Hazelcast .Net Client Class Library
Hazelcast.Core
AbstractAggregator(R) Class
AbstractMapEvent Class
Aggregators Class
AndPredicate Class
BetweenPredicate Class
BigIntegerSumAggregator Class
ClientType Enumeration
ConsistencyLostException Class
CountAggregator Class
DataAwareEntryEvent(TKey, TValue) Class
DistributedObjectDestroyedException Class
DistributedObjectEvent Class
DistributedObjectEvent.EventType Class
DoubleAverageAggregator Class
DoubleSumAggregator Class
EntryAdapter(TKey, TValue) Class
EntryAddedListener(TKey, TValue) Interface
EntryEvent(TKey, TValue) Class
EntryEventType Enumeration
EntryEvictedListener(TKey, TValue) Interface
EntryExpiredListener(TKey, TValue) Interface
EntryMergedListener(TKey, TValue) Interface
EntryRemovedListener(TKey, TValue) Interface
EntryUpdatedListener(TKey, TValue) Interface
EqualPredicate Class
EventObject Class
FalsePredicate Class
FixedSumAggregator Class
FloatingPointSumAggregator Class
GreaterLessPredicate Class
HazelcastException Class
HazelcastInstanceNotActiveException Class
HazelcastJsonValue Class
IAggregator(TResult) Class
IAtomicLong Interface
IClient Interface
IClientListener Interface
IClientService Interface
ICluster Interface
ICountDownLatch Interface
IDistributedObject Interface
IDistributedObjectListener Interface
IEndpoint Interface
IEntryListener(TKey, TValue) Interface
IEntryView(TKey, TValue) Interface
IEventListener Interface
IExecutionCallback(T) Interface
IExecutorService Interface
IHazelcastInstance Interface
IHazelcastInstanceAware Interface
IHCollection(T) Interface
IHList(T) Interface
IHSet(T) Interface
IIdGenerator Interface
IInitialMembershipListener Interface
IItemListener(TE) Interface
ILifecycleListener Interface
ILifecycleService Interface
ILikePredicate Class
ILock Interface
IManagedContext Interface
IMap(TKey, TValue) Interface
IMember Interface
IMembershipListener Interface
IMessageListener(T) Interface
IMultiExecutionCallback Interface
IMultiMap(TKey, TValue) Interface
InitialMembershipEvent Class
InPredicate Class
InstanceofPredicate Class
IntegerAverageAggregator Class
IntegerSumAggregator Class
IPartition Interface
IPartitionAware(T) Interface
IPartitioningStrategy Interface
IPNCounter Interface
IPredicate Interface
IPredicate(TKey, TValue) Interface
IProjection Class
IQueue(T) Interface
IReplicatedMap(TKey, TValue) Interface
IRingbuffer(T) Interface
ISemaphore Interface
ItemEvent(TE) Class
ItemEventType Enumeration
ItemListener(T) Class
ITopic(T) Interface
ITransactionalList(E) Interface
ITransactionalMap(TKey, TValue) Interface
ITransactionalMultiMap(TKey, TValue) Interface
ITransactionalQueue(T) Interface
ITransactionalSet(E) Interface
LifecycleEvent Class
LifecycleEvent.LifecycleState Enumeration
LifecycleListener Class
LikePredicate Class
LongAverageAggregator Class
LongSumAggregator Class
MapClearedListener Interface
MapEvent Class
MapEvictedListener Interface
MapListener Interface
MaxAggregator(TResult) Class
MemberAttributeEvent Class
MembershipEvent Class
MembershipListener Class
Message(T) Class
MinAggregator(TResult) Class
NoDataMemberInClusterException Class
NotEqualPredicate Class
NotPredicate Class
NumberAverageAggregator Class
OrPredicate Class
OverflowPolicy Enumeration
PagingPredicate Class
PartitionPredicate Class
PredicateExt Class
PredicateProperty Class
Predicates Class
QueryException Class
RegexPredicate Class
SingleAttributeProjection Class
SqlPredicate Class
StaleSequenceException Class
TimeUnit Enumeration
TruePredicate Class
Click or drag to resize

OverflowPolicy Enumeration

Using this policy one can control the behavior what should to be done when an item is about to be added to the ringbuffer, but there is 0 remaining capacity.

Namespace:  Hazelcast.Core
Assembly:  Hazelcast.Net (in Hazelcast.Net.dll) Version: 3.12.3
Syntax
Copy
public enum OverflowPolicy
Members
  Member nameValueDescription
Overwrite0Using this policy the oldest item is overwritten no matter it is not old enough to retire.
Fail1 Using this policy the call will fail immediately and the oldest item will not be overwritten before it is old enough to retire.
Remarks
Using this policy one can control the behavior what should to be done when an item is about to be added to the ringbuffer, but there is 0 remaining capacity. Overflowing happens when a time-to-live is set and the oldest item in the ringbuffer (the head) is not old enough to expire.
See Also