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/**
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* Copyright (C) 2013 EDIT
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* European Distributed Institute of Taxonomy
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* http://www.e-taxonomy.eu
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*
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* The contents of this file are subject to the Mozilla Public License Version 1.1
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* See LICENSE.TXT at the top of this package for the full license terms.
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*/
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package eu.etaxonomy.cdm.api.utility;
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import java.util.Collection;
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import java.util.HashMap;
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import java.util.HashSet;
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import java.util.Map;
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import java.util.Set;
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import org.apache.log4j.Logger;
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import eu.etaxonomy.cdm.api.service.DistributionTree;
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import eu.etaxonomy.cdm.model.common.CdmBase;
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import eu.etaxonomy.cdm.model.common.Marker;
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import eu.etaxonomy.cdm.model.common.MarkerType;
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import eu.etaxonomy.cdm.model.common.OrderedTermBase;
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import eu.etaxonomy.cdm.model.description.Distribution;
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import eu.etaxonomy.cdm.model.description.PresenceAbsenceTerm;
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import eu.etaxonomy.cdm.model.location.NamedArea;
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import eu.etaxonomy.cdm.model.location.NamedAreaLevel;
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import eu.etaxonomy.cdm.persistence.dao.common.IDefinedTermDao;
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/**
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* @author a.kohlbecker
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* @since Apr 18, 2013
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*
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*/
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public class DescriptionUtility {
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private static final Logger logger = Logger.getLogger(DescriptionUtility.class);
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/**
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* <b>NOTE: To avoid LayzyLoadingExceptions this method must be used in a transactional context.</b>
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*
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* Filters the given set of {@link Distribution}s for publication purposes
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* The following rules are respected during the filtering:
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* <ol>
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* <li><b>Marked area filter</b>: Skip distributions for areas having a {@code TRUE} {@link Marker}
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* with one of the specified {@link MarkerType}s. Existing sub-areas of a marked area must also be marked
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* with the same marker type, otherwise the marked area acts as a <b>fallback area</b> for the sub areas.
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* An area is a <b>fallback area</b> if it is marked to be hidden and if it has at least one of
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* sub area which is not marked to be hidden. The fallback area will be show if there is no {@link Distribution}
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* for any of the non hidden sub-areas. For more detailed discussion on fallback areas see
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* https://dev.e-taxonomy.eu/trac/ticket/4408</li>
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* <li><b>Prefer computed rule</b>:Computed distributions are preferred over entered or imported elements.
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* (Computed description elements are identified by the {@link
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* MarkerType.COMPUTED()}). This means if a entered or imported status
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* information exist for the same area for which computed data is available,
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* the computed data has to be given preference over other data.
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* see parameter <code>preferComputed</code></li>
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* <li><b>Status order preference rule</b>: In case of multiple distribution
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* status ({@link PresenceAbsenceTermBase}) for the same area the status
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* with the highest order is preferred, see
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* {@link OrderedTermBase#compareTo(OrderedTermBase)}. This rule is
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* optional, see parameter <code>statusOrderPreference</code></li>
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* <li><b>Sub area preference rule</b>: If there is an area with a <i>direct
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* sub area</i> and both areas have the same status only the
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* information on the sub area should be reported, whereas the super area
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* should be ignored. This rule is optional, see parameter
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* <code>subAreaPreference</code>. Can be run separately from the other filters.
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* This rule affects any distribution,
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* that is to computed and edited equally. For more details see
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* {@link https://dev.e-taxonomy.eu/trac/ticket/5050})</li>
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* </ol>
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*
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* @param distributions
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* the distributions to filter
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* @param hiddenAreaMarkerTypes
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* distributions where the area has a {@link Marker} with one of the specified {@link MarkerType}s will
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* be skipped or acts as fall back area. For more details see <b>Marked area filter</b> above.
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* @param preferComputed
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* Computed distributions for the same area will be preferred over edited distributions.
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* <b>This parameter should always be set to <code>true</code>.</b>
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* @param statusOrderPreference
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* enables the <b>Status order preference rule</b> if set to true,
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* This rule can be run separately from the other filters.
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* @param subAreaPreference
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* enables the <b>Sub area preference rule</b> if set to true
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* @return the filtered collection of distribution elements.
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*/
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public static Set<Distribution> filterDistributions(Collection<Distribution> distributions,
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Set<MarkerType> hiddenAreaMarkerTypes, boolean preferComputed, boolean statusOrderPreference, boolean subAreaPreference) {
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Map<NamedArea, Set<Distribution>> filteredDistributions = new HashMap<NamedArea, Set<Distribution>>(100); // start with a big map from the beginning!
