Examples of org.apache.xindice.core.indexer.Indexer.queryMatches()

Class org.apache.xindice.core.indexer.Indexer

Examples of org.apache.xindice.core.indexer.Indexer.queryMatches()

org.apache.xindice.core.indexer.Indexer.queryMatches()
queryMatches retrieves a set of MatchEntry instances that match the supplied query. The matches are then used by the QueryEngine in co-sequential processing. If this indexer doesn't support the passed value, it should return 'null'. If no matches are found, it should return an empty set. queryMatches will typically be used in XPath processing. @param query The IndexQuery to use @return The resulting matches

               else if ( name != null ) {
                  // Try to use a NameIndex to resolve the path component
                  IndexPattern pattern = new IndexPattern(symbols, name, nsMap);
                  Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODENAME, pattern);
                  if ( idx != null ) {
                     IndexMatch[] matches = idx.queryMatches(new IndexQueryANY(pattern));
                     Key[] keys = QueryEngine.getUniqueKeys(matches);
                     ks.add(keys);
                  }
               }
            }

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            IndexPattern pattern = iq.getPattern();


            Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODEVALUE, pattern);
            if ( idx != null )
               return new NamedKeys(nk.name, nk.attribute, QueryEngine.getUniqueKeys(idx.queryMatches(iq)));
            else if ( autoIndex ) {
               // TODO: This has to *not* be hardcoded
               Element e = new DocumentImpl().createElement("index");
               e.setAttribute("class", "org.apache.xindice.core.indexer.ValueIndexer");
               e.setAttribute("name", "xp_"+ps);

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              // Try to use a NameIndex to resolve the path component
              IndexPattern pattern = new IndexPattern(symbols, name, nsMap);
              Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODENAME, pattern);
              if (idx != null)
              {
                IndexMatch[] matches = idx.queryMatches(new IndexQueryANY(pattern));
                Key[] keys = QueryEngine.getUniqueKeys(matches);
                ks.add(keys);
              }
            }
          }

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        IndexPattern pattern = iq.getPattern();


        Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODEVALUE, pattern);
        if (idx != null)
        {
          return new NamedKeys(nk.name, nk.attribute, QueryEngine.getUniqueKeys(idx.queryMatches(iq)));
        }
        else if (autoIndex)
        {
          // TODO: This has to *not* be hardcoded
          Element e = new DocumentImpl().createElement("index");

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                        } else {
                            // Try to use a NameIndex to resolve the path component
                            IndexPattern pattern = new IndexPattern(symbols, name, nsMap);
                            Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODENAME, pattern);
                            if (idx != null) {
                                IndexMatch[] matches = idx.queryMatches(new IndexQueryANY(pattern));
                                Key[] keys = QueryEngine.getUniqueKeys(matches);
                                ks.add(keys);
                            }
                        }
                    }

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                IndexPattern pattern = iq.getPattern();


                Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODEVALUE, pattern);
        if (idx != null) {
                    return new NamedKeys(nk.name, nk.attribute, QueryEngine.getUniqueKeys(idx.queryMatches(iq)));
                } else if (autoIndex) {
                    // TODO: This has to *not* be hardcoded
                    Element e = new DocumentImpl().createElement("index");
                    e.setAttribute("class", "org.apache.xindice.core.indexer.ValueIndexer");
                    e.setAttribute("name", "xp_" + ps);

View Full Code Here

                        } else {
                            // Try to use a NameIndex to resolve the path component
                            IndexPattern pattern = new IndexPattern(symbols, name, nsMap);
                            Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODENAME, pattern);
                            if (idx != null) {
                                IndexMatch[] matches = idx.queryMatches(new IndexQueryANY(pattern));
                                Key[] keys = QueryEngine.getUniqueKeys(matches);
                                ks.add(keys);
                            }
                        }
                    }

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                IndexPattern pattern = iq.getPattern();


                Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODEVALUE, pattern);
        if (idx != null) {
                    return new NamedKeys(nk.name, nk.attribute, QueryEngine.getUniqueKeys(idx.queryMatches(iq)));
                } else if (autoIndex) {
                    // TODO: This has to *not* be hardcoded
                    Element e = new DocumentImpl().createElement("index");
                    e.setAttribute("class", "org.apache.xindice.core.indexer.ValueIndexer");
                    e.setAttribute("name", "xp_" + ps);

View Full Code Here

                        } else {
                            // Try to use a NameIndex to resolve the path component
                            IndexPattern pattern = new IndexPattern(symbols, name, nsMap);
                            Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODENAME, pattern);
                            if (idx != null) {
                                IndexMatch[] matches = idx.queryMatches(new IndexQueryANY(pattern));
                                Key[] keys = QueryEngine.getUniqueKeys(matches);
                                ks.add(keys);
                            }
                        }
                    }

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                IndexPattern pattern = iq.getPattern();


                Indexer idx = context.getIndexManager().getBestIndexer(Indexer.STYLE_NODEVALUE, pattern);
        if (idx != null) {
                    return new NamedKeys(nk.name, nk.attribute, QueryEngine.getUniqueKeys(idx.queryMatches(iq)));
                } else if (autoIndex) {
                    // TODO: This has to *not* be hardcoded
                    Element e = new DocumentImpl().createElement("index");
                    e.setAttribute("class", "org.apache.xindice.core.indexer.ValueIndexer");
                    e.setAttribute("name", "xp_" + ps);

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