/**
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
package org.jooby.internal.ehcache;
import net.sf.ehcache.config.CacheConfiguration;
import net.sf.ehcache.config.CacheConfiguration.BootstrapCacheLoaderFactoryConfiguration;
import net.sf.ehcache.config.CacheConfiguration.CacheDecoratorFactoryConfiguration;
import net.sf.ehcache.config.CacheConfiguration.CacheEventListenerFactoryConfiguration;
import net.sf.ehcache.config.CacheConfiguration.CacheExceptionHandlerFactoryConfiguration;
import net.sf.ehcache.config.CacheConfiguration.CacheExtensionFactoryConfiguration;
import net.sf.ehcache.config.CacheConfiguration.CacheLoaderFactoryConfiguration;
import net.sf.ehcache.config.CacheWriterConfiguration;
import net.sf.ehcache.config.NonstopConfiguration;
import net.sf.ehcache.config.PersistenceConfiguration;
import net.sf.ehcache.config.PinningConfiguration;
import net.sf.ehcache.config.TerracottaConfiguration;
import net.sf.ehcache.config.TerracottaConfiguration.Consistency;
import net.sf.ehcache.config.TimeoutBehaviorConfiguration;
import com.typesafe.config.Config;
public class CacheConfigurationBuilder extends EhCacheBuilder {
private String path;
private CacheConfiguration cache;
public CacheConfigurationBuilder(final String name) {
this.path = "ehcache.cache." + name;
this.cache = new CacheConfiguration();
cache.setName(name);
}
public CacheConfiguration build(final Config config) {
sms(path, config, "cacheLoaderTimeout", cache::setCacheLoaderTimeoutMillis);
slong(path, config, "cacheLoaderTimeoutMillis", cache::setCacheLoaderTimeoutMillis);
sbool(path, config, "clearOnFlush", cache::setClearOnFlush);
sbool(path, config, "copyOnRead", cache::setCopyOnRead);
sbool(path, config, "copyOnWrite", cache::setCopyOnWrite);
sint(path, config, "diskAccessStripes", cache::setDiskAccessStripes);
sseconds(path, config, "diskExpiryThreadInterval", cache::setDiskExpiryThreadIntervalSeconds);
slong(path, config, "diskExpiryThreadIntervalSeconds",
cache::setDiskExpiryThreadIntervalSeconds);
sint(path, config, "diskSpoolBufferSizeMB", cache::setDiskSpoolBufferSizeMB);
sbool(path, config, "eternal", cache::setEternal);
sbool(path, config, "logging", cache::setLogging);
sbytes(path, config, "maxBytesLocalDisk", cache::setMaxBytesLocalDisk);
sbytes(path, config, "maxBytesLocalHeap", cache::setMaxBytesLocalHeap);
sbytes(path, config, "maxBytesLocalOffHeap", cache::setMaxBytesLocalOffHeap);
slong(path, config, "maxElementsInMemory", cache::setMaxEntriesLocalHeap);
slong(path, config, "maxElementsOnDisk", cache::setMaxEntriesLocalDisk);
slong(path, config, "maxEntriesInCache", cache::setMaxEntriesInCache);
slong(path, config, "maxEntriesLocalDisk", cache::setMaxEntriesLocalDisk);
slong(path, config, "maxEntriesLocalHeap", cache::setMaxEntriesLocalHeap);
sbytes(path, config, "maxMemoryOffHeap", cache::setMaxBytesLocalOffHeap);
sstr(path, config, "memoryStoreEvictionPolicy", cache::setMemoryStoreEvictionPolicy);
sbool(path, config, "overflowToOffHeap", cache::setOverflowToOffHeap);
sseconds(path, config, "timeToIdle", cache::setTimeToIdleSeconds);
slong(path, config, "timeToIdleSeconds", cache::setTimeToIdleSeconds);
sseconds(path, config, "timeToLive", cache::setTimeToLiveSeconds);
slong(path, config, "timeToLiveSeconds", cache::setTimeToLiveSeconds);
sstr(path, config, "transactionalMode", cache::setTransactionalMode);