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// sort Distributions by the area
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for(Distribution distribution : distributions){
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NamedArea area = distribution.getArea();
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if(area == null) {
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logger.debug("skipping distribution with NULL area");
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continue;
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}
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if(!filteredDistributions.containsKey(area)){
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filteredDistributions.put(area, new HashSet<Distribution>());
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}
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filteredDistributions.get(area).add(distribution);
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}
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// -------------------------------------------------------------------
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// 1) skip distributions having an area with markers matching hideMarkedAreas
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// but keep distributions for fallback areas
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if(hiddenAreaMarkerTypes != null && !hiddenAreaMarkerTypes.isEmpty()) {
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Set<NamedArea> areasHiddenByMarker = new HashSet<NamedArea>();
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for(NamedArea area : filteredDistributions.keySet()) {
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if(checkAreaMarkedHidden(hiddenAreaMarkerTypes, area)) {
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boolean showAsFallbackArea = false;
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// if at least one sub area is not hidden by a marker
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// this area is a fall back area for this sub area
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for(NamedArea subArea : area.getIncludes()) {
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if (!areasHiddenByMarker.contains(subArea) && checkAreaMarkedHidden(hiddenAreaMarkerTypes, subArea)) {
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if(filteredDistributions.containsKey(subArea)) {
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areasHiddenByMarker.add(subArea);
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}
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}
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// if this subarea is not marked to be hidden
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// the parent area must be visible if there is no
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// data for the subarea
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boolean subAreaVisible = filteredDistributions.containsKey(subArea) && !areasHiddenByMarker.contains(subArea);
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showAsFallbackArea = !subAreaVisible || showAsFallbackArea;
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}
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if (!showAsFallbackArea) {
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// this area does not need to be shown as
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// fallback for another area
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// so it will be hidden.
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areasHiddenByMarker.add(area);
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}
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}
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}
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for(NamedArea area :areasHiddenByMarker) {
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filteredDistributions.remove(area);
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}
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}
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// -------------------------------------------------------------------
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// -------------------------------------------------------------------
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// 2) remove not computed distributions for areas for which computed
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// distributions exists
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//
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if(preferComputed) {
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Map<NamedArea, Set<Distribution>> computedDistributions = new HashMap<NamedArea, Set<Distribution>>(distributions.size());
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Map<NamedArea, Set<Distribution>> otherDistributions = new HashMap<NamedArea, Set<Distribution>>(distributions.size());
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// separate computed and edited Distributions
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for (NamedArea area : filteredDistributions.keySet()) {
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for (Distribution distribution : filteredDistributions.get(area)) {
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// this is only required for rule 1
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if(distribution.hasMarker(MarkerType.COMPUTED(), true)){
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if(!computedDistributions.containsKey(area)){
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computedDistributions.put(area, new HashSet<Distribution>());
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}
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computedDistributions.get(area).add(distribution);
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} else {
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if(!otherDistributions.containsKey(area)){
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otherDistributions.put(area, new HashSet<Distribution>());
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}
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otherDistributions.get(area).add(distribution);
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}
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}
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}
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for(NamedArea keyComputed : computedDistributions.keySet()){
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otherDistributions.remove(keyComputed);
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}
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// combine computed and non computed Distributions again
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filteredDistributions.clear();
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for(NamedArea key : computedDistributions.keySet()){
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if(!filteredDistributions.containsKey(key)) {
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filteredDistributions.put(key, new HashSet<Distribution>());
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}
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filteredDistributions.get(key).addAll(computedDistributions.get(key));
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}
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for(NamedArea key : otherDistributions.keySet()){
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if(!filteredDistributions.containsKey(key)) {
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filteredDistributions.put(key, new HashSet<Distribution>());
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}
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filteredDistributions.get(key).addAll(otherDistributions.get(key));
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}
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}
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// -------------------------------------------------------------------
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// -------------------------------------------------------------------
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// 3) statusOrderPreference
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if (statusOrderPreference) {
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Map<NamedArea, Set<Distribution>> tmpMap = new HashMap<NamedArea, Set<Distribution>>(filteredDistributions.size());
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for(NamedArea key : filteredDistributions.keySet()){
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tmpMap.put(key, byHighestOrderPresenceAbsenceTerm(filteredDistributions.get(key)));
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}
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filteredDistributions = tmpMap;
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}
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// -------------------------------------------------------------------
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// -------------------------------------------------------------------
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// 4) Sub area preference rule
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if(subAreaPreference){
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Set<NamedArea> removeCandidatesArea = new HashSet<NamedArea>();
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for(NamedArea key : filteredDistributions.keySet()){
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if(removeCandidatesArea.contains(key)){
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continue;
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}
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if(key.getPartOf() != null && filteredDistributions.containsKey(key.getPartOf())){
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removeCandidatesArea.add(key.getPartOf());
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}
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}
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for(NamedArea removeKey : removeCandidatesArea){
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filteredDistributions.remove(removeKey);
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}
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}
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// -------------------------------------------------------------------
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return valuesOfAllInnerSets(filteredDistributions.values());
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}
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/**
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* @param hiddenAreaMarkerTypes
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* @param area
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* @param isMarkedHidden
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* @return
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*/
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public static boolean checkAreaMarkedHidden(Set<MarkerType> hiddenAreaMarkerTypes, NamedArea area) {
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if(hiddenAreaMarkerTypes != null) {
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for(MarkerType markerType : hiddenAreaMarkerTypes){
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if(area.hasMarker(markerType, true)){
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return true;
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}
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}
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}
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return false;
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}
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/**
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* Orders the given Distribution elements in a hierarchical structure.
