Package org.springframework.data.gemfire

Class PeerRegionFactoryBean<K,V>

java.lang.Object

org.springframework.data.gemfire.support.AbstractFactoryBeanSupport<Region<K,V>>

org.springframework.data.gemfire.ResolvableRegionFactoryBean<K,V>

org.springframework.data.gemfire.ConfigurableRegionFactoryBean<K,V>

org.springframework.data.gemfire.PeerRegionFactoryBean<K,V>

All Implemented Interfaces:

Aware, BeanClassLoaderAware, BeanFactoryAware, BeanNameAware, DisposableBean, FactoryBean<Region<K,V>>, InitializingBean, Lifecycle, Phased, SmartLifecycle, EvictingRegionFactoryBean, ExpiringRegionFactoryBean<K,V>

Direct Known Subclasses:

GenericRegionFactoryBean, LocalRegionFactoryBean, PartitionedRegionFactoryBean, ReplicatedRegionFactoryBean

public abstract class PeerRegionFactoryBean<K,V>
extends ConfigurableRegionFactoryBean<K,V>
implements DisposableBean, EvictingRegionFactoryBean, ExpiringRegionFactoryBean<K,V>, SmartLifecycle

Spring FactoryBean and abstract base class extended by other SDG FactoryBeans used to construct, configure and initialize peer Regions. This FactoryBean allows for very easy and flexible creation of peer Regions. For client Regions, see the ClientRegionFactoryBean.

Author:

Costin Leau, David Turanski, John Blum

See Also:

• Cache
• CacheListener
• CacheLoader
• CacheWriter
• CustomExpiry
• DataPolicy
• DiskStore
• EvictionAttributes
• ExpirationAttributes
• GemFireCache
• PartitionAttributes
• Region
• RegionAttributes
• RegionFactory
• RegionShortcut
• Scope
• AsyncEventQueue
• GatewaySender
• Compressor
• DisposableBean
• SmartLifecycle
• ConfigurableRegionFactoryBean
• ResolvableRegionFactoryBean
• ClientRegionFactoryBean
• EvictingRegionFactoryBean
• ExpiringRegionFactoryBean
• RegionConfigurer

Field Summary

Fields inherited from class org.springframework.data.gemfire.support.AbstractFactoryBeanSupport

DEFAULT_SINGLETON

Fields inherited from interface org.springframework.beans.factory.FactoryBean

OBJECT_TYPE_ATTRIBUTE

Fields inherited from interface org.springframework.context.SmartLifecycle

DEFAULT_PHASE

Constructor Summary

Constructors

Constructor	Description
PeerRegionFactoryBean()

