'use strict';

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

/**
 * Licensed Materials - Property of IBM
 * IBM Cognos Products: BI Cloud (C) Copyright IBM Corp. 2019, 2020
 * US Government Users Restricted Rights - Use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
 */
define(['../../../../lib/@waca/dashboard-common/dist/ui/interaction/Utils', '../../../../app/nls/StringResources', 'jquery', '../../../../lib/@waca/dashboard-common/dist/core/APIFactory', '../../../../lib/@waca/dashboard-common/dist/api/ContentActionsProviderAPI', '../../../../dashboard/util/PxPercentUtil', '../../../../lib/@waca/dashboard-common/dist/ui/interaction/Utils'], function (Utils, stringResources, $, APIFactory, ContentActionsProviderAPI, PxPercentUtil, utils) {
	var GroupAction = function () {
		function GroupAction(_ref) {
			var features = _ref.features;

			_classCallCheck(this, GroupAction);

			if (features) {
				this.dashboard = features.API;
				features.ContentActions.registerProvider('group', this.getAPI());
				this.deleteAction = features.deleteAction;
				this._icons = features.Icons;
			}
			this._handlers = [];
		}

		GroupAction.prototype.getAPI = function getAPI() {
			if (!this._api) {
				this._api = APIFactory.createAPI(this, [ContentActionsProviderAPI]);
			}
			return this._api;
		};

		GroupAction.prototype.getLifeCycleHandlers = function getLifeCycleHandlers() {
			return [{
				name: 'post:dashboard.initialize',
				action: this.postDashboardInitialize.bind(this)
			}, {
				name: 'dashboard.layout.interactions.ready',
				action: this.onDashboardLayoutInteractionsReady.bind(this)
			}];
		};

		GroupAction.prototype.postDashboardInitialize = function postDashboardInitialize() {
			if (this.dashboard) {
				this.controller = this.dashboard.getFeature('InteractionController.internal');
				this.selectionHandler = this.controller.selectionHandler;
				this.onDashboardLayoutInteractionsReady();
			}

			return Promise.resolve();
		};

		GroupAction.prototype.onDashboardLayoutInteractionsReady = function onDashboardLayoutInteractionsReady() {
			if (this.selectionHandler) {
				this.deRegisterEvents();
				this._handlers.push(this.selectionHandler.on('selection:before', this.beforeSelection, this));

				this.deleteAction.setOnBeforeDeleteCallback(this.onBeforeDelete.bind(this));

				var resize = this.controller.getInteraction('resize');
				if (resize) {
					this._handlers.push(resize.on('resize:done', this.recalculateGroupRect, this));
				}

				var moveGroupContent = this.controller.getInteraction('moveGroupContent');
				if (moveGroupContent) {
					this._handlers.push(moveGroupContent.on('moveGroupContent:done', this.recalculateGroupRect, this));
				}
			}
		};

		GroupAction.prototype.deRegisterEvents = function deRegisterEvents() {
			if (this._handlers) {
				this._handlers.forEach(function (handler) {
					handler.remove && handler.remove();
				});
			}
			this._handlers = [];
		};

		GroupAction.prototype.destroy = function destroy() {
			this.deRegisterEvents();
			this.dashboard = null;
			this.controller = null;
			this.selectionHandler = null;
			this.events = null;
			this._handlers = null;
		};

		GroupAction.prototype.getNodes = function getNodes(idList) {
			return Utils.getNodes(this.controller, idList);
		};

		GroupAction.prototype.isGroupEnabled = function isGroupEnabled(idList) {
			var hasSameParent = false;
			var nodes = this.getNodes(idList);
			if (nodes.length > 0) {
				var parent = null;

				// If all node have the same parents, then enable the group button.
				hasSameParent = !nodes.some(function (node) {
					if (parent && parent !== node.parentNode) {
						return true;
					}
					parent = node.parentNode;
				});
			}
			return this.dashboard.getMode() === this.dashboard.MODES.EDIT && hasSameParent && nodes.length > 1 && !this._getTopGroup(nodes[0]);
		};

