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/**
* COOS - Connected Objects Operating System (www.connectedobjects.org).
*
* Copyright (C) 2009 Telenor ASA and Tellu AS. All rights reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* This library is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published
* by the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program. If not, see .
*
* You may also contact one of the following for additional information:
* Telenor ASA, Snaroyveien 30, N-1331 Fornebu, Norway (www.telenor.no)
* Tellu AS, Hagalokkveien 13, N-1383 Asker, Norway (www.tellu.no)
*/
package org.coos.actorframe;
import org.coos.actorframe.messages.AFConstants;
import org.coos.javaframe.ActorAddress;
import org.coos.javaframe.ConnectorSpec;
import org.coos.javaframe.StateMachine;
import org.coos.javaframe.messages.AFPropertyMsg;
import org.coos.javaframe.messages.ActorMsg;
import java.util.Enumeration;
import java.util.Hashtable;
import java.util.Vector;
/**
* The Port class represents the UML 2.0 port construct. A Port object is owned
* by an Actor instance.
*
* The Port object maintains connectors to other Port objects and is thus
* responsible for requesting and removing these associations upon creation and
* destruction. This is implemented in the execTrans() method.
* Currently this is a state-less protocol for port-port and port-actor
* communication.
*
* The Port object routes ActorMsg messages between the connectors
* upon message reception. This behavior is implemented by the
* routeMessage method. The general behavior is such that messages
* are routed according to the direction of the message, whether the message is
* sent as a reply to a previous message (ActorMsg with replyStack) and the Port
* flag isBehavior. For more details on this, see comments in
* routeMessage().
*
* The Port is executed through it's exec(), and is called from
* StateMachine.processPortMessage() upon reception of a message,
* and from ActorSM.sendMessage(ActorMsg, String portName) upon
* sending a message from usercode.
*
* isBehavior: The Port is a behavior Port, and all messages received is
* delivered to the owning actor.
*
* hideInner: The Port masks the inner parts from other outer actors.
* This is done by flushing the replyStack in the ActorMsg, and
* setting this Port as the originator of the message. This enforces that a
* reply must be sent through this Port on the way back. Furthermore, this
* requires the Port to have well defined connectors to the inner parts, such
* that a message received from an outer actor will be forwarded correctly to
* the inner parts.
*
* sessionEnabled: The Port enforces the use of sessions. A session is a
* way of keeping unique state of the clients which are using the Port. This is
* done when PortSM wants to make sure that messages are sent in a verifiable
* manner with many clients connected to the Port. This requires an Actor which
* uses a port with this flag to send a PathRequestMsg to the Port. This message
* will propogate through the active path of connectors and reserve a session on
* each of these Ports. Note that if sessionEnabled is used, all ports on the
* path must have this flag enabled, otherwise the session-handling will be
* rejected.
*
* The Port can also have extended behavior through the PortSM
* class. This is described by the ActorPortSpec as a portType attribute. If
* this attribute is unspecified, the default PortSM implementation is used.
* Otherwise it tries to use classloading to load the class specified. If the
* full classname and packagename is specified by this string, this is loaded --
* otherwise it tries to search the actor.actotype package for the given
* classname.
*
* The Port class also implements some methods such as handling of Timers and
* sending of ActorMsg which is to be used by the PortSM class and it's
* successors. This is kept as equal as possible to the way the
* StateMachine<->CompositeState combination is to be programmed by a user.
*
* @author Viggo Fredriksen
*/
public final class Port implements AFConstants {
// Connector addresses
private Vector outConnectors; // outer actor connectors.
private Vector inConnectors; // inner actor connectors.
private Vector requesterConnectors; // requesters of this port.
private Vector createConnectors; // tmp for creation of connectors.
private Vector routeQueue = new Vector(); // messages queued for routing.
private Vector messageQueue = new Vector(); // messages queued for normal
// sending
private Hashtable createTimers; // timers created or removed during
// execution.
// Some enviromental addressing information
public ActorAddress portAddress;
public ActorAddress actorsAddress;
public String name;
private boolean isBehavior = false; // UML 2.0 isBehavior flag.
private boolean hideInner = false; // Mask inner actors flag.
private boolean sessionEnabled = false; // Use session flag
private Hashtable clientSessions; // state data for sessions
private PortSM protocolSM; // the port state machine
private ActorAddress sender; // the senderAddress of PortCreateMsg and Add /
// Remove connector
/**
* Default constructor for the Port.
