Package org.refcodes.component

Class ComponentUtility

java.lang.Object

org.refcodes.component.ComponentUtility

public final class ComponentUtility
extends java.lang.Object

The Class ComponentUtility.

Method Summary

Modifier and Type	Method	Description
static void	close(java.lang.Object aComponent)	Helper method, closes the given Component in case it is Closable.
static void	close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for decomposing all Closable Component instances found in the provided Collection.
static void	close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for decomposing all Closable Component instances found in the provided Collection.
static void	close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for decomposing all Closable Component instances found in the provided Collection.
static void	close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for decomposing all Closable Component instances found in the provided Collection.
static void	decompose(java.lang.Object aComponent)	Helper method, decomposes the given Component in case it is Decomposeable.
static void	decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for decomposing all Decomposeable Component instances found in the provided Collection.
static void	decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for decomposing all Decomposeable Component instances found in the provided Collection.
static void	decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for decomposing all Decomposeable Component instances found in the provided Collection.
static void	decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for decomposing all Decomposeable Component instances found in the provided Collection.
static void	destroy(java.lang.Object aComponent)	Helper method, destroys the given Component in case it is Destroyable.
static void	destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for destroying all Destroyable Component instances found in the provided Collection.
static void	destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for destroying all Destroyable Component instances found in the provided Collection.
static void	destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for destroying all Destroyable Component instances found in the provided Collection.
static void	destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for destroying all Destroyable Component instances found in the provided Collection.
static void	dispose(java.lang.Object aComponent)	Helper method, disposes the given Component in case it is Disposable.Disposedable.
static void	dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection.
static void	dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection.
static void	dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection.
static void	dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection.
static <T> void	execute(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, org.refcodes.component.ComponentUtility.CallableFactory<T> aCallableFactory, java.util.Collection<?> aComponents, java.lang.Object... aArguments)	Helper method for initializing all Initializable Component instances found in the provided Collection.
static void	flush(java.lang.Object aComponent)	Helper method, flushs the given Component in case it is Flushable.
static void	flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for flushing all Flushable Component instances found in the provided Collection.
static void	flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for flushing all Flushable Component instances found in the provided Collection.
static void	flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for flushing all Flushable Component instances found in the provided Collection.
static void	flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for flushing all Flushable Component instances found in the provided Collection.
static void	initialize(java.lang.Object aComponent)	Helper method, initializes the given Component in case it is Initializable.
static <CTX> void	initialize(java.lang.Object aComponent, CTX aContext)	Helper method, configuring the given Component in case it is Configurable.
static <CTX> void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, CTX aContext, java.lang.Object... aComponents)	Helper method for configuring all ConfigureException Component instances found in the provided Collection.
static <CTX> void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, CTX aContext, java.util.Collection<?> aComponents)	Helper method for configuring all Configurable Component instances found in the provided Collection.
static void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for initializing all Initializable Component instances found in the provided Collection.
static void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for initializing all Initializable Component instances found in the provided Collection.
static <CTX> void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, CTX aContext, java.lang.Object... aComponents)	Helper method for configuring all ConfigureException Component instances found in the provided Collection.
static <CTX> void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, CTX aContext, java.util.Collection<?> aComponents)	Helper method for configuring all Configurable Component instances found in the provided Collection.
static void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for initializing all Initializable Component instances found in the provided Collection.
static void	initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for initializing all Initializable Component instances found in the provided Collection.
static void	open(java.lang.Object aComponent)	Helper method, opens the given Component in case it is Openable.
static <CON> void	open(java.lang.Object aComponent, CON aConnection)	Helper method, configuring the given Component in case it is ConnectionOpenable.
static <INPUT,OUTPUT> void	open(java.lang.Object aComponent, INPUT aInputConnection, OUTPUT aOutputConnection)	Helper method, configuring the given Component in case it is BidirectionalConnectionOpenable.
static <CON> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, CON aConnection, java.lang.Object... aComponents)	Helper method for configuring all ConfigureException Component instances found in the provided Collection.
