) return false; if (typeof Proxy === \"function\") return true; try { Boolean.prototype.valueOf.call(Reflect.construct(Boolean, [], function () {})); return true; } catch (e) { return false; } }\n\nfunction _getPrototypeOf(o) { _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf : function _getPrototypeOf(o) { return o.__proto__ || Object.getPrototypeOf(o); }; return _getPrototypeOf(o); }\n\nfunction ownKeys(object, enumerableOnly) { var keys = Object.keys(object); if (Object.getOwnPropertySymbols) { var symbols = Object.getOwnPropertySymbols(object); enumerableOnly && (symbols = symbols.filter(function (sym) { return Object.getOwnPropertyDescriptor(object, sym).enumerable; })), keys.push.apply(keys, symbols); } return keys; }\n\nfunction _objectSpread(target) { for (var i = 1; i < arguments.length; i++) { var source = null != arguments[i] ? arguments[i] : {}; i % 2 ? ownKeys(Object(source), !0).forEach(function (key) { _defineProperty(target, key, source[key]); }) : Object.getOwnPropertyDescriptors ? Object.defineProperties(target, Object.getOwnPropertyDescriptors(source)) : ownKeys(Object(source)).forEach(function (key) { Object.defineProperty(target, key, Object.getOwnPropertyDescriptor(source, key)); }); } return target; }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\n// given specifications/props for a slide, fetch all the classes that need to be applied to the slide\nvar getSlideClasses = function getSlideClasses(spec) {\n var slickActive, slickCenter, slickCloned;\n var centerOffset, index;\n\n if (spec.rtl) {\n index = spec.slideCount - 1 - spec.index;\n } else {\n index = spec.index;\n }\n\n slickCloned = index < 0 || index >= spec.slideCount;\n\n if (spec.centerMode) {\n centerOffset = Math.floor(spec.slidesToShow / 2);\n slickCenter = (index - spec.currentSlide) % spec.slideCount === 0;\n\n if (index > spec.currentSlide - centerOffset - 1 && index <= spec.currentSlide + centerOffset) {\n slickActive = true;\n }\n } else {\n slickActive = spec.currentSlide <= index && index < spec.currentSlide + spec.slidesToShow;\n }\n\n var focusedSlide;\n\n if (spec.targetSlide < 0) {\n focusedSlide = spec.targetSlide + spec.slideCount;\n } else if (spec.targetSlide >= spec.slideCount) {\n focusedSlide = spec.targetSlide - spec.slideCount;\n } else {\n focusedSlide = spec.targetSlide;\n }\n\n var slickCurrent = index === focusedSlide;\n return {\n \"slick-slide\": true,\n \"slick-active\": slickActive,\n \"slick-center\": slickCenter,\n \"slick-cloned\": slickCloned,\n \"slick-current\": slickCurrent // dubious in case of RTL\n\n };\n};\n\nvar getSlideStyle = function getSlideStyle(spec) {\n var style = {};\n\n if (spec.variableWidth === undefined || spec.variableWidth === false) {\n style.width = spec.slideWidth;\n }\n\n if (spec.fade) {\n style.position = \"relative\";\n\n if (spec.vertical) {\n style.top = -spec.index * parseInt(spec.slideHeight);\n } else {\n style.left = -spec.index * parseInt(spec.slideWidth);\n }\n\n style.opacity = spec.currentSlide === spec.index ? 1 : 0;\n\n if (spec.useCSS) {\n style.transition = \"opacity \" + spec.speed + \"ms \" + spec.cssEase + \", \" + \"visibility \" + spec.speed + \"ms \" + spec.cssEase;\n }\n }\n\n return style;\n};\n\nvar getKey = function getKey(child, fallbackKey) {\n return child.key || fallbackKey;\n};\n\nvar renderSlides = function renderSlides(spec) {\n var key;\n var slides = [];\n var preCloneSlides = [];\n var postCloneSlides = [];\n\n var childrenCount = _react[\"default\"].Children.count(spec.children);\n\n var startIndex = (0, _innerSliderUtils.lazyStartIndex)(spec);\n var endIndex = (0, _innerSliderUtils.lazyEndIndex)(spec);\n\n _react[\"default\"].Children.forEach(spec.children, function (elem, index) {\n var child;\n var childOnClickOptions = {\n message: \"children\",\n index: index,\n slidesToScroll: spec.slidesToScroll,\n currentSlide: spec.currentSlide\n }; // in case of lazyLoad, whether or not we want to fetch the slide\n\n if (!spec.lazyLoad || spec.lazyLoad && spec.lazyLoadedList.indexOf(index) >= 0) {\n child = elem;\n } else {\n child = /*#__PURE__*/_react[\"default\"].createElement(\"div\", null);\n }\n\n var childStyle = getSlideStyle(_objectSpread(_objectSpread({}, spec), {}, {\n index: index\n }));\n var slideClass = child.props.className || \"\";\n var slideClasses = getSlideClasses(_objectSpread(_objectSpread({}, spec), {}, {\n index: index\n })); // push a cloned element of the desired slide\n\n slides.push( /*#__PURE__*/_react[\"default\"].cloneElement(child, {\n key: \"original\" + getKey(child, index),\n \"data-index\": index,\n className: (0, _classnames[\"default\"])(slideClasses, slideClass),\n tabIndex: \"-1\",\n \"aria-hidden\": !slideClasses[\"slick-active\"],\n style: _objectSpread(_objectSpread({\n outline: \"none\"\n }, child.props.style || {}), childStyle),\n onClick: function onClick(e) {\n child.props && child.props.onClick && child.props.onClick(e);\n\n if (spec.focusOnSelect) {\n spec.focusOnSelect(childOnClickOptions);\n }\n }\n })); // if slide needs to be precloned or postcloned\n\n if (spec.infinite && spec.fade === false) {\n var preCloneNo = childrenCount - index;\n\n if (preCloneNo <= (0, _innerSliderUtils.getPreClones)(spec) && childrenCount !== spec.slidesToShow) {\n key = -preCloneNo;\n\n if (key >= startIndex) {\n child = elem;\n }\n\n slideClasses = getSlideClasses(_objectSpread(_objectSpread({}, spec), {}, {\n index: key\n }));\n preCloneSlides.push( /*#__PURE__*/_react[\"default\"].cloneElement(child, {\n key: \"precloned\" + getKey(child, key),\n \"data-index\": key,\n tabIndex: \"-1\",\n className: (0, _classnames[\"default\"])(slideClasses, slideClass),\n \"aria-hidden\": !slideClasses[\"slick-active\"],\n style: _objectSpread(_objectSpread({}, child.props.style || {}), childStyle),\n onClick: function onClick(e) {\n child.props && child.props.onClick && child.props.onClick(e);\n\n if (spec.focusOnSelect) {\n spec.focusOnSelect(childOnClickOptions);\n }\n }\n }));\n }\n\n if (childrenCount !== spec.slidesToShow) {\n key = childrenCount + index;\n\n if (key < endIndex) {\n child = elem;\n }\n\n slideClasses = getSlideClasses(_objectSpread(_objectSpread({}, spec), {}, {\n index: key\n }));\n postCloneSlides.push( /*#__PURE__*/_react[\"default\"].cloneElement(child, {\n key: \"postcloned\" + getKey(child, key),\n \"data-index\": key,\n tabIndex: \"-1\",\n className: (0, _classnames[\"default\"])(slideClasses, slideClass),\n \"aria-hidden\": !slideClasses[\"slick-active\"],\n style: _objectSpread(_objectSpread({}, child.props.style || {}), childStyle),\n onClick: function onClick(e) {\n child.props && child.props.onClick && child.props.onClick(e);\n\n if (spec.focusOnSelect) {\n spec.focusOnSelect(childOnClickOptions);\n }\n }\n }));\n }\n }\n });\n\n if (spec.rtl) {\n return preCloneSlides.concat(slides, postCloneSlides).reverse();\n } else {\n return preCloneSlides.concat(slides, postCloneSlides);\n }\n};\n\nvar Track = /*#__PURE__*/function (_React$PureComponent) {\n _inherits(Track, _React$PureComponent);\n\n var _super = _createSuper(Track);\n\n function Track() {\n var _this;\n\n _classCallCheck(this, Track);\n\n for (var _len = arguments.length, args = new Array(_len), _key = 0; _key < _len; _key++) {\n args[_key] = arguments[_key];\n }\n\n _this = _super.call.apply(_super, [this].concat(args));\n\n _defineProperty(_assertThisInitialized(_this), \"node\", null);\n\n _defineProperty(_assertThisInitialized(_this), \"handleRef\", function (ref) {\n _this.node = ref;\n });\n\n return _this;\n }\n\n _createClass(Track, [{\n key: \"render\",\n value: function render() {\n var slides = renderSlides(this.props);\n var _this$props = this.props,\n onMouseEnter = _this$props.onMouseEnter,\n onMouseOver = _this$props.onMouseOver,\n onMouseLeave = _this$props.onMouseLeave;\n var mouseEvents = {\n onMouseEnter: onMouseEnter,\n onMouseOver: onMouseOver,\n onMouseLeave: onMouseLeave\n };\n return /*#__PURE__*/_react[\"default\"].createElement(\"div\", _extends({\n ref: this.handleRef,\n className: \"slick-track\",\n style: this.props.trackStyle\n }, mouseEvents), slides);\n }\n }]);\n\n return Track;\n}(_react[\"default\"].PureComponent);\n\nexports.Track = Track;","\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n value: true\n});\nexports.checkSpecKeys = exports.checkNavigable = exports.changeSlide = exports.canUseDOM = exports.canGoNext = void 0;\nexports.clamp = clamp;\nexports.swipeStart = exports.swipeMove = exports.swipeEnd = exports.slidesOnRight = exports.slidesOnLeft = exports.slideHandler = exports.siblingDirection = exports.safePreventDefault = exports.lazyStartIndex = exports.lazySlidesOnRight = exports.lazySlidesOnLeft = exports.lazyEndIndex = exports.keyHandler = exports.initializedState = exports.getWidth = exports.getTrackLeft = exports.getTrackCSS = exports.getTrackAnimateCSS = exports.getTotalSlides = exports.getSwipeDirection = exports.getSlideCount = exports.getRequiredLazySlides = exports.getPreClones = exports.getPostClones = exports.getOnDemandLazySlides = exports.getNavigableIndexes = exports.getHeight = exports.extractObject = void 0;\n\nvar _react = _interopRequireDefault(require(\"react\"));\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { \"default\": obj }; }\n\nfunction ownKeys(object, enumerableOnly) { var keys = Object.keys(object); if (Object.getOwnPropertySymbols) { var symbols = Object.getOwnPropertySymbols(object); enumerableOnly && (symbols = symbols.filter(function (sym) { return Object.getOwnPropertyDescriptor(object, sym).enumerable; })), keys.push.apply(keys, symbols); } return keys; }\n\nfunction _objectSpread(target) { for (var i = 1; i < arguments.length; i++) { var source = null != arguments[i] ? arguments[i] : {}; i % 2 ? ownKeys(Object(source), !0).forEach(function (key) { _defineProperty(target, key, source[key]); }) : Object.getOwnPropertyDescriptors ? Object.defineProperties(target, Object.getOwnPropertyDescriptors(source)) : ownKeys(Object(source)).forEach(function (key) { Object.defineProperty(target, key, Object.getOwnPropertyDescriptor(source, key)); }); } return target; }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nfunction clamp(number, lowerBound, upperBound) {\n return Math.max(lowerBound, Math.min(number, upperBound));\n}\n\nvar safePreventDefault = function safePreventDefault(event) {\n var passiveEvents = [\"onTouchStart\", \"onTouchMove\", \"onWheel\"];\n\n if (!passiveEvents.includes(event._reactName)) {\n event.preventDefault();\n }\n};\n\nexports.safePreventDefault = safePreventDefault;\n\nvar getOnDemandLazySlides = function getOnDemandLazySlides(spec) {\n var onDemandSlides = [];\n var startIndex = lazyStartIndex(spec);\n var endIndex = lazyEndIndex(spec);\n\n for (var slideIndex = startIndex; slideIndex < endIndex; slideIndex++) {\n if (spec.lazyLoadedList.indexOf(slideIndex) < 0) {\n onDemandSlides.push(slideIndex);\n }\n }\n\n return onDemandSlides;\n}; // return list of slides that need to be present\n\n\nexports.getOnDemandLazySlides = getOnDemandLazySlides;\n\nvar getRequiredLazySlides = function getRequiredLazySlides(spec) {\n var requiredSlides = [];\n var startIndex = lazyStartIndex(spec);\n var endIndex = lazyEndIndex(spec);\n\n for (var slideIndex = startIndex; slideIndex < endIndex; slideIndex++) {\n requiredSlides.push(slideIndex);\n }\n\n return requiredSlides;\n}; // startIndex that needs to be present\n\n\nexports.getRequiredLazySlides = getRequiredLazySlides;\n\nvar lazyStartIndex = function lazyStartIndex(spec) {\n return spec.currentSlide - lazySlidesOnLeft(spec);\n};\n\nexports.lazyStartIndex = lazyStartIndex;\n\nvar lazyEndIndex = function lazyEndIndex(spec) {\n return spec.currentSlide + lazySlidesOnRight(spec);\n};\n\nexports.lazyEndIndex = lazyEndIndex;\n\nvar lazySlidesOnLeft = function lazySlidesOnLeft(spec) {\n return spec.centerMode ? Math.floor(spec.slidesToShow / 2) + (parseInt(spec.centerPadding) > 0 ? 1 : 0) : 0;\n};\n\nexports.lazySlidesOnLeft = lazySlidesOnLeft;\n\nvar lazySlidesOnRight = function lazySlidesOnRight(spec) {\n return spec.centerMode ? Math.floor((spec.slidesToShow - 1) / 2) + 1 + (parseInt(spec.centerPadding) > 0 ? 1 : 0) : spec.slidesToShow;\n}; // get width of an element\n\n\nexports.lazySlidesOnRight = lazySlidesOnRight;\n\nvar getWidth = function getWidth(elem) {\n return elem && elem.offsetWidth || 0;\n};\n\nexports.getWidth = getWidth;\n\nvar getHeight = function getHeight(elem) {\n return elem && elem.offsetHeight || 0;\n};\n\nexports.getHeight = getHeight;\n\nvar getSwipeDirection = function getSwipeDirection(touchObject) {\n var verticalSwiping = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : false;\n var xDist, yDist, r, swipeAngle;\n xDist = touchObject.startX - touchObject.curX;\n yDist = touchObject.startY - touchObject.curY;\n r = Math.atan2(yDist, xDist);\n swipeAngle = Math.round(r * 180 / Math.PI);\n\n if (swipeAngle < 0) {\n swipeAngle = 360 - Math.abs(swipeAngle);\n }\n\n if (swipeAngle <= 45 && swipeAngle >= 0 || swipeAngle <= 360 && swipeAngle >= 315) {\n return \"left\";\n }\n\n if (swipeAngle >= 135 && swipeAngle <= 225) {\n return \"right\";\n }\n\n if (verticalSwiping === true) {\n if (swipeAngle >= 35 && swipeAngle <= 135) {\n return \"up\";\n } else {\n return \"down\";\n }\n }\n\n return \"vertical\";\n}; // whether or not we can go next\n\n\nexports.getSwipeDirection = getSwipeDirection;\n\nvar canGoNext = function canGoNext(spec) {\n var canGo = true;\n\n if (!spec.infinite) {\n if (spec.centerMode && spec.currentSlide >= spec.slideCount - 1) {\n canGo = false;\n } else if (spec.slideCount <= spec.slidesToShow || spec.currentSlide >= spec.slideCount - spec.slidesToShow) {\n canGo = false;\n }\n }\n\n return canGo;\n}; // given an object and a list of keys, return new object with given keys\n\n\nexports.canGoNext = canGoNext;\n\nvar extractObject = function extractObject(spec, keys) {\n var newObject = {};\n keys.forEach(function (key) {\n return newObject[key] = spec[key];\n });\n return newObject;\n}; // get initialized state\n\n\nexports.extractObject = extractObject;\n\nvar initializedState = function initializedState(spec) {\n // spec also contains listRef, trackRef\n var slideCount = _react[\"default\"].Children.count(spec.children);\n\n var listNode = spec.listRef;\n var listWidth = Math.ceil(getWidth(listNode));\n var trackNode = spec.trackRef && spec.trackRef.node;\n var trackWidth = Math.ceil(getWidth(trackNode));\n var slideWidth;\n\n if (!spec.vertical) {\n var centerPaddingAdj = spec.centerMode && parseInt(spec.centerPadding) * 2;\n\n if (typeof spec.centerPadding === \"string\" && spec.centerPadding.slice(-1) === \"%\") {\n centerPaddingAdj *= listWidth / 100;\n }\n\n slideWidth = Math.ceil((listWidth - centerPaddingAdj) / spec.slidesToShow);\n } else {\n