org.apache.lucene.util.packed

## Interface PackedInts.Decoder

- Enclosing class:
    PackedInts

      public static interface PackedInts.Decoder

  A decoder for packed integers.

- - ### Method Summary

    All Methods Instance Methods Abstract Methods
    Modifier and Type | Method and Description
    --- | ---
    `int` | `byteBlockCount()` The minimum number of byte blocks to encode in a single iteration, when using byte encoding.
    `int` | `byteValueCount()` The number of values that can be stored in `byteBlockCount()` byte blocks.
    `void` | `decode(byte[] blocks, int blocksOffset, int[] values, int valuesOffset, int iterations)` Read `8 * iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
    `void` | `decode(byte[] blocks, int blocksOffset, long[] values, int valuesOffset, int iterations)` Read `8 * iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
    `void` | `decode(long[] blocks, int blocksOffset, int[] values, int valuesOffset, int iterations)` Read `iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
    `void` | `decode(long[] blocks, int blocksOffset, long[] values, int valuesOffset, int iterations)` Read `iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
    `int` | `longBlockCount()` The minimum number of long blocks to encode in a single iteration, when using long encoding.
    `int` | `longValueCount()` The number of values that can be stored in `longBlockCount()` long blocks.

- - ### Method Detail

    - #### longBlockCount

          int longBlockCount()

      The minimum number of long blocks to encode in a single iteration, when using long encoding.

    - #### longValueCount

          int longValueCount()

      The number of values that can be stored in `longBlockCount()` long blocks.

    - #### byteBlockCount

          int byteBlockCount()

      The minimum number of byte blocks to encode in a single iteration, when using byte encoding.

    - #### byteValueCount

          int byteValueCount()

      The number of values that can be stored in `byteBlockCount()` byte blocks.

    - #### decode

          void decode(long[] blocks,
                      int blocksOffset,
                      long[] values,
                      int valuesOffset,
                      int iterations)

      Read `iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
      Parameters:
        `blocks` - the long blocks that hold packed integer values
        `blocksOffset` - the offset where to start reading blocks
        `values` - the values buffer
        `valuesOffset` - the offset where to start writing values
        `iterations` - controls how much data to decode

    - #### decode

          void decode(byte[] blocks,
                      int blocksOffset,
                      long[] values,
                      int valuesOffset,
                      int iterations)

      Read `8 * iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
      Parameters:
        `blocks` - the long blocks that hold packed integer values
        `blocksOffset` - the offset where to start reading blocks
        `values` - the values buffer
        `valuesOffset` - the offset where to start writing values
        `iterations` - controls how much data to decode

    - #### decode

          void decode(long[] blocks,
                      int blocksOffset,
                      int[] values,
                      int valuesOffset,
                      int iterations)

      Read `iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
      Parameters:
        `blocks` - the long blocks that hold packed integer values
        `blocksOffset` - the offset where to start reading blocks
        `values` - the values buffer
        `valuesOffset` - the offset where to start writing values
        `iterations` - controls how much data to decode

    - #### decode

          void decode(byte[] blocks,
                      int blocksOffset,
                      int[] values,
                      int valuesOffset,
                      int iterations)

      Read `8 * iterations * blockCount()` blocks from `blocks`, decode them and write `iterations * valueCount()` values into `values`.
      Parameters:
        `blocks` - the long blocks that hold packed integer values
        `blocksOffset` - the offset where to start reading blocks
        `values` - the values buffer
        `valuesOffset` - the offset where to start writing values
        `iterations` - controls how much data to decode

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