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timeout milliseconds.
timeout milliseconds.
subtreeFqn and to begin accepting replication messages
for that subtree.
subtreeFqn and to begin accepting replication messages
for that subtree.
superclass method by
ensuring that the internal region where information on shared object is stored
has been activated.
CacheLoader based on Berkeley DB Java Edition.serviceName.
serviceName.
serviceName.
serviceName.
serviceName.
serviceName.
DataNode instance.
RpcTreeCache._dispatchRpcCall(String, MethodCall) method
CacheLoader interface by adding methods to support
serialized transfer of a portion of a cache tree.data map.
data
map.
data map.
data
map.
fqn by
a call to TreeCacheMarshaller.registerClassLoader(String, ClassLoader).
GlobalTransaction.
TreeCacheMBean.activateRegion(String).
TreeCacheMBean.getReplicationVersion() instead
TreeCacheMarshaller instance should be used
to manage different classloaders to use for unmarshalling replicated
objects.
subtreeFqn and evict all nodes in that subtree.
subtreeFqn and evict all nodes in that subtree.
TreeCache.invokeMethod(MethodCall) will dispatch to this chain of interceptors.
TreeCacheMBean.activateRegion(String) is
called to activate one or more parts of the tree.
TreeCache.activateRegion(String) is
called to activate one or more parts of the tree.
thisObject is reachable from originalObject.
null
(i.e.
superclass method
by taking advantage of any special classloader registered for the
root node.
superclass method
by taking advantage of any special classloader registered for the
root node.
IdentityLock)
MethodCall).
RpcTreeCache._dispatchRpcCall(String, org.jgroups.blocks.MethodCall)
is passed a call for an unregistered handler.TreeCacheMarshaller.objectFromByteBuffer(byte[]) when
it receives a replication event for an Fqn that has been marked
as inactive.
MarshalledValueInputStream.
MarshalledValueInputStream.
MarshalledValueOutputStream.
get() method but without triggering a node visit event.
fqn.
fqn.
fqn.
fqn.
activate a subtree
roote in Fqn that already has an existing node in the cache.TreeCacheMarshaller for
use in unmarshalling replicated objects for the specified region.
useMarshalling is true, we will use TreeCacheMarshaller for marshalling.
fqn region.
Synchronization callback with this transaction.
TreeCache instance.TreeCache's remote interface.key from the node's hashmap
key from the node's hashmap
key from the node's hashmap
key from the node's hashmap
TreeCache._replicate(MethodCall).
Map of registered RPC handlers
#commit(GlobalTransaction) in all members
#rollback(GlobalTransaction) in all members
TreeCacheMBean.activateRegion(String) is
called to activate one or more parts of the tree.
TreeCache.activateRegion(String) is
called to activage one or more parts of the tree.
TreeCacheMBean.getInitialStateRetrievalTimeout())
TreeCache.getInitialStateRetrievalTimeout())
RegionManager this object should use to manage
marshalling/unmarshalling of different regions using different
classloaders.
TreeCacheMBean.activateRegion(String).
TreeCacheMBean.setReplicationVersion(String) instead
DummyUserTransaction.begin() method.
DummyBaseTransactionManager.begin() method.
DummyBaseTransactionManager.begin() method.
TreeCacheMarshaller instance should be created
to manage different classloaders to use for unmarshalling replicated
objects.
superclass method
by taking advantage of any special classloader registered for the
root node.
superclass method
by taking advantage of any special classloader registered for the
root node.
GlobalTransaction) in the transaction table
of TreeCache.RpcDispatcher
level.TreeCacheMarshaller to no longer use a special
classloader to unmarshal replicated objects for the specified region.
useMarshalling is true, we will use unregister this region.
msecs timeout.
TreeCache._remove(GlobalTransaction,Fqn,boolean).
serviceName and invokes
the method call on it.
subtree along with all descendant nodes.
fqn.
fqn sub-tree.
fqn sub-tree.
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