/*
* Copyright (c) 2001-2007 Sun Microsystems, Inc. All rights reserved.
*
* The Sun Project JXTA(TM) Software License
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice,
* this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright notice,
* this list of conditions and the following disclaimer in the documentation
* and/or other materials provided with the distribution.
*
* 3. The end-user documentation included with the redistribution, if any, must
* include the following acknowledgment: "This product includes software
* developed by Sun Microsystems, Inc. for JXTA(TM) technology."
* Alternately, this acknowledgment may appear in the software itself, if
* and wherever such third-party acknowledgments normally appear.
*
* 4. The names "Sun", "Sun Microsystems, Inc.", "JXTA" and "Project JXTA" must
* not be used to endorse or promote products derived from this software
* without prior written permission. For written permission, please contact
* Project JXTA at http://www.jxta.org.
*
* 5. Products derived from this software may not be called "JXTA", nor may
* "JXTA" appear in their name, without prior written permission of Sun.
*
* THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
* FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL SUN
* MICROSYSTEMS OR ITS CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
* INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA,
* OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
* LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
* NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE,
* EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* JXTA is a registered trademark of Sun Microsystems, Inc. in the United
* States and other countries.
*
* Please see the license information page at :
* <http://www.jxta.org/project/www/license.html> for instructions on use of
* the license in source files.
*
* ====================================================================
*
* This software consists of voluntary contributions made by many individuals
* on behalf of Project JXTA. For more information on Project JXTA, please see
* http://www.jxta.org.
*
* This license is based on the BSD license adopted by the Apache Foundation.
*/
package net.jxta.impl.endpoint.transportMeter;
import net.jxta.document.Element;
import net.jxta.document.TextElement;
import net.jxta.endpoint.EndpointAddress;
import net.jxta.endpoint.Message;
import net.jxta.impl.meter.MetricUtilities;
import net.jxta.peer.PeerID;
import net.jxta.util.documentSerializable.DocumentSerializable;
import net.jxta.util.documentSerializable.DocumentSerializableUtilities;
import net.jxta.util.documentSerializable.DocumentSerializationException;
import java.util.Enumeration;
public class TransportBindingMetric implements DocumentSerializable {
public static final String CONNECTED = "connected";
public static final String CLOSED = "closed";
public static final String DROPPED = "dropped";
public static final String FAILED = "failed";
private PeerID peerID;
private EndpointAddress endpointAddress;
private String initiatorState = null;
private String acceptorState = null;
private long initiatorTransitionTime;
private long acceptorTransitionTime;
private int acceptorBytesReceived;
private int acceptorBytesSent;
private int acceptorConnections;
private int acceptorConnectionsClosed;
private int acceptorConnectionsDropped;
private int acceptorConnectionsFailed;
private int acceptorMessagesReceived;
private int acceptorMessagesSent;
private long acceptorReceiveFailureProcessingTime;
private int acceptorReceiveFailures;
private long acceptorReceiveProcessingTime;
private long acceptorSendFailureProcessingTime;
private int acceptorSendFailures;
private long acceptorSendProcessingTime;
private long acceptorTotalTimeConnected;
private long acceptorTimeToConnect;
private long acceptorTimeToFail;
private int initiatorBytesReceived;
private int initiatorBytesSent;
private long initiatorTotalTimeConnected;
private int initiatorConnections;
private int initiatorConnectionsClosed;
private int initiatorConnectionsDropped;
private int initiatorConnectionsFailed;
private int initiatorMessagesReceived;
private int initiatorMessagesSent;
private long initiatorReceiveFailureProcessingTime;