static <CON> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, CON aConnection, java.util.Collection<?> aComponents)	Helper method for configuring all ConnectionOpenable Component instances found in the provided Collection.
static <INPUT,OUTPUT> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, INPUT aInputConnection, OUTPUT aOutputConnection, java.lang.Object... aComponents)	Helper method for configuring all ConfigureException Component instances found in the provided Collection.
static <INPUT,OUTPUT> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, INPUT aInputConnection, OUTPUT aOutputConnection, java.util.Collection<?> aComponents)	Helper method for configuring all BidirectionalConnectionOpenable Component instances found in the provided Collection.
static void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for opening all Openable Component instances found in the provided Collection.
static void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for opening all Openable Component instances found in the provided Collection.
static <CON> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, CON aConnection, java.lang.Object... aComponents)	Helper method for configuring all ConfigureException Component instances found in the provided Collection.
static <CON> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, CON aConnection, java.util.Collection<?> aComponents)	Helper method for configuring all ConnectionOpenable Component instances found in the provided Collection.
static <INPUT,OUTPUT> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, INPUT aInputConnection, OUTPUT aOutputConnection, java.lang.Object... aComponents)	Helper method for configuring all ConfigureException Component instances found in the provided Collection.
static <INPUT,OUTPUT> void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, INPUT aInputConnection, OUTPUT aOutputConnection, java.util.Collection<?> aComponents)	Helper method for configuring all BidirectionalConnectionOpenable Component instances found in the provided Collection.
static void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for opening all Openable Component instances found in the provided Collection.
static void	open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for opening all Openable Component instances found in the provided Collection.
static void	pause(java.lang.Object aComponent)	Helper method, pauses the given Component in case it is Pausable.
static void	pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for pausing all Pausable Component instances found in the provided Collection.
static void	pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for pausing all Pausable Component instances found in the provided Collection.
static void	pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for pausing all Pausable Component instances found in the provided Collection.
static void	pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for pausing all Pausable Component instances found in the provided Collection.
static void	reset(java.lang.Object aComponent)	Helper method, resets the given Component in case it is Resetable.
static void	reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for decomposing all Resetable Component instances found in the provided Collection.
static void	reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for decomposing all Resetable Component instances found in the provided Collection.
static void	reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for decomposing all Resetable Component instances found in the provided Collection.
static void	reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for decomposing all Resetable Component instances found in the provided Collection.
static void	resume(java.lang.Object aComponent)	Helper method, resumes the given Component in case it is Resumable.
static void	resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for resuming all Resumable Component instances found in the provided Collection.
static void	resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for resuming all Resumable Component instances found in the provided Collection.
static void	resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for resuming all Resumable Component instances found in the provided Collection.
static void	resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for resuming all Resumable Component instances found in the provided Collection.
static void	start(java.lang.Object aComponent)	Helper method, starts the given Component in case it is Startable.
static void	start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for starting all Startable Component instances found in the provided Collection.
static void	start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for starting all Startable Component instances found in the provided Collection.
static void	start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for starting all Startable Component instances found in the provided Collection.
static void	start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for starting all Startable Component instances found in the provided Collection.
static void	stop(java.lang.Object aComponent)	Helper method, stops the given Component in case it is Stoppable.
static void	stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.lang.Object... aComponents)	Helper method for stoping all Stoppable Component instances found in the provided Collection.
static void	stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.Collection<?> aComponents)	Helper method for stopping all Stoppable Component instances found in the provided Collection.
static void	stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.lang.Object... aComponents)	Helper method for stoping all Stoppable Component instances found in the provided Collection.
static void	stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy, java.util.concurrent.ExecutorService aExecutorService, java.util.Collection<?> aComponents)	Helper method for stopping all Stoppable Component instances found in the provided Collection.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Detail