Method Summary

Modifier and Type	Method	Description
void	addAsyncEventQueueIds(String[] asyncEventQueueIds)	Registers the array of AsyncEventQueues (AEQ) with this Region by ID by appending to the already existing, registered AEQs for this Region.
void	addAsyncEventQueues(AsyncEventQueue[] asyncEventQueues)	Registers the array of AsyncEventQueues (AEQ) with this Region by appending to the already existing, registered AEQs for this Region.
void	addGatewaySenders(GatewaySender[] gatewaySenders)	Registers the array of GatewaySenders with this Region by appending to the already existing, registered GatewaySenders for this Region.
void	addGatewaySendersIds(String[] gatewaySenderIds)	Registers the array of GatewaySender IDs with this Region by appending to the already existing, registered GatewaySenders for this Region.
protected RegionFactory<K,V>	configure(RegionFactory<K,V> regionFactory)	Configures the RegionFactory based on the configuration settings of this PeerRegionFactoryBean.
protected Region<K,V>	createRegion(GemFireCache gemfireCache, String regionName)	Creates a new Region with the given name.
protected RegionFactory<K,V>	createRegionFactory(Cache cache)	Create a new instance of RegionFactory initialized with the given Cache that is then used to construct, configure and initialize the Region specified by this PeerRegionFactoryBean.
void	destroy()	Closes and destroys this Region.
RegionAttributes<K,V>	getAttributes()	Returns the RegionAttributes used to configure this Region.
DataPolicy	getDataPolicy()	Returns resolved DataPolicy as configured with the RegionFactory when creating this Region.
Boolean	getOffHeap()	Returns a Boolean value indicating whether off-heap memory was enabled for this Region.
int	getPhase()
Scope	getScope()	Returns the configured Scope of the Region affecting data distribution and acknowledgement strategy (useful in consistency) for the Region.
RegionShortcut	getShortcut()	Returns the configured RegionShortcut.
Boolean	getStatisticsEnabled()
boolean	isAutoStartup()
protected boolean	isNotPersistent()	Returns true when the user explicitly specified a value for the persistent attribute and it is false.
boolean	isOffHeap()	Returns a boolean value indicating whether off-heap memory use was enabled for this Region.
protected boolean	isPersistent()	Returns true when the user explicitly specified a value for the persistent attribute and it is true.
boolean	isRunning()
boolean	isStatisticsEnabled()
protected <K, V> void	mergePartitionAttributes(RegionFactory<K,V> regionFactory, RegionAttributes<K,V> regionAttributes)	Merges the RegionAttributes into the RegionFactory.
protected <K, V> RegionFactory<K,V>	mergeRegionAttributes(RegionFactory<K,V> regionFactory, RegionAttributes<K,V> regionAttributes)	Intelligently merges the given RegionAttributes with the configuration setting of the RegionFactory.
protected RegionFactory<K,V>	postProcess(RegionFactory<K,V> regionFactory)	Post-process the RegionFactory used to create the Region specified by this PeerRegionFactoryBean during initialization.
protected void	resolveDataPolicy(RegionFactory<K,V> regionFactory, Boolean persistent, String dataPolicy)	Validates the configured Data Policy and may override it, taking into account the 'persistent' attribute and constraints for the Region type.
protected void	resolveDataPolicy(RegionFactory<K,V> regionFactory, Boolean persistent, DataPolicy dataPolicy)	Validates and sets the Data Policy on the RegionFactory used to create and configure the Region from this FactoryBean.
protected boolean	resolveStatisticsEnabled()
void	setAsyncEventQueueIds(String[] asyncEventQueueIds)	Configures an array of AsyncEventQueues (AEQ) for this Region by AEQ ID.
void	setAsyncEventQueues(AsyncEventQueue[] asyncEventQueues)	Configures an array of AsyncEventQueues for this Region, which are used to perform asynchronous data access operations, e.g.
void	setAttributes(RegionAttributes<K,V> attributes)	Sets the RegionAttributes used to configure this Region.
void	setCacheListeners(CacheListener<K,V>[] cacheListeners)	Configures CacheListeners used to listen for entry events on this Region.
void	setCacheLoader(CacheLoader<K,V> cacheLoader)	Configures the CacheLoader used by this Region to perform synchronous read-through data access operations to an underlying, external data source.
void	setCacheWriter(CacheWriter<K,V> cacheWriter)	Configures the CacheWriter used by this Region to perform synchronous write-through data access operations to an underlying, external data source.
void	setClose(boolean close)	Configure whether to close this Region during shutdown.
void	setCompressor(Compressor compressor)	Configures the Compressor used to compress this Region's data.
void	setCustomEntryIdleTimeout(CustomExpiry<K,V> customEntryIdleTimeout)
void	setCustomEntryTimeToLive(CustomExpiry<K,V> customEntryTimeToLive)
void	setDataPolicy(DataPolicy dataPolicy)	Configure the DataPolicy for this Region.
void	setDestroy(boolean destroy)	Configure whether to destroy this Region during shutdown.
void	setDiskStoreName(String diskStoreName)	Configures the name of the DiskStore used by this Region for overflow and/or persistence.
void	setEntryIdleTimeout(ExpirationAttributes entryIdleTimeout)
void	setEntryTimeToLive(ExpirationAttributes entryTimeToLive)
void	setEvictionAttributes(EvictionAttributes evictionAttributes)
void	setGatewaySenderIds(String[] gatewaySenderIds)	Configures the GatewaySenders by ID used to send data and events from this Region to a matching Region in a remote cluster.
void	setGatewaySenders(GatewaySender[] gatewaySenders)	Configures the GatewaySenders used to send data and events from this Region to a matching Region in a remote cluster.
void	setKeyConstraint(Class<K> keyConstraint)	Configures the key constraint used to enforce key types for this Region.
void	setOffHeap(Boolean offHeap)	Configures this Region with the capability to store data in off-heap memory.
void	setPersistent(Boolean persistent)	Configures whether to enable persistence for this Region.
void	setRegionIdleTimeout(ExpirationAttributes regionIdleTimeout)
void	setRegionTimeToLive(ExpirationAttributes regionTimeToLive)
void	setScope(Scope scope)	Configures the Region's Scope, which affects data distribution and acknowledgement strategy (useful in consistency) for the Region.
void	setShortcut(RegionShortcut shortcut)	Configures the Region with the given RegionShortcut.
void	setStatisticsEnabled(Boolean statisticsEnabled)
void	setValueConstraint(Class<V> valueConstraint)	Configures the value constraint used to enforce value types for this Region.
void	start()
void	stop()
void	stop(Runnable callback)

