| Package | Description |
|---|---|
| com.tangosol.application |
Contains classes supporting the Coherence Container.
|
| com.tangosol.coherence.commonj |
Contains Coherence-based WorkManager implementation classes.
|
| com.tangosol.coherence.config.builder |
Defines the typical runtime configuration builders for the Coherence configuration object model.
|
| com.tangosol.coherence.config.scheme |
Defines the Coherence configuration object model classes and interfaces for Caching and Service Schemes.
|
| com.tangosol.coherence.config.xml.processor |
Defines the Xml document Element and Attribute Processors for Coherence Cache Configuration files.
|
| com.tangosol.coherence.dslquery | |
| com.tangosol.coherence.dslquery.internal | |
| com.tangosol.coherence.jcache |
Contains classes related to Coherence JCache.
|
| com.tangosol.coherence.jcache.common |
Common utilities used by Coherence JCache.
|
| com.tangosol.coherence.jcache.partitionedcache |
Contains classes related to partitioned cache implementation of Coherence JCache.
|
| com.tangosol.coherence.rest |
Contains classes related to the Coherence REST API.
|
| com.tangosol.coherence.rest.query |
Contains classes related to the Coherence REST pluggable query engine.
|
| com.tangosol.coherence.rest.server |
Contains classes related to embedded HTTP server integration.
|
| com.tangosol.coherence.servlet |
Contains classes related to the HTTP Session Replication Module.
|
| com.tangosol.coherence.servlet.api23 |
Contains classes related to the HTTP Session Replication Module that are specific to the Servlet 2.3 specification and higher.
|
| com.tangosol.coherence.transaction |
Contains classes related to the Coherence Transaction Framework.
|
| com.tangosol.io |
Contains classes providing cache persistence of serialized objects.
|
| com.tangosol.io.journal |
Contains classes related to the journaling services.
|
| com.tangosol.net |
Contains basic cluster interfaces and factories.
|
| com.tangosol.net.cache |
Contains classes providing various caching strategies.
|
| com.tangosol.net.events.application |
Contains classes related to application events within the Coherence Live Event Model, including ConfigurableCacheFactory events.
|
| com.tangosol.net.events.partition |
Contains classes related to PartitionedService events within the Coherence Live Event Model.
|
| com.tangosol.net.events.partition.cache |
Contains classes related to PartitionedCache events within the Coherence Live Event Model.
|
| com.tangosol.net.management |
Contains classes related to the Coherence Management Framework.
|
| com.tangosol.net.partition |
Contains interfaces and classes related to partitioned services.
|
| com.tangosol.net.proxy |
Contains interfaces and classes related to proxy services.
|
| com.tangosol.net.security |
Contains classes related to the Coherence Security Framework.
|
| com.tangosol.persistence |
Contains classes and helpers for implementing various types of persistence.
|
| com.tangosol.run.jca |
Contains classes providing Java 2 Connector Architecture functionality.
|
| com.tangosol.util |
Contains various generic utilities.
|
| com.tangosol.util.aggregator |
Contains concrete
InvocableMap.EntryAggregator implementations. |
| com.tangosol.util.extractor |
Contains
ValueExtractor and ValueUpdater related classes. |
| com.tangosol.util.filter |
Contains concrete
Filter implementations and related interfaces. |
| com.tangosol.util.fsm |
Contains Finite state machine interfaces.
|
| com.tangosol.util.processor |
Contains concrete
InvocableMap.EntryProcessor implementations. |
| Class and Description |
|---|
| CacheFactoryBuilder
CacheFactoryBuilder provides the means for building and managing configurable cache factories across class loaders in a pluggable fashion.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| ExtensibleConfigurableCacheFactory
ExtensibleConfigurableCacheFactory provides a facility to access caches declared in a "coherence-cache-config.xsd" compliant configuration file.