private int initiatorReceiveFailures;
private long initiatorReceiveProcessingTime;
private long initiatorSendFailureProcessingTime;
private int initiatorSendFailures;
private long initiatorSendProcessingTime;
private long initiatorTimeToConnect;
private long initiatorTimeToFail;
private int numPings;
private int numFailedPings;
private long pingTime;
private long pingFailedTime;
private int numPingsReceived;
public TransportBindingMetric(TransportBindingMeter transportBindingMeter, boolean initiatorConnected, boolean acceptorConnected) {
this.peerID = transportBindingMeter.getPeerID();
this.endpointAddress = transportBindingMeter.getEndpointAddress();
this.initiatorState = initiatorConnected ? CONNECTED : CLOSED;
this.acceptorState = acceptorConnected ? CONNECTED : CLOSED;
}
public TransportBindingMetric() {}
public TransportBindingMetric(TransportBindingMetric prototype) {
this.peerID = prototype.peerID;
this.endpointAddress = prototype.endpointAddress;
this.initiatorState = prototype.initiatorState;
this.acceptorState = prototype.acceptorState;
this.initiatorTransitionTime = prototype.initiatorTransitionTime;
this.acceptorTransitionTime = prototype.acceptorTransitionTime;
}
@Override
public boolean equals(Object obj) {
if (obj instanceof TransportBindingMetric) {
TransportBindingMetric other = (TransportBindingMetric) obj;
return endpointAddress.equals(other.endpointAddress);
} else {
return false;
}
}
@Override
public int hashCode() {
return peerID.hashCode() + endpointAddress.hashCode();
}
public PeerID getPeerID() {
return peerID;
}
public void setPeerID(PeerID peerID) {
this.peerID = peerID;
}
public EndpointAddress getEndpointAddress() {
return endpointAddress;
}
/**
* State of this Initiator Binding
*
* @return TransportBindingMetric.CONNECTED, TransportBindingMetric.DISCONNECTED or TransportBindingMetric.FAILED
*/
public String getInitiatorState() {
return initiatorState;
}
/**
* State of this Acceptor Binding
*
* @return TransportBindingMetric.CONNECTED, TransportBindingMetric.DISCONNECTED or TransportBindingMetric.FAILED
*/
public String getAcceptorState() {
return acceptorState;
}
/**
* Get the time that it entered the current state
*
* @return transition time in ms since January 1, 1970, 00:00:00 GMT
*/
public long getInitiatorTransitionTime() {
return initiatorTransitionTime;
}
/**
* Get the time that it entered the current state
*
* @return transition time in ms since January 1, 1970, 00:00:00 GMT
*/
public long getAcceptorTransitionTime() {
return acceptorTransitionTime;
}
public boolean isAcceptorConnected() {
return (acceptorState != null) && acceptorState.equals(CONNECTED);
}
public boolean isInitiatorConnected() {
return (initiatorState != null) && initiatorState.equals(CONNECTED);
}
public long getTimeAcceptorConnectionEstablished() {
return isAcceptorConnected() ? acceptorTransitionTime : 0;
}
public long getTimeInitiatorConnectionEstablished() {
return isInitiatorConnected() ? initiatorTransitionTime : 0;
}
public int getAcceptorBytesReceived() {
return acceptorBytesReceived;
}
public int getAcceptorBytesSent() {
return acceptorBytesSent;
}
public int getAcceptorConnections() {
return acceptorConnections;
}
public int getAcceptorConnectionsClosed() {
return acceptorConnectionsClosed;
}
public int getAcceptorConnectionsDropped() {
return acceptorConnectionsDropped;
}
public int getAcceptorConnectionsFailed() {
return acceptorConnectionsFailed;
}
public int getAcceptorMessagesReceived() {
return acceptorMessagesReceived;
}
public int getAcceptorMessagesSent() {
return acceptorMessagesSent;
}
public long getAcceptorReceiveFailureProcessingTime() {
return acceptorReceiveFailureProcessingTime;
}
public int getAcceptorReceiveFailures() {
return acceptorReceiveFailures;
}
public long getAcceptorReceiveProcessingTime() {
return acceptorReceiveProcessingTime;
}
public long getAcceptorSendFailureProcessingTime() {
return acceptorSendFailureProcessingTime;
}
public int getAcceptorSendFailures() {
return acceptorSendFailures;
}
public long getAcceptorSendProcessingTime() {
return acceptorSendProcessingTime;
}
public long getAcceptorTimeToConnect() {
return acceptorTimeToConnect;
}
public long getAcceptorTimeToFail() {
return acceptorTimeToFail;
}
public int getInitiatorBytesReceived() {
return initiatorBytesReceived;
