public class MapRemoveAllMessageTask extends AbstractAllPartitionsMessageTask<P>
clientEngine, clientMessage, connection, endpoint, logger, nodeEngine, parameters, serializationService
Constructor and Description |
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MapRemoveAllMessageTask(ClientMessage clientMessage,
Node node,
Connection connection) |
Modifier and Type | Method and Description |
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protected OperationFactory |
createOperationFactory() |
protected MapRemoveAllCodec.RequestParameters |
decodeClientMessage(ClientMessage clientMessage) |
protected ClientMessage |
encodeResponse(Object response) |
String |
getDistributedObjectName()
Used for
SecurityInterceptor |
String |
getMethodName()
Used for
SecurityInterceptor
Method name which called via a distributedObject
for map.put, methodName will be 'put'
For requests which do not produced via a distributedObject should return null, for example internal client. |
protected MapOperationProvider |
getOperationProvider(String mapName) |
Object[] |
getParameters()
Used for
SecurityInterceptor
Parameters passed to the method by a distributedObject
for map.put(key, value) parameters should be 'key' and 'value'
parameters can be in binary or object form, underlying implementation will de-serialize lazily |
Permission |
getRequiredPermission() |
String |
getServiceName() |
protected void |
processMessage() |
protected Object |
reduce(Map<Integer,Object> map) |
accept
getDistributedObjectType, getMemberBuildInfo, getService, handleProcessingFailure, isAdvancedNetworkEnabled, peelIfNeeded, requiresAuthentication, run, sendClientMessage, sendClientMessage, sendResponse
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
andThen
public MapRemoveAllMessageTask(ClientMessage clientMessage, Node node, Connection connection)
protected void processMessage()
processMessage
in class AbstractAllPartitionsMessageTask<MapRemoveAllCodec.RequestParameters>
protected OperationFactory createOperationFactory()
createOperationFactory
in class AbstractAllPartitionsMessageTask<MapRemoveAllCodec.RequestParameters>
protected Object reduce(Map<Integer,Object> map)
reduce
in class AbstractAllPartitionsMessageTask<MapRemoveAllCodec.RequestParameters>
protected MapRemoveAllCodec.RequestParameters decodeClientMessage(ClientMessage clientMessage)
decodeClientMessage
in class AbstractMessageTask<MapRemoveAllCodec.RequestParameters>
protected ClientMessage encodeResponse(Object response)
encodeResponse
in class AbstractMessageTask<MapRemoveAllCodec.RequestParameters>
public String getServiceName()
getServiceName
in class AbstractMessageTask<MapRemoveAllCodec.RequestParameters>
public Permission getRequiredPermission()
public String getDistributedObjectName()
SecureRequest
SecurityInterceptor
getDistributedObjectName
in interface SecureRequest
getDistributedObjectName
in class AbstractMessageTask<MapRemoveAllCodec.RequestParameters>
public String getMethodName()
SecureRequest
SecurityInterceptor
Method name which called via a distributedObject
for map.put, methodName will be 'put'
For requests which do not produced via a distributedObject should return null, for example internal client.getMethodName
in interface SecureRequest
getMethodName
in class AbstractMessageTask<MapRemoveAllCodec.RequestParameters>
public Object[] getParameters()
SecureRequest
SecurityInterceptor
Parameters passed to the method by a distributedObject
for map.put(key, value) parameters should be 'key' and 'value'
parameters can be in binary or object form, underlying implementation will de-serialize lazilygetParameters
in interface SecureRequest
getParameters
in class AbstractMessageTask<MapRemoveAllCodec.RequestParameters>
protected final MapOperationProvider getOperationProvider(String mapName)
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