		GroupAction.prototype.isUnGroupEnabled = function isUnGroupEnabled(idList) {
			var _this = this;

			var isGroups = false;
			var nodes = this.getNodes(idList);
			if (nodes.length > 0) {
				isGroups = !nodes.some(function (node) {
					return !$(node).hasClass('pagegroup') && !_this._getTopGroup(node);
				});
			}
			return this.dashboard.getMode() === this.dashboard.MODES.EDIT && isGroups;
		};

		GroupAction.prototype.getContentActionList = function getContentActionList(idList) {
			var contentActionList = [];
			if (this.isGroupEnabled(idList)) {
				contentActionList.push({
					name: 'group',
					label: stringResources.get('toolbarActionGroup'),
					icon: this._icons.getIcon('dashboard-group').id,
					type: 'Button',
					actions: {
						apply: this.groupContent.bind(this, idList)
					}
				});
			}

			if (this.isUnGroupEnabled(idList)) {
				contentActionList.push({
					name: 'ungroup',
					label: stringResources.get('toolbarActionUngroup'),
					icon: this._icons.getIcon('dashboard-ungroup').id,
					type: 'Button',
					actions: {
						apply: this.ungroupContent.bind(this, idList)
					}
				});
			}

			return contentActionList;
		};

		/**
   * Return the top group of a given node.
   *
   * @param node
   * @returns
   */


		GroupAction.prototype._getTopGroup = function _getTopGroup(node) {
			var nTopGroup = null;
			var $groups = $(node).parents('.pagegroup');
			if ($groups.length > 0) {
				nTopGroup = $groups[$groups.length - 1];
			}
			return nTopGroup;
		};

		/**
   * Called when the before selection event is triggered. Here we decide which element to select based on the following rules.
   *  1- No existing selection and we select an item inside a group, then we select the top group.
   *  2- A group is already selected and we select an item inside the same group, then we select the child item
   *  3- A group child is already selected and we select an item outside of the group, then the existing child item will be unselected and the top group will be selected.
   *
   *
   * @param payload
   */


		GroupAction.prototype.beforeSelection = function beforeSelection(payload) {

			var selectedNode = payload.newSelection;
			var existingSelections = payload.currentSelection;
			var nSelectedGroup = this._getTopGroup(selectedNode);
			var selectionCount = existingSelections.length;
			if (selectionCount > 0 && this.handleMultipleSelection(existingSelections, nSelectedGroup, payload)) {
				return;
			}
			if (nSelectedGroup) {
				if (selectionCount === 1 && existingSelections[0] === nSelectedGroup && payload.eventType !== 'mousedown') {
					// selecting a child of the group. We don't select on mouse down to give a chance if there is a drag event.
					this.selectionHandler.deselectAll();
				} else {
					payload.newSelection = nSelectedGroup;
				}
			}
		};

		/**
   * Handles the selection when we already have nodes that are current selected using the following rules:
   *
   *  - If the current selection is not part of the same group. We select the groups.
   *  - If the current selection is also part of the same group. We allow the selection.
   *
   * @param existingSelections
   * @param nSelectedGroup
   * @param payload
   * @returns {Boolean} - indicate whether we handled the selection and we want to stop any further handling
   */


		GroupAction.prototype.handleMultipleSelection = function handleMultipleSelection(existingSelections, nSelectedGroup, payload) {
			var nCurrentSelectionGroup = this._getTopGroup(existingSelections[0]);
			if (nCurrentSelectionGroup) {
				if (nCurrentSelectionGroup !== nSelectedGroup) {
					// the current selection is not part of the same group. We select the groups.
					this.selectionHandler.deselectAll();
					this.selectionHandler.selectNode(nCurrentSelectionGroup);
					if (nSelectedGroup) {
						payload.newSelection = nSelectedGroup;
					}
				}
				// the current selection is also part of the same group. We allow the selection.
				return true;
			}

			return false;
		};