}
public int getInitiatorBytesSent() {
return initiatorBytesSent;
}
public int getInitiatorConnections() {
return initiatorConnections;
}
public int getInitiatorConnectionsClosed() {
return initiatorConnectionsClosed;
}
public int getInitiatorConnectionsDropped() {
return initiatorConnectionsDropped;
}
public int getInitiatorConnectionsFailed() {
return initiatorConnectionsFailed;
}
public int getInitiatorMessagesReceived() {
return initiatorMessagesReceived;
}
public int getInitiatorMessagesSent() {
return initiatorMessagesSent;
}
public long getInitiatorReceiveFailureProcessingTime() {
return initiatorReceiveFailureProcessingTime;
}
public int getInitiatorReceiveFailures() {
return initiatorReceiveFailures;
}
public long getInitiatorReceiveProcessingTime() {
return initiatorReceiveProcessingTime;
}
public long getInitiatorSendFailureProcessingTime() {
return initiatorSendFailureProcessingTime;
}
public int getInitiatorSendFailures() {
return initiatorSendFailures;
}
public long getInitiatorSendProcessingTime() {
return initiatorSendProcessingTime;
}
public long getInitiatorTimeToConnect() {
return initiatorTimeToConnect;
}
public long getInitiatorTimeToFail() {
return initiatorTimeToFail;
}
public int getNumPings() {
return numPings;
}
public int getNumFailedPings() {
return numFailedPings;
}
public long getPingTime() {
return pingTime;
}
public long getPingFailedTime() {
return pingFailedTime;
}
public int getNumPingsReceived() {
return numPingsReceived;
}
public int getBytesReceived() {
return acceptorBytesReceived + initiatorBytesReceived;
}
public int getBytesSent() {
return acceptorBytesSent + initiatorBytesSent;
}
public int getConnections() {
return acceptorConnections + initiatorConnections;
}
public int getConnectionsClosed() {
return acceptorConnectionsClosed + initiatorConnectionsClosed;
}
public int getConnectionsDropped() {
return acceptorConnectionsDropped + initiatorConnectionsDropped;
}
public int getConnectionsFailed() {
return acceptorConnectionsFailed + initiatorConnectionsFailed;
}
public int getMessagesReceived() {
return acceptorMessagesReceived + initiatorMessagesReceived;
}
public int getMessagesSent() {
return acceptorMessagesSent + initiatorMessagesSent;
}
public long getReceiveFailureProcessingTime() {
return acceptorReceiveFailureProcessingTime + initiatorReceiveFailureProcessingTime;
}
public int getReceiveFailures() {
return acceptorReceiveFailures + initiatorReceiveFailures;
}
public long getReceiveProcessingTime() {
return acceptorReceiveProcessingTime + initiatorReceiveProcessingTime;
}
public long getSendFailureProcessingTime() {
return acceptorSendFailureProcessingTime + initiatorSendFailureProcessingTime;
}
public int getSendFailures() {
return acceptorSendFailures + initiatorSendFailures;
}
public long getSendProcessingTime() {
return acceptorSendProcessingTime + initiatorSendProcessingTime;
}
public long getTotalTimeConnected() {
return acceptorTotalTimeConnected + initiatorTotalTimeConnected;
}
public long getTimeToConnect() {
return acceptorTimeToConnect + initiatorTimeToConnect;
}
public long getTimeToFail() {
return acceptorTimeToFail + initiatorTimeToFail;
}
public int getAveragePingTime() {
return (int) ((numPings != 0) ? (pingTime / numPings) : 0);
}
public int getAveragePingFailedTime() {
return (int) ((numFailedPings != 0) ? (pingFailedTime / numFailedPings) : 0);
}
public int getAverageAcceptorReceiveFailureProcessingTime() {
return (int) ((acceptorReceiveFailures != 0) ? (acceptorReceiveFailureProcessingTime / acceptorReceiveFailures) : 0);
}
public int getAverageAcceptorReceiveProcessingTime() {
return (int) ((acceptorMessagesReceived != 0) ? (acceptorReceiveProcessingTime / acceptorMessagesReceived) : 0);
}
public int getAverageAcceptorSendFailureProcessingTime() {
return (int) ((acceptorSendFailures != 0) ? (acceptorSendFailureProcessingTime / acceptorSendFailures) : 0);
}
public int getAverageAcceptorSendProcessingTime() {
return (int) ((acceptorMessagesSent != 0) ? (acceptorSendProcessingTime / acceptorMessagesSent) : 0);
}
public int getAverageAcceptorTimeToConnect() {
return (int) ((acceptorConnections != 0) ? (acceptorTimeToConnect / acceptorConnections) : 0);
}
public int getAverageAcceptorTimeToFail() {
