Package io.netty.buffer

Examples of io.netty.buffer.CompositeByteBuf.addComponent()

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        cos.writeRawVarint32(RAW_BODY_TAG);
        cos.writeRawVarint32(rawBodyLength);
        cos.flush(); // need to flush so that dbody goes after if cos is caching.

        CompositeByteBuf cbb = new CompositeByteBuf(buf.alloc(), true, msg.dBodies.length + 1);
        cbb.addComponent(buf);
        int bufLength = buf.readableBytes();
        for (ByteBuf b : msg.dBodies) {
          cbb.addComponent(b);
          bufLength += b.readableBytes();
        }
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        CompositeByteBuf cbb = new CompositeByteBuf(buf.alloc(), true, msg.dBodies.length + 1);
        cbb.addComponent(buf);
        int bufLength = buf.readableBytes();
        for (ByteBuf b : msg.dBodies) {
          cbb.addComponent(b);
          bufLength += b.readableBytes();
        }
        cbb.writerIndex(bufLength);
        out.add(cbb);
      } else {
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     */
    private ChannelFuture continueHeaders(ChannelHandlerContext ctx, ChannelPromise promise,
            int streamId, int padding, ByteBuf headerBlock, ByteBuf firstFrame) {
        // Create a composite buffer wrapping the first frame and any continuation frames.
        CompositeByteBuf out = ctx.alloc().compositeBuffer();
        out.addComponent(firstFrame);
        int numBytes = firstFrame.readableBytes();

        // Process any continuation frames there might be.
        while (headerBlock.isReadable()) {
            ByteBuf frame = createContinuationFrame(ctx, streamId, headerBlock, padding);
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        int numBytes = firstFrame.readableBytes();

        // Process any continuation frames there might be.
        while (headerBlock.isReadable()) {
            ByteBuf frame = createContinuationFrame(ctx, streamId, headerBlock, padding);
            out.addComponent(frame);
            numBytes += frame.readableBytes();
        }

        out.writerIndex(numBytes);
        return ctx.write(out, promise);
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            }
            if (!partUncompressedContent.isReadable()) {
                partUncompressedContent.release();
                continue;
            }
            compositeUncompressedContent.addComponent(partUncompressedContent);
            compositeUncompressedContent.writerIndex(compositeUncompressedContent.writerIndex() +
                    partUncompressedContent.readableBytes());
        }
        if (compositeUncompressedContent.numComponents() <= 0) {
            compositeUncompressedContent.release();
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            }
            if (!partCompressedContent.isReadable()) {
                partCompressedContent.release();
                continue;
            }
            fullCompressedContent.addComponent(partCompressedContent);
            fullCompressedContent.writerIndex(fullCompressedContent.writerIndex() +
                    partCompressedContent.readableBytes());
        }
        if (fullCompressedContent.numComponents() <= 0) {
            fullCompressedContent.release();
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        CompositeByteBuf pending;
        if (pendingChunks instanceof CompositeByteBuf) {
          pending = (CompositeByteBuf) pendingChunks;
        } else {
          pending = Unpooled.compositeBuffer();
          pending.addComponent(pendingChunks).writerIndex(pendingChunks.writerIndex());
          pendingChunks = pending;
        }
        pending.addComponent(buff).writerIndex(pending.writerIndex() + buff.writerIndex());
      }
      connect();
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        } else {
          pending = Unpooled.compositeBuffer();
          pending.addComponent(pendingChunks).writerIndex(pendingChunks.writerIndex());
          pendingChunks = pending;
        }
        pending.addComponent(buff).writerIndex(pending.writerIndex() + buff.writerIndex());
      }
      connect();
    } else {
      if (!headWritten) {
        writeHeadWithContent(buff, end);
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    CompositeByteBuf encodedEnvelopes = new CompositeByteBuf(ByteBufAllocator.DEFAULT, false, envelopes.length);

    ByteBuf buf;
    while ((buf = (ByteBuf) ch.readOutbound()) != null) {
      encodedEnvelopes.addComponent(buf);
    }

    return encodedEnvelopes.writerIndex(encodedEnvelopes.capacity());
  }
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    CompositeByteBuf encodedEnvelopes = new CompositeByteBuf(ByteBufAllocator.DEFAULT, false, envelopes.length);

    ByteBuf buf;
    while ((buf = (ByteBuf) ch.readOutbound()) != null) {
      encodedEnvelopes.addComponent(buf);
    }

    return encodedEnvelopes.writerIndex(encodedEnvelopes.capacity());
  }
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