org.infinispan.config.FluentConfiguration Maven / Gradle / Ivy
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*
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* under the terms of the GNU Lesser General Public License as
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*
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
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*/
package org.infinispan.config;
import org.infinispan.commons.hash.Hash;
import org.infinispan.configuration.cache.VersioningScheme;
import org.infinispan.container.DataContainer;
import org.infinispan.distribution.ch.ConsistentHash;
import org.infinispan.distribution.group.Group;
import org.infinispan.distribution.group.Grouper;
import org.infinispan.eviction.EvictionStrategy;
import org.infinispan.eviction.EvictionThreadPolicy;
import org.infinispan.interceptors.base.CommandInterceptor;
import org.infinispan.loaders.CacheLoaderConfig;
import org.infinispan.remoting.ReplicationQueue;
import org.infinispan.transaction.LockingMode;
import org.infinispan.transaction.TransactionMode;
import org.infinispan.transaction.lookup.TransactionManagerLookup;
import org.infinispan.transaction.lookup.TransactionSynchronizationRegistryLookup;
import org.infinispan.util.concurrent.IsolationLevel;
import java.util.List;
import java.util.Properties;
/**
* Fluent configuration base class.
*
* @author Galder Zamarreño
* @author Vladimir Blagojevic
* @author [email protected]
* @since 5.0
*/
@Deprecated
public class FluentConfiguration extends AbstractFluentConfigurationBean {
public FluentConfiguration(Configuration config) {
setConfiguration(config);
}
/**
* Defines the local, in-VM locking and concurrency characteristics of the cache.
*/
@Deprecated public static interface LockingConfig extends FluentTypes {
/**
* Maximum time to attempt a particular lock acquisition
*
* @param lockAcquisitionTimeout
*/
LockingConfig lockAcquisitionTimeout(Long lockAcquisitionTimeout);
/**
* Cache isolation level. Infinispan only supports READ_COMMITTED or REPEATABLE_READ isolation
* levels. See http://en.wikipedia.org/wiki/Isolation_level
* for a discussion on isolation levels.
*
* @param isolationLevel
*/
LockingConfig isolationLevel(IsolationLevel isolationLevel);
/**
* This setting is only applicable in the case of REPEATABLE_READ. When write skew check is
* set to false, if the writer at commit time discovers that the working entry and the
* underlying entry have different versions, the working entry will overwrite the underlying
* entry. If true, such version conflict - known as a write-skew - will throw an Exception.
*
* @param writeSkewCheck
*/
LockingConfig writeSkewCheck(Boolean writeSkewCheck);
/**
* If true, a pool of shared locks is maintained for all entries that need to be locked.
* Otherwise, a lock is created per entry in the cache. Lock striping helps control memory
* footprint but may reduce concurrency in the system.
*
* @param useLockStriping
*/
LockingConfig useLockStriping(Boolean useLockStriping);
/**
* Concurrency level for lock containers. Adjust this value according to the number of
* concurrent threads interacting with Infinispan. Similar to the concurrencyLevel tuning
* parameter seen in the JDK's ConcurrentHashMap.
*
* @param concurrencyLevel
*/
LockingConfig concurrencyLevel(Integer concurrencyLevel);
}
/**
* Holds the configuration for cache loaders and stores.
*/
@Deprecated public static interface LoadersConfig extends FluentTypes {
/**
* If true, when the cache starts, data stored in the cache store will be pre-loaded into memory.
* This is particularly useful when data in the cache store will be needed immediately after
* startup and you want to avoid cache operations being delayed as a result of loading this data
* lazily. Can be used to provide a 'warm-cache' on startup, however there is a performance
* penalty as startup time is affected by this process.
*
* @param preload
*/
LoadersConfig preload(Boolean preload);
/**
* If true, data is only written to the cache store when it is evicted from memory, a phenomenon
* known as 'passivation'. Next time the data is requested, it will be 'activated' which means
* that data will be brought back to memory and removed from the persistent store. This gives you
* the ability to 'overflow' to disk, similar to swapping in an operating system.