*
* @param actorPortSpec Specification of the Port.
* @param actorsAddress Owning Actor's address.
*/
public Port(ActorPortSpec actorPortSpec, ActorAddress actorsAddress) {
// port information
this.name = actorPortSpec.portName;
this.isBehavior = actorPortSpec.isBehavior;
this.hideInner = actorPortSpec.hideInner;
this.portAddress = (ActorAddress) actorsAddress.clone();
this.portAddress.setActorPort(name);
this.actorsAddress = actorsAddress;
this.sessionEnabled = actorPortSpec.sessionEnabled;
if (sessionEnabled) {
clientSessions = new Hashtable();
}
if (actorPortSpec.getPortType() != null) {
// initiate a default port state machine.
setPortSM(actorPortSpec.getPortType());
} else {
setPortSM(new PortSM());
}
}
/**
* Set the PortSM instance to be used by this Port.
*
* @param psm PortSM instance to be used by this Port
*/
protected void setPortSM(PortSM psm) {
psm.initInstance(); // initialize the values
psm.enterState(this); // initialize default state.
protocolSM = psm;
}
/**
* Set the PortSM instance to be used by this Port. This method uses
* classloading to instanciate the PortSM class with the given className.
*
* @param className class name to use.
*/
protected void setPortSM(String className) {
if ((className == null) || className.equals("")) {
protocolSM = new PortSM();
} else {
if (className.indexOf(".") == -1) {
// not a full class name, use default actor.
className = "actor." + actorsAddress.getActorType().toLowerCase() + "." + className;
}
try {
Class c = Class.forName(className);
Object o = c.newInstance();
if (!(o instanceof PortSM)) {
protocolSM = new PortSM();
} else {
protocolSM = (PortSM) o;
}
} catch (ClassNotFoundException e) {
e.printStackTrace();
protocolSM = new PortSM();
} catch (IllegalAccessException e) {
e.printStackTrace();
protocolSM = new PortSM();
} catch (InstantiationException e) {
e.printStackTrace();
protocolSM = new PortSM();
}
}
protocolSM.initInstance(); // initialize the values
protocolSM.enterState(this); // initialize default state.
}
/**
* Called for reconfiguration of port instances.
*
* @param ps ActorPortSpec to use for reconfiguration.
*/
protected void reconfigurePort(ActorPortSpec ps) {
this.name = ps.portName;
this.isBehavior = ps.isBehavior;
this.hideInner = ps.hideInner;
}
/**
* Execute the port mechanisms.
*/
public void exec(ActorMsg sig, StateMachine curfsm) {
if (curfsm.isTesting()) {
curfsm.trace.addPortInputSignal(name, sig);
}
if (sig.isFrameworkMsg()) {
// Executes the framework related messages for
// setup and teardown of Connectors and sessions.
execTrans(sig, curfsm);
handleMessages(curfsm);
handleTimers(curfsm);
return;
}
// Execute the port state machine.
protocolSM.execTrans(sig, protocolSM.getCurrentState(), this); // execute
// the
// transition
handleMessages(curfsm); // handle messages for this execution
handleTimers(curfsm); // handle timers for this execution
}
/**
* Handle Timers used by this execution.
*
* @param curfsm current StateMachine instance.
*/
private void handleTimers(StateMachine curfsm) {
if ((createTimers != null) && !createTimers.isEmpty()) {
// create and stop timers in this execution.
Enumeration e = createTimers.keys();
while (e.hasMoreElements()) {
String timerid = (String) e.nextElement();
Long duration = ((Long) createTimers.get(timerid));
if (duration == null) {
curfsm.stopTimer(timerid); // stop this timer
} else {
curfsm.startTimer(duration.longValue(), timerid, portAddress); // start
// this
// timer.
}
}
createTimers.clear();
}
}
/**
* Handle messages sent by this execution.
*
* @param curfsm current StateMachine instance.
*/
private void handleMessages(StateMachine curfsm) {
if ((routeQueue != null) && !routeQueue.isEmpty()) {
// send the messages produced by the execution.
for (int i = 0; i < routeQueue.size(); i++) {
routeMessage((ActorMsg) routeQueue.elementAt(i), curfsm);
}
routeQueue.removeAllElements();
}
if ((messageQueue != null) && !messageQueue.isEmpty()) {
// send the messages produced by the execution.
for (int i = 0; i < messageQueue.size(); i++) {
curfsm.sendMessage(((ActorMsg) messageQueue.elementAt(i)));
}
messageQueue.removeAllElements();
}
}
/**
* The default sending of an ActorMsg, will route the message to the correct
* destination. Used by PortSM developer when a message should propogate
* according the Port configuration.
