Examples of TimeOut

akka.util.Timeout
com.carrotsearch.randomizedtesting.annotations.Timeout
com.codebullets.sagalib.messages.Timeout
Created by the saga lib if a saga has requested a timeout and the defined time has expired.
com.codebullets.sagalib.timeout.Timeout
Created by the saga lib if a saga has requested a timeout and the defined time has expired.
com.facebook.presto.jdbc.internal.netty.util.Timeout
A handle associated with a {@link TimerTask} that is returned by a{@link Timer}.
edu.drexel.cs544.mcmuc.actions.Timeout
The timeout action is used by clients to find channels clients are no longer actively using to chat, and thus whose allocated resources can be freed. The timeout is used to ask the other clients which of the provided rooms they are using. The JSON format of a Timeout is {'uid':'','action':'timeout','rooms':''}
etch.compiler.opt.Timeout
Option which sets the timeout of a message which is expecting a result (that is, a call). The timeout is in ms.
io.netty.util.Timeout
A handle associated with a {@link TimerTask} that is returned by a{@link Timer}.
it.stefanobertini.zebra.cpcl.utility.TimeOut
javax.ejb.Timeout
javax.sip.Timeout
This class contains the enumerations that define whether a timeout has occured in the underlying implementation. The application gets informed on whether a retransmission or transaction timer has expired. There are two types of Timeout, namely:
- {@link Timeout#RETRANSMIT} - This type is used to alert an application thatthe underlying retransmit timer has expired so an application can resend the message specific to a transaction. This timer is defaulted to 500ms and is doubled each time it is fired until the transaction expires {@link Timeout#TRANSACTION}. The default retransmission value can be changed per transaction using {@link Transaction#setRetransmitTimer(int)}. The RETRANSMIT type is exposed to the following applications as follows:
  - User Agent - Retransmissions on Invite transactions are the responsibility of the application. This is due to the three way handshake for an INVITE Request. All other retransmissions are handled by the underlying implementation. Therefore the application will only receive this Timeout type specific to Invite transactions.
  - User Agent with No Retransmission - an application can configure an implementation to handle all retransmissions using property characteristics of the {@link SipStack}. Therefore a Timeout of this type will not be passed to the application. The application will only get notified when the {@link Timeout#TRANSACTION} occurs.
  - Stateful Proxy - a stateful proxy remembers transaction state about each incoming request and any requests it sends as a result of processing the incoming request. The underlying implementation will handle the retransmissions of all messages it sends and the application will not receive {@link Timeout#RETRANSMIT} events, however the application will get notified of {@link Timeout#TRANSACTION} events. As an Invite transaction is end to end a stateful proxy will not handle the retransmissions of messages on an Invite transaction, unless it decides to respond to the Invite transaction, in essence becoming an User Agent Server and as such should behave as described by the User Agent semantics above bearing in mind the retranmission property of the underlying implementation.
  - Stateless Proxy - as a stateless proxy acts as a simple forwarding agent, i.e. it simply forwards every message it receives upstream, it keeps no transaction state for messages. The implementation does not retransmit messages, therefore an application will not receive {@link Timeout#RETRANSMIT}events on a message handled statelessly. If retransmission semantics are required by an application using a stateless method, it is the responsibility of the application to provide this feature, not the underlying implementation.
- {@link Timeout#TRANSACTION} - This type is used to alert an application that the underlying transaction has expired. A transaction timeout typically occurs at a time 64*T1 were T1 is the initial value of the {@link Timeout#RETRANSMIT}, usually defaulted to 500ms. The TRANSACTION type is exposed to the following applications as follows:
  - User Agent - All retransmissions except retransmissions on Invite transactions are the responsibility of the underlying implementation, i.e. Invite transactions are the responsibility of the application. Therefore the application will only recieve TRANSACTION Timeout events on transactions that are not Invite transactions.
  - User Agent with No Retransmission - an application can configure an implementation to handle all retransmissions using property characteristics of the {@link SipStack}. Therefore a TRANSACTION Timeout will be fired to the application on any transaction that expires including an Invite transaction.
  - Stateful Proxy - a stateful proxy remembers transaction state about each incoming request and any requests it sends as a result of processing the incoming request. The underlying implementation handles the retransmissions of all messages it sends and will notify the application of {@link Timeout#TRANSACTION} events on any of its transactions. As an Invitetransaction is end to end a stateful proxy will not handle transaction timeouts on an Invite transaction, unless it decides to respond to the Invite transaction, in essence becoming an User Agent Server and as such should behave as described by the User Agent semantics above bearing in mind the retransmission property of the underlying implementation.
