Package | Description |
---|---|
parquet.avro |
Provides classes to store Avro data in Parquet files.
|
parquet.column | |
parquet.column.impl | |
parquet.column.statistics | |
parquet.column.values | |
parquet.column.values.boundedint | |
parquet.column.values.deltalengthbytearray | |
parquet.column.values.deltastrings | |
parquet.column.values.dictionary | |
parquet.column.values.plain | |
parquet.example | |
parquet.example.data | |
parquet.example.data.simple | |
parquet.example.data.simple.convert | |
parquet.filter | |
parquet.hadoop.api |
APIs to integrate various type systems with Parquet
|
parquet.hadoop.example | |
parquet.io | |
parquet.io.api | |
parquet.schema | |
parquet.tools.command | |
parquet.tools.read |
Class and Description |
---|
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
Class and Description |
---|
Binary |
Class and Description |
---|
GroupConverter
converter for group nodes
|
Class and Description |
---|
Binary |
Class and Description |
---|
Binary |
Class and Description |
---|
Binary |
Class and Description |
---|
Binary |
Class and Description |
---|
Binary |
Class and Description |
---|
Binary |
Class and Description |
---|
Binary |
Class and Description |
---|
GroupConverter
converter for group nodes
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
Class and Description |
---|
Binary |
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
Class and Description |
---|
Binary |
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
Class and Description |
---|
GroupConverter
converter for group nodes
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
Class and Description |
---|
Binary |
Class and Description |
---|
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
Class and Description |
---|
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
Class and Description |
---|
Binary |
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
Class and Description |
---|
Binary |
Converter
Represent a tree of converters
that materializes tuples
|
GroupConverter
converter for group nodes
|
PrimitiveConverter
converter for leaves of the schema
|
Class and Description |
---|
PrimitiveConverter
converter for leaves of the schema
|
RecordConsumer
Abstraction for writing records
It decouples the striping algorithm from the actual record model
example:
|
Class and Description |
---|
Binary |
Class and Description |
---|
Converter
Represent a tree of converters
that materializes tuples
|
GroupConverter
converter for group nodes
|
RecordMaterializer
Top-level class which should be implemented in order to materialize objects from
a stream of Parquet data.
|
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