Examples of net.gleamynode.netty.array.ByteArray

net.gleamynode.netty.array.ByteArray
A random-accessible sequence of zero or more bytes (octets). This interface provides an abstract view for one or more primitive byte arrays ( {@code byte[]}) and {@linkplain ByteBuffer NIO buffers}.
Index
Unlike an ordinary primitive byte array, {@link ByteArray} allows a negativeindex, which means its {@linkplain #firstIndex() first index} can be eitherless than {@code 0}, equal to {@code 0} or even greater than {@code 0}. Therefore, you should not make an assumption that an array's first index is always {@code 0}. For example, to iterate all bytes over an array one by one, you have to do the following, regardless of the array's implementation detail:
```
 ByteArray array = ...; for (int i = array.firstIndex(); i < array.endIndex(); i ++) { byte b = array.get8(i); System.out.println((char) b); } 
```
Getters and Setters
Various getter and setter methods are provided, from a single byte access method to big and little endian 16 / 24 / 32 / 48 / 64-bit integer access methods. Bulk access operations for primitive byte array, NIO buffer and {@link ByteArray} are also available.
Search operations
{@code indexOf()} and {@code lastIndexOf()} methods help you locate an index of a value which meets a certain criteria. Complicated dynamic sequential search can be done with {@link ByteArrayIndexFinder} as well as simple static single byte search.
I/O operations
{@code copyTo()} methods write the partial or entire content of an array to an {@link OutputStream} or a NIO {@link Channel}. Gathering write operation is performed whenever possible.
Conversion to a NIO buffer
{@code getByteBuffer()} methods return a NIO buffer which is either a wrapper (using {@link ByteBuffer#wrap(byte[])}) or a deep copy (creating a new NIO buffer) of the partial or entire content of an array. These methods will always avoid buffer allocation and memory copy whenever possible, but there's no guarantee that they will always return a wrapper. @author The Netty Project (netty@googlegroups.com) @author Trustin Lee (trustin@gmail.com) @version $Rev: 456 $, $Date: 2008-06-26 10:14:06 +0900 (Thu, 26 Jun 2008) $ @apiviz.landmark

    }


    @Override
    public void get(int index, ByteArray dst, int dstIndex, int length) {
        if (isReplaying()) {
            ByteArray src = (ByteArray) replay();
            if (src.length() != length) {
                throw new IllegalStateException("mismatching request");
            }
            src.get(0, dst, dstIndex, length);
        } else if (index < super.firstIndex() || dstIndex + length > dst.endIndex()) {
            throw new NoSuchElementException();
        } else if (index + length > super.endIndex()) {
            rewind();
        } else {
            ByteArray src = new HeapByteArray(length);
            super.get(index, src, 0, length);
            src.get(0, dst, dstIndex, length);
            record(src);
        }
    }

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    }


    @Override
    public void get(int index, ByteBuffer dst) {
        if (isReplaying()) {
            ByteArray src = (ByteArray) replay();
            if (src.length() != dst.remaining()) {
                throw new IllegalStateException(
                        "mismatching request: dst.remaining() has been changed since rewind.");
            }
            src.get(0, dst);
        } else if (index < super.firstIndex()) {
            throw new NoSuchElementException();
        } else if (index + dst.remaining() > super.endIndex()) {
            rewind();
        } else {
            ByteArray src = new HeapByteArray(dst.remaining());
            super.get(index, src, 0, dst.remaining());
            src.get(0, dst);
            record(src);
        }
    }

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        if (!(e.getMessage() instanceof ByteArray)) {
            context.sendUpstream(element);
            return;
        }


        ByteArray src = (ByteArray) e.getMessage();
        byte[] dst = new byte[src.length()];
        src.get(src.firstIndex(), dst);
        ChannelUtil.fireMessageReceived(context, e.getChannel(), new String(dst, charsetName));
    }

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        if (!(m instanceof ByteArray)) {
            ctx.sendUpstream(e);
            return;
        }


        ByteArray input = (ByteArray) m;
        if (input.empty()) {
            return;
        }


        ReplayableByteArrayBuffer cumulation = this.cumulation;


        // Avoid CompositeByteArray index overflow.
        if (Integer.MAX_VALUE - cumulation.endIndex() < input.length()) {
            ReplayableByteArrayBuffer newCumulation = new ReplayableByteArrayBuffer();
            for (ByteArray component: cumulation) {
                newCumulation.unwrap().write(component);
            }
            this.cumulation = cumulation = newCumulation;

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        }
        if (dataLen > maxObjectSize) {
            throw new StreamCorruptedException(
                    "data length too big: " + dataLen + " (max: " + maxObjectSize + ')');
        }
        ByteArray data = buffer.read(dataLen);
        return new CompactObjectInputStream(new ByteArrayInputStream(data)).readObject();
    }

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        if (!(m instanceof ByteArray)) {
            ctx.sendUpstream(e);
            return;
        }


        ByteArray input = (ByteArray) m;
        if (input.empty()) {
            return;
        }


        CompositeByteArray cumulation = this.cumulation;


        // Avoid CompositeByteArray index overflow.
        if (Integer.MAX_VALUE - cumulation.endIndex() < input.length()) {
            CompositeByteArray newCumulation = new CompositeByteArray();
            for (ByteArray component: cumulation) {
                newCumulation.addLast(component);
            }
            this.cumulation = cumulation = newCumulation;

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        if (delimiters.length == 0) {
            throw new IllegalArgumentException("empty delimiters");
        }
        this.delimiters = new ByteArray[delimiters.length];
        for (int i = 0; i < delimiters.length; i ++) {
            ByteArray d = delimiters[i];
            validateDelimiter(d);
            this.delimiters[i] = d;
        }
        this.maxFrameLength = maxFrameLength;
    }

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            ChannelHandlerContext ctx, Channel channel, ByteArrayBuffer buffer) throws Exception {
        // Try all delimiters.
        for (ByteArray delim: delimiters) {
            int delimIndex = indexOf(buffer, delim);
            if (delimIndex > buffer.firstIndex()) {
                ByteArray frame = buffer.read(delimIndex - buffer.firstIndex());
                if (frame.length() > maxFrameLength) {
                    fail();
                }
                buffer.skip(delim.length());
                return frame;
            } else if (delimIndex == buffer.firstIndex()) {

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        if (!(m instanceof ByteArray)) {
            ctx.sendUpstream(e);
            return;
        }


        ByteArray input = (ByteArray) m;
        if (input.empty()) {
            return;
        }


        CompositeByteArray cumulation = this.cumulation;


        // Avoid CompositeByteArray index overflow.
        if (Integer.MAX_VALUE - cumulation.endIndex() < input.length()) {
            CompositeByteArray newCumulation = new CompositeByteArray();
            for (ByteArray component: cumulation) {
                newCumulation.addLast(component);
            }
            this.cumulation = cumulation = newCumulation;

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        if (delimiters.length == 0) {
            throw new IllegalArgumentException("empty delimiters");
        }
        this.delimiters = new ByteArray[delimiters.length];
        for (int i = 0; i < delimiters.length; i ++) {
            ByteArray d = delimiters[i];
            validateDelimiter(d);
            this.delimiters[i] = d;
        }
        this.maxFrameLength = maxFrameLength;
    }

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Examples of net.gleamynode.netty.array.ByteArray

Index

Getters and Setters

Search operations

I/O operations

Conversion to a NIO buffer

Related Classes of net.gleamynode.netty.array.ByteArray