public ConfigurationBuilder read(Configuration template) {
this.classLoader = new WeakReference<ClassLoader>(template.classLoader());
this.clustering.read(template.clustering());
this.customInterceptors.read(template.customInterceptors());
this.dataContainer.read(template.dataContainer());
this.deadlockDetection.read(template.deadlockDetection());
this.eviction.read(template.eviction());
this.expiration.read(template.expiration());
this.indexing.read(template.indexing());
this.invocationBatching.read(template.invocationBatching());
this.jmxStatistics.read(template.jmxStatistics());
this.persistence.read(template.persistence());
this.locking.read(template.locking());
this.storeAsBinary.read(template.storeAsBinary());
this.transaction.read(template.transaction());
this.unsafe.read(template.unsafe());
this.sites.read(template.sites());
this.versioning.read(template.versioning());
this.compatibility.read(template.compatibility());
for (Object c : template.modules().values()) {
Builder<Object> builder = this.addModule(ConfigurationUtils.builderFor(c));
builder.read(c);
}
return this;
}
public Configuration build(boolean validate) {
if (validate) {
validate();
}
List<Object> modulesConfig = new LinkedList<Object>();
for (Builder<?> module : modules) modulesConfig.add(module.create());
return new Configuration(
clustering.create(),
customInterceptors.create(),
dataContainer.create(),
deadlockDetection.create(),
eviction.create(),
expiration.create(),
indexing.create(),
invocationBatching.create(),
jmxStatistics.create(),
persistence.create(),
locking.create(),
storeAsBinary.create(),
transaction.create(),
unsafe.create(),
versioning.create(),
sites.create(),
compatibility.create(),
modulesConfig,
classLoader == null ? null : classLoader.get());
}
@SuppressWarnings("unchecked")
public void validate() {
for (Builder<?> validatable :
asList(
clustering,
customInterceptors,
dataContainer,
deadlockDetection,
eviction,
expiration,
indexing,
invocationBatching,
jmxStatistics,
persistence,
locking,
storeAsBinary,
transaction,
versioning,
unsafe,
sites,
compatibility)) {
validatable.validate();
}
for (Builder<?> m : modules) {
m.validate();
}
// TODO validate that a transport is set if a singleton store is set
}
@Override
public GlobalConfiguration build() {
validate();
List<Object> modulesConfig = new LinkedList<Object>();
for (Builder<?> module : modules) modulesConfig.add(module.create());
return new GlobalConfiguration(
asyncListenerExecutor.create(),
asyncTransportExecutor.create(),
remoteCommandsExecutor.create(),
evictionScheduledExecutor.create(),
replicationQueueScheduledExecutor.create(),
globalJmxStatistics.create(),
transport.create(),
serialization.create(),
shutdown.create(),
modulesConfig,
site.create(),
cl.get(),
totalOrderExecutor.create());
}
@SuppressWarnings("unchecked")
public void validate() {
for (AbstractGlobalConfigurationBuilder<?> validatable :
asList(
asyncListenerExecutor,
asyncTransportExecutor,
remoteCommandsExecutor,
evictionScheduledExecutor,
replicationQueueScheduledExecutor,
globalJmxStatistics,
transport,
serialization,
shutdown,
site,
totalOrderExecutor)) {
validatable.validate();
}
for (Builder<?> m : modules) {
m.validate();
}
}
public GlobalConfigurationBuilder read(GlobalConfiguration template) {
this.cl = new WeakReference<ClassLoader>(template.classLoader());
for (Object c : template.modules().values()) {
BuiltBy builtBy = c.getClass().getAnnotation(BuiltBy.class);
Builder<Object> builder = (Builder<Object>) this.addModule(builtBy.value());
builder.read(c);
}
asyncListenerExecutor.read(template.asyncListenerExecutor());
asyncTransportExecutor.read(template.asyncTransportExecutor());
remoteCommandsExecutor.read(template.remoteCommandsExecutor());
evictionScheduledExecutor.read(template.evictionScheduledExecutor());
globalJmxStatistics.read(template.globalJmxStatistics());
replicationQueueScheduledExecutor.read(template.replicationQueueScheduledExecutor());
serialization.read(template.serialization());
shutdown.read(template.shutdown());
transport.read(template.transport());
site.read(template.sites());
totalOrderExecutor.read(template.totalOrderExecutor());
return this;
}