|
| ScopedCacheFactoryBuilder
Implementation of
CacheFactoryBuilder that manages multiple instances of ConfigurableCacheFactory. |
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| ServiceMonitor
The
ServiceMonitor is a facility that keeps registered services alive. |
| Class and Description |
|---|
| AbstractInvocable
An abstract base for Invocable and PriorityTask implementations.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| Invocable
The Invocable object is a cluster-portable object that can be invoked on any set of remote members and each can optionally register a return value for the invocation.
|
| InvocableInOrder
The InvocableInOrder interface allows to control the ordering in which the results of Invocable tasks are returned back to the caller by the Invocation service with a thread pool.
|
| InvocationObserver
The InvocationObserver is an object that asynchronously receives notification of results from the execution of Invocable objects.
|
| InvocationService
The InvocationService is a Service for delivering executable objects to cluster members for distributed invocation.
|
| Member
The Member interface represents a cluster member.
|
| MemberEvent
An event which indicates that membership has changed: a Member has joined a Member is leaving a Member has left A MemberEvent object is sent as an argument to the MemberListener interface methods.
|
| MemberListener
The listener interface for receiving MemberEvents.
|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|
| Class and Description |
|---|
| ActionPolicy
ActionPolicy defines which aspects of a Service's behavior are currently allowed.
|
| AddressProvider
The AddressProvider is a subclass interface of
SocketAddressProvider which returns InetSocketAddress from AddressProvider.getNextAddress(). |
| AddressProviderFactory
A factory for
AddressProvider objects. |
| BackingMapManager
A callback interface used by CacheService implementations.
|
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| ServiceFailurePolicy
ServiceFailurePolicy is used to control how a Guardable associated with a service is managed by its Guardian after the configured timeout.
|
| ServiceLoadBalancer
A ServiceLoadBalancer is a pluggable strategy for controlling the client load across individual members of a clustered Service.
|
| SocketAddressProvider
The SocketAddressProvider is an interface that serves as a means to provide addresses to a consumer.
|
| Class and Description |
|---|
| AbstractBackingMapManager
Abstract base of the BackingMapManager implementations.
|
| AddressProvider
The AddressProvider is a subclass interface of
SocketAddressProvider which returns InetSocketAddress from AddressProvider.getNextAddress(). |
| BackingMapManager
A callback interface used by CacheService implementations.
|
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| ExtensibleConfigurableCacheFactory
ExtensibleConfigurableCacheFactory provides a facility to access caches declared in a "coherence-cache-config.xsd" compliant configuration file.
|
| ExtensibleConfigurableCacheFactory.Manager
The Manager class uses builders to create the required backing maps and provides client access to those maps.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| ServiceDependencies
The ServiceDependencies interface defines externally provided dependencies for
clustered services. |
| Class and Description |
|---|
| MemberListener
The listener interface for receiving MemberEvents.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| SocketOptions
SocketOptions provides a means to configure the various aspects of Sockets.
|
| Class and Description |
|---|
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| DefaultCacheServer.GarServer
GarServer provides the functionality of DefaultCacheServer under the context of a GAR file.
|
| Class and Description |
|---|
| ConfigurableCacheFactory
An interface for cache factory.
|
| Class and Description |
|---|
| ConfigurableCacheFactory
An interface for cache factory.
|
| ExtensibleConfigurableCacheFactory
ExtensibleConfigurableCacheFactory provides a facility to access caches declared in a "coherence-cache-config.xsd" compliant configuration file.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| ExtensibleConfigurableCacheFactory
ExtensibleConfigurableCacheFactory provides a facility to access caches declared in a "coherence-cache-config.xsd" compliant configuration file.
|
| Class and Description |
|---|
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| CacheProvider
An interface for cache service provider.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| CacheProvider
An interface for cache service provider.
|
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| Class and Description |
|---|
| AbstractInvocable
An abstract base for Invocable and PriorityTask implementations.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| Guardable
A Guardable is a logical execution unit whose lifetime may be guarded by a Guardian.
|
| Invocable
The Invocable object is a cluster-portable object that can be invoked on any set of remote members and each can optionally register a return value for the invocation.