*
* If false, the cache store contains a copy of the contents in memory, so writes to cache result
* in cache store writes. This essentially gives you a 'write-through' configuration.
*
* @param passivation
*/
LoadersConfig passivation(Boolean passivation);
/**
* This setting should be set to true when multiple cache instances share the same cache store
* (e.g., multiple nodes in a cluster using a JDBC-based CacheStore pointing to the same, shared
* database.) Setting this to true avoids multiple cache instances writing the same modification
* multiple times. If enabled, only the node where the modification originated will write to the
* cache store.
*
* If disabled, each individual cache reacts to a potential remote update by storing the data to
* the cache store. Note that this could be useful if each individual node has its own cache
* store - perhaps local on-disk.
*
* @param shared
*/
LoadersConfig shared(Boolean shared);
LoadersConfig addCacheLoader(CacheLoaderConfig... configs);
}
/**
* Defines transactional (JTA) characteristics of the cache.
*/
@Deprecated public static interface TransactionConfig extends FluentTypes {
/**
* Fully qualified class name of a class that looks up a reference to a
* {@link javax.transaction.TransactionManager}. The default provided is capable of locating
* the default TransactionManager in most popular Java EE systems, using a JNDI lookup.
*
* @param transactionManagerLookupClass
*/
TransactionConfig transactionManagerLookupClass(Class transactionManagerLookupClass);
/**
* Configure Transaction manager lookup directly using an instance of TransactionManagerLookup. Calling this
* method marks the cache as transactional.
*
* @param transactionManagerLookup instance to use as lookup
* @return this TransactionConfig
*/
TransactionConfig transactionManagerLookup(TransactionManagerLookup transactionManagerLookup);
/**
* Configure Transaction Synchronization Registry lookup directly using an instance of TransactionManagerLookup.
* Calling this method marks the cache as transactional.
*
* @param transactionSynchronizationRegistryLookup instance to use as lookup
* @return this TransactionConfig
*/
TransactionConfig transactionSynchronizationRegistryLookup(TransactionSynchronizationRegistryLookup transactionSynchronizationRegistryLookup);
/**
* If true, the cluster-wide commit phase in two-phase commit (2PC) transactions will be
* synchronous, so Infinispan will wait for responses from all nodes to which the commit was
* sent. Otherwise, the commit phase will be asynchronous. Keeping it as false improves
* performance of 2PC transactions, since any remote failures are trapped during the prepare
* phase anyway and appropriate rollbacks are issued.
*
* @param syncCommitPhase
*/
TransactionConfig syncCommitPhase(Boolean syncCommitPhase);
/**
* If true, the cluster-wide rollback phase in two-phase commit (2PC) transactions will be
* synchronous, so Infinispan will wait for responses from all nodes to which the rollback was
* sent. Otherwise, the rollback phase will be asynchronous. Keeping it as false improves
* performance of 2PC transactions.
*
* @param syncRollbackPhase
*/
TransactionConfig syncRollbackPhase(Boolean syncRollbackPhase);
/**
* Only has effect for DIST mode and when useEagerLocking is set to true. When this is
* enabled, then only one node is locked in the cluster, disregarding numOwners config. On the
* opposite, if this is false, then on all cache.lock() calls numOwners RPCs are being
* performed. The node that gets locked is the main data owner, i.e. the node where data would
* reside if numOwners==1. If the node where the lock resides crashes, then the transaction is
* marked for rollback - data is in a consistent state, no fault tolerance.
*
* Note: Starting with infinispan 5.1 eager locking is replaced with pessimistic locking and can
* be enforced by setting transaction's locking mode to PESSIMISTIC.