Methods inherited from class org.springframework.data.gemfire.ConfigurableRegionFactoryBean

applyRegionConfigurers, applyRegionConfigurers, applyRegionConfigurers, getCompositeRegionConfigurer, setRegionConfigurers, setRegionConfigurers

Methods inherited from class org.springframework.data.gemfire.ResolvableRegionFactoryBean

afterPropertiesSet, getCache, getLookupEnabled, getObject, getObjectType, getParent, getRegion, isLookupEnabled, loadSnapshot, postProcess, resolveRegionName, setCache, setLookupEnabled, setName, setParent, setRegion, setRegionName, setSnapshot

Methods inherited from class org.springframework.data.gemfire.support.AbstractFactoryBeanSupport

getBeanClassLoader, getBeanFactory, getBeanName, getLog, getOptionalLog, isDebugLoggingEnabled, isErrorLoggingEnabled, isInfoLoggingEnabled, isSingleton, isWarnLoggingEnabled, logDebug, logDebug, logError, logError, logInfo, logInfo, logWarning, logWarning, newLog, setBeanClassLoader, setBeanFactory, setBeanName

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

PeerRegionFactoryBean

public PeerRegionFactoryBean()

Method Details

createRegion

protected Region<K,V> createRegion(GemFireCache gemfireCache,
 String regionName)

Creates a new Region with the given name.

Overrides:

createRegion in class ResolvableRegionFactoryBean<K,V>

Parameters:

gemfireCache - reference to the GemFireCache.

regionName - name of the new Region.

Returns:

a new Region with the given name.

See Also:

• GemFireCache
• Region

createRegionFactory

protected RegionFactory<K,V> createRegionFactory(Cache cache)

Create a new instance of RegionFactory initialized with the given Cache that is then used to construct, configure and initialize the Region specified by this PeerRegionFactoryBean.

Parameters:

cache - reference to the Cache.

Returns:

a RegionFactory used to construct, configure and initialize the Region specified by this PeerRegionFactoryBean.

See Also:

• Cache.createRegionFactory(org.apache.geode.cache.RegionShortcut)
• Cache.createRegionFactory(org.apache.geode.cache.RegionAttributes)
• Cache.createRegionFactory()
• RegionFactory

configure

protected RegionFactory<K,V> configure(RegionFactory<K,V> regionFactory)

Configures the RegionFactory based on the configuration settings of this PeerRegionFactoryBean.

Parameters:

regionFactory - RegionFactory to configure

Returns:

the given RegionFactory.

See Also:

• RegionFactory

postProcess

protected RegionFactory<K,V> postProcess(RegionFactory<K,V> regionFactory)

Post-process the RegionFactory used to create the Region specified by this PeerRegionFactoryBean during initialization. The RegionFactory has been already constructed, configured and initialized by this PeerRegionFactoryBean before this method gets invoked.

Parameters:

regionFactory - RegionFactory used to create the Region.

Returns:

the given RegionFactory.

See Also:

• RegionFactory

mergeRegionAttributes

protected <K,
V> RegionFactory<K,V> mergeRegionAttributes(RegionFactory<K,V> regionFactory,
 RegionAttributes<K,V> regionAttributes)

Intelligently merges the given RegionAttributes with the configuration setting of the RegionFactory. This method is used to merge the RegionAttributes and PartitionAttributes with the RegionFactory that is created when the user specified a RegionShortcut. This method gets called by the createRegionFactory method depending upon the value passed to the Cache.createRegionFactory() method (i.e. whether there was a RegionShortcut specified or not).

