Package com.ning.compress

Examples of com.ning.compress.UncompressorOutputStream

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    public void testSimpleBiggerAsStream() throws IOException
    {
        byte[] fluff = constructFluff(277000);
        byte[] comp = gzipAll(fluff);
        Collector co = new Collector();
        UncompressorOutputStream out = new UncompressorOutputStream(new GZIPUncompressor(co));
        out.write(comp, 0, comp.length);
        out.close();
        byte[] result = co.getBytes();
       
        Assert.assertArrayEquals(fluff, result);
    }
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    public void testSimpleBiggerAsStream() throws IOException
    {
        byte[] fluff = constructFluff(277000);
        byte[] comp = LZFEncoder.encode(fluff);
        Collector co = new Collector();
        UncompressorOutputStream out = new UncompressorOutputStream(new LZFUncompressor(co));
        out.write(comp, 0, comp.length);
        out.close();
        byte[] result = co.getBytes();
       
        Assert.assertArrayEquals(fluff, result);
    }
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            } else {
                throw new IOException("Unrecognized/unsupported compression type '"+comps+"': only 'gzip' and 'lzf' supported");
            }
            // adapter wraps uncompressor as OutputStream; uncompressor calls "handleData"
            // on this handler... a few layers of abstraction.
            _streamAdapter = new UncompressorOutputStream(uncomp);
        } else {
            // if no uncompression needed, still need to wrap async handler as an OutputStream
            // to efficiently get contents from BodyPart
            _streamAdapter = _handler.asStream();
        }
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            } else {
                throw new IOException("Unrecognized/unsupported compression type '"+comps+"': only 'gzip' and 'lzf' supported");
            }
            // adapter wraps uncompressor as OutputStream; uncompressor calls "handleData"
            // on this handler... a few layers of abstraction.
            _streamAdapter = new UncompressorOutputStream(uncomp);
        } else {
            // if no uncompression needed, still need to wrap async handler as an OutputStream
            // to efficiently get contents from BodyPart
            _streamAdapter = _handler.asStream();
        }
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            } else {
                throw new IOException("Unrecognized/unsupported compression type '"+comps+"': only 'gzip' and 'lzf' supported");
            }
            // adapter wraps uncompressor as OutputStream; uncompressor calls "handleData"
            // on this handler... a few layers of abstraction.
            _streamAdapter = new UncompressorOutputStream(uncomp);
        } else {
            // if no uncompression needed, still need to wrap async handler as an OutputStream
            // to efficiently get contents from BodyPart
            _streamAdapter = _handler.asStream();
        }
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            } else {
                throw new IOException("Unrecognized/unsupported compression type '"+comps+"': only 'gzip' and 'lzf' supported");
            }
            // adapter wraps uncompressor as OutputStream; uncompressor calls "handleData"
            // on this handler... a few layers of abstraction.
            _streamAdapter = new UncompressorOutputStream(uncomp);
        } else {
            // if no uncompression needed, still need to wrap async handler as an OutputStream
            // to efficiently get contents from BodyPart
            _streamAdapter = _handler.asStream();
        }
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            } else {
                throw new IOException("Unrecognized/unsupported compression type '"+comps+"': only 'gzip' and 'lzf' supported");
            }
            // adapter wraps uncompressor as OutputStream; uncompressor calls "handleData"
            // on this handler... a few layers of abstraction.
            _streamAdapter = new UncompressorOutputStream(uncomp);
        } else {
            // if no uncompression needed, still need to wrap async handler as an OutputStream
            // to efficiently get contents from BodyPart
            _streamAdapter = _handler.asStream();
        }
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            } else {
                throw new IOException("Unrecognized/unsupported compression type '"+comps+"': only 'gzip' and 'lzf' supported");
            }
            // adapter wraps uncompressor as OutputStream; uncompressor calls "handleData"
            // on this handler... a few layers of abstraction.
            _streamAdapter = new UncompressorOutputStream(uncomp);
        } else {
            // if no uncompression needed, still need to wrap async handler as an OutputStream
            // to efficiently get contents from BodyPart
            _streamAdapter = _handler.asStream();
        }
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Related Classes of com.ning.compress.UncompressorOutputStream

  • com.fasterxml.clustermate.client.ahc.UncompressingAsyncHandler
  • com.ning.compress.gzip.TestGzipUncompressor
  • com.ning.compress.lzf.TestLZFUncompressor
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