| Interface | Description | 
|---|---|
| BitmapSerdeFactory | |
| BitmapValues | 
 Doesn't extend  
IntIterable to avoid accidential for-each iteration with boxing. | 
| CacheableObjectStrategy<T> | 
 Implementing CacheableObjectStrategy instead of ObjectSrategy indicates
 that a column scan may cache the results of  
ObjectStrategy.fromByteBuffer(java.nio.ByteBuffer, int). | 
| ColumnarDoubles | 
 Resource that provides random access to a packed array of primitive doubles. 
 | 
| ColumnarDoublesSerializer | 
 Serializer that produces  
ColumnarDoubles. | 
| ColumnarFloats | 
 Resource that provides random access to a packed array of primitive floats. 
 | 
| ColumnarFloatsSerializer | 
 Serializer that produces  
ColumnarFloats. | 
| ColumnarInts | 
 Resource that provides random access to a packed array of primitive int values. 
 | 
| ColumnarIntsSerializer | 
 Serializer that produces either  
ColumnarInts or ColumnarMultiInts. | 
| ColumnarLongs | 
 Resource that provides random access to a packed array of primitive longs. 
 | 
| ColumnarLongsSerializer | 
 Serializer that produces  
ColumnarLongs. | 
| ColumnarMultiInts | 
 Resource that provides random access to a packed array of short arrays of ints ( 
IndexedInts). | 
| CompressionFactory.LongEncodingReader | |
| CompressionFactory.LongEncodingWriter | 
 This writer output encoded values to the given ByteBuffer or OutputStream. 
 | 
| CompressionStrategy.Decompressor | |
| Indexed<T> | |
| IndexedInts | 
 Get a int an index (array or list lookup abstraction without boxing). 
 | 
| ObjectStrategy<T> | |
| ReadableOffset | 
 A ReadableOffset is an object that provides an integer offset, ostensibly as an index into an array. 
 | 
| VSizeLongSerde.LongDeserializer | |
| VSizeLongSerde.LongSerializer | |
| WritableSupplier<T> | 
| Enum | Description | 
|---|---|
| CompressionFactory.LongEncodingFormat | |
| CompressionFactory.LongEncodingStrategy | 
 The compression of decompression of encodings are separated into different enums. 
 | 
| CompressionStrategy | 
 Compression strategy is used to compress block of bytes without knowledge of what data the bytes represents. 
 | 
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