|
| InvocableInOrder
The InvocableInOrder interface allows to control the ordering in which the results of Invocable tasks are returned back to the caller by the Invocation service with a thread pool.
|
| InvocationObserver
The InvocationObserver is an object that asynchronously receives notification of results from the execution of Invocable objects.
|
| InvocationService
The InvocationService is a Service for delivering executable objects to cluster members for distributed invocation.
|
| Member
The Member interface represents a cluster member.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|
| Class and Description |
|---|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| Guardable
A Guardable is a logical execution unit whose lifetime may be guarded by a Guardian.
|
| Class and Description |
|---|
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| Guardable
A Guardable is a logical execution unit whose lifetime may be guarded by a Guardian.
|
| Guardian
A Guardian is responsible for monitoring the registered
Guardable objects. |
| Class and Description |
|---|
| AbstractBackingMapManager
Abstract base of the BackingMapManager implementations.
|
| AbstractServiceLoadBalancer
An abstract base for ServiceLoadBalancer implementations.
|
| Action
An Action represents a controllable action or behavior that a Service might perform.
|
| ActionPolicy
ActionPolicy defines which aspects of a Service's behavior are currently allowed.
|
| AddressProvider
The AddressProvider is a subclass interface of
SocketAddressProvider which returns InetSocketAddress from AddressProvider.getNextAddress(). |
| AddressProviderFactory
A factory for
AddressProvider objects. |
| AsyncNamedCache
Asynchronous
NamedCache. |
| BackingMapContext
The BackingMapContext provides an execution context to server side agents such as
EntryProcessors and EntryAggregators. |
| BackingMapManager
A callback interface used by CacheService implementations.
|
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| CacheFactoryBuilder
CacheFactoryBuilder provides the means for building and managing configurable cache factories across class loaders in a pluggable fashion.
|
| CacheService
A CacheService is a clustered service providing a collection of named Maps that hold resources shared among members of a cluster.
|
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| ClusterDependencies
The ClusterDependencies interface defines externally provided dependencies for a
Cluster. |
| CompositeAddressProvider.AddressIterator
An Iterator over the addresses in this AddressProvider.
|
| ConfigurableAddressProvider
ConfigurableAddressProvider is an implementation of the AddressProvider interface based on a static list of addresses configured in an XML element that contains one or more items in the following format: <socket-address> <address>...
|
| ConfigurableAddressProvider.AddressHolder
A stateful holder for an obtaining an InetSocketAddress object.
|
| ConfigurableCacheFactory
An interface for cache factory.
|
| ConfigurableQuorumPolicy
ConfigurableQuorumPolicy provides a Quorum-based
ActionPolicy for services based on the cluster-configuration. |
| ConfigurableQuorumPolicy.ClusterQuorumPolicy
ClusterQuorumPolicy defines an action policy that is applicable to the cluster.
|
| ConfigurableQuorumPolicy.MembershipQuorumPolicy
MembershipQuorumPolicy is a quorum policy that is stateless and based solely on service membership sizes.
|
| ConfigurableQuorumPolicy.MembershipQuorumPolicy.QuorumRule
A quorum rule defines a set of allowable actions beyond the rule's threshold size.
|
| ConfigurableQuorumPolicy.PartitionedCacheQuorumPolicy
PartitionedCacheQuorumPolicy defines a configurable quorum policy that is applicable to a DistributedCacheService.
|
| ConfigurableQuorumPolicy.PartitionedCacheQuorumPolicy.ActionRule
Action Rules for
ConfigurableQuorumPolicy.PartitionedCacheQuorumPolicy |
| ConfigurableQuorumPolicy.ProxyQuorumPolicy
ProxyQuorumPolicy defines a configurable quorum policy that is applicable to a proxy service.
|
| DatagramSocketProvider
DatagramSocketProivder defines an interface for creating datagram and multicast sockets.
|
| DefaultCacheServer
DefaultCacheServer is a simple command line facility and convenience API that starts all services that are declared as requiring an "autostart" in the configurable factory XML descriptor.
|
| DefaultCacheServer.GarServer
GarServer provides the functionality of DefaultCacheServer under the context of a GAR file.
|
| DefaultConfigurableCacheFactory
Deprecated.
|
| DefaultConfigurableCacheFactory.CacheInfo
Deprecated.