		/**
   * Group a given set of node. This method will create a new div and move the element inside it while maintaining the position/orientation of all children
   * @param nodes
   * @param e
   * @return {*} the promise that indicate the operation is finished
   */


		GroupAction.prototype.groupContent = function groupContent(idList, e) {
			var _this2 = this;

			var nodes = this.getNodes(idList);

			// Build the group options and update the layout model
			if (nodes.length <= 0) {
				return;
			}

			var nodesPositions = [];
			for (var i = 0, iLen = nodes.length; i < iLen; i++) {
				var n = nodes[i];
				if (n._layout) {
					var position = Utils.position(n);
					var bounds = Utils.widgetSize(n);
					nodesPositions.push({ position: position, bounds: bounds });
				}
			}

			// find the model where we are adding the group
			var parentLayout = nodes[0]._layout.parentLayout;
			var parentModel = parentLayout.model;

			// Calculate the size and position of the group
			var rect = this.calculateGroupRect(nodes);
			var spec = {
				type: 'group',
				style: {
					top: rect.top + 'px',
					left: rect.left + 'px',
					width: rect.width + 'px',
					height: rect.height + 'px'
				}
			};
			var content = {
				containerId: parentModel.id,
				spec: spec
			};
			var canvasApi = this.dashboard.getCanvas();
			var transactionApi = this.dashboard.getFeature('Transaction');
			var transactionToken = transactionApi.startTransaction();
			return canvasApi.addContent(content, transactionToken).then(function (groupContentApi) {
				var containerId = groupContentApi.getId();

				// TODO - the selection API must be revisited so that we don't have to wait for the view
				//  should use canvasApi.selectContent([containerId]); here
				return _this2.controller.layoutController.layoutReady(containerId).then(function (view) {
					var contentIds = nodes.map(function (node) {
						return node._layout.model.id;
					});
					var contentList = canvasApi.moveContent(containerId, contentIds, transactionToken);

					for (var _i = 0, _iLen = nodes.length; _i < _iLen; _i++) {
						var _n = nodes[_i];
						if (_n._layout) {
							var _position = nodesPositions[_i].position;
							var _bounds = nodesPositions[_i].bounds;

							var styles = {
								left: _position.left - rect.left + 'px',
								top: _position.top - rect.top + 'px',
								width: _bounds.width + 'px',
								height: _bounds.height + 'px'
							};
							PxPercentUtil.changePixelPropertiesToPercent(styles, rect);

							contentList[_i].setPropertyValue('left', styles.left, transactionToken);
							contentList[_i].setPropertyValue('top', styles.top, transactionToken);
							contentList[_i].setPropertyValue('width', styles.width, transactionToken);
							contentList[_i].setPropertyValue('height', styles.height, transactionToken);
						}
					}

					transactionApi.endTransaction(transactionToken);

					// Select the group after it is created
					_this2.selectionHandler.deselectAll();
					// pass the flag isTouch to properly render the resize edges for touch device.
					view && _this2.selectionHandler.selectNode(view.domNode, {
						'isTouch': e ? e.type === 'touchstart' : false
					});
				});
			});
		};

		/**
   * Ungroup a set of groups. This method will remove all the children of a group and move it to the parent of the group and delete the group div
   * We maintain the position and orientation of elements that are being ungrouped.
   * @param e
   */


		GroupAction.prototype.ungroupContent = function ungroupContent(idList, e, undoRedoTransactionId) {
			var selectedNodes = this.getNodes(idList);

			var transactionApi = this.dashboard.getFeature('Transaction');
			var transactionToken = void 0;
			// We use the undo/redo transaction id to group actions like ungrouping an item then resizing the group to fit the new content
			if (!undoRedoTransactionId) {
				transactionToken = transactionApi.startTransaction();
			} else {
				transactionToken = transactionApi.startTransactionById(undoRedoTransactionId);
			}
			this.selectionHandler.deselectAll();
			var nodesToSelect = [];
			if ($(selectedNodes[0]).hasClass('pagegroup')) {
				// if we selected a group, we will ungroup the entire group.
				nodesToSelect = this.ungroupWholeGroups(selectedNodes, transactionToken);
			} else {
				this.ungroupIndividualNodes(selectedNodes, transactionToken);
				nodesToSelect = selectedNodes;
			}

			transactionApi.endTransaction(transactionToken);

