List of usage examples for org.apache.lucene.search BooleanQuery BooleanQuery
BooleanQuery
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
public List search(List<Long> studyIds, List<SearchTerm> searchTerms) throws IOException { logger.fine("Start search: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); Long[] studyIdsArray = null;/*from www. j ava2s . co m*/ if (studyIds != null) { studyIdsArray = studyIds.toArray(new Long[studyIds.size()]); Arrays.sort(studyIdsArray); } List<Long> results = null; List<BooleanQuery> searchParts = new ArrayList(); // "study-level search" is our "normal", default search, that is // performed on the study metadata keywords. boolean studyLevelSearch = false; boolean containsStudyLevelAndTerms = false; // We also support searches on variables and file-level metadata: // We do have to handle these 2 separately, because of the 2 different // levels of granularity: one searches on variables, the other on files. boolean variableSearch = false; boolean fileMetadataSearch = false; // And the boolean below indicates any file-level searche - i.e., // either a variable, or file metadata search. // -- L.A. boolean fileLevelSearch = false; List<SearchTerm> studyLevelSearchTerms = new ArrayList(); List<SearchTerm> variableSearchTerms = new ArrayList(); List<SearchTerm> fileMetadataSearchTerms = new ArrayList(); for (Iterator it = searchTerms.iterator(); it.hasNext();) { SearchTerm elem = (SearchTerm) it.next(); logger.fine("INDEXER: processing term; name=" + elem.getFieldName() + "; value=" + elem.getValue()); if (elem.getFieldName().equals("variable")) { // SearchTerm st = dvnTokenizeSearchTerm(elem); // variableSearchTerms.add(st); variableSearchTerms.add(elem); variableSearch = true; } else if (isFileMetadataField(elem.getFieldName())) { fileMetadataSearch = true; fileMetadataSearchTerms.add(elem); } else { // SearchTerm nvst = dvnTokenizeSearchTerm(elem); // nonVariableSearchTerms.add(nvst); if (elem.getOperator().equals("=")) { containsStudyLevelAndTerms = true; } studyLevelSearchTerms.add(elem); studyLevelSearch = true; } } // For now we are not supporting searches on variables and file-level // metadata *at the same time*. // -- L.A. if (variableSearch && fileMetadataSearch) { throw new IOException( "Unsupported search term combination! " + "Searches on both variables and file-level metadata " + "at the same time are not supported."); } if (variableSearch || fileMetadataSearch) { fileLevelSearch = true; } List<Long> nvResults = null; List<Long> filteredResults = null; // If there are "AND"-type Study-level search terms in the search, // let's run it now: if (containsStudyLevelAndTerms) { BooleanQuery searchTermsQuery = andSearchTermClause(studyLevelSearchTerms); logger.fine("INDEXER: search terms query (native): " + searchTermsQuery.toString()); searchParts.add(searchTermsQuery); BooleanQuery searchQuery = andQueryClause(searchParts); logger.fine("Start hits: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); logger.fine("INDEXER: search query (native): " + searchQuery.toString()); nvResults = getHitIds(searchQuery); logger.fine("Done hits: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); logger.fine("Start filter: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); logger.fine("before intersectionResults... studyIds: " + studyIds + " nvResults: " + nvResults); filteredResults = studyIds != null ? intersectionResults(nvResults, studyIdsArray) : nvResults; logger.fine("after intersectionResults... filteredResults: " + filteredResults); logger.fine("Done filter: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); } // If there is a file-level portion of the search, we'll run it now, // combining the results with (or, rather filtering them against) the // hit list produced by the study-level search above, or supplied to this // method as an argument (if any). // IMPORTANT: // do note that this logic assumes that the file-level search can be // EITHER on variables, or on file-level metadata; but never on both. // -- L.A. logger.fine("fileLevelSearch: " + fileLevelSearch); if (filteredResults != null) { logger.fine("filteredResults.size: " + filteredResults.size()); } logger.fine("containsStudyLevelAndTerms: " + containsStudyLevelAndTerms); logger.fine("variableSearch: " + variableSearch); if (fileLevelSearch) { if (containsStudyLevelAndTerms && (filteredResults.size() > 0)) { if (variableSearch) { logger.fine("Start nonvar search variables: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); results = searchVariables(filteredResults, variableSearchTerms, true); // get var ids logger.fine("Done nonvar search variables: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); } else if (fileMetadataSearch) { logger.fine("Start file-level metadata search; searching for file ids." + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); results = searchFileMetadata(filteredResults, fileMetadataSearchTerms, true); // get var ids logger.fine("Done searching for file ids, on file-level metadata: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); } } else { logger.fine("Start file-level metadata search: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); if (studyLevelSearch && !containsStudyLevelAndTerms) { if (variableSearch) { results = searchVariables(studyIds, variableSearchTerms, false); } else if (fileMetadataSearch) { results = searchFileMetadata(studyIds, fileMetadataSearchTerms, false); } if (results != null) { studyIdsArray = results.toArray(new Long[results.size()]); Arrays.sort(studyIdsArray); } BooleanQuery searchQuery = new BooleanQuery(); List<TermQuery> termQueries = orLongEqSearchTermQueries(results, "id"); for (Iterator clausesIter = termQueries.iterator(); clausesIter.hasNext();) { TermQuery termQuery = (TermQuery) clausesIter.next(); searchQuery.add(termQuery, BooleanClause.Occur.SHOULD); } for (Iterator it = searchTerms.iterator(); it.hasNext();) { SearchTerm elem = (SearchTerm) it.next(); if (!elem.getFieldName().equalsIgnoreCase("variable") && !isFileMetadataField(elem.getFieldName())) { Term term = new Term(elem.getFieldName(), elem.getValue()); TermQuery termQuery = new TermQuery(term); if (elem.getOperator().equals("=")) { searchQuery.add(termQuery, BooleanClause.Occur.MUST); } else { searchQuery.add(termQuery, BooleanClause.Occur.MUST_NOT); } } } List<Long> studyIdResults = getHitIds(searchQuery); if (variableSearch) { results = searchVariables(studyIdResults, variableSearchTerms, true); // get var ids } else if (fileMetadataSearch) { results = searchFileMetadata(studyIdResults, fileMetadataSearchTerms, true); // get file ids } } else { List<Long> finalResults = filteredResults != null ? filteredResults : studyIds; logger.fine( "in else... this was false: (studyLevelSearch && !containsStudyLevelAndTerms) ... finalResults: " + finalResults); if (variableSearch) { results = searchVariables(finalResults, variableSearchTerms, true); // get var ids } else if (fileMetadataSearch) { results = searchFileMetadata(finalResults, fileMetadataSearchTerms, true); // get file ids } } logger.fine("Done searching on file-level metadata: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); } } else { results = filteredResults; } logger.fine("Done search: " + DateTools.dateToString(new Date(), Resolution.MILLISECOND)); return results; }
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