initialize

public static void initialize(java.lang.Object aComponent)
                       throws InitializeException

Helper method, initializes the given Component in case it is Initializable.

Parameters:

aComponent - The Component to initialize.

Throws:

InitializeException - Thrown in case initialization failed.

initialize

public static void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              java.util.Collection<?> aComponents)
                       throws InitializeException

Helper method for initializing all Initializable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aComponents - The Collection containing the Component instances to initialize (in case them implement the Initializable interface).

Throws:

InitializeException - in case initialization of at least one Initializable instance failed.

initialize

public static void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              java.util.concurrent.ExecutorService aExecutorService,
                              java.util.Collection<?> aComponents)
                       throws InitializeException

Helper method for initializing all Initializable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

InitializeException - in case initialization of at least one Initializable instance failed.

initialize

@SafeVarargs
public static void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              java.lang.Object... aComponents)
                       throws InitializeException

Helper method for initializing all Initializable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aComponents - The Collection containing the Component instances to initialize (in case them implement the Initializable interface).

Throws:

InitializeException - in case initialization of at least one Initializable instance failed.

initialize

@SafeVarargs
public static void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              java.util.concurrent.ExecutorService aExecutorService,
                              java.lang.Object... aComponents)
                       throws InitializeException

Helper method for initializing all Initializable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

InitializeException - in case initialization of at least one Initializable instance failed.

initialize

public static <CTX> void initialize(java.lang.Object aComponent,
                                    CTX aContext)
                             throws InitializeException

Helper method, configuring the given Component in case it is Configurable.

Type Parameters:

CTX - the generic type

Parameters:

aComponent - The Component to configure.

aContext - the context

Throws:

ConfigureException - the configure exception

InitializeException

initialize

public static <CTX> void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                    CTX aContext,
                                    java.util.Collection<?> aComponents)
                             throws ConfigureException

Helper method for configuring all Configurable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Type Parameters:

CTX - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aContext - the context

aComponents - The Collection containing the Component instances to initialize (in case them implement the Configurable interface).

Throws:

ConfigureException - the configure exception

initialize

public static <CTX> void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                    java.util.concurrent.ExecutorService aExecutorService,
                                    CTX aContext,
                                    java.util.Collection<?> aComponents)
                             throws ConfigureException

Helper method for configuring all Configurable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

CTX - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aContext - the context

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

ConfigureException - the configure exception

initialize

@SafeVarargs
public static <CTX> void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                    CTX aContext,
                                    java.lang.Object... aComponents)
                             throws ConfigureException

Helper method for configuring all ConfigureException Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Type Parameters:

CTX - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aContext - the context

aComponents - The Collection containing the Component instances to initialize (in case them implement the ConfigureException interface).

Throws:

ConfigureException - the configure exception

initialize

@SafeVarargs
public static <CTX> void initialize(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                    java.util.concurrent.ExecutorService aExecutorService,
                                    CTX aContext,
                                    java.lang.Object... aComponents)
                             throws ConfigureException

Helper method for configuring all ConfigureException Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

CTX - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aContext - the context

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

ConfigureException - the configure exception

start

public static void start(java.lang.Object aComponent)
                  throws StartException

Helper method, starts the given Component in case it is Startable.

Parameters:

aComponent - The Component to start.

Throws:

StartException - Thrown in case initialization failed.

start

public static void start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.Collection<?> aComponents)
                  throws StartException

Helper method for starting all Startable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when starting the Component instances.

aComponents - The Collection containing the Component instances to start (in case them implement the Startable interface).

Throws:

StartException - in case initialization of at least one Startable instance failed.

start

public static void start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.util.Collection<?> aComponents)
                  throws StartException

Helper method for starting all Startable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when starting the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

StartException - in case initialization of at least one Startable instance failed.

start

@SafeVarargs
public static void start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.lang.Object... aComponents)
                  throws StartException

Helper method for starting all Startable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when starting the Component instances.

aComponents - The Collection containing the Component instances to start (in case them implement the Startable interface).

Throws:

StartException - in case initialization of at least one Startable instance failed.

start

@SafeVarargs
public static void start(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.lang.Object... aComponents)
                  throws StartException

Helper method for starting all Startable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when starting the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

StartException - in case initialization of at least one Startable instance failed.

pause

public static void pause(java.lang.Object aComponent)
                  throws PauseException

Helper method, pauses the given Component in case it is Pausable.

Parameters:

aComponent - The Component to pause.