Type Parameters:

K - the Class type fo the Region key.

V - the Class type of the Region value.

Parameters:

regionFactory - the GemFire RegionFactory used to configure and create the Region that is the product of this PeerRegionFactoryBean.

regionAttributes - the RegionAttributes containing the Region configuration settings to merge to the RegionFactory.

Returns:

the RegionFactory with the configuration settings of the RegionAttributes merged.

See Also:

• isUserSpecifiedEvictionAttributes(org.apache.geode.cache.RegionAttributes)
• validateRegionAttributes(org.apache.geode.cache.RegionAttributes)
• RegionAttributes
• RegionFactory

mergePartitionAttributes

protected <K,
V> void mergePartitionAttributes(RegionFactory<K,V> regionFactory,
 RegionAttributes<K,V> regionAttributes)

Merges the RegionAttributes into the RegionFactory.

Parameters:

regionFactory - RegionFactory to configure.

regionAttributes - RegionAttributes used to configure the RegionFactory if not null.

See Also:

• RegionAttributes
• RegionFactory

isNotPersistent

protected boolean isNotPersistent()

Returns true when the user explicitly specified a value for the persistent attribute and it is false. If the persistent attribute was not explicitly specified, then the persistence setting is implicitly undefined and will be determined by the Data Policy.

Returns:

true when the user specified an explicit value for the persistent attribute and it is false; false otherwise.

See Also:

• isPersistent()

isPersistent

protected boolean isPersistent()

Returns true when the user explicitly specified a value for the persistent attribute and it is true. If the persistent attribute was not explicitly specified, then the persistence setting is implicitly undefined and will be determined by the Data Policy.

Returns:

true when the user specified an explicit value for the persistent attribute and it is true; false otherwise.

See Also:

• isNotPersistent()

resolveDataPolicy

protected void resolveDataPolicy(RegionFactory<K,V> regionFactory,
 Boolean persistent,
 DataPolicy dataPolicy)

Validates and sets the Data Policy on the RegionFactory used to create and configure the Region from this FactoryBean.

Parameters:

regionFactory - the RegionFactory used by this FactoryBean to create and configure the Region.

persistent - a boolean value indicating whether the Region should be persistent and persist it's data to disk.

dataPolicy - the configured Data Policy for the Region.

See Also:

• resolveDataPolicy(org.apache.geode.cache.RegionFactory, Boolean, String)
• DataPolicy
• RegionFactory

resolveDataPolicy

protected void resolveDataPolicy(RegionFactory<K,V> regionFactory,
 Boolean persistent,
 String dataPolicy)

Validates the configured Data Policy and may override it, taking into account the 'persistent' attribute and constraints for the Region type.

Parameters:

regionFactory - the GemFire RegionFactory used to create the desired Region.

persistent - a boolean value indicating whether the Region should persist it's data to disk.

dataPolicy - requested Data Policy as set by the user in the Spring GemFire configuration meta-data.

See Also:

• DataPolicy
• RegionFactory

destroy

public void destroy()
             throws Exception

Closes and destroys this Region.

Specified by:

destroy in interface DisposableBean

Throws:

Exception - if destroy() fails.

See Also:

• DisposableBean
• Region.close()
• Region.destroyRegion()

setAsyncEventQueues

public void setAsyncEventQueues(@NonNull
 AsyncEventQueue[] asyncEventQueues)

Configures an array of AsyncEventQueues for this Region, which are used to perform asynchronous data access operations, e.g. asynchronous, write-behind operations. This method clears any existing, registered AsyncEventQueues (AEQ) already associated with this Region. Use addAsyncEventQueues(AsyncEventQueue[]) or addAsyncEventQueueIds(String[]) to append to the existing AEQs already registered instead.

Parameters:

asyncEventQueues - array of AsyncEventQueues registered with and used by this Region to perform asynchronous data access operations.