public List searchVariables(List<Long> studyIds, SearchTerm searchTerm) throws IOException { BooleanQuery indexQuery = null;/*from w ww . j a v a 2s . c o m*/ BooleanQuery searchQuery = new BooleanQuery(); BooleanQuery.setMaxClauseCount(dvnMaxClauseCount); if (studyIds != null) { searchQuery.add(orIdSearchTermClause(studyIds, "varStudyId"), BooleanClause.Occur.MUST); } if (searchTerm.getFieldName().equalsIgnoreCase("variable")) { indexQuery = buildVariableQuery(searchTerm); if (searchTerm.getOperator().equals("=")) { searchQuery.add(indexQuery, BooleanClause.Occur.MUST); } else { searchQuery.add(indexQuery, BooleanClause.Occur.MUST_NOT); } } List<Document> variableResults = getHits(searchQuery); List<Long> variableIdResults = getVariableHitIds(variableResults); // TODO: // Double-check if the intersectionVarDocResults() below - i.e., filtering // the hit list against the list of supplied study ids - is necessary at all. // I would think not - because the study IDs were already added to the // search query, above. -- L.A. List<Long> finalResults = studyIds != null ? intersectionVarDocResults(variableResults, studyIds) : variableIdResults; return finalResults; }
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
public List searchVariables(List<Long> studyIds, List<SearchTerm> searchTerms, boolean varIdReturnValues) throws IOException { BooleanQuery searchQuery = new BooleanQuery(); BooleanQuery.setMaxClauseCount(dvnMaxClauseCount); if (studyIds != null) { searchQuery.add(orIdSearchTermClause(studyIds, "varStudyId"), BooleanClause.Occur.MUST); }/* w w w . jav a2 s .c o m*/ for (Iterator it = searchTerms.iterator(); it.hasNext();) { SearchTerm elem = (SearchTerm) it.next(); BooleanQuery indexQuery = null; if (elem.getFieldName().equalsIgnoreCase("variable")) { indexQuery = buildVariableQuery(elem); if (elem.getOperator().equals("=")) { searchQuery.add(indexQuery, BooleanClause.Occur.MUST); } else { searchQuery.add(indexQuery, BooleanClause.Occur.MUST_NOT); } } } List<Long> finalResults = null; // TODO: // Double-check if the intersection(Var)DocResults() below - i.e., filtering // the hit list against the list of supplied study ids - is necessary at all. // I would think not - because the study IDs were already added to the // search query, above. -- L.A. if (varIdReturnValues) { List<Document> variableResults = getHits(searchQuery); List<Long> variableIdResults = getVariableHitIds(variableResults); finalResults = studyIds != null ? intersectionVarDocResults(variableResults, studyIds) : variableIdResults; } else { List<Long> studyIdResults = getVariableHitStudyIds(searchQuery); // gets the study ids finalResults = studyIds != null ? intersectionResults(studyIdResults, studyIds) : studyIdResults; } return finalResults; }
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
public List searchFileMetadata(List<Long> studyIds, List<SearchTerm> searchTerms, boolean fileIdReturnValues) throws IOException { BooleanQuery searchQuery = new BooleanQuery(); BooleanQuery.setMaxClauseCount(dvnMaxClauseCount); if (studyIds != null) { searchQuery.add(orIdSearchTermClause(studyIds, "id"), BooleanClause.Occur.MUST); }//from ww w . j av a2 s . c om for (Iterator it = searchTerms.iterator(); it.hasNext();) { SearchTerm elem = (SearchTerm) it.next(); BooleanQuery indexQuery = null; // Determine if this is a file-level metadata search term: if (isFileMetadataField(elem.getFieldName())) { indexQuery = buildFileMetadataQuery(elem); logger.fine("INDEXER: filemetadata element query (native): " + indexQuery.toString()); if (elem.getOperator().equals("=")) { // We only support "=" on file metadata, for now, anyway. // -- L.A. searchQuery.add(indexQuery, BooleanClause.Occur.MUST); } else { searchQuery.add(indexQuery, BooleanClause.Occur.MUST_NOT); } } } logger.fine("INDEXER: filemetadata combined query (native): " + searchQuery.toString()); List<Long> finalResults = null; // TODO: // Double-check if the intersection(File)DocResults() below - i.e., filtering // the hit list against the list of supplied study ids - is necessary at all. // I would think not - because the study IDs were already added to the // search query, above. -- L.A. if (fileIdReturnValues) { List<Document> fileMetadataResults = getHits(searchQuery); List<Long> fileMetadataIdResults = getFileMetadataHitIds(fileMetadataResults); finalResults = studyIds != null ? intersectionFileDocResults(fileMetadataResults, studyIds) : fileMetadataIdResults; } else { List<Long> studyIdResults = getFileMetadataHitStudyIds(searchQuery); // gets the study ids finalResults = studyIds != null ? intersectionResults(studyIdResults, studyIds) : studyIdResults; } return finalResults; }