*
* @param useEagerLocking
* @deprecated
* @see Configuration#getTransactionLockingMode()
*/
@Deprecated
TransactionConfig useEagerLocking(Boolean useEagerLocking);
/**
* Only has effect for DIST mode and when useEagerLocking is set to true. When this is
* enabled, then only one node is locked in the cluster, disregarding numOwners config. On the
* opposite, if this is false, then on all cache.lock() calls numOwners RPCs are being
* performed. The node that gets locked is the main data owner, i.e. the node where data would
* reside if numOwners==1. If the node where the lock resides crashes, then the transaction is
* marked for rollback - data is in a consistent state, no fault tolerance.
*
* @param eagerLockSingleNode
* @deprecated starting with Infinispan 5.1 single node locking is used by default
*/
@Deprecated
TransactionConfig eagerLockSingleNode(Boolean eagerLockSingleNode);
/**
* If there are any ongoing transactions when a cache is stopped, Infinispan waits for ongoing
* remote and local transactions to finish. The amount of time to wait for is defined by the
* cache stop timeout. It is recommended that this value does not exceed the transaction
* timeout because even if a new transaction was started just before the cache was stopped,
* this could only last as long as the transaction timeout allows it.
*/
TransactionConfig cacheStopTimeout(Integer cacheStopTimeout);
/**
* This method allows configuration of the transaction recovery cache.
* When this method is called, it automatically enables recovery. So,
* if you want it to be disabled, make sure you call
* {@link org.infinispan.config.FluentConfiguration.RecoveryConfig#disable()}
*/
RecoveryConfig recovery();
TransactionConfig useSynchronization(Boolean useSynchronization);
/**
* Configures whether the cache uses optimistic or pessimistic locking. If the cache is not transactional then
* the locking mode is ignored.
* @see org.infinispan.config.Configuration#isTransactionalCache()
*/
TransactionConfig lockingMode(LockingMode lockingMode);
/**
* Configures whether the cache is transactional or not.
* @see TransactionMode
*/
TransactionConfig transactionMode(TransactionMode transactionMode);
/**
* @see org.infinispan.config.Configuration#isTransactionAutoCommit().
*/
TransactionConfig autoCommit(boolean enabled);
/**
* This configuration option was added for the following situation:
* - pre 5.1 code is using the cache
*/
Configuration.TransactionType use1PcForAutoCommitTransactions(boolean b);
}
/**
* Defines recovery configuration for the cache.
*/
@Deprecated public static interface RecoveryConfig extends TransactionConfig {
RecoveryConfig disable();
/**
* Sets the name of the cache where recovery related information is held. If not specified defaults to
* a cache named {@link Configuration.RecoveryType#DEFAULT_RECOVERY_INFO_CACHE}
*/
RecoveryConfig recoveryInfoCacheName(String cacheName);
}
/**
* Configures deadlock detection.
*/
@Deprecated public static interface DeadlockDetectionConfig extends FluentTypes {
DeadlockDetectionConfig disable();
/**
* Time period that determines how often is lock acquisition attempted within maximum time
* allowed to acquire a particular lock
*
* @param duration
*/
DeadlockDetectionConfig spinDuration(Long duration);
}
/**
* Configures custom interceptors to be added to the cache.
*/
@Deprecated public static interface CustomInterceptorsConfig extends FluentTypes, CustomInterceptorCumulator {
}
/**
* Enables addition of several customer interceptors
*/
@Deprecated public static interface CustomInterceptorCumulator {
CustomInterceptorPosition add(CommandInterceptor interceptor);
}
/**
* Configures the location of a specific custom interceptor
*/
@Deprecated public static interface CustomInterceptorPosition {
CustomInterceptorsConfig first();
CustomInterceptorsConfig last();
CustomInterceptorsConfig atIndex(int index);
CustomInterceptorsConfig after(Class interceptorClass);
CustomInterceptorsConfig before(Class interceptorClass);
}
/**
* Controls the eviction settings for the cache.
*/
@Deprecated public interface EvictionConfig extends FluentTypes {
/**
* Eviction strategy. Available options are 'UNORDERED', 'FIFO', 'LRU', 'LIRS' and 'NONE' (to disable
* eviction).
