analytics/webcontent/bi/js/dashboard-analytics/visualizations/vipr/VIPRData.js

'use strict';

/*
 *+------------------------------------------------------------------------+
 *| Licensed Materials - Property of IBM
 *| IBM Cognos Products: Dashboard
 *| (C) Copyright IBM Corp. 2017, 2020
 *|
 *| US Government Users Restricted Rights - Use, duplication or disclosure
 *| restricted by GSA ADP Schedule Contract with IBM Corp.
 *+------------------------------------------------------------------------+
 */
define(['jquery', 'underscore', '../../lib/@waca/core-client/js/core-client/ui/core/Class', '../../apiHelpers/SlotAPIHelper', '../../widgets/livewidget/nls/StringResources', '../../util/DashboardFormatter', 'com/ibm/vida/vizbundles/extensions/decorations'], function ($, _, Class, SlotAPIHelper, StringResources, Formatter, decorations) {
	'use strict';

	// implements IDecorated

	var VIPRDecoratable = Class.extend({
		init: function init(object, context) {
			this.context = context;
			//Save indexes that help describes the results data location of the decoratable object.
			//(eg. A VIPRItemClass will have the dataitem index defined but not the tuple (since it corresponds to an axis title)
			//	   A VIPRTuple will have dataitem and tuple defined (since it corresponds to the nth intersected value)
			// 	   A VIPRItem will have dataitem, tuple and tupleitem (since it corresponds to an item in a slot)
			this.indexes = context && context.index && {
				dataitem: context.index.dataitem, //The resultsDataItem index (corresponds to the slot index)
				tuple: context.index.tuple, //The tuple (corresponds to the nth value eg: 2005-Camping)
				tupleitem: context.index.tupleitem //The tupleitem is the index (n) for the nth item assigned to the slot
			} || {};
			this.decorations = object ? object.deco || {} : {};
		},
		hasDecoration: function hasDecoration(name) {
			return typeof this.decorations[name] !== 'undefined';
		},
		getDecoration: function getDecoration(name) {
			return this.decorations[name];
		},
		/**
   * decorate vipr data - Deprecated! do not update
   * @param {String} name - name of decoration
   * @param {Object} [value] - value of decoration
   * @return the decoration value being saved in decorations.
   */
		decorate: function decorate(name, value) {
			/**
    * TODO need to find a generic way to use decoration APIs post Endor R4
    * Endor R4 solution - compare line stays as a special case to use the new VIDA decoration
    */
			var decorationValue = value;
			if (name === 'lines') {
				decorationValue = this._createLinesDecoration(name, value);
			}
			// If this decoration isn't already in the map add it
			if (!(name in this.decorations) || this.decorations[name] !== decorationValue) {
				this.decorations[name] = decorationValue;
				this.context.version++;
			}
			return decorationValue;
		},
		clearDecorations: function clearDecorations() {
			var _this = this;

			var deleted = false;
			_.each(_.keys(this.decorations), function (name) {
				delete _this.decorations[name];
				deleted = true;
			});
			if (deleted) {
				this.context.version++;
			}
		},

		_createLinesDecoration: function _createLinesDecoration(name, value) {
			var existingLinesDecorations = this.getDecoration(name);
			var linesDecorations = [];
			var baseLine = void 0;
			var grabber = void 0;
			var vane = void 0;
			_.each(existingLinesDecorations, function (lineDecoration) {
				if (lineDecoration instanceof decorations.BaseLine) {
					baseLine = lineDecoration;
				} else if (lineDecoration instanceof decorations.Grabber) {
					grabber = lineDecoration;
				} else if (lineDecoration instanceof decorations.Vane) {
					vane = lineDecoration;
				}
			});
			// value can be a spec object (when first creating the decoration) or an array of lines decoration (when re-apply the SAME decoration)
			var isReDecorate = Array.isArray(value);
			if (isReDecorate) {
				linesDecorations = value;
			} else if (value && !isReDecorate) {
				if (value.baseLine) {
					baseLine = baseLine ? baseLine : this._createBaseline('baseLine');
					if (typeof value.baseLine.position !== 'undefined') {
						baseLine.setPosition(value.baseLine.position);
					}
					if (value.baseLine.color) {
						baseLine.setColor(value.baseLine.color);
					}
					baseLine.setShowInLegend(false || value.baseLine.setShowInLegend);
					linesDecorations.push(baseLine);
				}
				if (value.grabber && baseLine) {
					grabber = grabber ? grabber : this._createGrabber('grabber');
					grabber.setPositionType(value.grabber.positionType);
					baseLine.setGrabber(grabber);
					linesDecorations.push(grabber);
				}
				// the label on the side of the compare line
				if (value.vane && baseLine) {
					vane = vane ? vane : this._createVane('vane');
					vane.setCaption(value.vane.caption);
					baseLine.setVane(vane);
					linesDecorations.push(vane);
				}
			}
			return linesDecorations;
		},
		_createBaseline: function _createBaseline() {
			var baseLineId = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : _.uniqueId('baseLine');

