/**
* Adds all common child elements with the "defaultCache" element in ehcache.xsd
*
* @param element
* @param cacheConfiguration
*/
public static void addCommonChildElementsWithDefaultCache(
NodeElement element, CacheConfiguration cacheConfiguration) {
for (FactoryConfigurationElement child :
getAllFactoryElements(
element,
"cacheEventListenerFactory",
cacheConfiguration.getCacheEventListenerConfigurations())) {
CacheEventListenerFactoryConfiguration factoryConfiguration =
(CacheEventListenerFactoryConfiguration) child.getFactoryConfiguration();
child.addAttribute(new SimpleNodeAttribute("listenFor", factoryConfiguration.getListenFor()));
element.addChildElement(child);
}
addAllFactoryConfigsAsChildElements(
element, "cacheExtensionFactory", cacheConfiguration.getCacheExtensionConfigurations());
addAllFactoryConfigsAsChildElements(
element, "cacheLoaderFactory", cacheConfiguration.getCacheLoaderConfigurations());
BootstrapCacheLoaderFactoryConfiguration bootstrapCacheLoaderFactoryConfiguration =
cacheConfiguration.getBootstrapCacheLoaderFactoryConfiguration();
if (bootstrapCacheLoaderFactoryConfiguration != null) {
element.addChildElement(
new FactoryConfigurationElement(
element, "bootstrapCacheLoaderFactory", bootstrapCacheLoaderFactoryConfiguration));
}
CacheExceptionHandlerFactoryConfiguration cacheExceptionHandlerFactoryConfiguration =
cacheConfiguration.getCacheExceptionHandlerFactoryConfiguration();
if (cacheExceptionHandlerFactoryConfiguration != null) {
element.addChildElement(
new FactoryConfigurationElement(
element, "cacheExceptionHandlerFactory", cacheExceptionHandlerFactoryConfiguration));
}
CopyStrategyConfiguration copyStrategyConfiguration =
cacheConfiguration.getCopyStrategyConfiguration();
if (copyStrategyConfiguration != null
&& !copyStrategyConfiguration.equals(
CacheConfiguration.DEFAULT_COPY_STRATEGY_CONFIGURATION)) {
element.addChildElement(
new CopyStrategyConfigurationElement(element, copyStrategyConfiguration));
}
CacheWriterConfiguration cacheWriterConfiguration =
cacheConfiguration.getCacheWriterConfiguration();
if (cacheWriterConfiguration != null
&& !CacheConfiguration.DEFAULT_CACHE_WRITER_CONFIGURATION.equals(
cacheWriterConfiguration)) {
element.addChildElement(
new CacheWriterConfigurationElement(element, cacheWriterConfiguration));
}
addAllFactoryConfigsAsChildElements(
element, "cacheDecoratorFactory", cacheConfiguration.getCacheDecoratorConfigurations());
TerracottaConfiguration terracottaConfiguration =
cacheConfiguration.getTerracottaConfiguration();
if (terracottaConfiguration != null) {
element.addChildElement(new TerracottaConfigurationElement(element, terracottaConfiguration));
}
}
public String createValueForAttribute(
NodeElement element, NodeAttribute attribute, XSDAttributeValueType xsdAttributeValueType) {
if ("terracotta".equals(element.getName())) {
if ("coherent".equals(attribute.getName())) {
// returning null will skip this attribute
// can skip "coherent" attribute as its deprecated by consistency attribute
return null;
}
if ("clustered".equals(attribute.getName())) {
return "false";
}
}
if ("pinning".equals(element.getName())) {
if ("storage".equals(attribute.getName())) {
return "inMemory";
}
}
if ("sizeOfPolicy".equals(element.getName())) {
if ("maxDepth".equals(attribute.getName())) {
return "100";
} else if ("maxDepthExceededBehavior".equals(attribute.getName())) {
return "continue";
}
}
// always generate with eternal=false
if ("defaultCache".equals(element.getName()) || "cache".equals(element.getName())) {
if ("eternal".equals(attribute.getName())) {
return "false";
}
if ("transactionalMode".equals(attribute.getName())) {
return "off";
}
// these are deprecated
if ("maxElementsInMemory".equals(attribute.getName())
|| "maxMemoryOffHeap".equals(attribute.getName())
|| "diskPersistent".equals(attribute.getName())
|| "overflowToDisk".equals(attribute.getName())) {
return null;
}
if ("maxElementsOnDisk".equals(attribute.getName())
|| "maxBytesLocalHeap".equals(attribute.getName())
|| "maxBytesLocalOffHeap".equals(attribute.getName())
|| "maxBytesLocalDisk".equals(attribute.getName())) {
return null;
}
if ("maxEntriesLocalHeap".equals(attribute.getName())
