Uses of Class
com.ning.compress.lzf.LZFChunk
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Packages that use LZFChunk Package Description com.ning.compress.lzf Package that contains public API of the LZF codec, as well as some of the implementation (specifically parts that are designed to be overridable).com.ning.compress.lzf.parallel Package that contains parallel implementation of LZF compressor: granularity is at chunk-level, so that each processing thread operates on a single chunk at a time (and conversely, no chunk is "split" across threads). -
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Uses of LZFChunk in com.ning.compress.lzf
Fields in com.ning.compress.lzf declared as LZFChunk Modifier and Type Field Description protected LZFChunk
LZFChunk. _next
Methods in com.ning.compress.lzf that return LZFChunk Modifier and Type Method Description static LZFChunk
LZFChunk. createCompressed(int origLen, byte[] encData, int encPtr, int encLen)
Factory method for constructing compressed chunkstatic LZFChunk
LZFChunk. createNonCompressed(byte[] plainData, int ptr, int len)
Factory method for constructing compressed chunkLZFChunk
ChunkEncoder. encodeChunk(byte[] data, int offset, int len)
Method for compressing (or not) individual chunksLZFChunk
ChunkEncoder. encodeChunkIfCompresses(byte[] data, int offset, int inputLen, double maxResultRatio)
Method for compressing individual chunk, if (and only if) it compresses down to specified ratio or less.LZFChunk
LZFChunk. next()
Methods in com.ning.compress.lzf with parameters of type LZFChunk Modifier and Type Method Description void
LZFChunk. setNext(LZFChunk next)
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Uses of LZFChunk in com.ning.compress.lzf.parallel
Fields in com.ning.compress.lzf.parallel with type parameters of type LZFChunk Modifier and Type Field Description private java.util.concurrent.Future<LZFChunk>
WriteTask. lzfFuture
Methods in com.ning.compress.lzf.parallel that return LZFChunk Modifier and Type Method Description LZFChunk
CompressTask. call()
Constructor parameters in com.ning.compress.lzf.parallel with type arguments of type LZFChunk Constructor Description WriteTask(java.io.OutputStream output, java.util.concurrent.Future<LZFChunk> lzfFuture, PLZFOutputStream caller)
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