slideWidth = listWidth;\n }\n\n var slideHeight = listNode && getHeight(listNode.querySelector('[data-index=\"0\"]'));\n var listHeight = slideHeight * spec.slidesToShow;\n var currentSlide = spec.currentSlide === undefined ? spec.initialSlide : spec.currentSlide;\n\n if (spec.rtl && spec.currentSlide === undefined) {\n currentSlide = slideCount - 1 - spec.initialSlide;\n }\n\n var lazyLoadedList = spec.lazyLoadedList || [];\n var slidesToLoad = getOnDemandLazySlides(_objectSpread(_objectSpread({}, spec), {}, {\n currentSlide: currentSlide,\n lazyLoadedList: lazyLoadedList\n }));\n lazyLoadedList = lazyLoadedList.concat(slidesToLoad);\n var state = {\n slideCount: slideCount,\n slideWidth: slideWidth,\n listWidth: listWidth,\n trackWidth: trackWidth,\n currentSlide: currentSlide,\n slideHeight: slideHeight,\n listHeight: listHeight,\n lazyLoadedList: lazyLoadedList\n };\n\n if (spec.autoplaying === null && spec.autoplay) {\n state[\"autoplaying\"] = \"playing\";\n }\n\n return state;\n};\n\nexports.initializedState = initializedState;\n\nvar slideHandler = function slideHandler(spec) {\n var waitForAnimate = spec.waitForAnimate,\n animating = spec.animating,\n fade = spec.fade,\n infinite = spec.infinite,\n index = spec.index,\n slideCount = spec.slideCount,\n lazyLoad = spec.lazyLoad,\n currentSlide = spec.currentSlide,\n centerMode = spec.centerMode,\n slidesToScroll = spec.slidesToScroll,\n slidesToShow = spec.slidesToShow,\n useCSS = spec.useCSS;\n var lazyLoadedList = spec.lazyLoadedList;\n if (waitForAnimate && animating) return {};\n var animationSlide = index,\n finalSlide,\n animationLeft,\n finalLeft;\n var state = {},\n nextState = {};\n var targetSlide = infinite ? index : clamp(index, 0, slideCount - 1);\n\n if (fade) {\n if (!infinite && (index < 0 || index >= slideCount)) return {};\n\n if (index < 0) {\n animationSlide = index + slideCount;\n } else if (index >= slideCount) {\n animationSlide = index - slideCount;\n }\n\n if (lazyLoad && lazyLoadedList.indexOf(animationSlide) < 0) {\n lazyLoadedList = lazyLoadedList.concat(animationSlide);\n }\n\n state = {\n animating: true,\n currentSlide: animationSlide,\n lazyLoadedList: lazyLoadedList,\n targetSlide: animationSlide\n };\n nextState = {\n animating: false,\n targetSlide: animationSlide\n };\n } else {\n finalSlide = animationSlide;\n\n if (animationSlide < 0) {\n finalSlide = animationSlide + slideCount;\n if (!infinite) finalSlide = 0;else if (slideCount % slidesToScroll !== 0) finalSlide = slideCount - slideCount % slidesToScroll;\n } else if (!canGoNext(spec) && animationSlide > currentSlide) {\n animationSlide = finalSlide = currentSlide;\n } else if (centerMode && animationSlide >= slideCount) {\n animationSlide = infinite ? slideCount : slideCount - 1;\n finalSlide = infinite ? 0 : slideCount - 1;\n } else if (animationSlide >= slideCount) {\n finalSlide = animationSlide - slideCount;\n if (!infinite) finalSlide = slideCount - slidesToShow;else if (slideCount % slidesToScroll !== 0) finalSlide = 0;\n }\n\n if (!infinite && animationSlide + slidesToShow >= slideCount) {\n finalSlide = slideCount - slidesToShow;\n }\n\n animationLeft = getTrackLeft(_objectSpread(_objectSpread({}, spec), {}, {\n slideIndex: animationSlide\n }));\n finalLeft = getTrackLeft(_objectSpread(_objectSpread({}, spec), {}, {\n slideIndex: finalSlide\n }));\n\n if (!infinite) {\n if (animationLeft === finalLeft) animationSlide = finalSlide;\n animationLeft = finalLeft;\n }\n\n if (lazyLoad) {\n lazyLoadedList = lazyLoadedList.concat(getOnDemandLazySlides(_objectSpread(_objectSpread({}, spec), {}, {\n currentSlide: animationSlide\n })));\n }\n\n if (!useCSS) {\n state = {\n currentSlide: finalSlide,\n trackStyle: getTrackCSS(_objectSpread(_objectSpread({}, spec), {}, {\n left: finalLeft\n })),\n lazyLoadedList: lazyLoadedList,\n targetSlide: targetSlide\n };\n } else {\n state = {\n animating: true,\n currentSlide: finalSlide,\n trackStyle: getTrackAnimateCSS(_objectSpread(_objectSpread({}, spec), {}, {\n left: animationLeft\n })),\n lazyLoadedList: lazyLoadedList,\n targetSlide: targetSlide\n };\n nextState = {\n animating: false,\n currentSlide: finalSlide,\n trackStyle: getTrackCSS(_objectSpread(_objectSpread({}, spec), {}, {\n left: finalLeft\n })),\n swipeLeft: null,\n targetSlide: targetSlide\n };\n }\n }\n\n return {\n state: state,\n nextState: nextState\n };\n};\n\nexports.slideHandler = slideHandler;\n\nvar changeSlide = function changeSlide(spec, options) {\n var indexOffset, previousInt, slideOffset, unevenOffset, targetSlide;\n var slidesToScroll = spec.slidesToScroll,\n slidesToShow = spec.slidesToShow,\n slideCount = spec.slideCount,\n currentSlide = spec.currentSlide,\n previousTargetSlide = spec.targetSlide,\n lazyLoad = spec.lazyLoad,\n infinite = spec.infinite;\n unevenOffset = slideCount % slidesToScroll !== 0;\n indexOffset = unevenOffset ? 0 : (slideCount - currentSlide) % slidesToScroll;\n\n if (options.message === \"previous\") {\n slideOffset = indexOffset === 0 ? slidesToScroll : slidesToShow - indexOffset;\n targetSlide = currentSlide - slideOffset;\n\n if (lazyLoad && !infinite) {\n previousInt = currentSlide - slideOffset;\n targetSlide = previousInt === -1 ? slideCount - 1 : previousInt;\n }\n\n if (!infinite) {\n targetSlide = previousTargetSlide - slidesToScroll;\n }\n } else if (options.message === \"next\") {\n slideOffset = indexOffset === 0 ? slidesToScroll : indexOffset;\n targetSlide = currentSlide + slideOffset;\n\n if (lazyLoad && !infinite) {\n targetSlide = (currentSlide + slidesToScroll) % slideCount + indexOffset;\n }\n\n if (!infinite) {\n targetSlide = previousTargetSlide + slidesToScroll;\n }\n } else if (options.message === \"dots\") {\n // Click on dots\n targetSlide = options.index * options.slidesToScroll;\n } else if (options.message === \"children\") {\n // Click on the slides\n targetSlide = options.index;\n\n if (infinite) {\n var direction = siblingDirection(_objectSpread(_objectSpread({}, spec), {}, {\n targetSlide: targetSlide\n }));\n\n if (targetSlide > options.currentSlide && direction === \"left\") {\n targetSlide = targetSlide - slideCount;\n } else if (targetSlide < options.currentSlide && direction === \"right\") {\n targetSlide = targetSlide + slideCount;\n }\n }\n } else if (options.message === \"index\") {\n targetSlide = Number(options.index);\n }\n\n return targetSlide;\n};\n\nexports.changeSlide = changeSlide;\n\nvar keyHandler = function keyHandler(e, accessibility, rtl) {\n if (e.target.tagName.match(\"TEXTAREA|INPUT|SELECT\") || !accessibility) return \"\";\n if (e.keyCode === 37) return rtl ? \"next\" : \"previous\";\n if (e.keyCode === 39) return rtl ? \"previous\" : \"next\";\n return \"\";\n};\n\nexports.keyHandler = keyHandler;\n\nvar swipeStart = function swipeStart(e, swipe, draggable) {\n e.target.tagName === \"IMG\" && safePreventDefault(e);\n if (!swipe || !draggable && e.type.indexOf(\"mouse\") !