public boolean equals(Object object) { if (object == null) { return false; } else if (object == this) { return true; } else if (this.getClass() != object.getClass()) { return false; } MatchScore matchScore = (MatchScore) object; return this.firstPlayerScore == matchScore.getFirstPlayerScore() && this.secondPlayerScore == matchScore.getSecondPlayerScore(); }
public static MatchScore getMatchScore(String scoreName) { char i = 0; // runnerName.charAt(0); while (!Character.isDigit(scoreName.charAt(i))) { i++; } String lastName = scoreName.substring(0, i - 1); int firstScore = Integer.parseInt(((Character) scoreName.charAt(i)).toString()); i++; while (!Character.isDigit(scoreName.charAt(i))) { i++; } int secondScore = Integer.parseInt(((Character) scoreName.charAt(i)).toString()); MatchScore matchScore = new MatchScore(firstScore, secondScore); matchScore.setFirstPlayerLastName(lastName); return matchScore; }
public static List<Bibtex> fetchResultList(List<MatchScore> orderedList, int num) { Set<Bibtex> bibtexList = new LinkedHashSet<Bibtex>(); if (CollectionUtils.isEmpty(orderedList)) return null; setup(); try { int count = 0; while (bibtexList.size() != num) { if (orderedList.size() < num && count == orderedList.size()) break; MatchScore ms = orderedList.get(count++); Result result = HBaseDAO.getRow(table, ms.getRowKey()); byte[] articleTitleByte = result.getValue( Bytes.toBytes(PropertyConstant.ARTICLE), Bytes.toBytes(PropertyConstant.TITLE)); if (articleTitleByte != null) { Article bibtex = new Article(); bibtex.setTitle(Bytes.toString(articleTitleByte)); bibtex.setAuthor( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.ARTICLE), Bytes.toBytes(PropertyConstant.AUTHOR)))); bibtex.setYear( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.ARTICLE), Bytes.toBytes(PropertyConstant.YEAR)))); bibtex.setJournal( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.ARTICLE), Bytes.toBytes(PropertyConstant.JOURNAL)))); bibtex.setPages( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.ARTICLE), Bytes.toBytes(PropertyConstant.PAGES)))); bibtex.setVolume( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.ARTICLE), Bytes.toBytes(PropertyConstant.VOLUME)))); bibtexList.add(bibtex); } else { Inproceedings bibtex = new Inproceedings(); bibtex.setTitle( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.INPROCEEDINGS), Bytes.toBytes(PropertyConstant.TITLE)))); bibtex.setAuthor( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.INPROCEEDINGS), Bytes.toBytes(PropertyConstant.AUTHOR)))); bibtex.setBooktitle( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.INPROCEEDINGS), Bytes.toBytes(PropertyConstant.BOOKTITLE)))); bibtex.setYear( Bytes.toString( result.getValue( Bytes.toBytes(PropertyConstant.INPROCEEDINGS), Bytes.toBytes(PropertyConstant.YEAR)))); bibtexList.add(bibtex); } } } catch (Exception e) { System.out.println("Error: while fetch the bibtex data " + e); e.printStackTrace(); System.exit(-1); } cleanup(); List<Bibtex> result = new ArrayList<Bibtex>(bibtexList); return result; }