return (int) ((acceptorConnectionsFailed != 0) ? (acceptorTimeToFail / acceptorConnectionsFailed) : 0);
}
public int getAverageInitiatorReceiveFailureProcessingTime() {
return (int) ((initiatorReceiveFailures != 0) ? (initiatorReceiveFailureProcessingTime / initiatorReceiveFailures) : 0);
}
public int getAverageInitiatorReceiveProcessingTime() {
return (int) ((initiatorMessagesReceived != 0) ? (initiatorReceiveProcessingTime / initiatorMessagesReceived) : 0);
}
public int getAverageInitiatorSendFailureProcessingTime() {
return (int) ((initiatorSendFailures != 0) ? (initiatorSendFailureProcessingTime / initiatorSendFailures) : 0);
}
public int getAverageInitiatorSendProcessingTime() {
return (int) ((initiatorMessagesSent != 0) ? (initiatorSendProcessingTime / initiatorMessagesSent) : 0);
}
public int getAverageInitiatorTimeToConnect() {
return (int) ((initiatorConnections != 0) ? (initiatorTimeToConnect / initiatorConnections) : 0);
}
public int getAverageInitiatorTimeToFail() {
return (int) ((initiatorConnectionsFailed != 0) ? (initiatorTimeToFail / initiatorConnectionsFailed) : 0);
}
public int getAverageReceiveFailureProcessingTime() {
return (int) (((initiatorReceiveFailures + acceptorReceiveFailures) != 0)
? ((initiatorReceiveFailureProcessingTime + acceptorReceiveFailureProcessingTime)
/ (initiatorReceiveFailures + acceptorReceiveFailures))
: 0);
}
public int getAverageReceiveProcessingTime() {
return (int) (((initiatorMessagesReceived + acceptorMessagesReceived) != 0)
? ((initiatorReceiveProcessingTime + acceptorReceiveProcessingTime)
/ (initiatorMessagesReceived + acceptorMessagesReceived))
: 0);
}
public int getAverageSendFailureProcessingTime() {
return (int) (((initiatorSendFailures + acceptorSendFailures) != 0)
? ((initiatorSendFailureProcessingTime + acceptorSendFailureProcessingTime)
/ (initiatorSendFailures + acceptorSendFailures))
: 0);
}
public int getAverageSendProcessingTime() {
return (int) (((initiatorMessagesSent + acceptorMessagesSent) != 0)
? ((initiatorSendProcessingTime + acceptorSendProcessingTime) / (initiatorMessagesSent + acceptorMessagesSent))
: 0);
}
public int getAverageTimeToConnect() {
return (int) (((initiatorConnections + acceptorConnections) != 0)
? ((initiatorTimeToConnect + acceptorTimeToConnect) / (initiatorConnections + acceptorConnections))
: 0);
}
public int getAverageTimeToFail() {
return (int) (((initiatorConnectionsFailed + acceptorConnectionsFailed) != 0)
? ((initiatorTimeToFail + acceptorTimeToFail) / (initiatorConnectionsFailed + acceptorConnectionsFailed))
: 0);
}
/**
* Get the total time this intiated connection has been connected.
* <BR><BR>
* <B>Note:</B> This does not include the current time connected (if it is currently connected)
*
* @return time in ms (see note above)
* @see #getTotalTimeConnected()
*/
public long getInitiatorTotalTimeConnected() {
return initiatorTotalTimeConnected;
}
/**
* Get the total time this initiating connection has been connected. If it is currently
* connected, then the total time is adjusted to include the time since the transition time
* to become connected until the provided time
*
* @param adjustmentTime The time of this metric will be adjusted to
* @return time in ms (see note above)
* @see #getTotalTimeConnected()
*/
public long getInitiatorTotalTimeConnected(long adjustmentTime) {
long result = initiatorTotalTimeConnected;
if (isInitiatorConnected()) {
result += (adjustmentTime - this.initiatorTransitionTime);
}
return result;
}
/**
* Get the duration of current connection relative to local clock (from transition time)
* <BR><BR>
* <B>Note:</B> This assumes the clocks are in sync with the reporting peer
*
* @return time in ms (see note above) or 0 if not connected
* @see #getTotalTimeConnected()
*/
public long getInitiatorTimeConnected() {
return getInitiatorTimeConnected(System.currentTimeMillis());
}
/**
* Get the duration of current connection until the specified time
*
* @param adjustmentTime The time of this metric will be computed until
* @return time in ms (see note above) or 0 if not connected
*/
public long getInitiatorTimeConnected(long adjustmentTime) {
if (isInitiatorConnected()) {
return (adjustmentTime - this.initiatorTransitionTime);
} else {
return 0;
}
}
/**
* Get the total time this intiated connection has been connected.