CacheInfo is a placeholder for cache attributes retrieved during parsing the corresponding cache mapping element.
|
| DescribableAddressProvider
An AddressProvider that additionally allows to retrieve a human readable description of underlying addresses without doing a DNS lookup.
|
| DistributedCacheService
A DistributedCacheService is a clustered cache service that partitions its data across cluster members that provide backing storage.
|
| ExtensibleConfigurableCacheFactory
ExtensibleConfigurableCacheFactory provides a facility to access caches declared in a "coherence-cache-config.xsd" compliant configuration file.
|
| ExtensibleConfigurableCacheFactory.Dependencies |
| Guardable
A Guardable is a logical execution unit whose lifetime may be guarded by a Guardian.
|
| Guardian
A Guardian is responsible for monitoring the registered
Guardable objects. |
| Guardian.GuardContext
A GuardContext represents the lifecycle status of a Guardable.
|
| GuardSupport.Context
Base implementation for GuardContext's used by GuardSupport.
|
| InetAddressHelper.RoutableFilter
The RoutableFilter evaluates to true for any InetAddress which is externally routable.
|
| Invocable
The Invocable object is a cluster-portable object that can be invoked on any set of remote members and each can optionally register a return value for the invocation.
|
| InvocableInOrder
The InvocableInOrder interface allows to control the ordering in which the results of Invocable tasks are returned back to the caller by the Invocation service with a thread pool.
|
| InvocationObserver
The InvocationObserver is an object that asynchronously receives notification of results from the execution of Invocable objects.
|
| InvocationService
The InvocationService is a Service for delivering executable objects to cluster members for distributed invocation.
|
| LoadBalancer.AddressPort
An AddressPort is an immutable combination of an IP address and a port number.
|
| LoadBalancer.Queue
A Queue is used to effeciently queue up items for daemon threads to work on.
|
| LoadBalancer.RequestHandler
A RequestHandler is a daemon thread that processes a request from a queue.
|
| LoadBalancer.ResponseHandler
A ResponseHandler is a daemon thread that processes an outgoing response from a destination server.
|
| LoadBalancer.SocketHandler
A SocketHandler is an abstract daemon thread.
|
| Member
The Member interface represents a cluster member.
|
| MemberEvent
An event which indicates that membership has changed: a Member has joined a Member is leaving a Member has left A MemberEvent object is sent as an argument to the MemberListener interface methods.
|
| MemberIdentity
The MemberIdentity interface represents the identity of a cluster member.
|
| MemberListener
The listener interface for receiving MemberEvents.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| NameService.LookupCallback
An object which implements
NameService.LookupCallback can be registered with a NameService via NameService.addLookupCallback(com.tangosol.net.NameService.LookupCallback) to perform a lookup on names that were not found in the NameService's directory. |
| NameService.RequestContext
An object which implements
NameService.RequestContext stores information about the NameService request. |
| NonBlockingTcpDatagramSocket.Impl
A specialization of
TcpDatagramSocket.Impl which provides non-blocking functionality, see NonBlockingTcpDatagramSocket.Impl.send(DatagramPacket). |
| PartitionedService
A PartitionedService is aware of a mapping of keys to partitions and of partitions to cluster members.
|
| PartitionedService.PartitionedAction
PartitionedAction represents a type of action taken by a PartitionedService.
|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|
| RefreshableAddressProvider.CircularIterator
An Iterator implementation that can be converted into
circular mode to allow the remaining addresses and previously skipped addresses to be used; typically set once an address has been accepted. |
| RequestIncompleteException
Signals that a request execution in a distributed environment failed to complete successfully.