			// select the nodes
			var i, n;
			for (i = nodesToSelect.length - 1; i >= 0; i--) {
				n = nodesToSelect[i];
				this.selectionHandler.selectNode(n, {
					'isTouch': e ? e.type === 'touchstart' : false
				});
			}
			return nodesToSelect;
		};

		/**
  * Helper function used to get the operation needed to move a node outside of a group
  * This method calcualtes the new position taking into consideration the angle of the group
  * @param n - node to be moved
  * @param group - indicate where we want to move the node
  * @param angle - angle of the parent group
  */


		GroupAction.prototype._calculateNewStyleForEachNode = function _calculateNewStyleForEachNode(n, group, angle) {
			var parentLayout = group._layout.parentLayout;
			var nodeAngle = Utils.getAngleDegree(n);

			var clientRect = n.getBoundingClientRect();
			var coords = Utils.getRotatedCoordinates(parentLayout.domNode, clientRect.left, clientRect.top);
			var cs = window.getComputedStyle(n);
			var fullAngle = angle + nodeAngle;
			var bounds = Utils.widgetSize(n);

			return {
				height: bounds.height + 'px',
				width: bounds.width + 'px',
				top: coords.y - Utils.getStyleIntValue(cs.marginTop) + 'px',
				left: coords.x - Utils.getStyleIntValue(cs.marginLeft) + 'px',
				rotateAngle: fullAngle
			};
		};

		/**
  *  Add the model operation required to ungroup the content of this group.
  *
  * @returns all the nodes inside the group
  */


		GroupAction.prototype._ungroupGroupNode = function _ungroupGroupNode(groupNode, transactionToken) {

			// DOM operation
			var nodesToSelect = [];
			var nodes = Utils.getContentWithoutDecoration(groupNode);
			var node, angle;
			var newStyles = {};
			for (var i = 0, iLen = nodes.length; i < iLen; i++) {
				node = nodes[i];
				angle = Utils.getAngleDegree(groupNode);
				newStyles[node._layout.id] = this._calculateNewStyleForEachNode(node, groupNode, angle);
				nodesToSelect.push(node);
			}

			// contentApi() operation
			// 1. move all inside nodes to group's parent
			// 2. recover all the properties
			// 3. delete group
			var canvasApi = this.dashboard.getCanvas();
			var groupApi = canvasApi.getContent(groupNode._layout.id);
			var contentList = canvasApi.moveContent(groupApi.getContainer().getId(), groupApi.getChildren().map(function (content) {
				return content.getId();
			}), transactionToken);
			canvasApi.removeContent(groupApi.getId(), transactionToken);
			contentList.forEach(function (content) {
				var contentId = content.getId();
				var propNameList = Object.keys(newStyles[contentId]);
				propNameList.forEach(function (propName) {
					content.setPropertyValue(propName, newStyles[contentId][propName], transactionToken);
				});
			});
			return nodesToSelect;
		};

		/**
   * Ungroup a list of groupNodes
   *
   * @param groupNodes
   * @returns {Array}
   */


		GroupAction.prototype.ungroupWholeGroups = function ungroupWholeGroups(groupNodes, transactionToken) {
			var nodesToSelect = [];
			// we are ungroup a whole group
			var i = void 0,
			    iLen = void 0;
			for (i = 0, iLen = groupNodes.length; i < iLen; i++) {
				var group = groupNodes[i];
				var ungroupedNodes = this._ungroupGroupNode(group, transactionToken);
				nodesToSelect = nodesToSelect.concat(ungroupedNodes);
			}
			return nodesToSelect;
		};

