How to use

org.h2.compress.CompressLZF

constructor

Compressor getCompressorFast() {
  if (compressorFast == null) {
    compressorFast = new CompressLZF();
  }
  return compressorFast;
}

  @Override
  protected CompressLZF initialValue() {
    return new CompressLZF();
  }
};

private static Compressor getCompressor(boolean fast) {
  return fast ? new CompressLZF() : new CompressDeflate();
}

PageLog(PageStore store) {
  this.store = store;
  dataBuffer = store.createData();
  trace = store.getTrace();
  compress = new CompressLZF();
  compressBuffer = new byte[store.getPageSize() * 2];
}

private static Compressor getCompressor(int algorithm) {
  switch (algorithm) {
  case Compressor.NO:
    return new CompressNo();
  case Compressor.LZF:
    return new CompressLZF();
  case Compressor.DEFLATE:
    return new CompressDeflate();
  default:
    throw DbException.get(
        ErrorCode.UNSUPPORTED_COMPRESSION_ALGORITHM_1,
        "" + algorithm);
  }
}

);
writer.println("---- Transaction log ----");
CompressLZF compress = new CompressLZF();
while (true) {
  int x = in.readByte();

Compressor getCompressorFast() {
  if (compressorFast == null) {
    compressorFast = new CompressLZF();
  }
  return compressorFast;
}

Compressor getCompressorFast() {
  if (compressorFast == null) {
    compressorFast = new CompressLZF();
  }
  return compressorFast;
}

Compressor getCompressorFast() {
  if (compressorFast == null) {
    compressorFast = new CompressLZF();
  }
  return compressorFast;
}

private static Compressor getCompressor(boolean fast) {
  return fast ? new CompressLZF() : new CompressDeflate();
}

private static Compressor getCompressor(boolean fast) {
  return fast ? new CompressLZF() : new CompressDeflate();
}

private static Compressor getCompressor(boolean fast) {
  return fast ? new CompressLZF() : new CompressDeflate();
}

PageLog(PageStore store) {
  this.store = store;
  dataBuffer = store.createData();
  trace = store.getTrace();
  compress = new CompressLZF();
  compressBuffer = new byte[store.getPageSize() * 2];
}

PageLog(PageStore store) {
  this.store = store;
  dataBuffer = store.createData();
  trace = store.getTrace();
  compress = new CompressLZF();
  compressBuffer = new byte[store.getPageSize() * 2];
}

private Compressor getCompressor(int algorithm) throws SQLException {
  switch (algorithm) {
  case Compressor.NO:
    return new CompressNo();
  case Compressor.LZF:
    return new CompressLZF();
  case Compressor.DEFLATE:
    return new CompressDeflate();
  default:
    throw Message.getSQLException(ErrorCode.UNSUPPORTED_COMPRESSION_ALGORITHM_1, "" + algorithm);
  }
}

private static Compressor getCompressor(int algorithm) {
  switch (algorithm) {
  case Compressor.NO:
    return new CompressNo();
  case Compressor.LZF:
    return new CompressLZF();
  case Compressor.DEFLATE:
    return new CompressDeflate();
  default:
    throw DbException.get(
        ErrorCode.UNSUPPORTED_COMPRESSION_ALGORITHM_1,
        "" + algorithm);
  }
}

private static Compressor getCompressor(int algorithm) {
  switch (algorithm) {
  case Compressor.NO:
    return new CompressNo();
  case Compressor.LZF:
    return new CompressLZF();
  case Compressor.DEFLATE:
    return new CompressDeflate();
  default:
    throw DbException.get(
        ErrorCode.UNSUPPORTED_COMPRESSION_ALGORITHM_1,
        "" + algorithm);
  }
}

);
writer.println("---- Transaction log ----");
CompressLZF compress = new CompressLZF();
while (true) {
  int x = in.readByte();

);
writer.println("---- Transaction log ----");
CompressLZF compress = new CompressLZF();
while (true) {
  int x = in.readByte();