/** * Sets the monitor for logging significant events. * * @param ftpMonitor Monitor for logging significant events. */ @Monitor public void setFtpMonitor(FtpMonitor ftpMonitor) { this.ftpMonitor = ftpMonitor; }
/** * Sets the monitor. * * @param monitor the monitor. */ @Monitor public void setMonitor(FtpHostMonitor monitor) { this.monitor = monitor; }
/** * Sets the monitor for logging significant events. * * @param ftpMonitor Monitor for logging significant events. */ @Monitor public void setFtpMonitor(FtpMonitor ftpMonitor) { this.ftpMonitor = ftpMonitor; }
@Monitor public void setMonitor(LCMMonitor monitor) { this.monitor = monitor; }
public CompositeScopeContainer(@Monitor ScopeContainerMonitor monitor) { super(Scope.COMPOSITE, monitor); } }
@Monitor public void setMonitor(LCMMonitor monitor) { this.monitor = monitor; }
public CompositeScopeContainer(@Monitor ScopeContainerMonitor monitor) { super(Scope.COMPOSITE, monitor); } }
@Monitor public void setMonitor(LCMMonitor monitor) { this.monitor = monitor; }
public CompositeScopeContainer(@Monitor ScopeContainerMonitor monitor) { super(Scope.COMPOSITE, monitor); } }
protected SingletonScopeContainer(Scope scope, @Monitor ScopeContainerMonitor monitor) { super(scope, monitor); instances = new ConcurrentHashMap<ScopedComponent, Object>(); pending = new ConcurrentHashMap<ScopedComponent, CountDownLatch>(); destroyQueues = new LinkedHashMap<QName, List<Pair>>(); }
protected SingletonScopeContainer(Scope scope, @Monitor ScopeContainerMonitor monitor) { super(scope, monitor); instances = new ConcurrentHashMap<>(); pending = new ConcurrentHashMap<>(); destroyQueues = new LinkedHashMap<>(); }
protected SingletonScopeContainer(Scope scope, @Monitor ScopeContainerMonitor monitor) { super(scope, monitor); instances = new ConcurrentHashMap<>(); pending = new ConcurrentHashMap<>(); destroyQueues = new LinkedHashMap<>(); }
/** * Injects the references. * * @param ftpLetContainer FtpLet container. The FtpLet container is optional. If it is not available, only reference bindings will be supported. * @param monitor the binding monitor for reporting events. */ public FtpSourceWireAttacher(@Reference(required = false) FtpLetContainer ftpLetContainer, @Monitor BindingMonitor monitor) { this.ftpLetContainer = ftpLetContainer; this.monitor = monitor; }
/** * Injects the references. * * @param ftpLetContainer FtpLet container. The FtpLet container is optional. If it is not available, only reference bindings will be supported. * @param monitor the binding monitor for reporting events. */ public FtpSourceWireAttacher(@Reference(required = false) FtpLetContainer ftpLetContainer, @Monitor BindingMonitor monitor) { this.ftpLetContainer = ftpLetContainer; this.monitor = monitor; }
public TxInterceptorBuilder(@Reference TransactionManager transactionManager, @Monitor TxMonitor monitor) { this.transactionManager = transactionManager; this.monitor = monitor; }
public NonBlockingInterceptorBuilder(@Reference ExecutorService executorService, @Monitor NonBlockingMonitor monitor) { this.executorService = executorService; this.monitor = monitor; }
public AppenderFactoryImpl(@Reference LoaderRegistry registry, @Monitor AppenderFactoryMonitor monitor) { this.registry = registry; this.monitor = monitor; }
public DomainScopeContainer(@Reference HostInfo info, @Monitor ScopeContainerMonitor monitor) { super(Scope.DOMAIN, monitor); this.info = info; }
public DomainScopeContainer(@Reference HostInfo info, @Monitor ScopeContainerMonitor monitor) { super(Scope.DOMAIN, monitor); this.info = info; }
public NonBlockingInterceptorBuilder(@Reference(name = "executorService") ExecutorService executorService, @Monitor NonBlockingMonitor monitor) { this.executorService = executorService; this.monitor = monitor; }