org.jboss.as.server.deployment.DeploymentUnitProcessor Java Examples

public static void addDeploymentProcessor(final String subsystemName, Phase phase, int priority, DeploymentUnitProcessor processor) {
    final EnumMap<Phase, Set<RegisteredDeploymentUnitProcessor>> deployerMap = INSTANCE.deployerMap;
    Set<RegisteredDeploymentUnitProcessor> registeredDeploymentUnitProcessors = deployerMap.get(phase);
    RegisteredDeploymentUnitProcessor registeredDeploymentUnitProcessor = new RegisteredDeploymentUnitProcessor(priority, processor, subsystemName);
    if(registeredDeploymentUnitProcessors.contains(registeredDeploymentUnitProcessor)) {
        throw ServerLogger.ROOT_LOGGER.duplicateDeploymentUnitProcessor(priority, processor.getClass());
    }
    registeredDeploymentUnitProcessors.add(registeredDeploymentUnitProcessor);
}
 

@LogMessage(level = ERROR)
@Message(id = 43, value = "Deployment unit processor %s unexpectedly threw an exception during undeploy phase %s of %s")
void caughtExceptionUndeploying(@Cause Throwable cause, DeploymentUnitProcessor dup, Phase phase, DeploymentUnit unit);
 

public void addDeploymentProcessor(final String subsystemName, final Phase phase, final int priority, final DeploymentUnitProcessor processor) {
    DeployerChainAddHandler.addDeploymentProcessor(subsystemName, phase, priority, processor);
}
 

@Override
public void addDeploymentProcessor(final Phase phase, final int priority, final DeploymentUnitProcessor processor) {
    addDeploymentProcessor("", phase, priority, processor);
}
 

@Override
public void addDeploymentProcessor(DeploymentProcessorTarget processorTarget, SubsystemState subsystemState) {
    DeploymentUnitProcessor parser = new JBossAllXmlParserRegisteringProcessor<CamelDeploymentSettings.Builder>(CamelIntegrationParser.ROOT_ELEMENT, CamelDeploymentSettings.BUILDER_ATTACHMENT_KEY, new CamelIntegrationParser());
    processorTarget.addDeploymentProcessor(CamelExtension.SUBSYSTEM_NAME, Phase.STRUCTURE, CamelSubsystemAdd.STRUCTURE_REGISTER_CAMEL_INTEGRATION, parser);
}
 

private DeploymentUnitProcessor chooseDependencyProcessor() {
    return new KeycloakDependencyProcessorWildFly();
}
 

private DeploymentUnitProcessor chooseConfigDeploymentProcessor() {
    return new KeycloakAdapterConfigDeploymentProcessor();
}
 

private DeploymentUnitProcessor chooseDependencyProcessor() {
    return new KeycloakDependencyProcessorAS7();
}
 

private DeploymentUnitProcessor chooseConfigDeploymentProcessor() {
    return new KeycloakAdapterConfigDeploymentProcessor();
}
 

private DeploymentUnitProcessor chooseClusteredSsoDeploymentProcessor() {
    return new KeycloakClusteredSsoDeploymentProcessor();
}
 

private DeploymentUnitProcessor chooseDependencyProcessor() {
    return new KeycloakDependencyProcessorWildFly();
}
 

private DeploymentUnitProcessor chooseConfigDeploymentProcessor() {
    return new KeycloakAdapterConfigDeploymentProcessor();
}
 

private DeploymentUnitProcessor chooseClusteredSsoDeploymentProcessor() {
    return new KeycloakClusteredSsoDeploymentProcessor();
}
 

/**
 * Add a deployment processor.
 *
 * @param subsystemName The name of the subsystem registering this processor
 * @param phase the processor phase install into (must not be {@code null})
 * @param priority the priority within the selected phase
 * @param processor the processor to install
 */
void addDeploymentProcessor(String subsystemName, Phase phase, int priority, DeploymentUnitProcessor processor);
 

/**
 * Add a deployment processor.
 *
 * This is a legacy method that does not take a subsystem name. A subsystem name
 * of the empty string is assumed.
 *
 * @param phase the processor phase install into (must not be {@code null})
 * @param priority the priority within the selected phase
 * @param processor the processor to install
 */
@Deprecated
void addDeploymentProcessor(Phase phase, int priority, DeploymentUnitProcessor processor);