Packages

c

geotrellis.spark.store

FilteringLayerReader

abstract class FilteringLayerReader[ID] extends LayerReader[ID]

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Instance Constructors

  1. new FilteringLayerReader()

Abstract Value Members

  1. abstract val attributeStore: AttributeStore
    Definition Classes
    LayerReader
  2. abstract def defaultNumPartitions: Int
    Definition Classes
    LayerReader
  3. abstract def read[K, V, M](id: ID, rasterQuery: LayerQuery[K, M], numPartitions: Int, indexFilterOnly: Boolean)(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): RDD[(K, V)] with Metadata[M]

    read

    read

    This function will read an RDD layer based on a query.

    K

    Type of RDD Key (ex: SpatialKey)

    V

    Type of RDD Value (ex: Tile or MultibandTile )

    M

    Type of Metadata associated with the RDD[(K,V)]

    id

    The ID of the layer to be read

    rasterQuery

    The query that will specify the filter for this read.

    numPartitions

    The desired number of partitions in the resulting RDD.

    indexFilterOnly

    If true, the reader should only filter out elements who's KeyIndex entries do not match the indexes of the query key bounds. This can include keys that are not inside the query key bounds.

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  1. final def !=(arg0: Any): Boolean
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  15. def query[K, V, M](layerId: ID, numPartitions: Int)(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): BoundLayerQuery[K, M, RDD[(K, V)] with Metadata[M]]
  16. def query[K, V, M](layerId: ID)(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): BoundLayerQuery[K, M, RDD[(K, V)] with Metadata[M]]
  17. def read[K, V, M](id: ID, numPartitions: Int)(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): RDD[(K, V)] with Metadata[M]
    Definition Classes
    FilteringLayerReader → LayerReader
  18. def read[K, V, M](id: ID, rasterQuery: LayerQuery[K, M])(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): RDD[(K, V)] with Metadata[M]
  19. def read[K, V, M](id: ID, rasterQuery: LayerQuery[K, M], numPartitions: Int)(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): RDD[(K, V)] with Metadata[M]
  20. def read[K, V, M](id: ID)(implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): RDD[(K, V)] with Metadata[M]
    Definition Classes
    LayerReader
  21. def reader[K, V, M](implicit arg0: AvroRecordCodec[K], arg1: Boundable[K], arg2: Decoder[K], arg3: ClassTag[K], arg4: AvroRecordCodec[V], arg5: ClassTag[V], arg6: Decoder[M], arg7: Component[M, Bounds[K]]): Reader[ID, RDD[(K, V)] with Metadata[M]]
    Definition Classes
    LayerReader
  22. final def synchronized[T0](arg0: ⇒ T0): T0
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  24. final def wait(): Unit
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  26. final def wait(arg0: Long): Unit
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Inherited from LayerReader[ID]

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