*
* @param strategy
*/
EvictionConfig strategy(EvictionStrategy strategy);
/**
* Threading policy for eviction.
*
* @param threadPolicy
*/
EvictionConfig threadPolicy(EvictionThreadPolicy threadPolicy);
/**
* Maximum number of entries in a cache instance. If selected value is not a power of two the
* actual value will default to the least power of two larger than selected value. -1 means no
* limit.
*
* @param maxEntries
*/
EvictionConfig maxEntries(Integer maxEntries);
}
/**
* Controls the default expiration settings for entries in the cache.
*/
@Deprecated public static interface ExpirationConfig extends FluentTypes {
/**
* Maximum lifespan of a cache entry, after which the entry is expired cluster-wide, in
* milliseconds. -1 means the entries never expire.
*
* Note that this can be overridden on a per-entry basis by using the Cache API.
*
* @param lifespan
*/
ExpirationConfig lifespan(Long lifespan);
/**
* Maximum idle time a cache entry will be maintained in the cache, in milliseconds. If the
* idle time is exceeded, the entry will be expired cluster-wide. -1 means the entries never
* expire.
*
* Note that this can be overridden on a per-entry basis by using the Cache API.
*
* @param maxIdle
*/
ExpirationConfig maxIdle(Long maxIdle);
/**
* Interval (in milliseconds) between subsequent runs to purge expired
* entries from memory and any cache stores. If you wish to disable the
* periodic eviction process altogether, set wakeupInterval to -1.
*
* @param wakeUpInterval
*/
ExpirationConfig wakeUpInterval(Long wakeUpInterval);
/**
* Sets whether the background reaper thread is enabled to test entries for expiration. Regardless of whether
* a reaper is used, entries are tested for expiration lazily when they are touched.
* @param enabled whether a reaper thread is used or not
*/
ExpirationConfig reaperEnabled(Boolean enabled);
}
/**
* Defines clustered characteristics of the cache.
*/
@Deprecated public static interface ClusteringConfig extends FluentTypes {
/**
* Cache mode. For distribution, set mode to either 'd', 'dist' or 'distribution'. For
* replication, use either 'r', 'repl' or 'replication'. Finally, for invalidation, 'i', 'inv'
* or 'invalidation'. If the cache mode is set to 'l' or 'local', the cache in question will
* not support clustering even if its cache manager does.
*/
ClusteringConfig mode(Configuration.CacheMode mode);
/**
* Configure async sub element. Once this method is invoked users cannot subsequently invoke
* configureSync() as two are mutually exclusive
*
* @return AsyncConfig element
*/
AsyncConfig async();
/**
* Configure sync sub element. Once this method is invoked users cannot subsequently invoke
* configureAsync() as two are mutually exclusive
*
* @return SyncConfig element
*/
SyncConfig sync();
/**
* Configure stateRetrieval sub element
*
* @return StateRetrievalConfig element
*/
StateRetrievalConfig stateRetrieval();
/**
* This method allows configuration of the L1 cache for distributed
* caches. When this method is called, it automatically enables L1. So,
* if you want it to be disabled, make sure you call
* {@link org.infinispan.config.FluentConfiguration.L1Config#disable()}
*/
L1Config l1();
/**
* * Configure hash sub element
*
* @return HashConfig element
*/
HashConfig hash();
}
/**
* If configured all communications are asynchronous, in that whenever a thread sends a message
* sent over the wire, it does not wait for an acknowledgment before returning. AsyncConfig is
* mutually exclusive with the SyncConfig
*/
@Deprecated public interface AsyncConfig extends ClusteringConfig {
/**
* If true, this forces all async communications to be queued up and sent out periodically as
* a batch.
*
* @param useReplQueue
*/
AsyncConfig useReplQueue(Boolean useReplQueue);
/**
* If useReplQueue is set to true, this attribute can be used to trigger flushing of the queue
* when it reaches a specific threshold.