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
BooleanQuery orPhraseQuery(List<SearchTerm> orSearchTerms) {
BooleanQuery orTerms = new BooleanQuery();
orTerms.setMaxClauseCount(dvnMaxClauseCount);
for (Iterator it = orSearchTerms.iterator(); it.hasNext();) {
SearchTerm elem = (SearchTerm) it.next();
String[] phrase = getPhrase(elem.getValue().toLowerCase().trim());
if (phrase.length > 1) {
PhraseQuery phraseQuery = new PhraseQuery();
phraseQuery.setSlop(10);/*w ww . java2 s.co m*/
for (int i = 0; i < phrase.length; i++) {
phraseQuery.add(new Term(elem.getFieldName(), phrase[i].toLowerCase().trim()));
}
orTerms.add(phraseQuery, BooleanClause.Occur.SHOULD);
} else if (phrase.length == 1) {
// Term t = new Term(elem.getFieldName(), elem.getValue().toLowerCase().trim());
logger.fine("INDEXER: orPhraseQuery: search element value: " + phrase[0].toLowerCase().trim());
Term t = new Term(elem.getFieldName(), phrase[0].toLowerCase().trim());
logger.fine("INDEXER: orPhraseQuery: term value=" + t.text());
TermQuery orQuery = new TermQuery(t);
logger.fine("INDEXER: TermQuery orQuery (native): " + orQuery.toString());
orTerms.add(orQuery, BooleanClause.Occur.SHOULD);
}
}
return orTerms;
}
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
BooleanQuery orPhraseOrWildcardQuery(List<SearchTerm> orSearchTerms) {
BooleanQuery orTerms = new BooleanQuery();
orTerms.setMaxClauseCount(dvnMaxClauseCount);
for (Iterator it = orSearchTerms.iterator(); it.hasNext();) {
SearchTerm elem = (SearchTerm) it.next();
String[] phrase = getPhrase(elem.getValue().toLowerCase().trim());
if (phrase.length > 1) {
PhraseQuery phraseQuery = new PhraseQuery();
phraseQuery.setSlop(10);// w ww. ja va 2s .com
for (int i = 0; i < phrase.length; i++) {
phraseQuery.add(new Term(elem.getFieldName(), phrase[i].toLowerCase().trim()));
}
orTerms.add(phraseQuery, BooleanClause.Occur.SHOULD);
} else if (phrase.length == 1) {
// Term t = new Term(elem.getFieldName(), elem.getValue().toLowerCase().trim());
logger.fine("INDEXER: wildcardQuery: search element value: " + phrase[0].toLowerCase().trim());
if (isPrefixSearchableFileMetadataField(elem.getFieldName())) {
Term t = new Term(elem.getFieldName(), phrase[0].toLowerCase().trim() + "*");
logger.fine("INDEXER: wildcardQuery: term value=" + t.text());
WildcardQuery wcQuery = new WildcardQuery(t);
logger.fine("INDEXER: Term wildcardQuery (native): " + wcQuery.toString());
orTerms.add(wcQuery, BooleanClause.Occur.SHOULD);
} else {
logger.fine("INDEXER: building PhraseQuery: search element value: "
+ phrase[0].toLowerCase().trim());
Term t = new Term(elem.getFieldName(), phrase[0].toLowerCase().trim());
logger.fine("INDEXER: building PhraseQuery: term value=" + t.text());
TermQuery orQuery = new TermQuery(t);
logger.fine("INDEXER: TermQuery orQuery (native): " + orQuery.toString());
orTerms.add(orQuery, BooleanClause.Occur.SHOULD);
}
}
}
return orTerms;
}
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
BooleanQuery orIdSearchTermClause(List<Long> id, String fieldName) {
BooleanQuery idTerms = new BooleanQuery();
for (Iterator it = id.iterator(); it.hasNext();) {
Long lId = (Long) it.next();
//Term varStudyId = new Term ("varStudyId",lId.toString());
Term varStudyId = new Term(fieldName, lId.toString());
TermQuery varStudyIdQuery = new TermQuery(varStudyId);
idTerms.add(varStudyIdQuery, BooleanClause.Occur.SHOULD);
}//from w ww. j a va 2 s . c o m
return idTerms;
}
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