* <BR><BR>
* <B>Note:</B> This does not include the current time connected (if it is currently connected)
*
* @return time in ms (see note above)
* @see #getTotalTimeConnected()
*/
public long getAcceptorTotalTimeConnected() {
return acceptorTotalTimeConnected;
}
/**
* Get the total time this initiating connection has been connected. If it is currently
* connected, then the total time is adjusted to include the time since the transition time
* to become connected until the provided time
*
* @param adjustmentTime The time of this metric will be adjusted to
* @return time in ms (see note above)
* @see #getTotalTimeConnected()
*/
public long getAcceptorTotalTimeConnected(long adjustmentTime) {
long result = acceptorTotalTimeConnected;
if (isAcceptorConnected()) {
result += (adjustmentTime - this.acceptorTransitionTime);
}
return result;
}
/**
* Get the duration of current connection relative to local clock (from transition time)
* <BR><BR>
* <B>Note:</B> This assumes the clocks are in sync with the reporting peer
*
* @return time in ms (see note above) or 0 if not connected
* @see #getTotalTimeConnected()
*/
public long getAcceptorTimeConnected() {
return getAcceptorTimeConnected(System.currentTimeMillis());
}
/**
* Get the duration of current connection until the specified time
*
* @param adjustmentTime The time of this metric will be computed until
* @return time in ms (see note above) or 0 if not connected
*/
public long getAcceptorTimeConnected(long adjustmentTime) {
if (isAcceptorConnected()) {
return (adjustmentTime - this.acceptorTransitionTime);
} else {
return 0;
}
}
void resetInitiatorState(String state, long transitionTime) {
if (isInitiatorConnected()) {
acceptorTotalTimeConnected += (System.currentTimeMillis() - this.initiatorTransitionTime);
}
this.initiatorState = state;
this.initiatorTransitionTime = transitionTime;
// System.out.println("initiatorState: " + initiatorState + " " + endpointAddress);
}
void resetAcceptorState(String state, long transitionTime) {
if (isAcceptorConnected()) {
initiatorTotalTimeConnected += (System.currentTimeMillis() - this.acceptorTransitionTime);
}
this.acceptorState = state;
this.acceptorTransitionTime = transitionTime;
// System.out.println("acceptorState: " + acceptorState + " " + endpointAddress);
}
void connectionEstablished(boolean initiator, long timeToConnect, long transitionTime) {
if (initiator) {
resetInitiatorState(CONNECTED, transitionTime);
initiatorConnections++;
initiatorTimeToConnect += timeToConnect;
} else {
resetAcceptorState(CONNECTED, transitionTime);
acceptorConnections++;
acceptorTimeToConnect += timeToConnect;
}
}
void connectionFailed(boolean initiator, long timeToConnect, long transitionTime) {
if (initiator) {
resetInitiatorState(FAILED, transitionTime);
initiatorConnectionsFailed++;
initiatorTimeToFail += timeToConnect;
} else {
resetAcceptorState(FAILED, transitionTime);
acceptorConnectionsFailed++;
acceptorTimeToFail += timeToConnect;
}
}
void connectionClosed(boolean initiator, long transitionTime) {
if (initiator) {
resetInitiatorState(CLOSED, transitionTime);
initiatorConnectionsClosed++;
} else {
resetAcceptorState(CLOSED, transitionTime);
acceptorConnectionsClosed++;
}
}
void connectionDropped(boolean initiator, long transitionTime) {
if (initiator) {
resetInitiatorState(DROPPED, transitionTime);
initiatorConnectionsDropped++;
} else {
resetAcceptorState(DROPPED, transitionTime);
acceptorConnectionsDropped++;
}
}
void pingReceived() {
numPingsReceived++;
}
void ping(long time) {
numPings++;
pingTime += time;
}
void pingFailed(long time) {
numFailedPings++;
pingFailedTime += time;
}
void dataReceived(boolean initiator, int size) {
if (initiator) {
initiatorBytesReceived += size;
} else {
acceptorBytesReceived += size;
}
}
void messageReceived(boolean initiator, Message message, long time, long size) {
if (initiator) {
initiatorMessagesReceived++;
initiatorReceiveProcessingTime += time;
initiatorBytesReceived += size;
} else {
acceptorMessagesReceived++;
acceptorReceiveProcessingTime += time;
acceptorBytesReceived += size;
}
}
void receiveFailure(boolean initiator, long time, long size) {
if (initiator) {
initiatorReceiveFailures++;
initiatorReceiveFailureProcessingTime += time;
initiatorBytesReceived += size;
} else {
acceptorReceiveFailures++;
acceptorReceiveFailureProcessingTime += time;
acceptorBytesReceived += size;
}
}
void dataSent(boolean initiator, long size) {
if (initiator) {
initiatorBytesSent += size;