*
* @param replQueueMaxElements
*/
AsyncConfig replQueueMaxElements(Integer replQueueMaxElements);
/**
* If useReplQueue is set to true, this attribute controls how often the asynchronous thread
* used to flush the replication queue runs. This should be a positive integer which
* represents thread wakeup time in milliseconds.
*
* @param replQueueInterval
*/
AsyncConfig replQueueInterval(Long replQueueInterval);
/**
* If true, asynchronous marshalling is enabled which means that caller can return even
* quicker, but it can suffer from reordering of operations. You can find more information here
*
* @param asyncMarshalling
*/
AsyncConfig asyncMarshalling(Boolean asyncMarshalling);
/**
* This overrides the replication queue implementation class. Overriding the default allows
* you to add behavior to the queue, typically by subclassing the default implementation.
*
* @param replQueueClass
*/
AsyncConfig replQueueClass(Class replQueueClass);
}
/**
* If configured all communications are synchronous, in that whenever a thread sends a message
* sent over the wire, it blocks until it receives an acknowledgment from the recipient.
* SyncConfig is mutually exclusive with the AsyncConfig.
*/
@Deprecated public interface SyncConfig extends ClusteringConfig {
/**
* This is the timeout used to wait for an acknowledgment when making a remote call, after
* which the call is aborted and an exception is thrown.
*
* @param replTimeout
*/
SyncConfig replTimeout(Long replTimeout);
}
/**
* Configures how state is retrieved when a new cache joins the cluster.
* Used with invalidation and replication clustered modes.
*/
@Deprecated public interface StateRetrievalConfig extends ClusteringConfig {
/**
* If true, this will cause the cache to ask neighboring caches for state when it starts up,
* so the cache starts 'warm', although it will impact startup time.
*
* @param fetchInMemoryState
*/
StateRetrievalConfig fetchInMemoryState(Boolean fetchInMemoryState);
/**
* If true, this will allow the cache to provide in-memory state to a neighbor, even if the
* cache is not configured to fetch state from its neighbors (fetchInMemoryState is false)
*
* @param alwaysProvideInMemoryState
*/
StateRetrievalConfig alwaysProvideInMemoryState(Boolean alwaysProvideInMemoryState);
/**
* Initial wait time when backing off before retrying state transfer retrieval
*
* @param initialRetryWaitTime
*/
StateRetrievalConfig initialRetryWaitTime(Long initialRetryWaitTime);
/**
* Wait time increase factor over successive state retrieval backoffs
*
* @param retryWaitTimeIncreaseFactor
*/
StateRetrievalConfig retryWaitTimeIncreaseFactor(Integer retryWaitTimeIncreaseFactor);
/**
* Number of state retrieval retries before giving up and aborting startup.
*
* @param numRetries
*/
StateRetrievalConfig numRetries(Integer numRetries);
/**
* This is the maximum amount of time - in milliseconds - to wait for state from neighboring
* caches, before throwing an exception and aborting startup.
*
* @param timeout
*/
StateRetrievalConfig timeout(Long timeout);
/**
* This is the maximum amount of time to run a cluster-wide flush, to allow for syncing of
* transaction logs.
*
* @param logFlushTimeout
*/
StateRetrievalConfig logFlushTimeout(Long logFlushTimeout);
/**
* This is the maximum number of non-progressing transaction log writes after which a
* brute-force flush approach is resorted to, to synchronize transaction logs.
*
* @param maxNonProgressingLogWrites
*/
StateRetrievalConfig maxNonProgressingLogWrites(Integer maxNonProgressingLogWrites);
/**
* Size of a state transfer chunk, in cache entries.
*/
StateRetrievalConfig chunkSize(Integer chunkSize);
}
/**
* Configures the L1 cache behavior in 'distributed' caches instances.
* In any other cache modes, this element is ignored.
*/
@Deprecated public interface L1Config extends ClusteringConfig {
/**
* Maximum lifespan of an entry placed in the L1 cache.
*
* @param lifespan
*/
L1Config lifespan(Long lifespan);
/**
* If true, entries removed due to a rehash will be moved to L1 rather than being removed
* altogether.