|
| ScopedCacheFactoryBuilder
Implementation of
CacheFactoryBuilder that manages multiple instances of ConfigurableCacheFactory. |
| ScopeResolver
This interface is used to derive a scope name used to create an instance of
ConfigurableCacheFactory. |
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| ServiceDependencies
The ServiceDependencies interface defines externally provided dependencies for
clustered services. |
| ServiceInfo
The ServiceInfo represents information about a Service that operates in a clustered network environment.
|
| ServiceLoad
A ServiceLoad encapsulates information about the current utilization of a Service.
|
| ServiceLoadBalancer
A ServiceLoadBalancer is a pluggable strategy for controlling the client load across individual members of a clustered Service.
|
| ServiceMonitor
The
ServiceMonitor is a facility that keeps registered services alive. |
| SocketAddressProvider
The SocketAddressProvider is an interface that serves as a means to provide addresses to a consumer.
|
| SocketOptions
SocketOptions provides a means to configure the various aspects of Sockets.
|
| SocketProviderFactory
The SocketProviderFactory produces SocketProviders.
|
| SocketProviderFactory.Dependencies
Dependencies specifies all dependency requirements of the SocketProviderFactory.
|
| SocketProviderFactory.Dependencies.ProviderType
Enumeration of Provider types.
|
| SystemDatagramSocketProvider
SystemDatagramSocketProvider produces JVM default datagram sockets
|
| TcpDatagramSocket
TCP based datagram socket implementation.
|
| TcpDatagramSocket.Impl
A specialized version of
DatagramSocketImpl. |
| TcpDatagramSocketProvider
TcpDatagramSocketProvider produces datagram sockets that uses TCP sockets underneath for unicast communication.
|
| TcpDatagramSocketProvider.DefaultDependencies
DefaultDependenceis is a basic implementation of the Dependencies interface providing "setter" methods for each property.
|
| TcpDatagramSocketProvider.Dependencies
Dependencies specifies all dependency requirements of the TcpDatagramSocketProvider.
|
| ThreadPoolManager
A ThreadPoolManager manages the thread pool information for a Coherence service thread pool.
|
| WrapperService
Service implementation that delegates to a wrapped Service instance.
|
| Class and Description |
|---|
| BackingMapContext
The BackingMapContext provides an execution context to server side agents such as
EntryProcessors and EntryAggregators. |
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| CacheService
A CacheService is a clustered service providing a collection of named Maps that hold resources shared among members of a cluster.
|
| Guardable
A Guardable is a logical execution unit whose lifetime may be guarded by a Guardian.
|
| Guardian
A Guardian is responsible for monitoring the registered
Guardable objects. |
| MemberEvent
An event which indicates that membership has changed: a Member has joined a Member is leaving a Member has left A MemberEvent object is sent as an argument to the MemberListener interface methods.
|
| MemberListener
The listener interface for receiving MemberEvents.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| ConfigurableCacheFactory
An interface for cache factory.
|
| Class and Description |
|---|
| Member
The Member interface represents a cluster member.
|
| PartitionedService
A PartitionedService is aware of a mapping of keys to partitions and of partitions to cluster members.
|
| Class and Description |
|---|
| BackingMapContext
The BackingMapContext provides an execution context to server side agents such as
EntryProcessors and EntryAggregators. |
| Class and Description |
|---|
| CacheService
A CacheService is a clustered service providing a collection of named Maps that hold resources shared among members of a cluster.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| Action
An Action represents a controllable action or behavior that a Service might perform.
|
| ActionPolicy
ActionPolicy defines which aspects of a Service's behavior are currently allowed.
|
| BackingMapManager
A callback interface used by CacheService implementations.
|
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| Member
The Member interface represents a cluster member.
|
| MemberEvent
An event which indicates that membership has changed: a Member has joined a Member is leaving a Member has left A MemberEvent object is sent as an argument to the MemberListener interface methods.
|
| MemberListener
The listener interface for receiving MemberEvents.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| PartitionedService
A PartitionedService is aware of a mapping of keys to partitions and of partitions to cluster members.