} else {
acceptorBytesSent += size;
}
}
void sendFailure(boolean initiator, Message message, long time, long size) {
if (initiator) {
initiatorSendFailures++;
initiatorSendFailureProcessingTime += time;
initiatorBytesSent += size;
} else {
acceptorSendFailures++;
acceptorSendFailureProcessingTime += time;
acceptorBytesSent += size;
}
}
void messageSent(boolean initiator, Message message, long time, long size) {
if (initiator) {
initiatorMessagesSent++;
initiatorSendProcessingTime += time;
initiatorBytesSent += size;
} else {
acceptorMessagesSent++;
acceptorSendProcessingTime += time;
acceptorBytesSent += size;
}
}
public void mergeMetrics(TransportBindingMetric other) {
peerID = other.peerID;
if (other.initiatorState != null) {
initiatorState = other.initiatorState;
}
if (other.initiatorTransitionTime != 0) {
initiatorTransitionTime = other.initiatorTransitionTime;
}
if (other.acceptorState != null) {
acceptorState = other.acceptorState;
}
if (other.initiatorTransitionTime != 0) {
acceptorTransitionTime = other.acceptorTransitionTime;
}
acceptorBytesReceived += other.acceptorBytesReceived;
acceptorBytesSent += other.acceptorBytesSent;
acceptorConnections += other.acceptorConnections;
acceptorConnectionsClosed += other.acceptorConnectionsClosed;
acceptorConnectionsDropped += other.acceptorConnectionsDropped;
acceptorConnectionsFailed += other.acceptorConnectionsFailed;
acceptorMessagesReceived += other.acceptorMessagesReceived;
acceptorMessagesSent += other.acceptorMessagesSent;
acceptorReceiveFailureProcessingTime += other.acceptorReceiveFailureProcessingTime;
acceptorReceiveFailures += other.acceptorReceiveFailures;
acceptorReceiveProcessingTime += other.acceptorReceiveProcessingTime;
acceptorSendFailureProcessingTime += other.acceptorSendFailureProcessingTime;
acceptorSendFailures += other.acceptorSendFailures;
acceptorSendProcessingTime += other.acceptorSendProcessingTime;
acceptorTotalTimeConnected += other.acceptorTotalTimeConnected;
acceptorTimeToConnect += other.acceptorTimeToConnect;
acceptorTimeToFail += other.acceptorTimeToFail;
initiatorBytesReceived += other.initiatorBytesReceived;
initiatorBytesSent += other.initiatorBytesSent;
initiatorTotalTimeConnected += other.initiatorTotalTimeConnected;
initiatorConnections += other.initiatorConnections;
initiatorConnectionsClosed += other.initiatorConnectionsClosed;
initiatorConnectionsDropped += other.initiatorConnectionsDropped;
initiatorConnectionsFailed += other.initiatorConnectionsFailed;
initiatorMessagesReceived += other.initiatorMessagesReceived;
initiatorMessagesSent += other.initiatorMessagesSent;
initiatorReceiveFailureProcessingTime += other.initiatorReceiveFailureProcessingTime;
initiatorReceiveFailures += other.initiatorReceiveFailures;
initiatorReceiveProcessingTime += other.initiatorReceiveProcessingTime;
initiatorSendFailureProcessingTime += other.initiatorSendFailureProcessingTime;
initiatorSendFailures += other.initiatorSendFailures;
initiatorSendProcessingTime += other.initiatorSendProcessingTime;
initiatorTimeToConnect += other.initiatorTimeToConnect;
initiatorTimeToFail += other.initiatorTimeToFail;
numPings += other.numPings;
numFailedPings += other.numFailedPings;
pingTime += other.pingTime;
pingFailedTime += other.pingFailedTime;
numPingsReceived += other.numPingsReceived;
}
public void serializeTo(Element element) throws DocumentSerializationException {
DocumentSerializableUtilities.addString(element, "peerID", peerID.toString());
DocumentSerializableUtilities.addString(element, "endpointAddress", endpointAddress.toString());
if (initiatorState != null) {
DocumentSerializableUtilities.addString(element, "initiatorState", initiatorState);
}
if (initiatorTransitionTime != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorTransitionTime", initiatorTransitionTime);
}
if (acceptorState != null) {
DocumentSerializableUtilities.addString(element, "acceptorState", acceptorState);
}
if (acceptorTransitionTime != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorTransitionTime", acceptorTransitionTime);
}
if (acceptorBytesReceived != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorBytesReceived", acceptorBytesReceived);
}
if (acceptorBytesSent != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorBytesSent", acceptorBytesSent);
}
if (acceptorConnections != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorConnections", acceptorConnections);
}