*
* @param onRehash
*/
L1Config onRehash(Boolean onRehash);
L1Config disable();
/**
*
* Determines whether a multicast or a web of unicasts are used when performing L1 invalidations.
*
*
*
* By default multicast will be used.
*
*
*
* If the threshold is set to -1, then unicasts will always be used. If the threshold is set to 0, then multicast
* will be always be used.
*
*
* @param threshold the threshold over which to use a multicast
*
*/
L1Config invalidationThreshold(Integer threshold);
/**
* Determines how often a cleanup thread runs to clean up an internal log of requestors for a specific key
* @param frequencyMillis frequency in milliseconds
*/
L1Config cleanupTaskFrequency(Long frequencyMillis);
}
/**
* Allows fine-tuning of rehashing characteristics. Only used with 'distributed' cache mode, and otherwise ignored.
*/
@Deprecated public interface HashConfig extends FluentTypes {
/**
* @deprecated No longer used since 5.2, use {@link org.infinispan.configuration.cache.HashConfigurationBuilder#consistentHashFactory(org.infinispan.distribution.ch.ConsistentHashFactory)} instead.
*/
@Deprecated
HashConfig consistentHashClass(Class consistentHashClass);
/**
* A fully qualified name of the class providing a hash function, used as a bit spreader and a
* general hash code generator. Typically used in conjunction with the many default
* {@link org.infinispan.distribution.ch.ConsistentHash} implementations shipped.
*
* @param hashFunctionClass
*/
HashConfig hashFunctionClass(Class hashFunctionClass);
/**
* Number of cluster-wide replicas for each cache entry.
*
* @param numOwners
*/
HashConfig numOwners(Integer numOwners);
HashConfig rehashWait(Long rehashWaitTime);
/**
*
* @param rehashRpcTimeout
*/
HashConfig rehashRpcTimeout(Long rehashRpcTimeout);
/**
* If false, no rebalancing or rehashing will take place when a new node joins the cluster or
* a node leaves
*
* @param rehashEnabled
*/
HashConfig rehashEnabled(Boolean rehashEnabled);
/**
* @deprecated No longer used since 5.2, use {@link org.infinispan.configuration.cache.HashConfigurationBuilder#numSegments(int)} instead.
*/
HashConfig numVirtualNodes(Integer numVirtualNodes);
GroupsConfig groups();
@Override // Override definition so that Scala classes can see it.
Configuration build();
}
@Deprecated public interface GroupsConfig extends FluentTypes {
/**
* Enable grouping support, such that {@link Group} annotations are honoured and any configured
* groupers will be invoked
*
* @param enabled
* @return
*/
GroupsConfig enabled(Boolean enabled);
Boolean isEnabled();
/**
* Set the groupers currently in use
*/
GroupsConfig groupers(List> groupers);
/**
* Get's the current groupers in use
*/
List> getGroupers();
@Override // Override definition so that Scala classes can see it.
Configuration build();
}
/**
* Configures indexing of entries in the cache for searching.
*/
@Deprecated public interface IndexingConfig extends FluentTypes {
/**
* If true, only index changes made locally, ignoring remote changes. This is useful if
* indexes are shared across a cluster to prevent redundant indexing of updates.
*
* @param indexLocalOnly
* @return this, for method chaining
*/
IndexingConfig indexLocalOnly(Boolean indexLocalOnly);
/**
* Indexing is disabled by default, but using the fluent API entering the {@link FluentTypes#indexing()}
* method enables Indexing implicitly. If needed, this method can be used to disable it.
* @return this, for method chaining
*/
IndexingConfig disable();
/**
* The Query engine relies on properties for configuration.
* These properties are passed directly to the embedded Hibernate Search engine, so
* for the complete and up to date documentation about available properties
* refer to the Hibernate Search reference of the version you're using with Infinispan Query.
