byte[] lastKey = lastKeyBufferOS.getBuffer(); int lastLen = lastKeyBufferOS.size(); if (tfileMeta.getComparator().compare(key, 0, len, lastKey, 0, lastLen) < 0) { throw new IOException("Keys are not added in sorted order");
byte[] lastKey = lastKeyBufferOS.getBuffer(); int lastLen = lastKeyBufferOS.size(); if (tfileMeta.getComparator().compare(key, 0, len, lastKey, 0, lastLen) < 0) { throw new IOException("Keys are not added in sorted order");
byte[] lastKey = lastKeyBufferOS.getBuffer(); int lastLen = lastKeyBufferOS.size(); if (tfileMeta.getComparator().compare(key, 0, len, lastKey, 0, lastLen) < 0) { throw new IOException("Keys are not added in sorted order");
sizeMinBlock = minBlockSize; tfileMeta = new TFileMeta(comparator); tfileIndex = new TFileIndex(tfileMeta.getComparator());
byte[] lastKey = lastKeyBufferOS.getBuffer(); int lastLen = lastKeyBufferOS.size(); if (tfileMeta.getComparator().compare(key, 0, len, lastKey, 0, lastLen) < 0) { throw new IOException("Keys are not added in sorted order");
byte[] lastKey = lastKeyBufferOS.getBuffer(); int lastLen = lastKeyBufferOS.size(); if (tfileMeta.getComparator().compare(key, 0, len, lastKey, 0, lastLen) < 0) { throw new IOException("Keys are not added in sorted order");
byte[] lastKey = lastKeyBufferOS.getBuffer(); int lastLen = lastKeyBufferOS.size(); if (tfileMeta.getComparator().compare(key, 0, len, lastKey, 0, lastLen) < 0) { throw new IOException("Keys are not added in sorted order");
/** * Constructor * * @param fsdis * FS input stream of the TFile. * @param fileLength * The length of TFile. This is required because we have no easy * way of knowing the actual size of the input file through the * File input stream. * @param conf * @throws IOException */ public Reader(FSDataInputStream fsdis, long fileLength, Configuration conf) throws IOException { readerBCF = new BCFile.Reader(fsdis, fileLength, conf); // first, read TFile meta BlockReader brMeta = readerBCF.getMetaBlock(TFileMeta.BLOCK_NAME); try { tfileMeta = new TFileMeta(brMeta); } finally { brMeta.close(); } comparator = tfileMeta.getComparator(); // Set begin and end locations. begin = new Location(0, 0); end = new Location(readerBCF.getBlockCount(), 0); }
/** * Constructor * * @param fsdis * FS input stream of the TFile. * @param fileLength * The length of TFile. This is required because we have no easy * way of knowing the actual size of the input file through the * File input stream. * @param conf * @throws IOException */ public Reader(FSDataInputStream fsdis, long fileLength, Configuration conf) throws IOException { readerBCF = new BCFile.Reader(fsdis, fileLength, conf); // first, read TFile meta BlockReader brMeta = readerBCF.getMetaBlock(TFileMeta.BLOCK_NAME); try { tfileMeta = new TFileMeta(brMeta); } finally { brMeta.close(); } comparator = tfileMeta.getComparator(); // Set begin and end locations. begin = new Location(0, 0); end = new Location(readerBCF.getBlockCount(), 0); }
/** * Constructor * * @param fsdis * FS input stream of the TFile. * @param fileLength * The length of TFile. This is required because we have no easy * way of knowing the actual size of the input file through the * File input stream. * @param conf * @throws IOException */ public Reader(FSDataInputStream fsdis, long fileLength, Configuration conf) throws IOException { readerBCF = new BCFile.Reader(fsdis, fileLength, conf); // first, read TFile meta BlockReader brMeta = readerBCF.getMetaBlock(TFileMeta.BLOCK_NAME); try { tfileMeta = new TFileMeta(brMeta); } finally { brMeta.close(); } comparator = tfileMeta.getComparator(); // Set begin and end locations. begin = new Location(0, 0); end = new Location(readerBCF.getBlockCount(), 0); }
/** * Constructor * * @param fsdis * FS input stream of the TFile. * @param fileLength * The length of TFile. This is required because we have no easy * way of knowing the actual size of the input file through the * File input stream. * @param conf * @throws IOException */ public Reader(FSDataInputStream fsdis, long fileLength, Configuration conf) throws IOException { readerBCF = new BCFile.Reader(fsdis, fileLength, conf); // first, read TFile meta BlockReader brMeta = readerBCF.getMetaBlock(TFileMeta.BLOCK_NAME); try { tfileMeta = new TFileMeta(brMeta); } finally { brMeta.close(); } comparator = tfileMeta.getComparator(); // Set begin and end locations. begin = new Location(0, 0); end = new Location(readerBCF.getBlockCount(), 0); }