		GroupAction.prototype.getNodeId = function getNodeId(modelId) {
			this.layoutController.modelIdToNodeId(modelId);
		};

		/**
  * Add the model operations required to remove the provided node from its group
  *
  * @param node
  * @param isMoveToParent - indicate where we want to move the node to the parent group or outside of the top group
  */


		GroupAction.prototype._ungroupSingleNode = function _ungroupSingleNode(groupNode, node, isMoveToParent, transactionToken) {
			var $nestedGroups = $(node).parents('.pagegroup');
			var nestedGroupLength = $nestedGroups.length;
			var canvasApi = this.dashboard.getCanvas();
			if (nestedGroupLength > 0) {
				//todo: question? if groupNode === $nestedGroups[0] ??
				var topGroup = isMoveToParent ? groupNode : $nestedGroups[nestedGroupLength - 1];
				var angle = Utils.radianToDegree(Utils.getAbsoluteAngleRadian(groupNode, topGroup));

				var newStyles = this._calculateNewStyleForEachNode(node, topGroup, angle);
				var nodeContentApi = canvasApi.getContent(node._layout.id);
				var topGroupApi = canvasApi.getContent(topGroup._layout.id);
				canvasApi.moveContent(topGroupApi.getContainer().getId(), [node._layout.id], transactionToken);
				var propNameList = Object.keys(newStyles);
				propNameList.forEach(function (propName) {
					nodeContentApi.setPropertyValue(propName, newStyles[propName], transactionToken);
				});
			}
		};

		/**
  * Remove the provided @nodes from @groupNode
  * @param nodes
  * @param groupNode
  *
  * @returns nodesToSelect
  */


		GroupAction.prototype._ungroupMultipleNodes = function _ungroupMultipleNodes(nodes, groupNode, transactionToken) {
			//these nodes share the same parent: groupNode
			var nodesToSelect = [];
			//step 1: move all nodes to top Level group.
			for (var i = 0; i < nodes.length; i++) {
				var node = nodes[i];
				this._ungroupSingleNode(groupNode, node, false, transactionToken);
				nodesToSelect.push(node);
			}

			//step2: checkout each node's
			var canvasApi = this.dashboard.getCanvas();
			var groupContentApi = canvasApi.getContent(groupNode._layout.id);
			var groupChildren = groupContentApi.findContent();
			if (groupChildren.length == 0) {
				//we should remove the group;
				canvasApi.removeContent(groupNode._layout.id, transactionToken);
			} else if (groupChildren.length == 1) {
				//we should remove the left one out to its parent, and then remove the group
				var nodeIdToBeRemoved = groupChildren[0].getId();
				var nodeToBeRemoved = $(groupNode).find('#' + nodeIdToBeRemoved)[0];
				this._ungroupSingleNode(groupNode, nodeToBeRemoved, true, transactionToken);
				canvasApi.removeContent(groupNode._layout.id, transactionToken);
				nodesToSelect.push(nodeToBeRemoved);
			} else {
				nodesToSelect.push(groupNode);
			}

			return nodesToSelect;
		};

		/**
   * Ungroup a list of nodes inside groups
   * @param nodes
   * @returns {Array}
   */


		GroupAction.prototype.ungroupIndividualNodes = function ungroupIndividualNodes(nodes, transactionToken) {
			var nodesToSelect = [];
			// group nodes based on the group they belong to so that we can remove them from each group
			var groupMap = {};
			for (var i = 0; i < nodes.length; i++) {
				var node = nodes[i];
				var groupId = node.parentNode._layout.id;
				if (!groupMap[groupId]) {
					groupMap[groupId] = [];
				}
				groupMap[groupId].push(node);
			}