			return new decorations.BaseLine(baseLineId);
		},

		_createGrabber: function _createGrabber() {
			var grabberId = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : _.uniqueId('grabber');

			return new decorations.Grabber(grabberId);
		},

		_createVane: function _createVane() {
			var vaneId = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : _.uniqueId('vane');

			return new decorations.Vane(vaneId);
		}
	});

	// implements IFormatter
	var VIPRFormatter = Class.extend({
		init: function init(slotIndex, dataItemIndex, context) {
			this.slot = context.dataset.slotAPIs[slotIndex];
			this.dataItemIndex = dataItemIndex;
			this._format = this.slot.getDataItemList()[dataItemIndex].getFormat();
		},

		format: function format(value) {
			return Formatter.format(value, this._format);
		}
	});

	// implements IItemClass
	var VIPRItemClass = VIPRDecoratable.extend({
		init: function init(itemClass, context) {
			VIPRItemClass.inherited('init', this, [itemClass, context]);

			this.itemClass = itemClass;
			this.context = context;
		},
		getUniqueName: function getUniqueName() {
			return this.itemClass.u;
		},
		getCaption: function getCaption() {
			var summaryStr = void 0;
			if (!this.context.hideAggTypeInAxisLabels) {
				summaryStr = this.itemClass.aggregate && this.itemClass.aggregate !== 'none' ? ' (' + StringResources.get(this.itemClass.aggregate) + ')' : null;
			}
			var caption = this.itemClass.d ? this.itemClass.d : this.itemClass.u;
			return summaryStr ? caption + summaryStr : caption;
		}
	});

	// implements IItem
	var VIPRItem = VIPRDecoratable.extend({
		init: function init(item, tuple, context, content) {
			VIPRItem.inherited('init', this, [item, context, content]);

			this.item = item;
			this.context = context;
			this.index = context.index.tupleitem;
			this.content = content;
			this.datapoints = tuple.datapoints;
			this.recalculateFormattedValue();
		},
		/**
  * TODO: This function is a duplicate of the one in VIPRItem
  * these classes will be removed once forecasting and smart annotations move to the new query format.
  */
		recalculateFormattedValue: function recalculateFormattedValue() {
			var formatter = new VIPRFormatter(this.context.index.dataitem, this.context.index.tupleitem, this.context);
			if (this.item.d === undefined || this.item.d === null) {
				this.formattedValue = formatter.format(null);
				this.unformattedValue = this.formattedValue;
			} else if (this.item.aggregate) {
				var aggregateTypeVisible = !!(!this.content || this.content.getPropertyValue('widget.legend.aggregateTypeVisible'));
				if (aggregateTypeVisible) {
					this.formattedValue = formatter.format(StringResources.get('multiMeasureLabel', { 'measureName': this.item.d.toString(), 'aggregate': StringResources.get(this.item.aggregate.toString()) }));
					this.unformattedValue = this.item.d + this.item.aggregate;
				} else {
					this.formattedValue = formatter.format(StringResources.get('measureLabel', { 'measureName': this.item.d.toString() }));
					this.unformattedValue = this.item.d + this.item.aggregate;
				}
			} else {
				this.formattedValue = formatter.format(this.item.d.toString());
				this.unformattedValue = this.item.d;
			}
		},
		getUniqueName: function getUniqueName() {
			return this.item.u === undefined || this.item.u === null ? this.item.u : this.item.u.toString();
		},
		getCaption: function getCaption() {
			if (this.item.aggregate) {
				var currentAggregationPropertyValue = !this.content || this.content.getPropertyValue('widget.legend.aggregateTypeVisible');
				if (currentAggregationPropertyValue != this.aggregationPropertyValue) {
					this.recalculateFormattedValue();
					this.aggregationPropertyValue = currentAggregationPropertyValue;
				}
			}
			if (!this.formattedValue) {
				this.recalculateFormattedValue();
			}
			return this.formattedValue;
		},
		getParent: function getParent() {
			return this.item.p;
		},
		decorate: function decorate(action, value) {
			if (this.datapoints.length > 0) {
				this.context.version++;
				// decorate the datapoints
				_.each(this.datapoints, function (dp) {
					dp.decorate(action, value);
				});
			}
		}
	});