sconf(path, config, "persistence", this::persistence);
sconf(path, config, "bootstrapCacheLoaderFactory", this::bootstrapCacheLoaderFactory);
sconf(path, config, "cacheDecoratorFactory", this::cacheDecoratorFactory);
sconf(path, config, "cacheEventListenerFactory", this::cacheEventListenerFactory);
sconf(path, config, "cacheExceptionHandlerFactory", this::cacheExceptionHandlerFactory);
sconf(path, config, "cacheExtensionFactory", this::cacheExtensionFactory);
sconf(path, config, "cacheLoaderFactory", this::cacheLoaderFactory);
sconf(path, config, "cacheWriter", this::cacheWriter);
sstr(path, config, "pinning.store", pinning ->
cache.addPinning(new PinningConfiguration().store(pinning)));
sconf(path, config, "sizeOfPolicy", this::sizeOfPolicy);
sconf(path, config, "terracotta", this::terracota);
return cache;
}
private void cacheLoaderFactory(final Config conf) {
if (conf.hasPath("class")) {
cache.addCacheLoaderFactory(newFactory(path + ".cacheLoaderFactory", conf,
CacheLoaderFactoryConfiguration::new));
} else {
each(conf, (name, c) -> {
cache.addCacheLoaderFactory(
newFactory(path + ".cacheLoaderFactory." + name, c,
CacheLoaderFactoryConfiguration::new)
);
});
}
}
private void persistence(final Config conf) {
PersistenceConfiguration persistence = new PersistenceConfiguration();
sstr(path + ".persistence", conf, "strategy", persistence::setStrategy);
sbool(path + ".persistence", conf, "synchronousWrites", persistence::setSynchronousWrites);
cache.addPersistence(persistence);
}
private void bootstrapCacheLoaderFactory(final Config conf) {
cache.addBootstrapCacheLoaderFactory(
newFactory(path + ".bootstrapCacheLoaderFactory", conf,
BootstrapCacheLoaderFactoryConfiguration::new)
);
}
private void cacheDecoratorFactory(final Config conf) {
if (conf.hasPath("class")) {
cache.addCacheDecoratorFactory(
newFactory(path + ".cacheDecoratorFactory", conf,
CacheDecoratorFactoryConfiguration::new)
);
} else {
each(conf, (name, decoconf) -> {
cache.addCacheDecoratorFactory(
newFactory(path + ".cacheDecoratorFactory." + name, decoconf,
CacheDecoratorFactoryConfiguration::new)
);
});
}
}
private void sizeOfPolicy(final Config conf) {
cache.addSizeOfPolicy(sizeOfPolicy(path + ".sizeOfPolicy", conf));
}
private void cacheExtensionFactory(final Config conf) {
if (conf.hasPath("class")) {
cache.addCacheExtensionFactory(newFactory(path + ".cacheExtensionFactory", conf,
CacheExtensionFactoryConfiguration::new));
} else {
each(conf, (name, decoconf) -> {
cache.addCacheExtensionFactory(
newFactory(path + ".cacheExtensionFactory." + name, decoconf,
CacheExtensionFactoryConfiguration::new)
);
});
}
}
private void cacheEventListenerFactory(final Config conf) {
if (conf.hasPath("class")) {
cache.addCacheEventListenerFactory(
newCacheEventListenerFactory(path + ".cacheEventListenerFactory", conf));
} else {
each(conf, (name, c) ->
cache.addCacheEventListenerFactory(
newCacheEventListenerFactory(path + ".cacheEventListenerFactory" + name, c)
));
}
}
private void cacheExceptionHandlerFactory(final Config conf) {
cache.addCacheExceptionHandlerFactory(
newFactory(path + ".cacheExceptionHandlerFactory", conf,
CacheExceptionHandlerFactoryConfiguration::new)
);
}
private void cacheWriter(final Config conf) {
String path = this.path + ".cacheWriter";
CacheWriterConfiguration writer = new CacheWriterConfiguration();