== -1) return \"\";\n return {\n dragging: true,\n touchObject: {\n startX: e.touches ? e.touches[0].pageX : e.clientX,\n startY: e.touches ? e.touches[0].pageY : e.clientY,\n curX: e.touches ? e.touches[0].pageX : e.clientX,\n curY: e.touches ? e.touches[0].pageY : e.clientY\n }\n };\n};\n\nexports.swipeStart = swipeStart;\n\nvar swipeMove = function swipeMove(e, spec) {\n // spec also contains, trackRef and slideIndex\n var scrolling = spec.scrolling,\n animating = spec.animating,\n vertical = spec.vertical,\n swipeToSlide = spec.swipeToSlide,\n verticalSwiping = spec.verticalSwiping,\n rtl = spec.rtl,\n currentSlide = spec.currentSlide,\n edgeFriction = spec.edgeFriction,\n edgeDragged = spec.edgeDragged,\n onEdge = spec.onEdge,\n swiped = spec.swiped,\n swiping = spec.swiping,\n slideCount = spec.slideCount,\n slidesToScroll = spec.slidesToScroll,\n infinite = spec.infinite,\n touchObject = spec.touchObject,\n swipeEvent = spec.swipeEvent,\n listHeight = spec.listHeight,\n listWidth = spec.listWidth;\n if (scrolling) return;\n if (animating) return safePreventDefault(e);\n if (vertical && swipeToSlide && verticalSwiping) safePreventDefault(e);\n var swipeLeft,\n state = {};\n var curLeft = getTrackLeft(spec);\n touchObject.curX = e.touches ? e.touches[0].pageX : e.clientX;\n touchObject.curY = e.touches ? e.touches[0].pageY : e.clientY;\n touchObject.swipeLength = Math.round(Math.sqrt(Math.pow(touchObject.curX - touchObject.startX, 2)));\n var verticalSwipeLength = Math.round(Math.sqrt(Math.pow(touchObject.curY - touchObject.startY, 2)));\n\n if (!verticalSwiping && !swiping && verticalSwipeLength > 10) {\n return {\n scrolling: true\n };\n }\n\n if (verticalSwiping) touchObject.swipeLength = verticalSwipeLength;\n var positionOffset = (!rtl ? 1 : -1) * (touchObject.curX > touchObject.startX ? 1 : -1);\n if (verticalSwiping) positionOffset = touchObject.curY > touchObject.startY ? 1 : -1;\n var dotCount = Math.ceil(slideCount / slidesToScroll);\n var swipeDirection = getSwipeDirection(spec.touchObject, verticalSwiping);\n var touchSwipeLength = touchObject.swipeLength;\n\n if (!infinite) {\n if (currentSlide === 0 && (swipeDirection === \"right\" || swipeDirection === \"down\") || currentSlide + 1 >= dotCount && (swipeDirection === \"left\" || swipeDirection === \"up\") || !canGoNext(spec) && (swipeDirection === \"left\" || swipeDirection === \"up\")) {\n touchSwipeLength = touchObject.swipeLength * edgeFriction;\n\n if (edgeDragged === false && onEdge) {\n onEdge(swipeDirection);\n state[\"edgeDragged\"] = true;\n }\n }\n }\n\n if (!swiped && swipeEvent) {\n swipeEvent(swipeDirection);\n state[\"swiped\"] = true;\n }\n\n if (!vertical) {\n if (!rtl) {\n swipeLeft = curLeft + touchSwipeLength * positionOffset;\n } else {\n swipeLeft = curLeft - touchSwipeLength * positionOffset;\n }\n } else {\n swipeLeft = curLeft + touchSwipeLength * (listHeight / listWidth) * positionOffset;\n }\n\n if (verticalSwiping) {\n swipeLeft = curLeft + touchSwipeLength * positionOffset;\n }\n\n state = _objectSpread(_objectSpread({}, state), {}, {\n touchObject: touchObject,\n swipeLeft: swipeLeft,\n trackStyle: getTrackCSS(_objectSpread(_objectSpread({}, spec), {}, {\n left: swipeLeft\n }))\n });\n\n if (Math.abs(touchObject.curX - touchObject.startX) < Math.abs(touchObject.curY - touchObject.startY) * 0.8) {\n return state;\n }\n\n if (touchObject.swipeLength > 10) {\n state[\"swiping\"] = true;\n safePreventDefault(e);\n }\n\n return state;\n};\n\nexports.swipeMove = swipeMove;\n\nvar swipeEnd = function swipeEnd(e, spec) {\n var dragging = spec.dragging,\n swipe = spec.swipe,\n touchObject = spec.touchObject,\n listWidth = spec.listWidth,\n touchThreshold = spec.touchThreshold,\n verticalSwiping = spec.verticalSwiping,\n listHeight = spec.listHeight,\n swipeToSlide = spec.swipeToSlide,\n scrolling = spec.scrolling,\n onSwipe = spec.onSwipe,\n targetSlide = spec.targetSlide,\n currentSlide = spec.currentSlide,\n infinite = spec.infinite;\n\n if (!dragging) {\n if (swipe) safePreventDefault(e);\n return {};\n }\n\n var minSwipe = verticalSwiping ? listHeight / touchThreshold : listWidth / touchThreshold;\n var swipeDirection = getSwipeDirection(touchObject, verticalSwiping); // reset the state of touch related state variables.\n\n var state = {\n dragging: false,\n edgeDragged: false,\n scrolling: false,\n swiping: false,\n swiped: false,\n swipeLeft: null,\n touchObject: {}\n };\n\n if (scrolling) {\n return state;\n }\n\n if (!touchObject.swipeLength) {\n return state;\n }\n\n if (touchObject.swipeLength > minSwipe) {\n safePreventDefault(e);\n\n if (onSwipe) {\n onSwipe(swipeDirection);\n }\n\n var slideCount, newSlide;\n var activeSlide = infinite ? currentSlide : targetSlide;\n\n switch (swipeDirection) {\n case \"left\":\n case \"up\":\n newSlide = activeSlide + getSlideCount(spec);\n slideCount = swipeToSlide ? checkNavigable(spec, newSlide) : newSlide;\n state[\"currentDirection\"] = 0;\n break;\n\n case \"right\":\n case \"down\":\n newSlide = activeSlide - getSlideCount(spec);\n slideCount = swipeToSlide ? checkNavigable(spec, newSlide) : newSlide;\n state[\"currentDirection\"] = 1;\n break;\n\n default:\n slideCount = activeSlide;\n }\n\n state[\"triggerSlideHandler\"] = slideCount;\n } else {\n // Adjust the track back to it's original position.\n var currentLeft = getTrackLeft(spec);\n state[\"trackStyle\"] = getTrackAnimateCSS(_objectSpread(_objectSpread({}, spec), {}, {\n left: currentLeft\n }));\n }\n\n return state;\n};\n\nexports.swipeEnd = swipeEnd;\n\nvar getNavigableIndexes = function getNavigableIndexes(spec) {\n var max = spec.infinite ? spec.slideCount * 2 : spec.slideCount;\n var breakpoint = spec.infinite ? spec.slidesToShow * -1 : 0;\n var counter = spec.infinite ? spec.slidesToShow * -1 : 0;\n var indexes = [];\n\n while (breakpoint < max) {\n indexes.push(breakpoint);\n breakpoint = counter + spec.slidesToScroll;\n counter += Math.min(spec.slidesToScroll, spec.slidesToShow);\n }\n\n return indexes;\n};\n\nexports.getNavigableIndexes = getNavigableIndexes;\n\nvar checkNavigable = function checkNavigable(spec, index) {\n var navigables = getNavigableIndexes(spec);\n var prevNavigable = 0;\n\n if (index > navigables[navigables.length - 1]) {\n index = navigables[navigables.length - 1];\n } else {\n for (var n in navigables) {\n if (index < navigables[n]) {\n index = prevNavigable;\n break;\n }\n\n prevNavigable = navigables[n];\n }\n }\n\n return index;\n};\n\nexports.checkNavigable = checkNavigable;\n\nvar getSlideCount = function getSlideCount(spec) {\n var centerOffset = spec.centerMode ? spec.slideWidth * Math.floor(spec.slidesToShow / 2) : 0;\n\n if (spec.swipeToSlide) {\n var swipedSlide;\n var slickList = spec.listRef;\n var slides = slickList.querySelectorAll && slickList.querySelectorAll(\".slick-slide\") || [];\n Array.from(slides).every(function (slide) {\n if (!spec.vertical) {\n if (slide.offsetLeft - centerOffset + getWidth(slide) / 2 > spec.swipeLeft * -1) {\n swipedSlide = slide;\n return false;\n }\n } else {\n if (slide.offsetTop + getHeight(slide) / 2 > spec.swipeLeft * -1) {\n swipedSlide = slide;\n return false;\n }\n }\n\n return true;\n });\n\n if (!swipedSlide) {\n return 0;\n }\n\n var currentIndex = spec.rtl === true ? spec.slideCount - spec.currentSlide : spec.currentSlide;\n var slidesTraversed = Math.abs(swipedSlide.dataset.index - currentIndex) || 1;\n return slidesTraversed;\n } else {\n return spec.slidesToScroll;\n }\n};\n\nexports.getSlideCount = getSlideCount;\n\nvar checkSpecKeys = function checkSpecKeys(spec, keysArray) {\n return keysArray.reduce(function (value, key) {\n return value && spec.hasOwnProperty(key);\n }, true) ? null : console.error(\"Keys Missing:\", spec);\n};\n\nexports.checkSpecKeys = checkSpecKeys;\n\nvar getTrackCSS = function getTrackCSS(spec) {\n