			// For every affected group, we remove the specified nodes. We scan the groups from the most inner one to the most outer one.
			var groups = this._getAffectedGroups(nodes);
			var nodesToBeRemoved = void 0,
			    ungroupedNodes = void 0;
			for (var _i2 = 0; _i2 < groups.length; _i2++) {
				var group = groups[_i2];
				nodesToBeRemoved = groupMap[group.id];
				ungroupedNodes = this._ungroupMultipleNodes(nodesToBeRemoved ? nodesToBeRemoved : [], group, transactionToken);
				nodesToSelect = nodesToSelect.concat(ungroupedNodes);
			}

			// Recalculate the group box dimension to reflect new changes
			for (var _i3 = 0; _i3 < groups.length; _i3++) {
				if (groups[_i3]._layout) {
					this.recalculateGroupRectForLayout(groups[_i3]._layout, transactionToken.transactionId);
				}
			}

			return nodesToSelect;
		};

		/**
   * Calculates the group dimensions based on the nodes being grouped
   * @param nBox
   * @param nodes
   */


		GroupAction.prototype.calculateGroupRect = function calculateGroupRect(nodes) {
			var rect = {};
			var topLeft = Utils.getMinMaxTopLeft(nodes, function (n) {
				var $n = $(n);
				var position = $n.position();
				position.top += $(n).parent().scrollTop();
				position.left += $(n).parent().scrollLeft();

				var rect = n.getBoundingClientRect();
				position.height = rect.height;
				position.width = rect.width;
				return position;
			});

			rect.width = topLeft.maxLeft - topLeft.minLeft;
			rect.height = topLeft.maxTop - topLeft.minTop;
			rect.top = Math.round(topLeft.minTop);
			rect.left = Math.round(topLeft.minLeft);

			return rect;
		};

		/**
   * Called when one of the children's dimension changes. This method resizes the group rectangle.
   * @param payload
   */


		GroupAction.prototype.recalculateGroupRect = function recalculateGroupRect(payload) {
			var undoRedoTransactionId = payload.undoRedoTransactionId;
			var groups = this._getAffectedGroups(payload.currentSelection);
			for (var i = 0, iLen = groups.length; i < iLen; i++) {
				this.recalculateGroupRectForLayout(groups[i]._layout, undoRedoTransactionId);
			}
		};

		/**
   * Called when items are deleted.
   * @param payload
   */


		GroupAction.prototype.onBeforeDelete = function onBeforeDelete(payload) {
			var _this3 = this;

			var idList = payload.currentSelection;
			var nodes = this.getNodes(idList);
			var nodesToUngroup = [];
			var ungroupedNodes = [];
			for (var i = 0; i < nodes.length; i++) {
				if (nodes[i]._layout.parentLayout.model.type === 'group' || nodes[i]._layout.model.type === 'group') {
					nodesToUngroup.push(nodes[i]);
				} else {
					ungroupedNodes.push(nodes[i]);
				}
			}
			nodesToUngroup.forEach(function (node) {
				ungroupedNodes.push.apply(ungroupedNodes, _this3.ungroupContent([node.id], null, payload.undoRedoTransactionId));
			});
			return ungroupedNodes;
		};

		/**
   * Get a sorted list from child to parent of all the groups surrounding the given nodes
   *
   * @param nodes
   * @returns {Array}
   */


		GroupAction.prototype._getAffectedGroups = function _getAffectedGroups(nodes) {
			var aParentArrays = [];
			var i, iLen;
			for (i = 0, iLen = nodes.length; i < iLen; i++) {
				aParentArrays.push($(nodes[i]).parents('.pagegroup'));
			}
			var aParents = [],
			    index = 0;
			var hasMore;
			do {
				hasMore = this._affectedGroupSortStep(aParentArrays, index, aParents);
				index++;
			} while (hasMore);

			return aParents;
		};

		/**
   *  Sorting function used by the _getAffectedGroups method.
   *
   * @param aParentArrays
   * @param index
   * @param aParents
   * @returns {Boolean}
   */