Throws:

PauseException - Thrown in case initialization failed.

pause

public static void pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.Collection<?> aComponents)
                  throws PauseException

Helper method for pausing all Pausable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when pausing the Component instances.

aComponents - The Collection containing the Component instances to pause (in case them implement the Pausable interface).

Throws:

PauseException - in case initialization of at least one Pausable instance failed.

pause

public static void pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.util.Collection<?> aComponents)
                  throws PauseException

Helper method for pausing all Pausable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when pausing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

PauseException - in case initialization of at least one Pausable instance failed.

pause

@SafeVarargs
public static void pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.lang.Object... aComponents)
                  throws PauseException

Helper method for pausing all Pausable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when pausing the Component instances.

aComponents - The Collection containing the Component instances to pause (in case them implement the Pausable interface).

Throws:

PauseException - in case initialization of at least one Pausable instance failed.

pause

@SafeVarargs
public static void pause(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.lang.Object... aComponents)
                  throws PauseException

Helper method for pausing all Pausable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when pausing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

PauseException - in case initialization of at least one Pausable instance failed.

resume

public static void resume(java.lang.Object aComponent)
                   throws ResumeException

Helper method, resumes the given Component in case it is Resumable.

Parameters:

aComponent - The Component to resume.

Throws:

ResumeException - Thrown in case initialization failed.

resume

public static void resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                          java.util.Collection<?> aComponents)
                   throws ResumeException

Helper method for resuming all Resumable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when resuming the Component instances.

aComponents - The Collection containing the Component instances to resume (in case them implement the Resumable interface).

Throws:

ResumeException - in case initialization of at least one Resumable instance failed.

resume

public static void resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                          java.util.concurrent.ExecutorService aExecutorService,
                          java.util.Collection<?> aComponents)
                   throws ResumeException

Helper method for resuming all Resumable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when resuming the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

ResumeException - in case initialization of at least one Resumable instance failed.

resume

@SafeVarargs
public static void resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                          java.lang.Object... aComponents)
                   throws ResumeException

Helper method for resuming all Resumable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when resuming the Component instances.

aComponents - The Collection containing the Component instances to resume (in case them implement the Resumable interface).

Throws:

ResumeException - in case initialization of at least one Resumable instance failed.

resume

@SafeVarargs
public static void resume(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                          java.util.concurrent.ExecutorService aExecutorService,
                          java.lang.Object... aComponents)
                   throws ResumeException

Helper method for resuming all Resumable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when resuming the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

ResumeException - in case initialization of at least one Resumable instance failed.

stop

public static void stop(java.lang.Object aComponent)
                 throws StopException

Helper method, stops the given Component in case it is Stoppable.

Parameters:

aComponent - The Component to stop.

Throws:

StopException - Thrown in case initialization failed.

stop

public static void stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.util.Collection<?> aComponents)
                 throws StopException

Helper method for stopping all Stoppable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when stoping the Component instances.

aComponents - The Collection containing the Component instances to stop (in case them implement the Stoppable interface).

Throws:

StopException - in case initialization of at least one Stoppable instance failed.

stop

public static void stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.util.concurrent.ExecutorService aExecutorService,
                        java.util.Collection<?> aComponents)
                 throws StopException

Helper method for stopping all Stoppable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when stoping the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

StopException - in case initialization of at least one Stoppable instance failed.

stop

@SafeVarargs
public static void stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.lang.Object... aComponents)
                 throws StopException

Helper method for stoping all Stoppable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when stoping the Component instances.

aComponents - The Collection containing the Component instances to stop (in case them implement the Stoppable interface).

Throws:

StopException - in case initialization of at least one Stoppable instance failed.

stop

@SafeVarargs
public static void stop(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.util.concurrent.ExecutorService aExecutorService,
                        java.lang.Object... aComponents)
                 throws StopException

Helper method for stoping all Stoppable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when stoping the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

StopException - in case initialization of at least one Stoppable instance failed.

destroy

public static void destroy(java.lang.Object aComponent)

Helper method, destroys the given Component in case it is Destroyable.