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* This method will not filter out any of the Distribution elements.
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* @param termDao
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* @param omitLevels
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* @param hiddenAreaMarkerTypes
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* Areas not associated to a Distribution in the {@code distList} are detected as fall back area
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* if they are having a {@link Marker} with one of the specified {@link MarkerType}s. Areas identified as such
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* are omitted from the hierarchy and the sub areas are moving one level up.
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* For more details on fall back areas see <b>Marked area filter</b> of
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* {@link DescriptionUtility#filterDistributions(Collection, Set, boolean, boolean, boolean)}.
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* @param distributionOrder
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* @param distList
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* @return
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*/
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public static DistributionTree orderDistributions(IDefinedTermDao termDao,
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Set<NamedAreaLevel> omitLevels,
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Collection<Distribution> distributions,
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Set<MarkerType> hiddenAreaMarkerTypes,
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DistributionOrder distributionOrder) {
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DistributionTree tree = new DistributionTree(termDao);
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if (logger.isDebugEnabled()){logger.debug("order tree ...");}
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//order by areas
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tree.orderAsTree(distributions, omitLevels, hiddenAreaMarkerTypes);
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tree.recursiveSortChildren(distributionOrder); // FIXME respect current locale for sorting
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if (logger.isDebugEnabled()){logger.debug("create tree - DONE");}
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return tree;
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}
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/**
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* Implements the Status order preference filter for a given set to Distributions.
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* The distributions should all be for the same area.
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* The method returns a site of distributions since multiple Distributions
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* with the same status are possible. For example if the same status has been
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* published in more than one literature references.
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*
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* @param distributions
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*
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* @return the set of distributions with the highest status
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*/
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private static Set<Distribution> byHighestOrderPresenceAbsenceTerm(Set<Distribution> distributions){
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Set<Distribution> preferred = new HashSet<Distribution>();
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PresenceAbsenceTerm highestStatus = null; //we need to leave generics here as for some reason highestStatus.compareTo later jumps into the wrong class for calling compareTo
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int compareResult;
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for (Distribution distribution : distributions) {
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if(highestStatus == null){
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highestStatus = distribution.getStatus();
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preferred.add(distribution);
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} else {
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if(distribution.getStatus() == null){
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continue;
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} else {
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compareResult = highestStatus.compareTo(distribution.getStatus());
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}
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if(compareResult < 0){
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highestStatus = distribution.getStatus();
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preferred.clear();
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preferred.add(distribution);
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} else if(compareResult == 0) {
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preferred.add(distribution);
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}
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}
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}
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return preferred;
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}
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private static <T extends CdmBase> Set<T> valuesOfAllInnerSets(Collection<Set<T>> collectionOfSets){
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Set<T> allValues = new HashSet<T>();
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for(Set<T> set : collectionOfSets){
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allValues.addAll(set);
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}
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return allValues;
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}
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/**
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* Provides a consistent string based key of the given NamedArea , see also
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* {@link #areaKey(Distribution)}
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*
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* @param area
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* @return the string representation of the NamedArea.uuid
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*/
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// private static String areaKey(NamedArea area){
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// return String.valueOf(area.getUuid());
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// }
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/**
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* Provides a consistent string based key of the given NamedArea contained
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* in the given distribution, see also {@link #areaKey(Distribution)}
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*
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* @param distribution
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* @return the string representation of the NamedArea.uuid or
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* <code>"NULL"</code> in case the Distribution had no NamedArea
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*/
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// private static String areaKey(Distribution distribution){
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// StringBuilder keyBuilder = new StringBuilder();
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//
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// if(distribution.getArea() != null){
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// keyBuilder.append(distribution.getArea().getUuid());
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// } else {
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// keyBuilder.append("NULL");
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// }
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//
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// return keyBuilder.toString();
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// }
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}
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