|
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| Class and Description |
|---|
| AbstractServiceLoadBalancer
An abstract base for ServiceLoadBalancer implementations.
|
| Member
The Member interface represents a cluster member.
|
| MemberIdentity
The MemberIdentity interface represents the identity of a cluster member.
|
| ServiceLoad
A ServiceLoad encapsulates information about the current utilization of a Service.
|
| ServiceLoadBalancer
A ServiceLoadBalancer is a pluggable strategy for controlling the client load across individual members of a clustered Service.
|
| SimpleServiceLoadBalancer
A simple ServiceLoadBalancer implementation.
|
| Class and Description |
|---|
| BackingMapContext
The BackingMapContext provides an execution context to server side agents such as
EntryProcessors and EntryAggregators. |
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| ClusterPermission
This class represents access to a clustered resource such as a Service or NamedCache.
|
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| Class and Description |
|---|
| Cluster
The Cluster interface represents a collection of services that operate in a clustered network environment.
|
| ExtensibleConfigurableCacheFactory
ExtensibleConfigurableCacheFactory provides a facility to access caches declared in a "coherence-cache-config.xsd" compliant configuration file.
|
| Member
The Member interface represents a cluster member.
|
| PartitionedService
A PartitionedService is aware of a mapping of keys to partitions and of partitions to cluster members.
|
| Class and Description |
|---|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Class and Description |
|---|
| Action
An Action represents a controllable action or behavior that a Service might perform.
|
| ActionPolicy
ActionPolicy defines which aspects of a Service's behavior are currently allowed.
|
| AddressProvider
The AddressProvider is a subclass interface of
SocketAddressProvider which returns InetSocketAddress from AddressProvider.getNextAddress(). |
| BackingMapContext
The BackingMapContext provides an execution context to server side agents such as
EntryProcessors and EntryAggregators. |
| BackingMapManager
A callback interface used by CacheService implementations.
|
| BackingMapManagerContext
The BackingMapManager context is used by the CacheService to pass information to the BackingMapManager during the service initialization.
|
| CacheService
A CacheService is a clustered service providing a collection of named Maps that hold resources shared among members of a cluster.
|
| FlowControl
Communication facilities that provide an asynchronous (non-blocking) way of submitting data exchange requests commonly implement mechanisms of modulating the control flow for underlying data transfer units (e.g. messages or packets).
|
| Guardable
A Guardable is a logical execution unit whose lifetime may be guarded by a Guardian.
|
| Guardian
A Guardian is responsible for monitoring the registered
Guardable objects. |
| Guardian.GuardContext
A GuardContext represents the lifecycle status of a Guardable.
|
| Member
The Member interface represents a cluster member.
|
| NamedCache
A Map-based data-structure that manages entries across one or more processes.
|
| Service
This Service interface represents a controllable service that operates in a clustered network environment.
|
| SocketAddressProvider
The SocketAddressProvider is an interface that serves as a means to provide addresses to a consumer.
|
| Class and Description |
|---|
| AbstractPriorityTask
An abstract base for PriorityTask implementations.
|
| FlowControl
Communication facilities that provide an asynchronous (non-blocking) way of submitting data exchange requests commonly implement mechanisms of modulating the control flow for underlying data transfer units (e.g. messages or packets).
|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|
| Class and Description |
|---|
| BackingMapContext
The BackingMapContext provides an execution context to server side agents such as
EntryProcessors and EntryAggregators. |
| Class and Description |
|---|
| AbstractPriorityTask
An abstract base for PriorityTask implementations.
|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|
| Class and Description |
|---|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|
| Class and Description |
|---|
| AbstractPriorityTask
An abstract base for PriorityTask implementations.
|
| FlowControl
Communication facilities that provide an asynchronous (non-blocking) way of submitting data exchange requests commonly implement mechanisms of modulating the control flow for underlying data transfer units (e.g. messages or packets).
|
| PriorityTask
The PriorityTask interface allows to control the ordering in which a service schedules tasks for execution using a thread pool and limit their execution times to a specified duration.
|