*
* @param msg ActorMsg to send.
*/
public void sendMessage(ActorMsg msg) {
routeQueue.addElement(msg);
}
/**
* Send the message to a given ActorAddress.
*
* @param msg message
* @param aa actor address
*/
public void sendMessage(ActorMsg msg, ActorAddress aa) {
msg.setReceiverRole(aa);
messageQueue.addElement(msg);
}
/**
* Send an ActorMsg to the given Collection of addresses.
*
* @param msg message
* @param addressess vector of actor addresses
*/
public void sendMessage(ActorMsg msg, Vector addressess) {
Enumeration enumer = addressess.elements();
while (enumer.hasMoreElements()) {
ActorMsg tmpMsg = (ActorMsg) msg.cloneMsg(null);
msg.setReceiverRole((ActorAddress) enumer.nextElement());
messageQueue.addElement(tmpMsg);
}
}
/**
* Start a timer with the given timerId.
*
* @param duration Time in ms.
* @param timerId Id of the timer to start.
*/
public void startTimer(long duration, String timerId) {
if (createTimers == null)
createTimers = new Hashtable();
createTimers.put(timerId, new Long(duration));
}
/**
* Stop a timer with the given timerId.
*
* @param timerId Id of the timer to stop.
*/
public void stopTimer(String timerId) {
if (createTimers == null)
createTimers = new Hashtable();
createTimers.put(timerId, null);
if (createTimers.isEmpty()) {
createTimers = null;
}
}
/**
* Route a message to its correct destination. Rewrites the sender and
* receiver of the ActorMsg according to configuration of the port before
* sending it.
*
* @param msg actor message
*/
private void routeMessage(ActorMsg msg, StateMachine curfsm) {
ActorAddress sender = msg.getSenderRole();
if (isBehavior) {
// the senderAddress was not the actor, and the port is a
// behavior port -- send the message to the owning actor.
// msg.setSenderRole(msg.getFirstReply());
msg.setReceiverRole(actorsAddress);
curfsm.sendMessage(msg);
return;
}
if ((outConnectors == null || outConnectors.isEmpty()) && (inConnectors == null || inConnectors.isEmpty())) {
if (curfsm.getScheduler().isTraceOn())
curfsm.trace.traceError(" No connectors to this port: " + portAddress + " Message: " + msg.toString());
return;
}
if ((sender == null) || sender.equals(actorsAddress)) {
// the senderAddress was not set, assuming it was the owning
// actor, or the senderAddress was the owning actor. Send to
// all defined connectors.
if (outConnectors != null && outConnectors.size() > 0) {
curfsm.sendMessage(msg, outConnectors);
}
if (inConnectors != null && inConnectors.size() > 0) {
ActorMsg sig = msg.getCopy(curfsm.getScheduler().getClassLoader());
curfsm.sendMessage(sig, inConnectors);
} /*else {
curfsm.sendMessage(msg, outConnectors);
}*/
if (curfsm.isTesting()) {
curfsm.trace.addPortOutputSignal(name, msg);
}
} else if (actorsAddress.isInnerActor(sender)) {
/*
* if (hideInner) { // the inner structure should be totally masked
* // by this port -- meaning we flush the replyStack // of the
* ActorMsg. Vector tmpStack = new Vector();
* tmpStack.addElement(portAddress); }
*/
curfsm.sendMessage(msg, outConnectors); // from inner to outer
} else {
curfsm.sendMessage(msg, inConnectors); // from outer to inner
}
}
/**
* Executes the framework related messages with regards to Ports. This
* implements the port-port and port-actor protocols.