See Also:

• AsyncEventQueue
• addAsyncEventQueues(AsyncEventQueue[])
• addAsyncEventQueueIds(String[])
• setAsyncEventQueueIds(String[])

setAsyncEventQueueIds

public void setAsyncEventQueueIds(@NonNull
 String[] asyncEventQueueIds)

Configures an array of AsyncEventQueues (AEQ) for this Region by AEQ ID. This method clears any existing, registered AsyncEventQueues (AEQ) already associated with this Region by AEQ ID. Use addAsyncEventQueues(AsyncEventQueue[]) or addAsyncEventQueueIds(String[]) to append to the existing AEQs already registered instead. or addAsyncEventQueueIds(String[]) to append to the existing AEQs already registered instead.

Parameters:

asyncEventQueueIds - array of Strings specifying AEQ IDs to be registered with this Region.

See Also:

• addAsyncEventQueues(AsyncEventQueue[])
• setAsyncEventQueues(AsyncEventQueue[])
• setAsyncEventQueueIds(String[])

addAsyncEventQueues

public void addAsyncEventQueues(@NonNull
 AsyncEventQueue[] asyncEventQueues)

Registers the array of AsyncEventQueues (AEQ) with this Region by appending to the already existing, registered AEQs for this Region.

Parameters:

asyncEventQueues - array of AsyncEventQueues to register with this Region.

See Also:

• addAsyncEventQueueIds(String[])
• setAsyncEventQueues(AsyncEventQueue[])
• setAsyncEventQueueIds(String[])

addAsyncEventQueueIds

public void addAsyncEventQueueIds(@NonNull
 String[] asyncEventQueueIds)

Registers the array of AsyncEventQueues (AEQ) with this Region by ID by appending to the already existing, registered AEQs for this Region.

Parameters:

asyncEventQueueIds - array of AsyncEventQueue IDs to register with this Region.

See Also:

• addAsyncEventQueues(AsyncEventQueue[])
• setAsyncEventQueues(AsyncEventQueue[])
• setAsyncEventQueueIds(String[])

setAttributes

public void setAttributes(RegionAttributes<K,V> attributes)

Sets the RegionAttributes used to configure this Region. Specifying RegionAttributes allows full control in configuring various Region settings. Used only when the Region is created and not when the Region is looked up.

Parameters:

attributes - RegionAttributes used to configure this Region.

See Also:

• RegionAttributes

getAttributes

public RegionAttributes<K,V> getAttributes()

Returns the RegionAttributes used to configure this Region.

Returns:

the RegionAttributes used to configure this Region.

See Also:

• RegionAttributes

setCacheListeners

public void setCacheListeners(CacheListener<K,V>[] cacheListeners)

Configures CacheListeners used to listen for entry events on this Region. Used only when a new Region is created and not looked up. Overrides the Region settings specified in RegionAttributes set with setAttributes(RegionAttributes).

Parameters:

cacheListeners - array CacheListeners to register with this Region.

See Also:

• CacheListener

setCacheLoader

public void setCacheLoader(CacheLoader<K,V> cacheLoader)

Configures the CacheLoader used by this Region to perform synchronous read-through data access operations to an underlying, external data source. Used only when a new Region is created and not looked up. Overrides the Region settings specified in RegionAttributes set with setAttributes(RegionAttributes).

Parameters:

cacheLoader - CacheLoader to register for this Region.

See Also:

• CacheLoader

setCacheWriter

public void setCacheWriter(CacheWriter<K,V> cacheWriter)

Configures the CacheWriter used by this Region to perform synchronous write-through data access operations to an underlying, external data source. Used only when a new Region is created and not looked up. Overrides the Region settings specified in RegionAttributes set with setAttributes(RegionAttributes).

Parameters:

cacheWriter - CacheWriter to register for this Region.

See Also:

• CacheWriter

setClose

public void setClose(boolean close)

Configure whether to close this Region during shutdown. Defaults to true.

Parameters:

close - boolean value indicating whether this Region should be closed during shutdown.

See Also:

• setDestroy(boolean)

setCompressor

public void setCompressor(Compressor compressor)

Configures the Compressor used to compress this Region's data.

Parameters:

compressor - Compressor used to compress this Region's data.