	var VIPRItem_CaptionAsUnid = VIPRItem.extend({
		getUniqueName: function getUniqueName() {
			return this.getCaption();
		}
	});

	// implements IItemClassSet
	var VIPRItemClassSet = VIPRDecoratable.extend({
		init: function init(header, context) {
			VIPRItemClassSet.inherited('init', this, [header, context]);

			this.header = header;
			this.context = context;

			this.itemClasses = [];
		},
		getItemClassCount: function getItemClassCount() {
			return this.header.length;
		},
		getItemClass: function getItemClass(index) {
			if (this.itemClasses[index] === undefined) {
				this.itemClasses[index] = new VIPRItemClass(this.header[index], this.context);
			}
			return this.itemClasses[index];
		}
	});

	// implements ITuple
	var VIPRTuple = VIPRDecoratable.extend({
		init: function init(tuple, context, content) {
			VIPRTuple.inherited('init', this, [tuple, context, content]);

			this.tuple = tuple;
			this.context = context;
			this.datapoints = [];
			this.items = [];
			this.dataset = context.dataset;
			this.dataItemIndex = this.context.index.dataitem;
			this.itemClassSetIndex = this.context.index.itemClassSet;
			this.content = content;
		},
		getUniqueName: function getUniqueName() {
			return this.getItem(0).getUniqueName();
		},
		//This function should be only used for rave2bundlesnetwork bundle
		//this bundle has certain slots that have subtype: reference
		//this function now works as a workaround and has no impact on livewidget vis
		getReference: function getReference() {
			return this.getItem(0).getUniqueName();
		},
		getCaption: function getCaption() {
			return this.getItem(0).getCaption();
		},
		getParent: function getParent() {
			return this.getItem(0).getParent();
		},
		getItemClassSetIndex: function getItemClassSetIndex() {
			//Since Enodr release,  a tuple could have a itemClassSetIndex property
			//that indicates which itemClass the current tuple is using
			return this.itemClassSetIndex;
		},
		getItem: function getItem(index) {
			if (this.items[index] === undefined) {
				// keep track of the tuple item index as part of the context index
				this.context.index.tupleitem = index;
				this.context.dataset = this.dataset;
				var isCaptionAsUniqueName = false;
				var dataItemIndex = this.context.index.dataitem;
				if (dataItemIndex >= 0) {
					var oSlotAPI = this.context.dataset.slotAPIs[dataItemIndex];
					isCaptionAsUniqueName = oSlotAPI.isCaptionAsUniqueName && oSlotAPI.isCaptionAsUniqueName();
				}
				var classOfVIPRItem = isCaptionAsUniqueName ? VIPRItem_CaptionAsUnid : VIPRItem;
				this.items[index] = new classOfVIPRItem(this.tuple[index], this, this.context, this.content);
			}
			return this.items[index];
		},
		getItemCount: function getItemCount() {
			return this.tuple ? this.tuple.length : 0;
		},
		addDataPoint: function addDataPoint(datapoint) {
			if (this.datapoints.indexOf(datapoint) === -1) {
				this.datapoints.push(datapoint);
			}
		},
		decorate: function decorate(action, value) {
			VIPRTuple.inherited('decorate', this, [action, value]);
			if (this.datapoints.length > 0) {
				this.context.version++;
				// decorate the datapoints
				_.each(this.datapoints, function (dp) {
					dp.decorate(action, value);
				});
			}
		}
	});