public BooleanQuery andSearchTermClause(List<SearchTerm> andSearchTerms) { BooleanQuery andTerms = new BooleanQuery(); andTerms.setMaxClauseCount(dvnMaxClauseCount); Query rQuery = null;/*w w w . ja v a2 s . co m*/ for (Iterator it = andSearchTerms.iterator(); it.hasNext();) { SearchTerm elem = (SearchTerm) it.next(); if (elem.getOperator().equals("<")) { Term end = new Term(elem.getFieldName(), elem.getValue().toLowerCase().trim()); Term begin = null; rQuery = new TermRangeQuery(elem.getFieldName(), null, elem.getValue().toLowerCase().trim(), false, false); // rQuery = new RangeQuery(begin,end,true); andTerms.add(rQuery, BooleanClause.Occur.MUST); } else if (elem.getOperator().equals(">")) { Term end = null; Term begin = new Term(elem.getFieldName(), elem.getValue().toLowerCase().trim()); rQuery = new TermRangeQuery(elem.getFieldName(), elem.getValue().toLowerCase().trim(), null, false, false); // rQuery = new RangeQuery(begin,end,true); andTerms.add(rQuery, BooleanClause.Occur.MUST); } else if (elem.getFieldName().equalsIgnoreCase("any")) { andTerms = buildAnyQuery(elem.getValue().toLowerCase().trim()); } else { String[] phrase = getPhrase(elem.getValue().toLowerCase().trim()); if (phrase.length > 1) { PhraseQuery phraseQuery = new PhraseQuery(); phraseQuery.setSlop(10); andTerms.add(partialMatch(elem, 10)); } else if (phrase.length == 1) { // Term t = new Term(elem.getFieldName(), elem.getValue().toLowerCase().trim()); Term t = new Term(elem.getFieldName(), phrase[0].toLowerCase().trim()); TermQuery andQuery = new TermQuery(t); if (elem.getOperator().equals("=")) { andTerms.add(andQuery, BooleanClause.Occur.MUST); } else if (elem.getOperator().equalsIgnoreCase("-")) { andTerms.add(andQuery, BooleanClause.Occur.MUST_NOT); } } } } return andTerms; }
From source file:edu.harvard.iq.dvn.core.index.Indexer.java
License:Apache License
BooleanQuery andQueryClause(List<BooleanQuery> andQueries) {
BooleanQuery andTerms = new BooleanQuery();
BooleanQuery.setMaxClauseCount(dvnMaxClauseCount);
for (Iterator it = andQueries.iterator(); it.hasNext();) {
BooleanQuery elem = (BooleanQuery) it.next();
BooleanClause clause = new BooleanClause(elem, BooleanClause.Occur.MUST);
andTerms.add(clause);/*from www. jav a 2 s. co m*/
}
return andTerms;
}
From source file:edu.harvard.iq.dvn.core.web.AdvSearchPage.java
License:Apache License
public String searchWithFacets() { // String query = buildQuery(); // List searchCollections = null; ArrayList<VDCCollection> searchCols = new ArrayList<VDCCollection>(); boolean searchOnlySelectedCollections = false; if (validateAllSearchCriteria()) { if (radioButtonList1.getValue() != null) { String radioButtonStr = (String) radioButtonList1.getValue(); if (radioButtonStr.indexOf("Only") > 1) { searchOnlySelectedCollections = true; // searchCollections = new ArrayList(); for (Iterator it = collectionModelList.iterator(); it.hasNext();) { CollectionModel elem = (CollectionModel) it.next(); if (elem.isSelected()) { VDCCollection selectedCollection = vdcCollectionService.find(elem.getId()); searchCols.add(selectedCollection); }/*from ww w .ja v a 2 s . c o m*/ } if (searchCols.isEmpty()) { // if (searchCollections.isEmpty()) { searchOnlySelectedCollections = false; } } } List<SearchTerm> searchTerms = buildSearchTermList(); VDC thisVDC = getVDCRequestBean().getCurrentVDC(); List<Long> viewableIds = null; ResultsWithFacets resultsWithFacets = null; if (searchOnlySelectedCollections) { // viewableIds = indexServiceBean.search(thisVDC, searchCollections, searchTerms); // older, non-faceted method above if (isVariableSearch() || isFileLevelMetadataSearch()) { viewableIds = indexServiceBean.search(thisVDC, searchCols, searchTerms); logger.fine("searching selected collections [old, facet-less method...]"); } else { logger.fine("searching selected collections [new, facet-enabled