*
* @param sig actor message
* @param curfsm state machine
*/
protected void execTrans(ActorMsg sig, StateMachine curfsm) {
// if (sig instanceof PortCreateMsg) {
if (sig.equals(PORT_CREATE_MSG)) {
Vector connectors = (Vector) sig.getProperty(PORT_CREATE_MSG_CONNECTORS);
// do not send ack message to senderAddress
sender = null;
// find and create new connectors.
for (int i = 0; i < connectors.size(); i++) {
ConnectorSpec cs = (ConnectorSpec) connectors.elementAt(i);
ActorAddress address = (ActorAddress) cs.getTo().clone();
if (address.getActorPort() == null || address.getActorPort().equals("")) {
address.setActorPort(DEFAULT_IN_PORT);
}
/*if (address.getActorPort() == DEFAULT_IN_PORT ) {
address.setActorPort(null);
}*/
Vector configuredConnectors = getConfiguredConnectors();
if (!configuredConnectors.contains(address)) {
// the connector does not exist, request it.
AFPropertyMsg crm = new AFPropertyMsg(CONNECTOR_REQUEST_MSG, true);
crm.setBoolean(CONNECTOR_REQUEST_MSG_REQUEST_BIDIRECTIONAL, cs.getIsBidirectional());
crm.setSenderRole(portAddress);
crm.setReceiverRole(address);
crm.setFrameworkMsg(true);
curfsm.sendMessage(crm);
if (createConnectors == null)
createConnectors = new Vector();
// createConnectors.addElement(address.key());
createConnectors.addElement(address);
}
}
Enumeration ite = null;
if (portAddress.isInnerActor(sig.getSenderRole())) {
if (inConnectors != null)
ite = inConnectors.elements();
} else {
if (outConnectors != null)
ite = outConnectors.elements();
}
// remove if non-existent
// ite = getConfiguredConnectors().elements();
while (ite != null && ite.hasMoreElements()) {
ActorAddress ex = (ActorAddress) ite.nextElement();
if (ex.getActorPort() == DEFAULT_IN_PORT) {
ex.setActorPort(null);
}
Vector conns = ConnectorSpec.getAddresses(connectors);
if (!conns.contains(ex)) {
// this should not exist, release it.
// ConnectorReleaseMsg crm = new ConnectorReleaseMsg();
AFPropertyMsg crm = new AFPropertyMsg(CONNECTOR_RELEASE_MSG, true);
crm.setSenderRole(portAddress);
remove(ex);
crm.setFrameworkMsg(true);
crm.setReceiverRole(ex);
curfsm.sendMessage(crm);
}
}
if (createConnectors == null)
createConnectors = new Vector();
if (createConnectors.isEmpty()) {
// no connectors specified for this Port.
AFPropertyMsg pcam = new AFPropertyMsg(PORT_CREATE_ACK_MSG, true);
pcam.setFrameworkMsg(true);
pcam.setReceiverRole(actorsAddress);
pcam.setSenderRole(portAddress);
curfsm.sendMessage(pcam);
}
return;
} else if (sig.equals(CONNECTOR_REQUEST_MSG)) {
// Got connector request, send confirm
boolean bidir = sig.getBoolean(CONNECTOR_REQUEST_MSG_REQUEST_BIDIRECTIONAL);
if (bidir) {
// The request is for a bidirectional connector, allowing
// the owning actor to send messages using this connector.
if (actorsAddress.isInnerActor(sig.getSenderRole())) {
if (inConnectors == null) {
inConnectors = new Vector();
}
addConnector(inConnectors, sig.getSenderRole()); // inner
// actor
// requested.
} else {
if (outConnectors == null) {
outConnectors = new Vector();
}
addConnector(outConnectors, sig.getSenderRole()); // outer
// actor
// requested.
}
} else {
// The request is not bidirectional, and should thus be added
// to the requester associations.
if (requesterConnectors == null) {
requesterConnectors = new Vector();
}
addConnector(requesterConnectors, sig.getSenderRole());
}
// ConnectorConfirmMsg ccm = new ConnectorConfirmMsg();
AFPropertyMsg ccm = new AFPropertyMsg(CONNECTOR_CONFIRM_MSG, true);
ccm.setFrameworkMsg(true);
ccm.setSenderRole(portAddress);
ccm.setReceiverRole(sig.getSenderRole());
curfsm.sendMessage(ccm);
return;
} else if (sig.equals(CONNECTOR_CONFIRM_MSG)) {
// Got confirmation on a request
if (portAddress.isInnerActor(sig.getSenderRole())) {
// Sender of confirm is an inner actor.
if (inConnectors == null)
inConnectors = new Vector();
addConnector(inConnectors, sig.getSenderRole());
} else {
// Sender of confirm is an outer actor.
if (outConnectors == null)
outConnectors = new Vector();
addConnector(outConnectors, sig.getSenderRole());
}
if (createConnectorsDone(sig.getSenderRole())) {
// All connectors ack'ed. Port is configured, send Ack to owning
// Actor.
