/** * Find the size of minimal buffer that could store compressed data. * @return Size in bytes of compressed data. */ public int getSize() { return getEncodedData().length; }
/** * Estimate size after second stage of compression (e.g. LZO). * @param comprAlgo compression algorithm to be used for compression * @param compressor compressor corresponding to the given compression * algorithm * @return Size after second stage of compression. */ public int getEncodedCompressedSize(Algorithm comprAlgo, Compressor compressor) throws IOException { byte[] compressedBytes = getEncodedData(); return getCompressedSize(comprAlgo, compressor, compressedBytes, 0, compressedBytes.length); }
byte[] encodedDataWithHeader = getEncodedData(); int bytesToSkip = headerSize + Bytes.SIZEOF_SHORT; ByteArrayInputStream bais = new ByteArrayInputStream(encodedDataWithHeader,
/** * Find the size of minimal buffer that could store compressed data. * @return Size in bytes of compressed data. */ public int getSize() { return getEncodedData().length; }
/** * Find the size of minimal buffer that could store compressed data. * @return Size in bytes of compressed data. */ public int getSize() { return getEncodedData().length; }
/** * Find the size of minimal buffer that could store compressed data. * @return Size in bytes of compressed data. */ public int getSize() { return getEncodedData().length; }
/** * Estimate size after second stage of compression (e.g. LZO). * @param comprAlgo compression algorithm to be used for compression * @param compressor compressor corresponding to the given compression * algorithm * @return Size after second stage of compression. */ public int getEncodedCompressedSize(Algorithm comprAlgo, Compressor compressor) throws IOException { byte[] compressedBytes = getEncodedData(); return getCompressedSize(comprAlgo, compressor, compressedBytes, 0, compressedBytes.length); }
/** * Estimate size after second stage of compression (e.g. LZO). * @param comprAlgo compression algorithm to be used for compression * @param compressor compressor corresponding to the given compression * algorithm * @return Size after second stage of compression. */ public int getEncodedCompressedSize(Algorithm comprAlgo, Compressor compressor) throws IOException { byte[] compressedBytes = getEncodedData(); return getCompressedSize(comprAlgo, compressor, compressedBytes, 0, compressedBytes.length); }
/** * Estimate size after second stage of compression (e.g. LZO). * @param comprAlgo compression algorithm to be used for compression * @param compressor compressor corresponding to the given compression * algorithm * @return Size after second stage of compression. */ public int getEncodedCompressedSize(Algorithm comprAlgo, Compressor compressor) throws IOException { byte[] compressedBytes = getEncodedData(); return getCompressedSize(comprAlgo, compressor, compressedBytes, 0, compressedBytes.length); }
byte[] encodedDataWithHeader = getEncodedData(); int bytesToSkip = headerSize + Bytes.SIZEOF_SHORT; ByteArrayInputStream bais = new ByteArrayInputStream(encodedDataWithHeader,
byte[] encodedDataWithHeader = getEncodedData(); int bytesToSkip = headerSize + Bytes.SIZEOF_SHORT; ByteArrayInputStream bais = new ByteArrayInputStream(encodedDataWithHeader,
byte[] encodedDataWithHeader = getEncodedData(); int bytesToSkip = headerSize + Bytes.SIZEOF_SHORT; ByteArrayInputStream bais = new ByteArrayInputStream(encodedDataWithHeader,