Class KStream<K, V>
public class KStream<K, V> : JVMBridgeBase<KStream<K, V>>, IDynamicMetaObjectProvider, IJVMBridgeCore, IDisposable, IJVMBridgeBaseStatic, IJVMBridgeBase, IJVMBridgeDefinitionType Parameters
KV
- Inheritance
-
JVMBridgeBase<KStream<K, V>>KStream<K, V>
- Implements
- Inherited Members
-
JVMBridgeBase<KStream<K, V>>.SExecuteWithSignature(Type, IJavaType, string, string, params object[])JVMBridgeBase<KStream<K, V>>.SExecute<TReturn, TConverter>(Type, IJavaType, string, params object[])
Constructors
KStream()
Default constructor: even if the corresponding Java class does not have one, it is mandatory for JCOBridge
public KStream()KStream(KStream<K, V>)
public KStream(KStream<K, V> inner)Parameters
KStream(params object[])
Generic constructor: it is useful for JCOBridge when there is a derived class which needs to pass arguments to the highest JVMBridgeBase class
public KStream(params object[] args)Parameters
argsobject[]
Properties
BridgeClassName
Java class name to be instantiated
public override string BridgeClassName { get; }Property Value
IsBridgeAbstract
true if the BridgeClassName is an abstract class, i.e. cannot be created an instance
public override bool IsBridgeAbstract { get; }Property Value
IsBridgeCloseable
true if the BridgeClassName implements Closeable
public override bool IsBridgeCloseable { get; }Property Value
IsBridgeInterface
true if the BridgeClassName is an interface, i.e. does not have any public constructor
public override bool IsBridgeInterface { get; }Property Value
IsBridgeStatic
true if the BridgeClassName is a static class, i.e. does not have any public constructor
public override bool IsBridgeStatic { get; }Property Value
Methods
GroupByKey(Grouped<K, V>)
public KGroupedStream<K, V> GroupByKey(Grouped<K, V> grouped)Parameters
Returns
- KGroupedStream<K, V>
Inner()
public KStream<K, V> Inner()Returns
Merge(KStream<K, V>)
public KStream<K, V> Merge(KStream<K, V> stream)Parameters
Returns
Merge(KStream<K, V>, Named)
public KStream<K, V> Merge(KStream<K, V> stream, Named named)Parameters
Returns
Print(Printed<K, V>)
public void Print(Printed<K, V> printed)Parameters
Repartition(Repartitioned<K, V>)
public KStream<K, V> Repartition(Repartitioned<K, V> repartitioned)Parameters
repartitionedRepartitioned<K, V>
Returns
Split()
public BranchedKStream<K, V> Split()Returns
Split(Named)
public BranchedKStream<K, V> Split(Named named)Parameters
Returns
To(String, Produced<K, V>)
public void To(String topic, Produced<K, V> produced)Parameters
To(TopicNameExtractor<K, V>, Produced<K, V>)
public void To(TopicNameExtractor<K, V> extractor, Produced<K, V> produced)Parameters
extractorTopicNameExtractor<K, V>producedProduced<K, V>
ToTable()
public KTable<K, V> ToTable()Returns
ToTable(Materialized<K, V, KeyValueStore<Bytes, byte[]>>)
public KTable<K, V> ToTable(Materialized<K, V, KeyValueStore<Bytes, byte[]>> materialized)Parameters
materializedMaterialized<K, V, KeyValueStore<Bytes, byte[]>>
Returns
ToTable(Named)
public KTable<K, V> ToTable(Named named)Parameters
Returns
ToTable(Named, Materialized<K, V, KeyValueStore<Bytes, byte[]>>)
public KTable<K, V> ToTable(Named named, Materialized<K, V, KeyValueStore<Bytes, byte[]>> materialized)Parameters
namedNamedmaterializedMaterialized<K, V, KeyValueStore<Bytes, byte[]>>
Returns
Operators
implicit operator KStream(KStream<K, V>)
Converter from KStream<K, V> to KStream
public static implicit operator KStream(KStream<K, V> t)Parameters
tKStream<K, V>