checkSpecKeys(spec, [\"left\", \"variableWidth\", \"slideCount\", \"slidesToShow\", \"slideWidth\"]);\n var trackWidth, trackHeight;\n var trackChildren = spec.slideCount + 2 * spec.slidesToShow;\n\n if (!spec.vertical) {\n trackWidth = getTotalSlides(spec) * spec.slideWidth;\n } else {\n trackHeight = trackChildren * spec.slideHeight;\n }\n\n var style = {\n opacity: 1,\n transition: \"\",\n WebkitTransition: \"\"\n };\n\n if (spec.useTransform) {\n var WebkitTransform = !spec.vertical ? \"translate3d(\" + spec.left + \"px, 0px, 0px)\" : \"translate3d(0px, \" + spec.left + \"px, 0px)\";\n var transform = !spec.vertical ? \"translate3d(\" + spec.left + \"px, 0px, 0px)\" : \"translate3d(0px, \" + spec.left + \"px, 0px)\";\n var msTransform = !spec.vertical ? \"translateX(\" + spec.left + \"px)\" : \"translateY(\" + spec.left + \"px)\";\n style = _objectSpread(_objectSpread({}, style), {}, {\n WebkitTransform: WebkitTransform,\n transform: transform,\n msTransform: msTransform\n });\n } else {\n if (spec.vertical) {\n style[\"top\"] = spec.left;\n } else {\n style[\"left\"] = spec.left;\n }\n }\n\n if (spec.fade) style = {\n opacity: 1\n };\n if (trackWidth) style.width = trackWidth;\n if (trackHeight) style.height = trackHeight; // Fallback for IE8\n\n if (window && !window.addEventListener && window.attachEvent) {\n if (!spec.vertical) {\n style.marginLeft = spec.left + \"px\";\n } else {\n style.marginTop = spec.left + \"px\";\n }\n }\n\n return style;\n};\n\nexports.getTrackCSS = getTrackCSS;\n\nvar getTrackAnimateCSS = function getTrackAnimateCSS(spec) {\n checkSpecKeys(spec, [\"left\", \"variableWidth\", \"slideCount\", \"slidesToShow\", \"slideWidth\", \"speed\", \"cssEase\"]);\n var style = getTrackCSS(spec); // useCSS is true by default so it can be undefined\n\n if (spec.useTransform) {\n style.WebkitTransition = \"-webkit-transform \" + spec.speed + \"ms \" + spec.cssEase;\n style.transition = \"transform \" + spec.speed + \"ms \" + spec.cssEase;\n } else {\n if (spec.vertical) {\n style.transition = \"top \" + spec.speed + \"ms \" + spec.cssEase;\n } else {\n style.transition = \"left \" + spec.speed + \"ms \" + spec.cssEase;\n }\n }\n\n return style;\n};\n\nexports.getTrackAnimateCSS = getTrackAnimateCSS;\n\nvar getTrackLeft = function getTrackLeft(spec) {\n if (spec.unslick) {\n return 0;\n }\n\n checkSpecKeys(spec, [\"slideIndex\", \"trackRef\", \"infinite\", \"centerMode\", \"slideCount\", \"slidesToShow\", \"slidesToScroll\", \"slideWidth\", \"listWidth\", \"variableWidth\", \"slideHeight\"]);\n var slideIndex = spec.slideIndex,\n trackRef = spec.trackRef,\n infinite = spec.infinite,\n centerMode = spec.centerMode,\n slideCount = spec.slideCount,\n slidesToShow = spec.slidesToShow,\n slidesToScroll = spec.slidesToScroll,\n slideWidth = spec.slideWidth,\n listWidth = spec.listWidth,\n variableWidth = spec.variableWidth,\n slideHeight = spec.slideHeight,\n fade = spec.fade,\n vertical = spec.vertical;\n var slideOffset = 0;\n var targetLeft;\n var targetSlide;\n var verticalOffset = 0;\n\n if (fade || spec.slideCount === 1) {\n return 0;\n }\n\n var slidesToOffset = 0;\n\n if (infinite) {\n slidesToOffset = -getPreClones(spec); // bring active slide to the beginning of visual area\n // if next scroll doesn't have enough children, just reach till the end of original slides instead of shifting slidesToScroll children\n\n if (slideCount % slidesToScroll !== 0 && slideIndex + slidesToScroll > slideCount) {\n slidesToOffset = -(slideIndex > slideCount ? slidesToShow - (slideIndex - slideCount) : slideCount % slidesToScroll);\n } // shift current slide to center of the frame\n\n\n if (centerMode) {\n slidesToOffset += parseInt(slidesToShow / 2);\n }\n } else {\n if (slideCount % slidesToScroll !== 0 && slideIndex + slidesToScroll > slideCount) {\n slidesToOffset = slidesToShow - slideCount % slidesToScroll;\n }\n\n if (centerMode) {\n slidesToOffset = parseInt(slidesToShow / 2);\n }\n }\n\n slideOffset = slidesToOffset * slideWidth;\n verticalOffset = slidesToOffset * slideHeight;\n\n if (!vertical) {\n targetLeft = slideIndex * slideWidth * -1 + slideOffset;\n } else {\n targetLeft = slideIndex * slideHeight * -1 + verticalOffset;\n }\n\n if (variableWidth === true) {\n var targetSlideIndex;\n var trackElem = trackRef && trackRef.node;\n targetSlideIndex = slideIndex + getPreClones(spec);\n targetSlide = trackElem && trackElem.childNodes[targetSlideIndex];\n targetLeft = targetSlide ? targetSlide.offsetLeft * -1 : 0;\n\n if (centerMode === true) {\n targetSlideIndex = infinite ? slideIndex + getPreClones(spec) : slideIndex;\n targetSlide = trackElem && trackElem.children[targetSlideIndex];\n targetLeft = 0;\n\n for (var slide = 0; slide < targetSlideIndex; slide++) {\n targetLeft -= trackElem && trackElem.children[slide] && trackElem.children[slide].offsetWidth;\n }\n\n targetLeft -= parseInt(spec.centerPadding);\n targetLeft += targetSlide && (listWidth - targetSlide.offsetWidth) / 2;\n }\n }\n\n return targetLeft;\n};\n\nexports.getTrackLeft = getTrackLeft;\n\nvar getPreClones = function getPreClones(spec) {\n if (spec.unslick || !spec.infinite) {\n return 0;\n }\n\n if (spec.variableWidth) {\n return spec.slideCount;\n }\n\n return spec.slidesToShow + (spec.centerMode ? 1 : 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\n * )}\n * \n * );\n * ```\n *\n * There are 4 main states a Transition can be in:\n * - `'entering'`\n * - `'entered'`\n * - `'exiting'`\n * - `'exited'`\n *\n * Transition state is toggled via the `in` prop. When `true` the component\n * begins the \"Enter\" stage. During this stage, the component will shift from\n * its current transition state, to `'entering'` for the duration of the\n * transition and then to the `'entered'` stage once it's complete. Let's take\n * the following example (we'll use the\n * [useState](https://reactjs.org/docs/hooks-reference.html#usestate) hook):\n *\n * ```jsx\n * function App() {\n * const [inProp, setInProp] = useState(false);\n * return (\n * \n * \n * {state => (\n * // ...\n * )}\n * \n * \n *
\n * );\n * }\n * ```\n *\n * When the button is clicked the component will shift to the `'entering'` state\n * and stay there for 500ms (the value of `timeout`) before it finally switches\n * to `'entered'`.\n *\n * When `in` is `false` the same thing happens except the state moves from\n * `'exiting'` to `'exited'`.\n */\n\nvar Transition = /*#__PURE__*/function (_React$Component) {\n _inheritsLoose(Transition, _React$Component);\n\n function Transition(props, context) {\n var _this;\n\n _this = _React$Component.call(this, props, context) || this;\n var parentGroup = context; // In the context of a TransitionGroup all enters are really appears\n\n var appear = parentGroup && !parentGroup.isMounting ? props.enter : props.appear;\n var initialStatus;\n _this.appearStatus = null;\n\n if (props.in) {\n if (appear) {\n initialStatus = EXITED;\n _this.appearStatus = ENTERING;\n } else {\n initialStatus = ENTERED;\n }\n } else {\n if (props.unmountOnExit || props.mountOnEnter) {\n initialStatus = UNMOUNTED;\n } else {\n initialStatus = EXITED;\n }\n }\n\n _this.state = {\n status: initialStatus\n };\n _this.nextCallback = null;\n return _this;\n }\n\n Transition.getDerivedStateFromProps = function getDerivedStateFromProps(_ref, prevState) {\n var nextIn = _ref.in;\n\n if (nextIn && prevState.status === UNMOUNTED) {\n return {\n status: EXITED\n };\n }\n\n return null;\n } // getSnapshotBeforeUpdate(prevProps) {\n // let nextStatus = null\n // if (prevProps !