* @see Hibernate Search
* @param properties
* @return this, for method chaining
*/
IndexingConfig withProperties(Properties properties);
/**
* Defines a single property. Can be used multiple times to define all needed properties,
* but the full set is overridden by {@link #withProperties(Properties)}.
* These properties are passed directly to the embedded Hibernate Search engine, so
* for the complete and up to date documentation about available properties
* refer to the Hibernate Search reference of the version you're using with Infinispan Query.
* @see Hibernate Search
* @param key Property key
* @param value Property value
* @return this, for method chaining
*/
IndexingConfig addProperty(String key, String value);
}
@Deprecated
public static interface VersioningConfig extends FluentTypes {
VersioningConfig enable();
VersioningConfig disable();
VersioningConfig versioningScheme(VersioningScheme scheme);
}
@Deprecated public static interface DataContainerConfig extends FluentTypes {
DataContainerConfig dataContainerClass(Class dataContainerClass);
DataContainerConfig dataContainer(DataContainer dataContainer);
DataContainerConfig withProperties(Properties properties);
DataContainerConfig addProperty(String key, String value);
}
@Deprecated public static interface UnsafeConfig extends FluentTypes {
UnsafeConfig unreliableReturnValues(Boolean unreliableReturnValues);
}
@Deprecated public static interface StoreAsBinaryConfig extends FluentTypes {
StoreAsBinaryConfig storeKeysAsBinary(Boolean storeKeysAsBinary);
StoreAsBinaryConfig storeValuesAsBinary(Boolean storeValuesAsBinary);
StoreAsBinaryConfig disable();
@Override // Override definition so that Scala classes can see it.
Configuration build();
}
@Deprecated public static interface JmxStatisticsConfig extends FluentTypes {}
@Deprecated public static interface InvocationBatchingConfig extends FluentTypes {
InvocationBatchingConfig disable();
}
}
@Deprecated
interface FluentTypes {
FluentConfiguration.LockingConfig locking();
FluentConfiguration.LoadersConfig loaders();
FluentConfiguration.TransactionConfig transaction();
/**
* This method allows configuration of the deadlock detection. When this
* method is called, it automatically enables deadlock detection. So, if
* you want it to be disabled, make sure you call
* {@link org.infinispan.config.FluentConfiguration.DeadlockDetectionConfig#disable()}
*/
FluentConfiguration.DeadlockDetectionConfig deadlockDetection();
FluentConfiguration.CustomInterceptorsConfig customInterceptors();
FluentConfiguration.EvictionConfig eviction();
FluentConfiguration.ExpirationConfig expiration();
FluentConfiguration.ClusteringConfig clustering();
/**
* This method allows configuration of the indexing subsystem. When
* this method is called, it automatically enables indexing. So, if you
* want it to be disabled, make sure you call
* {@link org.infinispan.config.FluentConfiguration.IndexingConfig#disable()}
*/
FluentConfiguration.IndexingConfig indexing();
FluentConfiguration.DataContainerConfig dataContainer();
FluentConfiguration.UnsafeConfig unsafe();
/**
* This method allows configuration of jmx statistics. When this method is
* called, it automatically enables jmx statistics.
*/
FluentConfiguration.JmxStatisticsConfig jmxStatistics();
/**
* This method allows configuration of lazy deserialization. When this
* method is called, it automatically enables lazy deserialization.
*/
FluentConfiguration.StoreAsBinaryConfig storeAsBinary();
/**
* This method allows configuration of invocation batching. When
* this method is called, it automatically enables invocation batching.