Parameters:

aComponent - The Component to destroy.

destroy

public static void destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.util.Collection<?> aComponents)

Helper method for destroying all Destroyable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when destroying the Component instances.

aComponents - The Collection containing the Component instances to destroy (in case them implement the Destroyable interface).

destroy

public static void destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.util.concurrent.ExecutorService aExecutorService,
                           java.util.Collection<?> aComponents)

Helper method for destroying all Destroyable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when destroying the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

destroy

@SafeVarargs
public static void destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.lang.Object... aComponents)

Helper method for destroying all Destroyable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when destroying the Component instances.

aComponents - The Collection containing the Component instances to destroy (in case them implement the Destroyable interface).

destroy

@SafeVarargs
public static void destroy(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.util.concurrent.ExecutorService aExecutorService,
                           java.lang.Object... aComponents)

Helper method for destroying all Destroyable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when destroying the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

decompose

public static void decompose(java.lang.Object aComponent)

Helper method, decomposes the given Component in case it is Decomposeable.

Parameters:

aComponent - The Component to decompose.

decompose

public static void decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                             java.util.Collection<?> aComponents)

Helper method for decomposing all Decomposeable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to decompose (in case them implement the Decomposeable interface).

decompose

public static void decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                             java.util.concurrent.ExecutorService aExecutorService,
                             java.util.Collection<?> aComponents)

Helper method for decomposing all Decomposeable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

decompose

@SafeVarargs
public static void decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                             java.lang.Object... aComponents)

Helper method for decomposing all Decomposeable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to decompose (in case them implement the Decomposeable interface).

decompose

@SafeVarargs
public static void decompose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                             java.util.concurrent.ExecutorService aExecutorService,
                             java.lang.Object... aComponents)

Helper method for decomposing all Decomposeable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

dispose

public static void dispose(java.lang.Object aComponent)

Helper method, disposes the given Component in case it is Disposable.Disposedable.

Parameters:

aComponent - The Component to dispose.

dispose

public static void dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.util.Collection<?> aComponents)

Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to dispose (in case them implement the Disposable.Disposedable interface).

dispose

public static void dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.util.concurrent.ExecutorService aExecutorService,
                           java.util.Collection<?> aComponents)

Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

dispose

@SafeVarargs
public static void dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.lang.Object... aComponents)

Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to dispose (in case them implement the Disposable.Disposedable interface).

dispose

@SafeVarargs
public static void dispose(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                           java.util.concurrent.ExecutorService aExecutorService,
                           java.lang.Object... aComponents)

Helper method for decomposing all Disposable.Disposedable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

flush

public static void flush(java.lang.Object aComponent)
                  throws OpenException

Helper method, flushs the given Component in case it is Flushable.

Parameters:

aComponent - The Component to flush.

Throws:

OpenException - Thrown in case initialization failed.

flush

public static void flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.Collection<?> aComponents)
                  throws OpenException

Helper method for flushing all Flushable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when flushing the Component instances.

aComponents - The Collection containing the Component instances to flush (in case them implement the Flushable interface).

Throws:

OpenException - in case initialization of at least one Flushable instance failed.

flush

public static void flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.util.Collection<?> aComponents)
                  throws OpenException

Helper method for flushing all Flushable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when flushing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case initialization of at least one Flushable instance failed.

flush

@SafeVarargs
public static void flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.lang.Object... aComponents)
                  throws OpenException

Helper method for flushing all Flushable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when flushing the Component instances.

aComponents - The Collection containing the Component instances to flush (in case them implement the Flushable interface).

Throws:

OpenException - in case initialization of at least one Flushable instance failed.

flush

@SafeVarargs
public static void flush(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.lang.Object... aComponents)
                  throws OpenException

Helper method for flushing all Flushable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when flushing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case initialization of at least one Flushable instance failed.

reset

public static void reset(java.lang.Object aComponent)

Helper method, resets the given Component in case it is Resetable.