	// implements ICatDataItem
	var VIPRCatDataItem = VIPRDecoratable.extend({
		init: function init(dataItem, context, content) {
			VIPRCatDataItem.inherited('init', this, [dataItem._dataItem, context]);

			this.dataItem = dataItem;
			this.context = context;
			this.index = this.context.index.dataitem;
			this.dataset = this.context.dataset;
			this.tuples = [];
			this.itemClassSets = [];
			this.content = content;
			_.each(this.dataItem.getTupleHeaders(), function (entry) {
				this.itemClassSets.push(new VIPRItemClassSet(entry, this.context));
			}.bind(this));
		},
		getUniqueName: function getUniqueName() {},
		postProcessing: function postProcessing() {},
		getCaption: function getCaption() {},
		getType: function getType() {
			return 'cat';
		},
		getTupleCount: function getTupleCount() {
			return this.dataItem ? this.dataItem.getTupleCount() : 0;
		},
		getTuple: function getTuple(index) {
			if (this.tuples[index] === undefined) {
				this.context.dataset = this.dataset;
				this.context.index = {
					dataitem: this.index,
					tuple: index,
					itemClassSet: this.dataItem.getTupleItemClassSetIndex(index)
				};

				this.tuples[index] = new VIPRTuple(this.dataItem.getTuple(index), this.context, this.content);
			}
			return this.tuples[index];
		},
		getDataWindowStart: function getDataWindowStart() {
			return 0;
		},
		getDataWindowEnd: function getDataWindowEnd() {
			return this.getTupleCount();
		},
		getItemClassSetCount: function getItemClassSetCount() {
			return this.itemClassSets.length;
		},
		getItemClassSet: function getItemClassSet(index) {
			return this.itemClassSets[index || 0];
		}
	});

	var VIPRCatContDataItem = VIPRCatDataItem.extend({

		init: function init() {
			VIPRCatContDataItem.inherited('init', this, arguments);
			this.formatter = new VIPRFormatter(this.context.index.dataitem, 0, this.context);
			this.postProcessing();
		},

		getType: function getType() {
			return 'cont';
		},

		getFormatter: function getFormatter() {
			return this.formatter;
		},

		postProcessing: function postProcessing() {
			var index = this.context.index.dataitem;
			var subType = this.dataset.slotAPIs[index].getSubType();
			if (subType && subType === 'latitude' || subType === 'longitude') {
				_.each(this.dataItem._dataItem.items, function (item) {
					if (item.t[0].hasOwnProperty('d') && item.t[0].hasOwnProperty('u') && item.t[0].d !== item.t[0].u) {
						item.t[0].u = item.t[0].d;
					}
				});
			}
		},

		getItemClass: function getItemClass() {
			return null;
		},

		getDomain: function getDomain() {
			return null;
		}
	});

	// implements IContDataItem
	var VIPRContDataItem = VIPRDecoratable.extend({
		init: function init(dataItem, context) {
			VIPRContDataItem.inherited('init', this, [dataItem._dataItem, context]);

			this.dataItem = dataItem;
			this.context = context;
			this.queryResult = context && context.queryResult;

			// Ordinal slots normally does not take multiple dataitems (ie. stacked)
			// even for multi-measures case (ie. bar, column) the multiple ordinal dataitems are merged in to a single ordinal measure
			// and each measures are separated as series.
			// So at the end, from the VIPRData perspective a numeric dataitem (aka slot), has only one measure.
			this.formatter = new VIPRFormatter(this.context.index.dataitem, 0, this.context);
			//getTupleHeaders() return the array of itemClass, each Item Class contains an array of Tuple headers
			this.itemClass = new VIPRItemClass(this.dataItem.getTupleHeaders()[0][0], this.context);
			this.domain = this._createDomain(); // Min Max Data Item domain
		},

		/**
   * @returns the domain when the data item is a multi measure.
   */
		_createMultiMeasureDomain: function _createMultiMeasureDomain() {
			var domain = null;
			var topBottomMappings = this.queryResult && this.queryResult.getTopBottomMappings();
			var keys = _.keys(topBottomMappings);
			var overAllMin;
			var overAllMax;
			/*
    * This may have to be tweaked depending on how Ruben asks for the domain
    * as we may have to deal with aggregated or not. For now keep it simple.
    * Make the min the min of all the min values. Make the max the max of all
    * max values.
    */
			if (keys.length) {
				keys.forEach(function (key) {
					var minValue = topBottomMappings[key].bottomResult.useValue;
					var maxValue = topBottomMappings[key].topResult.useValue;
					overAllMin = overAllMin ? Math.min(overAllMin, minValue) : minValue;
					overAllMax = overAllMax ? Math.max(overAllMax, maxValue) : maxValue;
				});
				domain = {
					min: overAllMin,
					max: overAllMax
				};
			}
			return domain;
		},