  - Stateless Proxy - as a stateless proxy acts as a simple forwarding agent, i.e. it simply forwards every message it receives upstream, it keeps no transaction state of the messages. The implementation does not maintain transaction state, therefore an application will not receive {@link Timeout#TRANSACTION} events on a message handled statelessly. If transaction timeout semantics are required by an application using a stateless method, it the responsibility of the application to provide this feature, not the underlying implementation.
@author BEA Systems, NIST @version 1.2
nexj.core.meta.workflow.Timeout
Flow timeout setup.
org.apache.etch.compiler.opt.Timeout
Option which sets the timeout of a message which is expecting a result (that is, a call). The timeout is in ms.
org.apache.openejb.jee.Timeout
3.org/2001/XMLSchema}anyType"> <sequence> <element name="timeout" type="{http://java.sun.com/xml/ns/javaee}xsdIntegerType"/> <element name="unit" type="{http://java.sun.com/xml/ns/javaee}time-unit-typeType"/> </sequence> <attribute name="id" type="{http://www.w3.org/2001/XMLSchema}ID" /> </restriction> </complexContent> </complexType>
Java class for stateful-timeoutType complex type.
The following schema fragment specifies the expected content contained within this class.
```
 <complexType name="stateful-timeoutType"> <complexContent> <restriction base="{http://www.w3.org/2001/XMLSchema}anyType"> <sequence> <element name="timeout" type="{http://java.sun.com/xml/ns/javaee}xsdIntegerType"/> <element name="unit" type="{http://java.sun.com/xml/ns/javaee}time-unit-typeType"/> </sequence> <attribute name="id" type="{http://www.w3.org/2001/XMLSchema}ID" /> </restriction> </complexContent> </complexType> 
```
org.deftserver.io.timeout.Timeout
org.eclipse.jetty.util.thread.Timeout
Timeout queue. This class implements a timeout queue for timers that are at least as likely to be cancelled as they are to expire. Unlike the util timeout class, the duration of the timeouts is shared by all scheduled tasks and if the duration is changed, this affects all scheduled tasks.
The nested class Task should be extended by users of this class to obtain call back notification of expires.
org.fest.swing.timing.Timeout
Timeout. @author Yvonne Wang @author Alex Ruiz
org.jboss.jca.common.api.metadata.common.TimeOut
A TimeOut. @author Stefano Maestri
org.jboss.jca.common.api.metadata.ds.TimeOut
A TimeOut. @author Stefano Maestri
org.jboss.netty.util.Timeout
@author The Netty Project (netty-dev@lists.jboss.org) @author Trustin Lee (tlee@redhat.com) @version $Rev: 1130 $, $Date: 2009-04-04 02:37:49 +0900 (Sat, 04 Apr 2009) $
org.jboss.util.timeout.Timeout
The public interface of timeouts. @author Ole Husgaard @version $Revision: 1958 $
org.jemmy.env.Timeout
Represents one timeout. @author Alexandre Iline (alexandre.iline@sun.com)
org.junit.rules.Timeout
The Timeout Rule applies the same timeout to all test methods in a class:
```
 public static class HasGlobalLongTimeout { @Rule public Timeout globalTimeout= new Timeout(20); @Test public void run1() throws InterruptedException { Thread.sleep(100); } @Test public void infiniteLoop() { while (true) {} } } 
```
Each test is run in a new thread. If the specified timeout elapses before the test completes, its execution is interrupted via {@link Thread#interrupt()}. This happens in interruptable I/O and locks, and methods in {@link Object}and {@link Thread} throwing {@link InterruptedException}.
A specified timeout of 0 will be interpreted as not set, however tests will still launch from separate threads. This can be useful for disabling timeouts in environments where they are dynamically set based on some property. @since 4.7
org.mockito.verification.Timeout
See the javadoc for {@link VerificationWithTimeout}
Typically, you won't use this class explicitly. Instead use timeout() method on Mockito class. See javadoc for {@link VerificationWithTimeout}
org.mortbay.thread.Timeout
Timeout queue. This class implements a timeout queue for timers that are at least as likely to be cancelled as they are to expire. Unlike the util timeout class, the duration of the timeouts is shared by all scheduled tasks and if the duration is changed, this affects all scheduled tasks.
The nested class Task should be extended by users of this class to obtain call back notification of expiries. @author gregw
org.netbeans.jemmy.Timeout
Represents one timeout. @author Alexandre Iline (alexandre.iline@sun.com)
org.omg.CORBA.TIMEOUT
org.rhq.core.communications.command.annotation.Timeout
org.xmlBlaster.util.Timeout
Data contains String "myTimeout" System.out.println("Timeout happened"); ... // If you want to activate the timer again: timeoutHandle = timeout.addTimeoutListener(this, 4000L, "myTimeout"); } ... // if you want to refresh the timer: timeoutHandle = timeout.refreshTimeoutListener(timeoutHandle, 1500L); ... } Or a short form:
```
 Timeout timeout = new Timeout("TestTimer"); Timestamp timeoutHandle = timeout.addTimeoutListener(new I_Timeout() { public void timeout(Object userData) { System.out.println("Timeout happened"); System.exit(0); } }, 2000L, null); 
```
JDK 1.2 or higher only. @author xmlBlaster@marcelruff.info @see org.xmlBlaster.test.classtest.TimeoutTest
stormpot.Timeout
A Timeout represents the maximum amount of time a caller is willing to wait for a blocking operation to complete. Timeouts are independent of their units, so two timeouts of equivalent duration but constructed in different units, will be equal to each other and work exactly the same. @author Chris Vest
winterwell.utils.TimeOut
tuff } finally { timeOut.cancel(); } @author daniel