== this.props) {\n // const { status } = this.state\n // if (this.props.in) {\n // if (status !== ENTERING && status !== ENTERED) {\n // nextStatus = ENTERING\n // }\n // } else {\n // if (status === ENTERING || status === ENTERED) {\n // nextStatus = EXITING\n // }\n // }\n // }\n // return { nextStatus }\n // }\n ;\n\n var _proto = Transition.prototype;\n\n _proto.componentDidMount = function componentDidMount() {\n this.updateStatus(true, this.appearStatus);\n };\n\n _proto.componentDidUpdate = function componentDidUpdate(prevProps) {\n var nextStatus = null;\n\n if (prevProps !== this.props) {\n var status = this.state.status;\n\n if (this.props.in) {\n if (status !== ENTERING && status !== ENTERED) {\n nextStatus = ENTERING;\n }\n } else {\n if (status === ENTERING || status === ENTERED) {\n nextStatus = EXITING;\n }\n }\n }\n\n this.updateStatus(false, nextStatus);\n };\n\n _proto.componentWillUnmount = function componentWillUnmount() {\n this.cancelNextCallback();\n };\n\n _proto.getTimeouts = function getTimeouts() {\n var timeout = this.props.timeout;\n var exit, enter, appear;\n exit = enter = appear = timeout;\n\n if (timeout != null && typeof timeout !== 'number') {\n exit = timeout.exit;\n enter = timeout.enter; // TODO: remove fallback for next major\n\n appear = timeout.appear !== undefined ? timeout.appear : enter;\n }\n\n return {\n exit: exit,\n enter: enter,\n appear: appear\n };\n };\n\n _proto.updateStatus = function updateStatus(mounting, nextStatus) {\n if (mounting === void 0) {\n mounting = false;\n }\n\n if (nextStatus !== null) {\n // nextStatus will always be ENTERING or EXITING.\n this.cancelNextCallback();\n\n if (nextStatus === ENTERING) {\n if (this.props.unmountOnExit || this.props.mountOnEnter) {\n var node = this.props.nodeRef ? this.props.nodeRef.current : ReactDOM.findDOMNode(this); // https://github.com/reactjs/react-transition-group/pull/749\n // With unmountOnExit or mountOnEnter, the enter animation should happen at the transition between `exited` and `entering`.\n // To make the animation happen, we have to separate each rendering and avoid being processed as batched.\n\n if (node) forceReflow(node);\n }\n\n this.performEnter(mounting);\n } else {\n this.performExit();\n }\n } else if (this.props.unmountOnExit && this.state.status === EXITED) {\n this.setState({\n status: UNMOUNTED\n });\n }\n };\n\n _proto.performEnter = function performEnter(mounting) {\n var _this2 = this;\n\n var enter = this.props.enter;\n var appearing = this.context ? this.context.isMounting : mounting;\n\n var _ref2 = this.props.nodeRef ? [appearing] : [ReactDOM.findDOMNode(this), appearing],\n maybeNode = _ref2[0],\n maybeAppearing = _ref2[1];\n\n var timeouts = this.getTimeouts();\n var enterTimeout = appearing ? timeouts.appear : timeouts.enter; // no enter animation skip right to ENTERED\n // if we are mounting and running this it means appear _must_ be set\n\n if (!mounting && !enter || config.disabled) {\n this.safeSetState({\n status: ENTERED\n }, function () {\n _this2.props.onEntered(maybeNode);\n });\n return;\n }\n\n this.props.onEnter(maybeNode, maybeAppearing);\n this.safeSetState({\n status: ENTERING\n }, function () {\n _this2.props.onEntering(maybeNode, maybeAppearing);\n\n _this2.onTransitionEnd(enterTimeout, function () {\n _this2.safeSetState({\n status: ENTERED\n }, function () {\n _this2.props.onEntered(maybeNode, maybeAppearing);\n });\n });\n });\n };\n\n _proto.performExit = function performExit() {\n var _this3 = this;\n\n var exit = this.props.exit;\n var timeouts = this.getTimeouts();\n var maybeNode = this.props.nodeRef ? undefined : ReactDOM.findDOMNode(this); // no exit animation skip right to EXITED\n\n if (!exit || config.disabled) {\n this.safeSetState({\n status: EXITED\n }, function () {\n _this3.props.onExited(maybeNode);\n });\n return;\n }\n\n this.props.onExit(maybeNode);\n this.safeSetState({\n status: EXITING\n }, function () {\n _this3.props.onExiting(maybeNode);\n\n _this3.onTransitionEnd(timeouts.exit, function () {\n _this3.safeSetState({\n status: EXITED\n }, function () {\n _this3.props.onExited(maybeNode);\n });\n });\n });\n };\n\n _proto.cancelNextCallback = function cancelNextCallback() {\n if (this.nextCallback !== null) {\n this.nextCallback.cancel();\n this.nextCallback = null;\n }\n };\n\n _proto.safeSetState = function safeSetState(nextState, callback) {\n // This shouldn't be necessary, but there are weird race conditions with\n // setState callbacks and unmounting in testing, so always make sure that\n // we can cancel any pending setState callbacks after we unmount.\n callback = this.setNextCallback(callback);\n this.setState(nextState, callback);\n };\n\n _proto.setNextCallback = function setNextCallback(callback) {\n var _this4 = this;\n\n var active = true;\n\n this.nextCallback = function (event) {\n if (active) {\n active = false;\n _this4.nextCallback = null;\n callback(event);\n }\n };\n\n this.nextCallback.cancel = function () {\n active = false;\n };\n\n return this.nextCallback;\n };\n\n _proto.onTransitionEnd = function onTransitionEnd(timeout, handler) {\n this.setNextCallback(handler);\n var node = this.props.nodeRef ? this.props.nodeRef.current : ReactDOM.findDOMNode(this);\n var doesNotHaveTimeoutOrListener = timeout == null && !this.props.addEndListener;\n\n if (!node || doesNotHaveTimeoutOrListener) {\n setTimeout(this.nextCallback, 0);\n return;\n }\n\n if (this.props.addEndListener) {\n var _ref3 = this.props.nodeRef ? [this.nextCallback] : [node, this.nextCallback],\n maybeNode = _ref3[0],\n maybeNextCallback = _ref3[1];\n\n this.props.addEndListener(maybeNode, maybeNextCallback);\n }\n\n if (timeout != null) {\n setTimeout(this.nextCallback, timeout);\n }\n };\n\n _proto.render = function render() {\n var status = this.state.status;\n\n if (status === UNMOUNTED) {\n return null;\n }\n\n var _this$props = this.props,\n children = _this$props.children,\n _in = _this$props.in,\n _mountOnEnter = _this$props.mountOnEnter,\n _unmountOnExit = _this$props.unmountOnExit,\n _appear = _this$props.appear,\n _enter = _this$props.enter,\n _exit = _this$props.exit,\n _timeout = _this$props.timeout,\n _addEndListener = _this$props.addEndListener,\n _onEnter = _this$props.onEnter,\n _onEntering = _this$props.onEntering,\n _onEntered = _this$props.onEntered,\n _onExit = _this$props.onExit,\n _onExiting = _this$props.onExiting,\n _onExited = _this$props.onExited,\n _nodeRef = _this$props.nodeRef,\n childProps = _objectWithoutPropertiesLoose(_this$props, [\"children\", \"in\", \"mountOnEnter\", \"unmountOnExit\", \"appear\", \"enter\", \"exit\", \"timeout\", \"addEndListener\", \"onEnter\", \"onEntering\", \"onEntered\", \"onExit\", \"onExiting\", \"onExited\", \"nodeRef\"]);\n\n return (\n /*#__PURE__*/\n // allows for nested Transitions\n React.createElement(TransitionGroupContext.Provider, {\n value: null\n }, typeof children === 'function' ? children(status, childProps) : React.cloneElement(React.Children.only(children), childProps))\n );\n };\n\n return Transition;\n}(React.Component);\n\nTransition.contextType = TransitionGroupContext;\nTransition.propTypes = process.env.NODE_ENV !