if (acceptorConnectionsClosed != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorConnectionsClosed", acceptorConnectionsClosed);
}
if (acceptorConnectionsDropped != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorConnectionsDropped", acceptorConnectionsDropped);
}
if (acceptorConnectionsFailed != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorConnectionsFailed", acceptorConnectionsFailed);
}
if (acceptorMessagesReceived != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorMessagesReceived", acceptorMessagesReceived);
}
if (acceptorMessagesSent != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorMessagesSent", acceptorMessagesSent);
}
if (acceptorReceiveFailureProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorReceiveFailureProcessingTime"
,
acceptorReceiveFailureProcessingTime);
}
if (acceptorReceiveFailures != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorReceiveFailures", acceptorReceiveFailures);
}
if (acceptorReceiveProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorReceiveProcessingTime", acceptorReceiveProcessingTime);
}
if (acceptorSendFailureProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorSendFailureProcessingTime", acceptorSendFailureProcessingTime);
}
if (acceptorSendFailures != 0) {
DocumentSerializableUtilities.addInt(element, "acceptorSendFailures", acceptorSendFailures);
}
if (acceptorSendProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorSendProcessingTime", acceptorSendProcessingTime);
}
if (acceptorTotalTimeConnected != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorTotalTimeConnected", acceptorTotalTimeConnected);
}
if (acceptorTimeToConnect != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorTimeToConnect", acceptorTimeToConnect);
}
if (acceptorTimeToFail != 0) {
DocumentSerializableUtilities.addLong(element, "acceptorTimeToFail", acceptorTimeToFail);
}
if (initiatorBytesReceived != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorBytesReceived", initiatorBytesReceived);
}
if (initiatorBytesSent != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorBytesSent", initiatorBytesSent);
}
if (initiatorTotalTimeConnected != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorTotalTimeConnected", initiatorTotalTimeConnected);
}
if (initiatorConnections != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorConnections", initiatorConnections);
}
if (initiatorConnectionsClosed != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorConnectionsClosed", initiatorConnectionsClosed);
}
if (initiatorConnectionsDropped != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorConnectionsDropped", initiatorConnectionsDropped);
}
if (initiatorConnectionsFailed != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorConnectionsFailed", initiatorConnectionsFailed);
}
if (initiatorMessagesReceived != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorMessagesReceived", initiatorMessagesReceived);
}
if (initiatorMessagesSent != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorMessagesSent", initiatorMessagesSent);
}
if (initiatorReceiveFailureProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorReceiveFailureProcessingTime"
,
initiatorReceiveFailureProcessingTime);
}
if (initiatorReceiveFailures != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorReceiveFailures", initiatorReceiveFailures);
}
if (initiatorReceiveProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorReceiveProcessingTime", initiatorReceiveProcessingTime);
}
if (initiatorSendFailureProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorSendFailureProcessingTime"
,
initiatorSendFailureProcessingTime);
}
if (initiatorSendFailures != 0) {
DocumentSerializableUtilities.addInt(element, "initiatorSendFailures", initiatorSendFailures);
}
if (initiatorSendProcessingTime != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorSendProcessingTime", initiatorSendProcessingTime);
}
if (initiatorTimeToConnect != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorTimeToConnect", initiatorTimeToConnect);
}
if (initiatorTimeToFail != 0) {
DocumentSerializableUtilities.addLong(element, "initiatorTimeToFail", initiatorTimeToFail);
}
if (numPings != 0) {
DocumentSerializableUtilities.addInt(element, "numPings", numPings);
}
if (numFailedPings != 0) {
DocumentSerializableUtilities.addInt(element, "numFailedPings", numFailedPings);
}
if (pingTime != 0) {
DocumentSerializableUtilities.addLong(element, "pingTime", pingTime);
}
if (pingFailedTime != 0) {
DocumentSerializableUtilities.addLong(element, "pingFailedTime", pingFailedTime);