AFPropertyMsg pcam = new AFPropertyMsg(PORT_CREATE_ACK_MSG, true);
pcam.setSenderRole(portAddress);
pcam.setFrameworkMsg(true);
pcam.setReceiverRole(actorsAddress);
curfsm.sendMessage(pcam);
// send the confirm mesage to senderAddress of the
// AddConnector or PortCreate msg. This message is only send
// if this is ack on add connector msg
if (sender != null) {
pcam = new AFPropertyMsg(PORT_CREATE_ACK_MSG, true);
pcam.setSenderRole(portAddress);
pcam.setFrameworkMsg(true);
pcam.setReceiverRole(sender);
curfsm.sendMessage(pcam);
}
}
return;
} else if (sig.equals(CONNECTOR_RELEASE_MSG)) {
// Release the connector from this assoc.
remove(sig.getSenderRole());
if (curfsm.scheduler.isTraceOn()) {
curfsm.trace.traceTask("Connector released: " + sig.getSenderRole());
}
return;
} else if (sig.equals(PORT_TIME_OUT_MSG)) {
// The actor has not received ack from this port.
if ((createConnectors == null) || createConnectors.isEmpty()) {
// should not happen
} else {
for (int i = 0; i < createConnectors.size(); i++) {
// retry the request
AFPropertyMsg crm = new AFPropertyMsg(CONNECTOR_REQUEST_MSG, true);
crm.setSenderRole(portAddress);
crm.setReceiverRole((ActorAddress) createConnectors.elementAt(i));
crm.setFrameworkMsg(true);
curfsm.sendMessage(crm);
}
}
return;
} else if (sig.equals(PORT_REMOVE_MSG)) {
// Remove all associations for this port.
removePort(curfsm);
return;
} else if (sig.equals(CONNECTOR_REMOVE_MSG)) {
// Remove a specific connector
ConnectorSpec connectorSpec = (ConnectorSpec) sig.getProperty(CONNECTOR_REMOVE_MSG_CONNECTORS);
if (sessionEnabled) {
// clear the session path -- even if the actor has not requested
// it.
// PathRemoveMsg prm = new PathRemoveMsg();
AFPropertyMsg prm = new AFPropertyMsg(PATH_REMOVE_MSG, true);
prm.setSenderRole(actorsAddress);
prm.setFrameworkMsg(true);
prm.setReceiverRole(connectorSpec.getFrom());
curfsm.sendMessage(prm);
}
if (curfsm.scheduler.isTraceOn()) {
curfsm.trace.traceTask("Connector removed: " + connectorSpec);
}
AFPropertyMsg crm = new AFPropertyMsg(CONNECTOR_RELEASE_MSG, true);
crm.setSenderRole(portAddress);
crm.setFrameworkMsg(true);
crm.setReceiverRole(connectorSpec.getFrom());
remove(connectorSpec.getTo());
curfsm.sendMessage(crm);
return;
} else if (sig.equals(CONNECTOR_Add_MSG)) {
// Remove connector
ConnectorSpec connectorSpec = (ConnectorSpec) sig.getProperty(CONNECTOR_ADD_MSG_CONNECTORS);
// todo check what to do with session
sender = sig.getSenderRole();
if (curfsm.scheduler.isTraceOn()) {
curfsm.trace.traceTask("Connector added: " + connectorSpec);
}
ActorAddress conn = (ActorAddress) connectorSpec.getTo().clone();
if (conn.getActorPort() == null || conn.getActorPort().equals("")) {
conn.setActorPort(DEFAULT_IN_PORT);
}
if (!getConfiguredConnectors().contains(conn)) {
// the connector does not exist, request it.
AFPropertyMsg crm = new AFPropertyMsg(CONNECTOR_REQUEST_MSG, true);
crm.setBoolean(CONNECTOR_REQUEST_MSG_REQUEST_BIDIRECTIONAL, connectorSpec.getIsBidirectional());
crm.setSenderRole(portAddress);
crm.setReceiverRole(conn);
curfsm.sendMessage(crm);
createConnectors = new Vector();
// createConnectors.addElement(conn.key());
createConnectors.addElement(conn);
}
return;
}
// allow other framework messages through
routeMessage(sig, curfsm);
}
/**
* Removes the port. All associations are released, before the port is
* removed
*
* @param curfsm is teh reference to the state machine
*/
public void removePort(StateMachine curfsm) {
if (sessionEnabled) {
// clear the session path -- even if the actor has not requested it.