== \"production\" ? {\n /**\n * A React reference to DOM element that need to transition:\n * https://stackoverflow.com/a/51127130/4671932\n *\n * - When `nodeRef` prop is used, `node` is not passed to callback functions\n * (e.g. `onEnter`) because user already has direct access to the node.\n * - When changing `key` prop of `Transition` in a `TransitionGroup` a new\n * `nodeRef` need to be provided to `Transition` with changed `key` prop\n * (see\n * [test/CSSTransition-test.js](https://github.com/reactjs/react-transition-group/blob/13435f897b3ab71f6e19d724f145596f5910581c/test/CSSTransition-test.js#L362-L437)).\n */\n nodeRef: PropTypes.shape({\n current: typeof Element === 'undefined' ? PropTypes.any : function (propValue, key, componentName, location, propFullName, secret) {\n var value = propValue[key];\n return PropTypes.instanceOf(value && 'ownerDocument' in value ? value.ownerDocument.defaultView.Element : Element)(propValue, key, componentName, location, propFullName, secret);\n }\n }),\n\n /**\n * A `function` child can be used instead of a React element. This function is\n * called with the current transition status (`'entering'`, `'entered'`,\n * `'exiting'`, `'exited'`), which can be used to apply context\n * specific props to a component.\n *\n * ```jsx\n * \n * {state => (\n * \n * )}\n * \n * ```\n */\n children: PropTypes.oneOfType([PropTypes.func.isRequired, PropTypes.element.isRequired]).isRequired,\n\n /**\n * Show the component; triggers the enter or exit states\n */\n in: PropTypes.bool,\n\n /**\n * By default the child component is mounted immediately along with\n * the parent `Transition` component. If you want to \"lazy mount\" the component on the\n * first `in={true}` you can set `mountOnEnter`. After the first enter transition the component will stay\n * mounted, even on \"exited\", unless you also specify `unmountOnExit`.\n */\n mountOnEnter: PropTypes.bool,\n\n /**\n * By default the child component stays mounted after it reaches the `'exited'` state.\n * Set `unmountOnExit` if you'd prefer to unmount the component after it finishes exiting.\n */\n unmountOnExit: PropTypes.bool,\n\n /**\n * By default the child component does not perform the enter transition when\n * it first mounts, regardless of the value of `in`. If you want this\n * behavior, set both `appear` and `in` to `true`.\n *\n * > **Note**: there are no special appear states like `appearing`/`appeared`, this prop\n * > only adds an additional enter transition. However, in the\n * > `` component that first enter transition does result in\n * > additional `.appear-*` classes, that way you can choose to style it\n * > differently.\n */\n appear: PropTypes.bool,\n\n /**\n * Enable or disable enter transitions.\n */\n enter: PropTypes.bool,\n\n /**\n * Enable or disable exit transitions.\n */\n exit: PropTypes.bool,\n\n /**\n * The duration of the transition, in milliseconds.\n * Required unless `addEndListener` is provided.\n *\n * You may specify a single timeout for all transitions:\n *\n * ```jsx\n * timeout={500}\n * ```\n *\n * or individually:\n *\n * ```jsx\n * timeout={{\n * appear: 500,\n * enter: 300,\n * exit: 500,\n * }}\n * ```\n *\n * - `appear` defaults to the value of `enter`\n * - `enter` defaults to `0`\n * - `exit` defaults to `0`\n *\n * @type {number | { enter?: number, exit?: number, appear?: number }}\n */\n timeout: function timeout(props) {\n var pt = timeoutsShape;\n if (!props.addEndListener) pt = pt.isRequired;\n\n for (var _len = arguments.length, args = new Array(_len > 1 ? _len - 1 : 0), _key = 1; _key < _len; _key++) {\n args[_key - 1] = arguments[_key];\n }\n\n return pt.apply(void 0, [props].concat(args));\n },\n\n /**\n * Add a custom transition end trigger. Called with the transitioning\n * DOM node and a `done` callback. Allows for more fine grained transition end\n * logic. Timeouts are still used as a fallback if provided.\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed.\n *\n * ```jsx\n * addEndListener={(node, done) => {\n * // use the css transitionend event to mark the finish of a transition\n * node.addEventListener('transitionend', done, false);\n * }}\n * ```\n */\n addEndListener: PropTypes.func,\n\n /**\n * Callback fired before the \"entering\" status is applied. An extra parameter\n * `isAppearing` is supplied to indicate if the enter stage is occurring on the initial mount\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed.\n *\n * @type Function(node: HtmlElement, isAppearing: bool) -> void\n */\n onEnter: PropTypes.func,\n\n /**\n * Callback fired after the \"entering\" status is applied. An extra parameter\n * `isAppearing` is supplied to indicate if the enter stage is occurring on the initial mount\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed.\n *\n * @type Function(node: HtmlElement, isAppearing: bool)\n */\n onEntering: PropTypes.func,\n\n /**\n * Callback fired after the \"entered\" status is applied. An extra parameter\n * `isAppearing` is supplied to indicate if the enter stage is occurring on the initial mount\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed.\n *\n * @type Function(node: HtmlElement, isAppearing: bool) -> void\n */\n onEntered: PropTypes.func,\n\n /**\n * Callback fired before the \"exiting\" status is applied.\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed.\n *\n * @type Function(node: HtmlElement) -> void\n */\n onExit: PropTypes.func,\n\n /**\n * Callback fired after the \"exiting\" status is applied.\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed.\n *\n * @type Function(node: HtmlElement) -> void\n */\n onExiting: PropTypes.func,\n\n /**\n * Callback fired after the \"exited\" status is applied.\n *\n * **Note**: when `nodeRef` prop is passed, `node` is not passed\n *\n * @type Function(node: HtmlElement) -> void\n */\n onExited: PropTypes.func\n} : {}; // Name the function so it is clearer in the documentation\n\nfunction noop() {}\n\nTransition.defaultProps = {\n in: false,\n mountOnEnter: false,\n unmountOnExit: false,\n appear: false,\n enter: true,\n exit: true,\n onEnter: noop,\n onEntering: noop,\n onEntered: noop,\n onExit: noop,\n onExiting: noop,\n onExited: noop\n};\nTransition.UNMOUNTED = UNMOUNTED;\nTransition.EXITED = EXITED;\nTransition.ENTERING = ENTERING;\nTransition.ENTERED = ENTERED;\nTransition.EXITING = EXITING;\nexport default Transition;","import { Children, cloneElement, isValidElement } from 'react';\n/**\n * Given `this.props.children`, return an object mapping key to child.\n *\n * @param {*} children `this.props.children`\n * @return {object} Mapping of key to child\n */\n\nexport function getChildMapping(children, mapFn) {\n var mapper = function mapper(child) {\n return mapFn && isValidElement(child) ? mapFn(child) : child;\n };\n\n var result = Object.create(null);\n if (children) Children.map(children, function (c) {\n return c;\n }).forEach(function (child) {\n // run the map function here instead so that the key is the computed one\n result[child.key] = mapper(child);\n });\n return result;\n}\n/**\n * When you're adding or removing children some may be added or removed in the\n * same render pass. We want to show *both* since we want to simultaneously\n * animate elements in and out. This function takes a previous set of keys\n * and a new set of keys and merges them with its best guess of the correct\n * ordering. In the future we may expose some of the utilities in\n * ReactMultiChild to make this easy, but for now React itself does not\n * directly have this concept of the union of prevChildren and nextChildren\n * so we implement it here.