		/**
   * @returns the domain when the data item is not a multi measure.
   */
		_createNonMultiMeasureDomain: function _createNonMultiMeasureDomain() {
			var domain = null;
			var topBottomMappings = this.queryResult && this.queryResult.getTopBottomMappings();
			// Use the mappings object to determine the min and max of the domain
			var topBottomMapItemName = this.itemClass.itemClass.u + this.itemClass.itemClass.aggregate;
			if (topBottomMapItemName && topBottomMappings) {
				var topBottom = topBottomMappings[topBottomMapItemName];
				if (topBottom) {
					domain = {
						min: topBottom.bottomResult.useValue,
						max: topBottom.topResult.useValue
					};
				}
			}
			return domain;
		},

		/**
   * @returns the domain (min/max) for the data item
   */
		_createDomain: function _createDomain() {
			var domain = null;
			if (this.itemClass && this.itemClass.itemClass) {
				if (this.itemClass.itemClass.u === '_multiMeasuresValue') {
					domain = this._createMultiMeasureDomain();
				} else {
					domain = this._createNonMultiMeasureDomain();
				}
			}

			return domain;
		},

		getUniqueName: function getUniqueName() {
			return this.itemClass.getUniqueName();
		},
		getCaption: function getCaption() {
			return this.itemClass.getCaption();
		},
		getType: function getType() {
			return 'cont';
		},
		getDomain: function getDomain() /*aggregation TODO for stacked charts*/{
			return this._createDomain();
		},
		getFormatter: function getFormatter() {
			return this.formatter;
		},
		getItemClass: function getItemClass() {
			return this.itemClass;
		}
	});

	// IValue-ization
	function asIValue(valueObj, formatter, index) {
		//FIXME The situation happens Only when using Fact value with multiple itemsetClassset,
		//Will fix this when VIDA provides a solution for this.
		if (_.isNumber(valueObj)) {
			valueObj = { v: valueObj };
		}

		if (typeof valueObj.getValue === 'undefined') {
			valueObj.getIndex = function () {
				return index;
			};
			valueObj.getValue = function () {
				return this.v;
			};
			valueObj.getValueType = function () {
				if (this.v === null) {
					return 'missing'; //NULL Value support, to be parsed by VIDA
				}
				return 'numeric'; //Default Value Type
			};
			var caption = formatter.format(valueObj.v);
			valueObj.getCaption = function () {
				return caption;
			};
		}
		return valueObj;
	}

	// IDataPoint-ization
	function asIDataPoint(datapoint, dataset, context) {
		if (typeof datapoint.context === 'undefined') {
			datapoint.dataset = dataset;

			datapoint.getTupleIndex = function (index) {
				var tupleIndex = this.pt[index];
				// Keep a reverse-reference from tuple to the datapoint
				this.dataset.getDataItem(index).getTuple(tupleIndex).addDataPoint(this);
				return tupleIndex;
			}.bind(datapoint);

			//return all of the categorical indexes in the pt array as a string 'key' for this datapoint.
			datapoint.getDataPointKey = function () {
				return this.pt ? _.filter(this.pt, function (pt) {
					return typeof pt === 'number';
				}).toString() : '';
			}.bind(datapoint);

			var getValue = typeof datapoint.getValue === 'function' ? datapoint.getValue : undefined;
			datapoint.getValue = function (index) {
				var valueObj = getValue ? getValue(index) : this.pt[index];
				var bIsUseCategoryAsValue = this.dataset.slotAPIs[index].getDefinition().useCategoryAsValue;
				if (bIsUseCategoryAsValue) {
					var tuple = this.dataset.resultData.getResultDataItem(index).getTuple(this.pt[index]);
					valueObj = {
						'v': tuple[0].u
					};
				}
				var formatter = this.dataset.getDataItem(index).getFormatter();
				return asIValue(valueObj, formatter, index);
			}.bind(datapoint);

			// IDecorated-ize the datapoint
			if (!datapoint.hasDecoration || !datapoint.getDecoration || !datapoint.decorate) {
				datapoint._decorations = new VIPRDecoratable(datapoint, context);

				datapoint.hasDecoration = datapoint._decorations.hasDecoration.bind(datapoint._decorations);
				datapoint.getDecoration = datapoint._decorations.getDecoration.bind(datapoint._decorations);
				datapoint.clearDecorations = datapoint._decorations.clearDecorations.bind(datapoint._decorations);
				datapoint.decorate = function (action, value) {
					// default value: true
					value = typeof value === 'undefined' ? true : value;

					this._decorations.decorate(action, value);
				}.bind(datapoint);
			}
		}
		return datapoint;
	}