AFPropertyMsg prm = new AFPropertyMsg(PATH_REMOVE_MSG, true);
prm.setSenderRole(actorsAddress);
prm.setFrameworkMsg(true);
curfsm.sendMessage(prm, getConfiguredConnectors()); // send to all
}
AFPropertyMsg crm = new AFPropertyMsg(CONNECTOR_RELEASE_MSG, true);
crm.setSenderRole(portAddress);
crm.setFrameworkMsg(true);
curfsm.sendMessage(crm, getAndClearAllAssociations());
}
/**
* Check if there are more connectors to create. Removes the supplied
* ActorAddress from the createConnectors Vector.
*
* @param connectorAddress ActorAddress which was ack'ed.
* @return boolean indicating whether more connectors are unack'ed.
*/
private boolean createConnectorsDone(ActorAddress connectorAddress) {
if (createConnectors != null) {
createConnectors.removeElement(connectorAddress);
return createConnectors.isEmpty();
} else
return true;
}
/**
* Get a Vector containing all the asssociations which must be removed upon
* tearing down this connector. The associations are cleared from their
* respective Vectors.
*
* @return Vector of ActorAddresses with all associations.
*/
private Vector getAndClearAllAssociations() {
Vector all = new Vector();
if (outConnectors != null)
addVector(all, outConnectors);
if (inConnectors != null)
addVector(all, inConnectors);
if (createConnectors != null)
addVector(all, createConnectors);
if (requesterConnectors != null)
addVector(all, requesterConnectors);
if (requesterConnectors != null)
requesterConnectors.removeAllElements();
if (createConnectors != null)
createConnectors.removeAllElements();
if (inConnectors != null)
inConnectors.removeAllElements();
if (outConnectors != null)
outConnectors.removeAllElements();
return all;
}
/**
* Add an ActorAddress to the given ArrayList if it doesn't exist.
*
* @param connectors ArrayList to store the ActorAddress in.
* @param aa ActorAddress to add.
* @return boolean indicating whether ActorAddress was added
*/
private static boolean addConnector(Vector connectors, ActorAddress aa) {
if (!connectors.contains(aa)) {
connectors.addElement(aa);
return true;
}
return false;
}
/**
* Remove connector association from the Port.
*
* @param aa ActorAddress to remove.
* @return removed boolean indicating whether the actoradress was removed
*/
private boolean remove(ActorAddress aa) {
boolean removed = false;
if (inConnectors != null && inConnectors.removeElement(aa)) {
removed = true;
}
if (outConnectors != null && outConnectors.removeElement(aa)) {
removed = true;
}
if (requesterConnectors != null && requesterConnectors.removeElement(aa)) {
removed = true;
}
return removed;
}
private Vector getConfiguredConnectors() {
Vector all = new Vector();
if (inConnectors != null) {
Enumeration enumer = inConnectors.elements();
while (enumer.hasMoreElements()) {
all.addElement(enumer.nextElement());
}
}
if (outConnectors != null && !outConnectors.isEmpty()) {
addVector(all, outConnectors);
}
return all;
}
/**
* Remove the data used for a session.
*
* @param sessionId key to remove.
*/
private void removeSessionInstance(String sessionId) {
clientSessions.remove(sessionId);
}
private void addVector(Vector v1, Vector v2) {
for (int i = 0; i < v2.size(); i++) {
Object o = (Object) v2.elementAt(i);
v1.addElement(o);
}
}
public ActorAddress getPortAddress() {
return portAddress;
}
public boolean isSessionEnabled() {
return sessionEnabled;
}
public Vector getOutConnectors() {
return outConnectors;
}
public Vector getInConnectors() {
return inConnectors;
}
public ActorAddress getConnectorEndAdddress(Vector ends, String actorType) {
for (int i = 0; i < ends.size(); i++) {
ActorAddress address = (ActorAddress) ends.elementAt(i);
if (address.getActorType().equals(actorType)) {
return address;
}
}
return null;
}
}