Parameters:

aComponent - The Component to reset.

reset

public static void reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.Collection<?> aComponents)

Helper method for decomposing all Resetable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to reset (in case them implement the Resetable interface).

reset

public static void reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.util.Collection<?> aComponents)

Helper method for decomposing all Resetable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

reset

@SafeVarargs
public static void reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.lang.Object... aComponents)

Helper method for decomposing all Resetable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to reset (in case them implement the Resetable interface).

reset

@SafeVarargs
public static void reset(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.lang.Object... aComponents)

Helper method for decomposing all Resetable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

open

public static void open(java.lang.Object aComponent)
                 throws OpenException

Helper method, opens the given Component in case it is Openable.

Parameters:

aComponent - The Component to open.

Throws:

OpenException - Thrown in case initialization failed.

open

public static void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.util.Collection<?> aComponents)
                 throws OpenException

Helper method for opening all Openable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when opening the Component instances.

aComponents - The Collection containing the Component instances to open (in case them implement the Openable interface).

Throws:

OpenException - in case initialization of at least one Openable instance failed.

open

public static void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.util.concurrent.ExecutorService aExecutorService,
                        java.util.Collection<?> aComponents)
                 throws OpenException

Helper method for opening all Openable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when opening the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case initialization of at least one Openable instance failed.

open

@SafeVarargs
public static void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.lang.Object... aComponents)
                 throws OpenException

Helper method for opening all Openable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when opening the Component instances.

aComponents - The Collection containing the Component instances to open (in case them implement the Openable interface).

Throws:

OpenException - in case initialization of at least one Openable instance failed.

open

@SafeVarargs
public static void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                        java.util.concurrent.ExecutorService aExecutorService,
                        java.lang.Object... aComponents)
                 throws OpenException

Helper method for opening all Openable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when opening the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case initialization of at least one Openable instance failed.

open

public static <CON> void open(java.lang.Object aComponent,
                              CON aConnection)
                       throws OpenException

Helper method, configuring the given Component in case it is ConnectionOpenable.

Type Parameters:

CON - the generic type

Parameters:

aComponent - The Component to configure.

aConnection - the connection

Throws:

OpenException - Thrown in case connecting failed.

open

public static <CON> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              CON aConnection,
                              java.util.Collection<?> aComponents)
                       throws OpenException

Helper method for configuring all ConnectionOpenable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Type Parameters:

CON - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aConnection - the connection

aComponents - The Collection containing the Component instances to connect (in case them implement the ConnectionOpenable interface).

Throws:

OpenException - in case connecting of at least one ConnectionOpenable instance failed.

open

public static <CON> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              java.util.concurrent.ExecutorService aExecutorService,
                              CON aConnection,
                              java.util.Collection<?> aComponents)
                       throws OpenException

Helper method for configuring all ConnectionOpenable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

CON - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aConnection - the connection

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case connecting of at least one ConnectionOpenable instance failed.

open

@SafeVarargs
public static <CON> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              CON aConnection,
                              java.lang.Object... aComponents)
                       throws OpenException

Helper method for configuring all ConfigureException Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Type Parameters:

CON - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aConnection - the connection

aComponents - The Collection containing the Component instances to connect (in case them implement the ConfigureException interface).

Throws:

OpenException - in case connecting of at least one ConfigureException instance failed.

open

@SafeVarargs
public static <CON> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                              java.util.concurrent.ExecutorService aExecutorService,
                              CON aConnection,
                              java.lang.Object... aComponents)
                       throws OpenException

Helper method for configuring all ConfigureException Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

CON - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aConnection - the connection

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case connecting of at least one ConfigureException instance failed.

open

public static <INPUT,OUTPUT> void open(java.lang.Object aComponent,
                                       INPUT aInputConnection,
                                       OUTPUT aOutputConnection)
                                throws OpenException

Helper method, configuring the given Component in case it is BidirectionalConnectionOpenable.

Type Parameters:

INPUT - the generic type

OUTPUT - the generic type

Parameters:

aComponent - The Component to configure.

aInputConnection - the input connection

aOutputConnection - the output connection

Throws:

OpenException - Thrown in case connecting failed.

open

public static <INPUT,OUTPUT> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                       INPUT aInputConnection,
                                       OUTPUT aOutputConnection,
                                       java.util.Collection<?> aComponents)
                                throws OpenException

Helper method for configuring all BidirectionalConnectionOpenable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Type Parameters:

INPUT - the generic type

OUTPUT - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aInputConnection - the input connection

aOutputConnection - the output connection

aComponents - The Collection containing the Component instances to connect (in case them implement the BidirectionalConnectionOpenable interface).

