@Override public boolean process(byte value) throws Exception { update(value); return true; } };
@Override public boolean process(byte value) throws Exception { update(value); return true; } };
@Override public boolean process(byte value) throws Exception { update(value); return true; } };
static void checkChecksum(ByteBufChecksum checksum, ByteBuf uncompressed, int currentChecksum) { checksum.reset(); checksum.update(uncompressed, uncompressed.readerIndex(), uncompressed.readableBytes()); final int checksumResult = (int) checksum.getValue(); if (checksumResult != currentChecksum) { throw new DecompressionException(String.format( "stream corrupted: mismatching checksum: %d (expected: %d)", checksumResult, currentChecksum)); } }
static void checkChecksum(ByteBufChecksum checksum, ByteBuf uncompressed, int currentChecksum) { checksum.reset(); checksum.update(uncompressed, uncompressed.readerIndex(), uncompressed.readableBytes()); final int checksumResult = (int) checksum.getValue(); if (checksumResult != currentChecksum) { throw new DecompressionException(String.format( "stream corrupted: mismatching checksum: %d (expected: %d)", checksumResult, currentChecksum)); } }
/** * @see #update(byte[], int, int) */ public void update(ByteBuf b, int off, int len) { if (b.hasArray()) { update(b.array(), b.arrayOffset() + off, len); } else { b.forEachByte(off, len, updateProcessor); } }
/** * @see #update(byte[], int, int) */ public void update(ByteBuf b, int off, int len) { if (b.hasArray()) { update(b.array(), b.arrayOffset() + off, len); } else { b.forEachByte(off, len, updateProcessor); } }
static void checkChecksum(ByteBufChecksum checksum, ByteBuf uncompressed, int currentChecksum) { checksum.reset(); checksum.update(uncompressed, uncompressed.readerIndex(), uncompressed.readableBytes()); final int checksumResult = (int) checksum.getValue(); if (checksumResult != currentChecksum) { throw new DecompressionException(String.format( "stream corrupted: mismatching checksum: %d (expected: %d)", checksumResult, currentChecksum)); } }
throw new DecompressionException("Input is not in the GZIP format"); crc.update(magic0); crc.update(magic1); crc.update(method); crc.update(flags); crc.update(in, in.readerIndex(), 4); in.skipBytes(4); crc.update(in.readUnsignedByte()); // extra flags crc.update(in.readUnsignedByte()); // operating system crc.update(xlen1); crc.update(xlen2); crc.update(in, in.readerIndex(), xlen); in.skipBytes(xlen); crc.update(b); if (b == 0x00) { break; crc.update(b); if (b == 0x00) { break;
throw new DecompressionException("Input is not in the GZIP format"); crc.update(magic0); crc.update(magic1); crc.update(method); crc.update(flags); crc.update(in, in.readerIndex(), 4); in.skipBytes(4); crc.update(in.readUnsignedByte()); // extra flags crc.update(in.readUnsignedByte()); // operating system crc.update(xlen1); crc.update(xlen2); crc.update(in, in.readerIndex(), xlen); in.skipBytes(xlen); crc.update(b); if (b == 0x00) { break; crc.update(b); if (b == 0x00) { break;
/** * @see #update(byte[], int, int) */ public void update(ByteBuf b, int off, int len) { if (b.hasArray()) { update(b.array(), b.arrayOffset() + off, len); } else { b.forEachByte(off, len, updateProcessor); } }
throw new DecompressionException("Input is not in the GZIP format"); crc.update(magic0); crc.update(magic1); crc.update(method); crc.update(flags); crc.update(in, in.readerIndex(), 4); in.skipBytes(4); crc.update(in.readUnsignedByte()); // extra flags crc.update(in.readUnsignedByte()); // operating system crc.update(xlen1); crc.update(xlen2); crc.update(in, in.readerIndex(), xlen); in.skipBytes(xlen); crc.update(b); if (b == 0x00) { break; crc.update(b); if (b == 0x00) { break;
decompressed.writerIndex(writerIndex + outputLength); if (crc != null) { crc.update(outArray, outIndex, outputLength);
checksum.update(buffer, buffer.readerIndex(), flushableBytes); final int check = (int) checksum.getValue();
decompressed.writerIndex(writerIndex + outputLength); if (crc != null) { crc.update(outArray, outIndex, outputLength);
checksum.update(buffer, buffer.readerIndex(), flushableBytes); final int check = (int) checksum.getValue();
decompressed.writerIndex(writerIndex + outputLength); if (crc != null) { crc.update(outArray, outIndex, outputLength);
checksum.update(buffer, buffer.readerIndex(), flushableBytes); final int check = (int) checksum.getValue();
@Override public boolean process(byte value) throws Exception { update(value); return true; } };
static void checkChecksum(ByteBufChecksum checksum, ByteBuf uncompressed, int currentChecksum) { checksum.reset(); checksum.update(uncompressed, uncompressed.readerIndex(), uncompressed.readableBytes()); final int checksumResult = (int) checksum.getValue(); if (checksumResult != currentChecksum) { throw new DecompressionException(String.format( "stream corrupted: mismatching checksum: %d (expected: %d)", checksumResult, currentChecksum)); } }