	// implements IDataPointIterator
	var VIPRDataPointIterator = Class.extend({
		init: function init(dataset, context) {
			this.dataset = dataset;
			this.resultData = dataset.resultData;
			this.slotAPIs = dataset.slotAPIs;
			this.datapoints = this.resultData.getDatapoints();
			this.context = context;
			this.index = -1;
		},
		nextValue: function nextValue() {
			if (this.index < this.datapoints.length - 1) {
				return asIDataPoint(this.datapoints[++this.index], this.dataset, this.context);
			}
			return null;
		},
		getTupleItems: function getTupleItems() {
			var items = [];
			for (var i = 0; i < this.datapoints[this.index].pt.length; i++) {
				var value = this.resultData.getCellValue(this.index, i);
				if ($.isArray(value)) {
					items = items.concat(value);
				}
			}
			return items;
		}
	});

	var VIPRDataSet = VIPRDecoratable.extend({
		init: function init(resultData, slotAPIs, queryResult, context, content, datasetId) {
			VIPRDataSet.inherited('init', this, []);
			this.resultData = resultData;
			this.slotAPIs = slotAPIs;
			// Need to preload dataItems to handle empty result.
			this.dataItems = [];
			var aResultDataItems = this.resultData.getResultDataItems();
			this.context = context;
			this.context.queryResult = queryResult;
			this.context.dataset = this;
			this.content = content;
			this.id = datasetId;

			var numberOfDataItems = aResultDataItems ? aResultDataItems.length : 0;
			for (var index = 0; index < numberOfDataItems; index++) {
				var dataItem = aResultDataItems[index];
				if (this.slotAPIs[index]) {
					// TODO livewidget_cleanup .. old API.. but where is it used ?
					var slotType = this.slotAPIs[index].getDataItemList()[0].getType();
					var VIPRDataItem = slotType === 'attribute' ? VIPRCatDataItem : VIPRContDataItem;
					//fixme hack
					if (this.slotAPIs[index].getId().indexOf('latlongLocations.lat') !== -1 || this.slotAPIs[index].getId().indexOf('latlongLocations.long') !== -1) {
						VIPRDataItem = VIPRCatContDataItem;
					}
					this.context.index = {
						dataitem: index
					};
					this.dataItems[index] = new VIPRDataItem(dataItem, this.context, content);
				}
			}
		},

		// implement IDataSet
		getDataItem: function getDataItem(index) {
			return index < this.dataItems.length ? this.dataItems[index] : null;
		},

		getDataItemCount: function getDataItemCount() {
			return this.resultData.getResultDataItemCount();
		},

		getDataPointIterator: function getDataPointIterator() {
			return new VIPRDataPointIterator(this, this.context);
		}

	});

	var VIPRData = VIPRDecoratable.extend({

		/**
   * @param {Object[]} queryResults
   */
		init: function init(queryResults, visualization, hideAggTypeInAxisLabels, content) {
			VIPRData.inherited('init', this, []);
			this.content = content;
			this.context = {
				version: 0,
				VIPRData: this,
				hideAggTypeInAxisLabels: hideAggTypeInAxisLabels
			};

			this._aVIPRDataSets = [];
			var aDataSets = visualization.getDefinition().getDatasetList();

			_.each(aDataSets, function (dataset) {
				var aQueryResult = _.find(queryResults, function (entry) {
					return entry.getDataViewId() === dataset.id;
				});
				if (aQueryResult) {
					this._aVIPRDataSets.push(new VIPRDataSet(aQueryResult.getFacetData(), SlotAPIHelper.getMappedSlotListByDataset(visualization, aQueryResult.getDataViewId()), aQueryResult, this.context, this.content, dataset.id));
				} else {
					this._aVIPRDataSets.push(null);
				}
			}.bind(this));
		},

		getDataSetAt: function getDataSetAt(index) {
			return this._aVIPRDataSets[index];
		},

		getDataSetCount: function getDataSetCount() {
			return this._aVIPRDataSets.length;
		},

		getDecorationsVersion: function getDecorationsVersion() {
			return this.context.version;
		}
	});

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