*/
FluentConfiguration.InvocationBatchingConfig invocationBatching();
FluentConfiguration.VersioningConfig versioning();
Configuration build();
}
@Deprecated
abstract class AbstractFluentConfigurationBean extends AbstractNamedCacheConfigurationBean implements FluentTypes {
Configuration config;
@Override
public FluentConfiguration.LockingConfig locking() {
return config.locking;
}
@Override
public FluentConfiguration.LoadersConfig loaders() {
return config.loaders;
}
@Override
public FluentConfiguration.TransactionConfig transaction() {
return config.transaction;
}
@Override
public FluentConfiguration.DeadlockDetectionConfig deadlockDetection() {
config.deadlockDetection.setEnabled(true);
return config.deadlockDetection;
}
@Override
public FluentConfiguration.CustomInterceptorsConfig customInterceptors() {
return config.customInterceptors;
}
@Override
public FluentConfiguration.EvictionConfig eviction() {
return config.eviction;
}
@Override
public FluentConfiguration.ExpirationConfig expiration() {
return config.expiration;
}
@Override
public FluentConfiguration.ClusteringConfig clustering() {
return config.clustering;
}
@Override
public FluentConfiguration.IndexingConfig indexing() {
config.indexing.setEnabled(true);
return config.indexing;
}
@Override
public FluentConfiguration.DataContainerConfig dataContainer() {
return config.dataContainer;
}
@Override
public FluentConfiguration.UnsafeConfig unsafe() {
return config.unsafe;
}
@Override
public FluentConfiguration.JmxStatisticsConfig jmxStatistics() {
return config.jmxStatistics.enabled(true);
}
@Override
public FluentConfiguration.StoreAsBinaryConfig storeAsBinary() {
return config.storeAsBinary.enabled(true);
}
@Override
public FluentConfiguration.VersioningConfig versioning() {
return config.versioning.enable();
}
@Override
public FluentConfiguration.InvocationBatchingConfig invocationBatching() {
return config.invocationBatching.enabled(true);
}
public FluentConfiguration.AsyncConfig async() {
return clustering().async();
}
public FluentConfiguration.SyncConfig sync() {
return clustering().sync();
}
public FluentConfiguration.StateRetrievalConfig stateRetrieval() {
return clustering().stateRetrieval();
}
public FluentConfiguration.L1Config l1() {
return clustering().l1();
}
public FluentConfiguration.HashConfig hash() {
return clustering().hash();
}
public FluentConfiguration.ClusteringConfig mode(Configuration.CacheMode mode) {
return clustering().mode(mode);
}
public FluentConfiguration.TransactionConfig transactionManagerLookupClass(Class transactionManagerLookupClass) {
return transaction().transactionManagerLookupClass(transactionManagerLookupClass);
}
public FluentConfiguration.TransactionConfig transactionManagerLookup(TransactionManagerLookup transactionManagerLookup) {
return transaction().transactionManagerLookup(transactionManagerLookup);
}
public FluentConfiguration.TransactionConfig transactionSynchronizationRegistryLookup(TransactionSynchronizationRegistryLookup transactionSynchronizationRegistryLookup) {
return transaction().transactionSynchronizationRegistryLookup(transactionSynchronizationRegistryLookup);
}
public FluentConfiguration.TransactionConfig syncCommitPhase(Boolean syncCommitPhase) {
return transaction().syncCommitPhase(syncCommitPhase);
}
public FluentConfiguration.TransactionConfig syncRollbackPhase(Boolean syncRollbackPhase) {
return transaction().syncRollbackPhase(syncRollbackPhase);
}
public FluentConfiguration.TransactionConfig useEagerLocking(Boolean useEagerLocking) {
return transaction().useEagerLocking(useEagerLocking);
}
public FluentConfiguration.TransactionConfig eagerLockSingleNode(Boolean eagerLockSingleNode) {
return transaction().eagerLockSingleNode(eagerLockSingleNode);
}
public FluentConfiguration.TransactionConfig cacheStopTimeout(Integer cacheStopTimeout) {
return transaction().cacheStopTimeout(cacheStopTimeout);
}
public FluentConfiguration.TransactionConfig useSynchronization(Boolean useSynchronization) {
return transaction().useSynchronization(useSynchronization);
}
public FluentConfiguration.RecoveryConfig recovery() {
return transaction().recovery();
}
@Override
public Configuration build() {
return config;
}
protected AbstractFluentConfigurationBean setConfiguration(Configuration config) {
this.config = config;
return this;
}
}
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