method...]"); List<Query> collectionQueries = new ArrayList<Query>(); QueryParser parser = new QueryParser(Version.LUCENE_30, "abstract", new DVNAnalyzer()); parser.setDefaultOperator(QueryParser.AND_OPERATOR); for (VDCCollection col : searchCols) { Long colId = col.getId(); String type = col.getType(); String queryString = col.getQuery(); boolean isDynamic = col.isDynamic(); boolean isLocalScope = col.isLocalScope(); boolean isSubnetworkScope = col.isSubnetworkScope(); boolean isRootCollection = col.isRootCollection(); VDC colOwner = col.getOwner(); StringBuilder sbOuter = new StringBuilder(); logger.fine("For " + col.getName() + " (id=" + colId + "|isRootCollection=" + isRootCollection + "|type=" + type + "|isDynamic=" + isDynamic + "|isLocalScope=" + isLocalScope + ") adding query: <<<" + queryString + ">>>"); if (queryString != null && !queryString.isEmpty()) { try { Query dynamicQuery = parser.parse(queryString); BooleanQuery dynamicLocal = new BooleanQuery(); // Check the scope: if (isLocalScope) { logger.fine("local scope collection; owned by dataverse " + colOwner.getId()); Query dvOwnerIdQuery = indexServiceBean.constructDvOwnerIdQuery(colOwner); dynamicLocal.add(dynamicQuery, BooleanClause.Occur.MUST); dynamicLocal.add(dvOwnerIdQuery, BooleanClause.Occur.MUST); collectionQueries.add(dynamicLocal); } else if (isSubnetworkScope) { logger.fine( "subnetwork scope collection; owned by dataverse " + colOwner.getId() + ", in the subnetwork " + colOwner.getVdcNetwork().getId()); Query dvOwnerIdQuery = indexServiceBean .constructNetworkOwnerIdQuery(colOwner.getVdcNetwork().getId()); dynamicLocal.add(dynamicQuery, BooleanClause.Occur.MUST); dynamicLocal.add(dvOwnerIdQuery, BooleanClause.Occur.MUST); collectionQueries.add(dynamicLocal); } else { collectionQueries.add(dynamicQuery); } } catch (org.apache.lucene.queryParser.ParseException ex) { Logger.getLogger(StudyListingPage.class.getName()).log(Level.SEVERE, null, ex); } } else { List<Study> studies = col.getStudies(); StringBuilder sbInner = new StringBuilder(); for (Study study : studies) { logger.fine("- has StudyId: " + study.getId()); String idColonId = "id:" + study.getId().toString() + " "; sbInner.append(idColonId); } if (isRootCollection) { List<Long> rootCollectionStudies = vdcService .getOwnedStudyIds(col.getOwner().getId()); for (Long id : rootCollectionStudies) { logger.fine("- has StudyId: " + id); String idColonId = "id:" + id.toString() + " "; sbInner.append(idColonId); } } logger.fine("sbInner: " + sbInner.toString()); sbOuter.append(sbInner); } logger.fine("sbOuter: " + sbOuter); if (!sbOuter.toString().isEmpty()) { try { parser.setDefaultOperator(QueryParser.OR_OPERATOR); Query staticColQuery = parser.parse(sbOuter.toString()); parser.setDefaultOperator(QueryParser.AND_OPERATOR); logger.fine("staticCollectionQuery: " + staticColQuery); collectionQueries.add(staticColQuery); } catch (org.apache.lucene.queryParser.ParseException ex) { Logger.getLogger(AdvSearchPage.class.getName()).log(Level.SEVERE, null, ex); } } } DvnQuery dvnQuery = new DvnQuery(); dvnQuery.setSearchTerms(searchTerms); dvnQuery.setMultipleCollectionQueries(collectionQueries); dvnQuery.constructQuery(); resultsWithFacets = indexServiceBean.searchNew(dvnQuery); viewableIds = resultsWithFacets.getMatchIds(); } } else { logger.fine("in searchWithFacets in AdvSearchPage"); /* * This is the logical order here (for both the new, * facets-enabled methods, and the older methods still * used for the variables and file-level metadata (FITS) * searches: * We first check if we are inside a DV; then we run a * DV-scoped search; * If not, we check if we are inside a subnetwork; * And if that is not the case either, we'll run a * full DVN-wide search. * * TODO: it should probably be "Collection, DV, Subnetwork, DVN * instead; i.e., no need to be treating the collection case * separately, above. [?] * -- L.A. */ Long rootSubnetworkId = getVDCRequestBean().getVdcNetwork().getId(); Long currentSubnetworkId = getVDCRequestBean().getCurrentVdcNetwork().getId(); if (isVariableSearch() || isFileLevelMetadataSearch()) { // older, non-facet method if (thisVDC != null) { viewableIds = indexServiceBean.search(thisVDC, searchTerms); } else { logger.fine("Checking if in subnetwork... [id=" + currentSubnetworkId + "]"); if (!currentSubnetworkId.equals(rootSubnetworkId)) { SearchTerm subnetworkSearchTerm = makeSubnetworkSearchTerm(currentSubnetworkId); if (subnetworkSearchTerm != null) { searchTerms.add(subnetworkSearchTerm); } } viewableIds = indexServiceBean.search((VDC) null, searchTerms); } // TODO: // Make sure the variable and file metadata searches are // properly scoped for subnetworks as well. -- L.A. } else { DvnQuery dvnQuery = new DvnQuery(); if (thisVDC != null) { logger.fine("Running DVN-wide search from AdvSearchPage"); dvnQuery.setVdc(thisVDC); List<Query> collectionQueries = new ArrayList<Query>(); dvnQuery.setDvOwnerIdQuery(indexServiceBean.constructDvOwnerIdQuery(dvnQuery.getVdc())); collectionQueries = indexServiceBean.getCollectionQueries(dvnQuery.getVdc()); if (!collectionQueries.isEmpty()) { logger.fine("collectionQueries: " + collectionQueries); dvnQuery.setCollectionQueries(collectionQueries); } else { logger.fine("empty collectionQueries"); } } else if (!currentSubnetworkId.equals(rootSubnetworkId)) { logger.fine("Searching only a subnetwork"); VDCNetwork vdcNetwork = getVDCRequestBean().getVdcNetwork(); String vdcNetworkName = vdcNetwork.getName(); logger.fine("vdcNetwork name: " + vdcNetworkName); /* * Brute force implementation: * going through every DV in the subnetwork, and adding * all the owner id and collection queries to the search * term query: * -- L.A. Collection<VDC> vdcs = vdcNetwork.getNetworkVDCs(); List<Query> subNetworkCollectionQueries = new ArrayList<Query>(); List<Query> subNetworkDvMemberQueries = new ArrayList<Query>(); for (VDC vdc : vdcs) { String name = vdc.getName(); logger.fine("adding queries for: " + name); Query dvnSpecificQuery = indexServiceBean.constructDvOwnerIdQuery(vdc); logger.fine("adding dvnSpecific query:" + dvnSpecificQuery); subNetworkDvMemberQueries.add(dvnSpecificQuery); List<Query> vdcCollectionQueries = indexServiceBean.getCollectionQueries(vdc); for (Query collectionQuery : vdcCollectionQueries) { logger.fine("adding collection query: " + collectionQuery); } subNetworkCollectionQueries.addAll(vdcCollectionQueries); }*/ Query subNetworkQuery = indexServiceBean.constructNetworkIdQuery(currentSubnetworkId); dvnQuery.setSubNetworkQuery(subNetworkQuery); } else { logger.fine("Running DVN-wide search from AdvSearchPage"); } // Now, run the final search: dvnQuery.setSearchTerms(searchTerms); dvnQuery.constructQuery(); dvnQuery.setClearPreviousFacetRequests(true); // is this still needed? resultsWithFacets = indexServiceBean.searchNew(dvnQuery); viewableIds = resultsWithFacets.getMatchIds(); } } StudyListing sl = new StudyListing(StudyListing.SEARCH); sl.setVdcId(getVDCRequestBean().getCurrentVDCId()); sl.setSearchTerms(searchTerms); sl.setResultsWithFacets(resultsWithFacets); if (isVariableSearch()) { Map variableMap = new HashMap(); List studies = new ArrayList(); varService.determineStudiesFromVariables(viewableIds, studies, variableMap); sl.setStudyIds(studies); sl.setVariableMap(variableMap); } else if (isFileLevelMetadataSearch()) { Map fileMap = new HashMap(); List studies = new ArrayList(); studyService.determineStudiesFromFiles(viewableIds, studies, fileMap); sl.setStudyIds(studies); sl.setFileMap(fileMap); } else { sl.setStudyIds(viewableIds); } String studyListingIndex = StudyListing.addToStudyListingMap(sl, getSessionMap()); return "/StudyListingPage.xhtml?faces-redirect=true&studyListingIndex=" + studyListingIndex + getContextSuffix(); } else { return ""; } }