Examples of java.nio.ByteOrder

java.nio.ByteOrder
A typesafe enumeration for byte orders. @author Mark Reinhold @author JSR-51 Expert Group @version 1.14, 05/11/17 @since 1.4

    public static long hash64A(byte[] data, int offset, int length, int seed) {
  return hash64A(ByteBuffer.wrap(data, offset, length), seed);
    }


    public static long hash64A(ByteBuffer buf, int seed) {
  ByteOrder byteOrder = buf.order();
  buf.order(ByteOrder.LITTLE_ENDIAN);


  long m = 0xc6a4a7935bd1e995L;
  int r = 47;

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        if (newCapacity > capacity()) {
            // Expand:
            //// Save the state.
            int pos = position();
            int limit = limit();
            ByteOrder bo = order();


            //// Reallocate.
            ByteBuffer oldBuf = buf();
            ByteBuffer newBuf = getAllocator().allocateNioBuffer(newCapacity,
                    isDirect());

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            return this;
        }


        // Shrink and compact:
        //// Save the state.
        ByteOrder bo = order();


        //// Reallocate.
        ByteBuffer oldBuf = buf();
        ByteBuffer newBuf = getAllocator()
                .allocateNioBuffer(newCapacity, isDirect());

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                return this;
            }


            // Shrink and compact:
            //// Save the state.
            ByteOrder bo = order();


            //// Sanity check.
            if (remaining > newCapacity) {
                throw new IllegalStateException(
                        "The amount of the remaining bytes is greater than "

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        if (newCapacity > capacity()) {
            // Expand:
            //// Save the state.
            int pos = position();
            int limit = limit();
            ByteOrder bo = order();


            //// Reallocate.
            ByteBuffer oldBuf = buf();
            ByteBuffer newBuf =
                allocator.allocateNioBuffer(newCapacity, isDirect());

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            return this;
        }


        // Shrink and compact:
        //// Save the state.
        ByteOrder bo = order();


        //// Reallocate.
        ByteBuffer oldBuf = buf();
        ByteBuffer newBuf =
            allocator.allocateNioBuffer(newCapacity, isDirect());

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                return this;
            }


            // Shrink and compact:
            //// Save the state.
            ByteOrder bo = order();


            //// Sanity check.
            if (remaining > newCapacity) {
                throw new IllegalStateException(
                        "The amount of the remaining bytes is greater than " +

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                serializationConfig.setCheckClassDefErrors(checkTrue(value));
            } else if ("use-native-byte-order".equals(name)) {
                serializationConfig.setUseNativeByteOrder(checkTrue(getTextContent(child)));
            } else if ("byte-order".equals(name)) {
                String value = getTextContent(child);
                ByteOrder byteOrder = null;
                if (ByteOrder.BIG_ENDIAN.toString().equals(value)) {
                    byteOrder = ByteOrder.BIG_ENDIAN;
                } else if (ByteOrder.LITTLE_ENDIAN.toString().equals(value)) {
                    byteOrder = ByteOrder.LITTLE_ENDIAN;
                }

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    public ByteBuffer capacity(int newCapacity) {
        if (newCapacity > capacity()) {
            // Allocate a new buffer and transfer all settings to it.
            int pos = position();
            int limit = limit();
            ByteOrder bo = order();


            capacity0(newCapacity);
            buf().limit(limit);
            if (mark >= 0) {
                buf().position(mark);

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        if (newCapacity > capacity()) {
            // Expand:
            //// Save the state.
            int pos = position();
            int limit = limit();
            ByteOrder bo = order();


            //// Reallocate.
            ByteBuffer oldBuf = buf();
            ByteBuffer newBuf = getAllocator().allocateNioBuffer(newCapacity,
                    isDirect());

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