/** * Constructor * * @param fsdis * FS input stream of the TFile. * @param fileLength * The length of TFile. This is required because we have no easy * way of knowing the actual size of the input file through the * File input stream. * @param conf * @throws IOException */ public Reader(FSDataInputStream fsdis, long fileLength, Configuration conf) throws IOException { readerBCF = new BCFile.Reader(fsdis, fileLength, conf); // first, read TFile meta BlockReader brMeta = readerBCF.getMetaBlock(TFileMeta.BLOCK_NAME); try { tfileMeta = new TFileMeta(brMeta); } finally { brMeta.close(); } comparator = tfileMeta.getComparator(); // Set begin and end locations. begin = new Location(0, 0); end = new Location(readerBCF.getBlockCount(), 0); }
/** * Lazily loading the TFile index. * * @throws IOException */ synchronized void checkTFileDataIndex() throws IOException { if (tfileIndex == null) { BlockReader brIndex = readerBCF.getMetaBlock(TFileIndex.BLOCK_NAME); try { tfileIndex = new TFileIndex(readerBCF.getBlockCount(), brIndex, tfileMeta .getComparator()); } finally { brIndex.close(); } } }
/** * Lazily loading the TFile index. * * @throws IOException */ synchronized void checkTFileDataIndex() throws IOException { if (tfileIndex == null) { BlockReader brIndex = readerBCF.getMetaBlock(TFileIndex.BLOCK_NAME); try { tfileIndex = new TFileIndex(readerBCF.getBlockCount(), brIndex, tfileMeta .getComparator()); } finally { brIndex.close(); } } }
/** * Lazily loading the TFile index. * * @throws IOException */ synchronized void checkTFileDataIndex() throws IOException { if (tfileIndex == null) { BlockReader brIndex = readerBCF.getMetaBlock(TFileIndex.BLOCK_NAME); try { tfileIndex = new TFileIndex(readerBCF.getBlockCount(), brIndex, tfileMeta .getComparator()); } finally { brIndex.close(); } } }
/** * Lazily loading the TFile index. * * @throws IOException */ synchronized void checkTFileDataIndex() throws IOException { if (tfileIndex == null) { BlockReader brIndex = readerBCF.getMetaBlock(TFileIndex.BLOCK_NAME); try { tfileIndex = new TFileIndex(readerBCF.getBlockCount(), brIndex, tfileMeta .getComparator()); } finally { brIndex.close(); } } }
/** * Lazily loading the TFile index. * * @throws IOException */ synchronized void checkTFileDataIndex() throws IOException { if (tfileIndex == null) { BlockReader brIndex = readerBCF.getMetaBlock(TFileIndex.BLOCK_NAME); try { tfileIndex = new TFileIndex(readerBCF.getBlockCount(), brIndex, tfileMeta .getComparator()); } finally { brIndex.close(); } } }
sizeMinBlock = minBlockSize; tfileMeta = new TFileMeta(comparator); tfileIndex = new TFileIndex(tfileMeta.getComparator());
/** * Constructor * * @param fsdis * FS input stream of the TFile. * @param fileLength * The length of TFile. This is required because we have no easy * way of knowing the actual size of the input file through the * File input stream. * @param conf * @throws IOException */ public Reader(FSDataInputStream fsdis, long fileLength, Configuration conf) throws IOException { readerBCF = new BCFile.Reader(fsdis, fileLength, conf); // first, read TFile meta BlockReader brMeta = readerBCF.getMetaBlock(TFileMeta.BLOCK_NAME); try { tfileMeta = new TFileMeta(brMeta); } finally { brMeta.close(); } comparator = tfileMeta.getComparator(); // Set begin and end locations. begin = new Location(0, 0); end = new Location(readerBCF.getBlockCount(), 0); }
/** * Lazily loading the TFile index. * * @throws IOException */ synchronized void checkTFileDataIndex() throws IOException { if (tfileIndex == null) { BlockReader brIndex = readerBCF.getMetaBlock(TFileIndex.BLOCK_NAME); try { tfileIndex = new TFileIndex(readerBCF.getBlockCount(), brIndex, tfileMeta .getComparator()); } finally { brIndex.close(); } } }