- All Implemented Interfaces:
- Enclosing class:
public static class ReplicatedConsistentHashFactory.Externalizer extends AbstractExternalizer<ReplicatedConsistentHashFactory>
- See Also:
Fields inherited from interface org.infinispan.commons.marshall.AdvancedExternalizer
Method SummaryModifier and TypeMethodDescription
getId()Returns an integer that identifies the externalizer type.
Set<Class<? extends ReplicatedConsistentHashFactory>>Returns a collection of Class instances representing the types that this AdvancedExternalizer can marshall.
(ObjectInput unmarshaller)Read an instance from the stream.
(ObjectOutput output, ReplicatedConsistentHashFactory chf)Write the object reference to the stream.
writeObjectpublic void writeObject
(ObjectOutput output, ReplicatedConsistentHashFactory chf)Description copied from interface:
ExternalizerWrite the object reference to the stream.
output- the object output to write to
chf- the object reference to write
readObjectpublic ReplicatedConsistentHashFactory readObject
(ObjectInput unmarshaller)Description copied from interface:
ExternalizerRead an instance from the stream. The instance will have been written by the
Externalizer.writeObject(ObjectOutput, Object)method. Implementations are free to create instances of the object read from the stream in any way that they feel like. This could be via constructor, factory or reflection.
unmarshaller- the object input to read from
- the object instance
getIdpublic Integer getId()Description copied from interface:
AdvancedExternalizerReturns an integer that identifies the externalizer type. This is used at read time to figure out which
AdvancedExternalizershould read the contents of the incoming buffer. Using a positive integer allows for very efficient variable length encoding of numbers, and it's much more efficient than shipping
AdvancedExternalizerimplementation class information around. Negative values are not allowed. Implementers of this interface can use any positive integer as long as it does not clash with any other identifier in the system. You can find information on the pre-assigned identifier ranges in here. It's highly recommended that maintaining of these identifiers is done in a centralized way and you can do so by making annotations reference a set of statically defined identifiers in a separate class or interface. Such class/interface gives a global view of the identifiers in use and so can make it easier to assign new ids. Implementors can optionally avoid giving a meaningful implementation to this method (i.e. return null) and instead rely on XML or programmatic configuration to provide the AdvancedExternalizer id. If no id can be determined via the implementation or XML/programmatic configuration, an error will be reported. If an id has been defined both via the implementation and XML/programmatic configuration, the value defined via XML/programmatic configuration will be used ignoring the other.
- Specified by:
- A positive identifier for the AdvancedExternalizer.
getTypeClassespublic Set<Class<? extends ReplicatedConsistentHashFactory>> getTypeClasses()Description copied from interface:
AdvancedExternalizerReturns a collection of Class instances representing the types that this AdvancedExternalizer can marshall. Clearly, empty sets are not allowed. The externalizer framework currently requires all individual types to be listed since it does not make assumptions based on super classes or interfaces.
- A set containing the Class instances that can be marshalled.