See Also:

• Compressor

setCustomEntryIdleTimeout

public void setCustomEntryIdleTimeout(CustomExpiry<K,V> customEntryIdleTimeout)

Specified by:

setCustomEntryIdleTimeout in interface ExpiringRegionFactoryBean<K,V>

setCustomEntryTimeToLive

public void setCustomEntryTimeToLive(CustomExpiry<K,V> customEntryTimeToLive)

Specified by:

setCustomEntryTimeToLive in interface ExpiringRegionFactoryBean<K,V>

setDestroy

public void setDestroy(boolean destroy)

Configure whether to destroy this Region during shutdown. Defaults to false.

Parameters:

destroy - value indicating whether this Region should be destroyed during shutdown.

See Also:

• setClose(boolean)

setDataPolicy

public void setDataPolicy(DataPolicy dataPolicy)

Configure the DataPolicy for this Region.

Parameters:

dataPolicy - DataPolicy used when configuring this Region.

Since:

1.4.0

See Also:

• DataPolicy

getDataPolicy

public DataPolicy getDataPolicy()

Returns resolved DataPolicy as configured with the RegionFactory when creating this Region.

Returns:

the configured, resolved DataPolicy used by this Region.

Throws:

IllegalStateException - if the DataPolicy has not been configured or is not resolvable.

See Also:

• DataPolicy

setDiskStoreName

public void setDiskStoreName(String diskStoreName)

Configures the name of the DiskStore used by this Region for overflow and/or persistence.

Parameters:

diskStoreName - String containing the name of the DiskStore bean configured for this Region.

setEntryIdleTimeout

public void setEntryIdleTimeout(ExpirationAttributes entryIdleTimeout)

Specified by:

setEntryIdleTimeout in interface ExpiringRegionFactoryBean<K,V>

setEntryTimeToLive

public void setEntryTimeToLive(ExpirationAttributes entryTimeToLive)

Specified by:

setEntryTimeToLive in interface ExpiringRegionFactoryBean<K,V>

setEvictionAttributes

public void setEvictionAttributes(EvictionAttributes evictionAttributes)

Specified by:

setEvictionAttributes in interface EvictingRegionFactoryBean

setGatewaySenders

public void setGatewaySenders(@NonNull
 GatewaySender[] gatewaySenders)

Configures the GatewaySenders used to send data and events from this Region to a matching Region in a remote cluster. This method clears all existing, registered GatewaySenders already associated with this Region. Use addGatewaySenders(GatewaySender[]) or addGatewaySendersIds(String[]) to append to the existing, registered GatewaySenders for this Region.

Parameters:

gatewaySenders - GatewaySenders used to send data and events from this Region to a matching Region in a remote cluster.

See Also:

• GatewaySender
• addGatewaySenders(GatewaySender[])
• addGatewaySendersIds(String[])
• setGatewaySenderIds(String[])

setGatewaySenderIds

public void setGatewaySenderIds(@NonNull
 String[] gatewaySenderIds)

Configures the GatewaySenders by ID used to send data and events from this Region to a matching Region in a remote cluster. This method clears all existing, registered GatewaySenders already associated with this Region. Use addGatewaySenders(GatewaySender[]) or addGatewaySendersIds(String[]) to append to the existing, registered GatewaySenders for this Region.

Parameters:

gatewaySenderIds - String array containing GatewaySender IDs to register with this Region.

See Also:

• addGatewaySenders(GatewaySender[])
• addGatewaySendersIds(String[])
• setGatewaySenders(GatewaySender[])

addGatewaySenders

public void addGatewaySenders(@NonNull
 GatewaySender[] gatewaySenders)

Registers the array of GatewaySenders with this Region by appending to the already existing, registered GatewaySenders for this Region.

Parameters:

gatewaySenders - array of GatewaySenders to register with this Region.

See Also:

• GatewaySender
• addGatewaySendersIds(String[])
• setGatewaySenders(GatewaySender[])
• setGatewaySenderIds(String[])

addGatewaySendersIds

public void addGatewaySendersIds(@NonNull
 String[] gatewaySenderIds)

Registers the array of GatewaySender IDs with this Region by appending to the already existing, registered GatewaySenders for this Region.

Parameters:

gatewaySenderIds - array of GatewaySender IDs to register with this Region.