\n *\n * @param {object} prev prev children as returned from\n * `ReactTransitionChildMapping.getChildMapping()`.\n * @param {object} next next children as returned from\n * `ReactTransitionChildMapping.getChildMapping()`.\n * @return {object} a key set that contains all keys in `prev` and all keys\n * in `next` in a reasonable order.\n */\n\nexport function mergeChildMappings(prev, next) {\n prev = prev || {};\n next = next || {};\n\n function getValueForKey(key) {\n return key in next ? next[key] : prev[key];\n } // For each key of `next`, the list of keys to insert before that key in\n // the combined list\n\n\n var nextKeysPending = Object.create(null);\n var pendingKeys = [];\n\n for (var prevKey in prev) {\n if (prevKey in next) {\n if (pendingKeys.length) {\n nextKeysPending[prevKey] = pendingKeys;\n pendingKeys = [];\n }\n } else {\n pendingKeys.push(prevKey);\n }\n }\n\n var i;\n var childMapping = {};\n\n for (var nextKey in next) {\n if (nextKeysPending[nextKey]) {\n for (i = 0; i < nextKeysPending[nextKey].length; i++) {\n var pendingNextKey = nextKeysPending[nextKey][i];\n childMapping[nextKeysPending[nextKey][i]] = getValueForKey(pendingNextKey);\n }\n }\n\n childMapping[nextKey] = getValueForKey(nextKey);\n } // Finally, add the keys which didn't appear before any key in `next`\n\n\n for (i = 0; i < pendingKeys.length; i++) {\n childMapping[pendingKeys[i]] = getValueForKey(pendingKeys[i]);\n }\n\n return childMapping;\n}\n\nfunction getProp(child, prop, props) {\n return props[prop] != null ? props[prop] : child.props[prop];\n}\n\nexport function getInitialChildMapping(props, onExited) {\n return getChildMapping(props.children, function (child) {\n return cloneElement(child, {\n onExited: onExited.bind(null, child),\n in: true,\n appear: getProp(child, 'appear', props),\n enter: getProp(child, 'enter', props),\n exit: getProp(child, 'exit', props)\n });\n });\n}\nexport function getNextChildMapping(nextProps, prevChildMapping, onExited) {\n var nextChildMapping = getChildMapping(nextProps.children);\n var children = mergeChildMappings(prevChildMapping, nextChildMapping);\n Object.keys(children).forEach(function (key) {\n var child = children[key];\n if (!isValidElement(child)) return;\n var hasPrev = (key in prevChildMapping);\n var hasNext = (key in nextChildMapping);\n var prevChild = prevChildMapping[key];\n var isLeaving = isValidElement(prevChild) && !prevChild.props.in; // item is new (entering)\n\n if (hasNext && (!hasPrev || isLeaving)) {\n // console.log('entering', key)\n children[key] = cloneElement(child, {\n onExited: onExited.bind(null, child),\n in: true,\n exit: getProp(child, 'exit', nextProps),\n enter: getProp(child, 'enter', nextProps)\n });\n } else if (!hasNext && hasPrev && !isLeaving) {\n // item is old (exiting)\n // console.log('leaving', key)\n children[key] = cloneElement(child, {\n in: false\n });\n } else if (hasNext && hasPrev && isValidElement(prevChild)) {\n // item hasn't changed transition states\n // copy over the last transition props;\n // console.log('unchanged', key)\n children[key] = cloneElement(child, {\n onExited: onExited.bind(null, child),\n in: prevChild.props.in,\n exit: getProp(child, 'exit', nextProps),\n enter: getProp(child, 'enter', nextProps)\n });\n }\n });\n return children;\n}","import _objectWithoutPropertiesLoose from \"@babel/runtime/helpers/esm/objectWithoutPropertiesLoose\";\nimport _extends from \"@babel/runtime/helpers/esm/extends\";\nimport _assertThisInitialized from \"@babel/runtime/helpers/esm/assertThisInitialized\";\nimport _inheritsLoose from \"@babel/runtime/helpers/esm/inheritsLoose\";\nimport PropTypes from 'prop-types';\nimport React from 'react';\nimport TransitionGroupContext from './TransitionGroupContext';\nimport { getChildMapping, getInitialChildMapping, getNextChildMapping } from './utils/ChildMapping';\n\nvar values = Object.values || function (obj) {\n return Object.keys(obj).map(function (k) {\n return obj[k];\n });\n};\n\nvar defaultProps = {\n component: 'div',\n childFactory: function childFactory(child) {\n return child;\n }\n};\n/**\n * The `` component manages a set of transition components\n * (`` and ``) in a list. Like with the transition\n * components, `` is a state machine for managing the mounting\n * and unmounting of components over time.\n *\n * Consider the example below. As items are removed or added to the TodoList the\n * `in` prop is toggled automatically by the ``.\n *\n * Note that `` does not define any animation behavior!\n * Exactly _how_ a list item animates is up to the individual transition\n * component. This means you can mix and match animations across different list\n * items.\n */\n\nvar TransitionGroup = /*#__PURE__*/function (_React$Component) {\n _inheritsLoose(TransitionGroup, _React$Component);\n\n function TransitionGroup(props, context) {\n var _this;\n\n _this = _React$Component.call(this, props, context) || this;\n\n var handleExited = _this.handleExited.bind(_assertThisInitialized(_this)); // Initial children should all be entering, dependent on appear\n\n\n _this.state = {\n contextValue: {\n isMounting: true\n },\n handleExited: handleExited,\n firstRender: true\n };\n return _this;\n }\n\n var _proto = TransitionGroup.prototype;\n\n _proto.componentDidMount = function componentDidMount() {\n this.mounted = true;\n this.setState({\n contextValue: {\n isMounting: false\n }\n });\n };\n\n _proto.componentWillUnmount = function componentWillUnmount() {\n this.mounted = false;\n };\n\n TransitionGroup.getDerivedStateFromProps = function getDerivedStateFromProps(nextProps, _ref) {\n var prevChildMapping = _ref.children,\n handleExited = _ref.handleExited,\n firstRender = _ref.firstRender;\n return {\n children: firstRender ? getInitialChildMapping(nextProps, handleExited) : getNextChildMapping(nextProps, prevChildMapping, handleExited),\n firstRender: false\n };\n } // node is `undefined` when user provided `nodeRef` prop\n ;\n\n _proto.handleExited = function handleExited(child, node) {\n var currentChildMapping = getChildMapping(this.props.children);\n if (child.key in currentChildMapping) return;\n\n if (child.props.onExited) {\n child.props.onExited(node);\n }\n\n if (this.mounted) {\n this.setState(function (state) {\n var children = _extends({}, state.children);\n\n delete children[child.key];\n return {\n children: children\n };\n });\n }\n };\n\n _proto.render = function render() {\n var _this$props = this.props,\n Component = _this$props.component,\n childFactory = _this$props.childFactory,\n props = _objectWithoutPropertiesLoose(_this$props, [\"component\", \"childFactory\"]);\n\n var contextValue = this.state.contextValue;\n var children = values(this.state.children).map(childFactory);\n delete props.appear;\n delete props.enter;\n delete props.exit;\n\n if (Component === null) {\n return /*#__PURE__*/React.createElement(TransitionGroupContext.Provider, {\n value: contextValue\n }, children);\n }\n\n return /*#__PURE__*/React.createElement(TransitionGroupContext.Provider, {\n value: contextValue\n }, /*#__PURE__*/React.createElement(Component, props, children));\n };\n\n return TransitionGroup;\n}(React.Component);\n\nTransitionGroup.propTypes = process.env.NODE_ENV !== \"production\" ? {\n /**\n * `` renders a `