		GroupAction.prototype._affectedGroupSortStep = function _affectedGroupSortStep(aParentArrays, index, aParents) {
			var hasMore = false;
			var i, iLen, a, g, j;
			for (i = 0, iLen = aParentArrays.length; i < iLen; i++) {
				a = aParentArrays[i];
				if (index < a.length) {
					hasMore = true;
					g = a[index];
					j = aParents.indexOf(g);
					if (j !== -1) {
						aParents.splice(j, 1);
					}
					aParents.push(g);
				}
			}
			return hasMore;
		};

		/**
  * Called when one of the children's dimension changes.
  * This method resizes the group rectangle and re-positions the children of the group
  * @param payload
  */


		GroupAction.prototype.recalculateGroupRectForLayout = function recalculateGroupRectForLayout(layout, undoRedoTransactionId) {
			var transactionApi = this.dashboard.getFeature('Transaction');
			var transactionToken = transactionApi.startTransactionById(undoRedoTransactionId);
			var nBox = layout.domNode;
			var nodes = utils.getContentWithoutDecoration(nBox);
			var topLeft = utils.getMinMaxTopLeft(nodes, function (n) {
				var rect = utils.position(n);
				var $n = $(n);
				rect.height = $n.outerHeight();
				rect.width = $n.outerWidth();

				// convert percent style to pixel.
				$n.height(rect.height);
				$n.width(rect.width);
				$n.css('left', rect.left);
				$n.css('top', rect.top);

				return rect;
			});

			// Get a reference point to restore to position if it shifts due to rotation
			var ref = utils.getCenter(nodes[0]);
			var rotatedRef1 = utils.getRotatedCoordinates(nBox.parentNode, ref.left, ref.top);

			var groupWidth = topLeft.maxLeft - topLeft.minLeft + 'px';
			nBox.style.width = groupWidth;
			var groupHeight = topLeft.maxTop - topLeft.minTop + 'px';
			nBox.style.height = groupHeight;
			var pos = utils.position(nBox);
			nBox.style.top = pos.top + topLeft.minTop + 'px';
			nBox.style.left = pos.left + topLeft.minLeft + 'px';

			// Update the size/postion of the group content
			var canvasApi = this.dashboard.getCanvas();
			var groupRect = {
				height: nBox.clientHeight,
				width: nBox.clientWidth
			};

			var i, iLen, n;
			for (i = 0, iLen = nodes.length; i < iLen; i++) {
				n = nodes[i];
				pos = utils.position(n);
				n.style.top = pos.top - topLeft.minTop + 'px';
				n.style.left = pos.left - topLeft.minLeft + 'px';
				if (n._layout) {
					var style = {
						top: n.style.top,
						left: n.style.left,
						height: $(n).height() + 'px',
						width: $(n).width() + 'px'
					};
					var content = canvasApi.getContent(n._layout.model.id);
					if (content) {
						PxPercentUtil.changePixelPropertiesToPercent(style, groupRect);
						for (var name in style) {
							content.setPropertyValue(name, style[name], transactionToken);
						}
					}
				}
			}

			ref = utils.getCenter(nodes[0]);
			var rotatedRef2 = utils.getRotatedCoordinates(nBox.parentNode, ref.left, ref.top);

			pos = utils.position(nBox);
			var groupTopValue = pos.top - rotatedRef2.y + rotatedRef1.y + 'px';
			nBox.style.top = groupTopValue;
			var groupLeftValue = pos.left - rotatedRef2.x + rotatedRef1.x + 'px';
			nBox.style.left = groupLeftValue;

			// Update the size/position of the group
			var group = canvasApi.getContent(layout.model.id);
			group.setPropertyValue('top', groupTopValue, transactionToken);
			group.setPropertyValue('left', groupLeftValue, transactionToken);
			group.setPropertyValue('height', groupHeight, transactionToken);
			group.setPropertyValue('width', groupWidth, transactionToken);

			transactionApi.endTransaction(transactionToken);
		};

		return GroupAction;
	}();

	return GroupAction;
});
//# sourceMappingURL=GroupAction.js.map