See Also:

• GatewaySender
• addGatewaySenders(GatewaySender[])
• setGatewaySenders(GatewaySender[])
• setGatewaySenderIds(String[])

setOffHeap

public void setOffHeap(Boolean offHeap)

Configures this Region with the capability to store data in off-heap memory.

Parameters:

offHeap - Boolean value indicating whether to enable the use of off-heap memory for this Region.

See Also:

• RegionFactory.setOffHeap(boolean)

getOffHeap

public Boolean getOffHeap()

Returns a Boolean value indicating whether off-heap memory was enabled for this Region. Off-heap memory will be enabled for this Region if this method returns a non-null, Boolean value evaluating to true.

Returns:

a Boolean value indicating whether off-heap memory use is enabled for this Region.

isOffHeap

public boolean isOffHeap()

Returns a boolean value indicating whether off-heap memory use was enabled for this Region.

Returns:

a boolean value indicating whether off-heap memory use was enabled for this Region.

See Also:

• getOffHeap()

setKeyConstraint

public void setKeyConstraint(Class<K> keyConstraint)

Configures the key constraint used to enforce key types for this Region.

Parameters:

keyConstraint - Class specifying the key type constraint for this Region.

See Also:

• RegionFactory.setKeyConstraint(Class)
• RegionAttributes.getKeyConstraint()
• Class

setPersistent

public void setPersistent(Boolean persistent)

Configures whether to enable persistence for this Region. When persistence is enable, then data in the Region is persisted to disk using the configured, specified DiskStore, or the DEFAULT DiskStore if a DiskStore was not explicitly configured.

Parameters:

persistent - Boolean value indicating whether to enaable persistence for this Region.

setRegionIdleTimeout

public void setRegionIdleTimeout(ExpirationAttributes regionIdleTimeout)

Specified by:

setRegionIdleTimeout in interface ExpiringRegionFactoryBean<K,V>

setRegionTimeToLive

public void setRegionTimeToLive(ExpirationAttributes regionTimeToLive)

Specified by:

setRegionTimeToLive in interface ExpiringRegionFactoryBean<K,V>

setScope

public void setScope(Scope scope)

Configures the Region's Scope, which affects data distribution and acknowledgement strategy (useful in consistency) for the Region.

Parameters:

scope - Scope used to configure the Region's data distribution and acknowledgement strategy.

See Also:

• Scope

getScope

public Scope getScope()

Returns the configured Scope of the Region affecting data distribution and acknowledgement strategy (useful in consistency) for the Region.

Returns:

the configured Scope of the Region.

See Also:

• Scope

setShortcut

public void setShortcut(RegionShortcut shortcut)

Configures the Region with the given RegionShortcut.

Parameters:

shortcut - RegionShortcut used to configure pre-defined defaults for the Region.

See Also:

• RegionShortcut

getShortcut

public RegionShortcut getShortcut()

Returns the configured RegionShortcut.

Returns:

the configured RegionShortcut.

See Also:

• RegionShortcut

setStatisticsEnabled

public void setStatisticsEnabled(Boolean statisticsEnabled)

getStatisticsEnabled

public Boolean getStatisticsEnabled()

isStatisticsEnabled

public boolean isStatisticsEnabled()

resolveStatisticsEnabled

protected boolean resolveStatisticsEnabled()

setValueConstraint

public void setValueConstraint(Class<V> valueConstraint)

Configures the value constraint used to enforce value types for this Region.

Parameters:

valueConstraint - Class specifying the value type constraint for this Region.

See Also:

• RegionFactory.setValueConstraint(Class)
• RegionAttributes.getValueConstraint()
• Class

start

public void start()

Specified by:

start in interface Lifecycle

stop

public void stop(Runnable callback)

Specified by:

stop in interface SmartLifecycle

stop

public void stop()

Specified by:

stop in interface Lifecycle

isRunning

public boolean isRunning()

Specified by:

isRunning in interface Lifecycle

getPhase

public int getPhase()

Specified by:

getPhase in interface Phased

Specified by:

getPhase in interface SmartLifecycle

isAutoStartup

public boolean isAutoStartup()

Specified by:

isAutoStartup in interface SmartLifecycle