Throws:

OpenException - in case connecting of at least one BidirectionalConnectionOpenable instance failed.

open

public static <INPUT,OUTPUT> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                       java.util.concurrent.ExecutorService aExecutorService,
                                       INPUT aInputConnection,
                                       OUTPUT aOutputConnection,
                                       java.util.Collection<?> aComponents)
                                throws OpenException

Helper method for configuring all BidirectionalConnectionOpenable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

INPUT - the generic type

OUTPUT - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aInputConnection - the input connection

aOutputConnection - the output connection

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case connecting of at least one BidirectionalConnectionOpenable instance failed.

open

@SafeVarargs
public static <INPUT,OUTPUT> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                       INPUT aInputConnection,
                                       OUTPUT aOutputConnection,
                                       java.lang.Object... aComponents)
                                throws OpenException

Helper method for configuring all ConfigureException Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Type Parameters:

INPUT - the generic type

OUTPUT - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aInputConnection - the input connection

aOutputConnection - the output connection

aComponents - The Collection containing the Component instances to connect (in case them implement the ConfigureException interface).

Throws:

OpenException - in case connecting of at least one ConfigureException instance failed.

open

@SafeVarargs
public static <INPUT,OUTPUT> void open(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                                       java.util.concurrent.ExecutorService aExecutorService,
                                       INPUT aInputConnection,
                                       OUTPUT aOutputConnection,
                                       java.lang.Object... aComponents)
                                throws OpenException

Helper method for configuring all ConfigureException Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

INPUT - the generic type

OUTPUT - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when connecting the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aInputConnection - the input connection

aOutputConnection - the output connection

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

Throws:

OpenException - in case connecting of at least one ConfigureException instance failed.

close

public static void close(java.lang.Object aComponent)
                  throws CloseException

Helper method, closes the given Component in case it is Closable.

Parameters:

aComponent - The Component to close.

Throws:

CloseException - Thrown in case closing or pre-closing (flushing) fails.

close

public static void close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.Collection<?> aComponents)

Helper method for decomposing all Closable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to close (in case them implement the Closable interface).

close

public static void close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.util.Collection<?> aComponents)

Helper method for decomposing all Closable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

close

@SafeVarargs
public static void close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.lang.Object... aComponents)

Helper method for decomposing all Closable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aComponents - The Collection containing the Component instances to close (in case them implement the Closable interface).

close

@SafeVarargs
public static void close(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                         java.util.concurrent.ExecutorService aExecutorService,
                         java.lang.Object... aComponents)

Helper method for decomposing all Closable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Parameters:

aComponentExecutionStrategy - The strategy to use when decomposing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

execute

public static <T> void execute(org.refcodes.controlflow.ExecutionStrategy aComponentExecutionStrategy,
                               java.util.concurrent.ExecutorService aExecutorService,
                               org.refcodes.component.ComponentUtility.CallableFactory<T> aCallableFactory,
                               java.util.Collection<?> aComponents,
                               java.lang.Object... aArguments)
                        throws java.lang.Exception

Helper method for initializing all Initializable Component instances found in the provided Collection. The strategy with which the Component instances are processed is defined with the provided ExecutionStrategy. An ExecutorService can be provided in case some EJB container is to use a managed ExecutorService provided by an EJB server.

Type Parameters:

T - the generic type

Parameters:

aComponentExecutionStrategy - The strategy to use when initializing the Component instances.

aExecutorService - The ExecutorService to use when creating threads, required in case an ExecutionStrategy.PARALLEL or ExecutionStrategy.JOIN is used.

aCallableFactory - the callable factory

aComponents - The Collection containing the Component instances to process (in case them implement the required interface).

aArguments - An additional argument such as the connection CON or the context CTX required in special cases.

Throws:

java.lang.Exception - in case processing of at least one Component instance failed.