@DefaultAnnotation(value=edu.umd.cs.findbugs.annotations.NonNull.class)
See: Description
Interface | Description |
---|---|
BagState<T> |
A
ReadableState cell containing a bag of values. |
CombiningState<InputT,AccumT,OutputT> |
A
ReadableState cell defined by a Combine.CombineFn , accepting multiple input values,
combining them as specified into accumulators, and producing a single output value. |
GroupingState<InputT,OutputT> |
A
ReadableState cell that combines multiple input values and outputs a single value of a
different type. |
MapState<K,V> |
A
ReadableState cell mapping keys to values. |
ReadableState<T> |
A
State that can be read via ReadableState.read() . |
SetState<T> |
A
ReadableState cell containing a set of elements. |
State |
A state cell, supporting a
State.clear() operation. |
StateBinder |
For internal use only; no backwards-compatibility guarantees.
|
StateContext<W extends BoundedWindow> |
For internal use only; no backwards-compatibility guarantees.
|
StateSpec<StateT extends State> |
A specification of a persistent state cell.
|
StateSpec.Cases<ResultT> |
Cases for doing a "switch" on the type of
StateSpec . |
Timer |
A timer for a specified time domain that can be set to register the desire for further processing
at particular time in its specified time domain.
|
Timers |
Interface for interacting with time.
|
TimerSpec |
A specification for a
Timer . |
ValueState<T> |
A
ReadableState cell containing a single value. |
WatermarkHoldState |
For internal use only; no backwards-compatibility guarantees.
|
Class | Description |
---|---|
ReadableStates |
For internal use only; no backwards-compatibility guarantees.
|
StateContexts |
For internal use only; no backwards-compatibility guarantees.
|
StateSpec.Cases.WithDefault<ResultT> |
A base class for a visitor with a default method for cases it is not interested in.
|
StateSpecs |
Static methods for working with
StateSpecs . |
TimerSpecs |
Static methods for working with
TimerSpecs . |
Enum | Description |
---|---|
TimeDomain |
TimeDomain specifies whether an operation is based on timestamps of elements or current
"real-world" time as reported while processing. |