|| "maxEntriesLocalOffHeap".equals(attribute.getName())
|| "maxEntriesLocalDisk".equals(attribute.getName())) {
return "10000";
}
}
if ("ehcache".equals(element.getName())) {
if ("maxBytesLocalHeap".equals(attribute.getName())
|| "maxBytesLocalOffHeap".equals(attribute.getName())
|| "maxBytesLocalDisk".equals(attribute.getName())) {
return null;
}
}
if ("searchAttribute".equals(element.getName())) {
if ("expression".equals(attribute.getName())) {
return "value.toString()";
} else if ("name".equals(attribute.getName())) {
return "name";
} else {
return null;
}
}
return xsdAttributeValueType.getRandomAllowedValue();
}
/**
* Adds all attributes which are common with the "defaultCache" element in ehcache.xsd
*
* @param element
* @param cacheConfiguration
*/
public static void addCommonAttributesWithDefaultCache(
NodeElement element, CacheConfiguration cacheConfiguration) {
element.addAttribute(
new SimpleNodeAttribute("eternal", cacheConfiguration.isEternal()).optional(false));
element.addAttribute(
new SimpleNodeAttribute("maxElementsInMemory", cacheConfiguration.getMaxElementsInMemory())
.optional(false));
element.addAttribute(
new SimpleNodeAttribute("overflowToDisk", cacheConfiguration.isOverflowToDisk())
.optional(false));
element.addAttribute(
new SimpleNodeAttribute("clearOnFlush", cacheConfiguration.isClearOnFlush())
.optional(true)
.defaultValue(String.valueOf(CacheConfiguration.DEFAULT_CLEAR_ON_FLUSH)));
element.addAttribute(
new SimpleNodeAttribute("diskAccessStripes", cacheConfiguration.getDiskAccessStripes())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_DISK_ACCESS_STRIPES));
element.addAttribute(
new SimpleNodeAttribute("diskPersistent", cacheConfiguration.isDiskPersistent())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_DISK_PERSISTENT));
element.addAttribute(
new SimpleNodeAttribute(
"diskSpoolBufferSizeMB", cacheConfiguration.getDiskSpoolBufferSizeMB())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_SPOOL_BUFFER_SIZE));
element.addAttribute(
new SimpleNodeAttribute(
"diskExpiryThreadIntervalSeconds",
cacheConfiguration.getDiskExpiryThreadIntervalSeconds())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_EXPIRY_THREAD_INTERVAL_SECONDS));
element.addAttribute(
new SimpleNodeAttribute("copyOnWrite", cacheConfiguration.isCopyOnWrite())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_COPY_ON_WRITE));
element.addAttribute(
new SimpleNodeAttribute("copyOnRead", cacheConfiguration.isCopyOnRead())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_COPY_ON_READ));
element.addAttribute(
new SimpleNodeAttribute("timeToIdleSeconds", cacheConfiguration.getTimeToIdleSeconds())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_TTI));
element.addAttribute(
new SimpleNodeAttribute("timeToLiveSeconds", cacheConfiguration.getTimeToLiveSeconds())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_TTL));
element.addAttribute(
new SimpleNodeAttribute("maxElementsOnDisk", cacheConfiguration.getMaxElementsOnDisk())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_MAX_ELEMENTS_ON_DISK));
element.addAttribute(
new SimpleNodeAttribute("maxMemoryOffHeap", cacheConfiguration.getMaxMemoryOffHeap())
.optional(true)
.defaultValue((String) null));
element.addAttribute(
new SimpleNodeAttribute("overflowToOffHeap", cacheConfiguration.isOverflowToOffHeap())
.optional(true)
.defaultValue(false));
element.addAttribute(
new SimpleNodeAttribute(
"cacheLoaderTimeoutMillis", cacheConfiguration.getCacheLoaderTimeoutMillis())
.optional(true)
.defaultValue(0L));
element.addAttribute(
new SimpleNodeAttribute("transactionalMode", cacheConfiguration.getTransactionalMode())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_TRANSACTIONAL_MODE));
element.addAttribute(
new SimpleNodeAttribute("statistics", cacheConfiguration.getStatistics())
.optional(true)
.defaultValue(CacheConfiguration.DEFAULT_STATISTICS));
element.addAttribute(
new SimpleNodeAttribute(
"memoryStoreEvictionPolicy",
MemoryStoreEvictionPolicyEnum.valueOf(
cacheConfiguration.getMemoryStoreEvictionPolicy().toString()))
.optional(true)
.defaultValue(
CacheConfiguration.DEFAULT_MEMORY_STORE_EVICTION_POLICY.toString().toLowerCase()));
}