sint(path, conf, "maxWriteDelay", writer::setMaxWriteDelay);
sint(path, conf, "minWriteDelay", writer::setMinWriteDelay);
sbool(path, conf, "notifyListenersOnException", writer::setNotifyListenersOnException);
sint(path, conf, "rateLimitPerSecond", writer::setRateLimitPerSecond);
siseconds(path, conf, "retryAttemptDelay", writer::setRetryAttemptDelaySeconds);
sint(path, conf, "retryAttemptDelaySeconds", writer::setRetryAttemptDelaySeconds);
sint(path, conf, "retryAttempts", writer::setRetryAttempts);
sbool(path, conf, "writeBatching", writer::setWriteBatching);
sint(path, conf, "writeBatchSize", writer::setWriteBatchSize);
sint(path, conf, "writeBehindConcurrency", writer::setWriteBehindConcurrency);
sint(path, conf, "writeBehindMaxQueueSize", writer::setWriteBehindMaxQueueSize);
sbool(path, conf, "writeCoalescing", writer::setWriteCoalescing);
sstr(path, conf, "writeMode", writer::setWriteMode);
cache.addCacheWriter(writer);
}
private void terracota(final Config config) {
TerracottaConfiguration terracota = new TerracottaConfiguration();
String path = this.path + ".terracotta";
sconf(path, config, "nonstop", conf -> terracota.addNonstop(nonstop(path + ".nonstop", conf)));
sbool(path, config, "cacheXA", terracota::setCacheXA);
sbool(path, config, "clustered", terracota::setClustered);
sbool(path, config, "coherent", coherent ->
terracota.setConsistency(coherent ? Consistency.STRONG : Consistency.EVENTUAL));
sbool(path, config, "compressionEnabled", terracota::setCompressionEnabled);
sint(path, config, "concurrency", terracota::setConcurrency);
sstr(path, config, "consistency", terracota::setConsistency);
sbool(path, config, "localCacheEnabled", terracota::setLocalCacheEnabled);
sbool(path, config, "localKeyCache", terracota::setLocalKeyCache);
sint(path, config, "localKeyCacheSize", terracota::setLocalKeyCacheSize);
sbool(path, config, "orphanEviction", terracota::setOrphanEviction);
sint(path, config, "orphanEvictionPeriod", terracota::setOrphanEvictionPeriod);
sbool(path, config, "synchronousWrites", terracota::setSynchronousWrites);
cache.addTerracotta(terracota);
}
private NonstopConfiguration nonstop(final String path, final Config config) {
NonstopConfiguration nonstop = new NonstopConfiguration();
sconf(path, config, "timeout", conf -> nonstop.addTimeoutBehavior(timeout(conf)));
sms(path, config, "searchTimeoutMillis", nonstop::searchTimeoutMillis);
sint(path, config, "bulkOpsTimeoutMultiplyFactor", nonstop::setBulkOpsTimeoutMultiplyFactor);
sbool(path, config, "enabled", nonstop::setEnabled);
sbool(path, config, "immediateTimeout", nonstop::setImmediateTimeout);
sms(path, config, "timeoutMillis", nonstop::searchTimeoutMillis);
return nonstop;
}
private TimeoutBehaviorConfiguration timeout(final Config config) {
TimeoutBehaviorConfiguration timeout = new TimeoutBehaviorConfiguration();
String sep = ";";
timeout.setProperties(toPropertiesLine(config.withoutPath("type"), sep));
timeout.setPropertySeparator(sep);
timeout.setType(config.getString("type"));
return timeout;
}
private CacheEventListenerFactoryConfiguration newCacheEventListenerFactory(
final String path, final Config config) {
CacheEventListenerFactoryConfiguration factory = newFactory(path,
config.withoutPath("listenFor"),
CacheEventListenerFactoryConfiguration::new);
sstr(path, config, "listenFor", factory::listenFor);
return factory;
}
}