Examples of org.jboss.util.timeout.Timeout


         Iterator iter = clone.iterator();


         while (iter.hasNext())
         {
            Timeout timeout = (Timeout)iter.next();


            timeout.cancel();
            
            if (needRemove) {
               if (timeout instanceof TimeoutExt) {
                  TimeoutExt te = (TimeoutExt)timeout;
                  DeliverRefTimeoutTarget target = (DeliverRefTimeoutTarget)te.getTimeoutTarget();

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Examples of org.jboss.util.timeout.Timeout


         // Schedule the cancel to actually occur at the specified time. Need to synchronize to
         // prevent timeout being removed before it is added.
         synchronized (scheduledDeliveries)
         {
            Timeout timeout =
               MessagingTimeoutFactory.instance.getFactory().
                  schedule(ref.getScheduledDeliveryTime(), new DeliverRefTimeoutTarget(ref));


            scheduledDeliveries.add(timeout);
         }

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Examples of org.jemmy.env.Timeout

                    Logger.getLogger(Browser.class.getName()).log(Level.SEVERE, null, ex);
                }
            }
        }, "FX app launch thread").start();


        new Waiter(new Timeout("launch start waiter", 10000)).ensureState(new State<Boolean>() {
            public Boolean reached() {
                try {
                    Thread.sleep(100); // otherwise mac doesn't start
                } catch (InterruptedException ex) {
                }

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Examples of org.junit.rules.Timeout

    try {
      waitLonger = Integer.parseInt(System.getProperty("timeout.factor"));
    } catch (NumberFormatException exception) {
      log.warn("Could not parse timeout.factor, defaulting to no timeout.");
    }
    return new Timeout(waitLonger * defaultTimeoutSeconds() * 1000);
  }

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Examples of org.mockito.verification.Timeout

     * @param millis - time span in millis
     * 
     * @return verification mode
     */
    public static VerificationWithTimeout timeout(int millis) {
        return new Timeout(millis, VerificationModeFactory.times(1));
    }

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Examples of org.mortbay.thread.Timeout

        /* ------------------------------------------------------------ */
        SelectSet(int acceptorID) throws Exception
        {
            _setID=acceptorID;


            _idleTimeout = new Timeout();
            _idleTimeout.setDuration(getMaxIdleTime());
            _retryTimeout = new Timeout();
            _retryTimeout.setDuration(0L);


            // create a selector;
            _selector = Selector.open();
            _changes = new ArrayList[] {new ArrayList(),new ArrayList()};

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Examples of org.netbeans.jemmy.Timeout


    public void scrollToMinimum(ComponentOperator oper, int orientation) {
  startDragging(oper);
  Point pnt = new Point(0, 0);
  drag(oper, pnt);
  Timeout sleepTime = oper.getTimeouts().create("Waiter.TimeDelta");
  while(((JScrollBarOperator)oper).getValue() > 
        ((JScrollBarOperator)oper).getMinimum()) {
      sleepTime.sleep();
  }
  drop(oper, pnt);
    }

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Examples of org.omg.CORBA.TIMEOUT

            catch (IOException ex)
            {
                tryToClose(socket);
              if (useTimeout && System.currentTimeMillis() > expireTime)
              {
                throw new TIMEOUT("couldn't open socket within " + timeout + ". Last exception details: " + ex.toString());
              }
            }
        }


        if (logger.isWarnEnabled())

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Examples of org.rhq.core.communications.command.annotation.Timeout

         */
        private Long determineTimeout(Method method) {
            Long ret_timeout = m_proxyHandlerTimeout;


            if (!m_proxyHandlerIgnoreAnnotations) {
                Timeout annotation = method.getAnnotation(Timeout.class);


                if (annotation == null) {
                    annotation = method.getDeclaringClass().getAnnotation(Timeout.class);
                }


                if (annotation != null) {
                    ret_timeout = Long.valueOf(annotation.value());
                }
            }


            return ret_timeout;
        }

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Examples of org.xmlBlaster.util.Timeout

    */
   public final Timeout getSessionTimer() {
      if (this.sessionTimer == null) {
         synchronized(this) {
            if (this.sessionTimer == null)
               this.sessionTimer = new Timeout("XmlBlaster.SessionTimer");
         }
      }
      return this.sessionTimer;
   }

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