}
if (initiatorTimeToFail != 0) {
DocumentSerializableUtilities.addInt(element, "numPingsReceived", numPingsReceived);
}
}
public void initializeFrom(Element element) throws DocumentSerializationException {
for (Enumeration e = element.getChildren(); e.hasMoreElements();) {
Element childElement = (TextElement) e.nextElement();
String tagName = (String) childElement.getKey();
if (tagName.equals("peerID")) {
String peerIdString = DocumentSerializableUtilities.getString(childElement);
peerID = MetricUtilities.getPeerIdFromString(peerIdString);
}
if (tagName.equals("endpointAddress")) {
String endpointAddressString = DocumentSerializableUtilities.getString(childElement);
endpointAddress = new EndpointAddress(endpointAddressString);
} else if (tagName.equals("acceptorBytesReceived")) {
acceptorBytesReceived = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorBytesSent")) {
acceptorBytesSent = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorConnections")) {
acceptorConnections = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorConnectionsClosed")) {
acceptorConnectionsClosed = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorConnectionsDropped")) {
acceptorConnectionsDropped = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorConnectionsFailed")) {
acceptorConnectionsFailed = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorMessagesReceived")) {
acceptorMessagesReceived = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorMessagesSent")) {
acceptorMessagesSent = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorReceiveFailureProcessingTime")) {
acceptorReceiveFailureProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("acceptorReceiveFailures")) {
acceptorReceiveFailures = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorReceiveProcessingTime")) {
acceptorReceiveProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("acceptorSendFailureProcessingTime")) {
acceptorSendFailureProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("acceptorSendFailures")) {
acceptorSendFailures = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("acceptorSendProcessingTime")) {
acceptorSendProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("acceptorTotalTimeConnected")) {
acceptorTotalTimeConnected = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("acceptorTimeToConnect")) {
acceptorTimeToConnect = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("acceptorTimeToFail")) {
acceptorTimeToFail = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorBytesReceived")) {
initiatorBytesReceived = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorBytesSent")) {
initiatorBytesSent = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorTotalTimeConnected")) {
initiatorTotalTimeConnected = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorConnections")) {
initiatorConnections = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorConnectionsClosed")) {
initiatorConnectionsClosed = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorConnectionsDropped")) {
initiatorConnectionsDropped = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorConnectionsFailed")) {
initiatorConnectionsFailed = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorMessagesReceived")) {
initiatorMessagesReceived = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorMessagesSent")) {
initiatorMessagesSent = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorReceiveFailureProcessingTime")) {
initiatorReceiveFailureProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorReceiveFailures")) {
initiatorReceiveFailures = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorReceiveProcessingTime")) {
initiatorReceiveProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorSendFailureProcessingTime")) {
initiatorSendFailureProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorSendFailures")) {
initiatorSendFailures = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("initiatorSendProcessingTime")) {
initiatorSendProcessingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorTimeToConnect")) {
initiatorTimeToConnect = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("initiatorTimeToFail")) {
initiatorTimeToFail = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("numPingsReceived")) {
numPingsReceived = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("numPings")) {
numPings = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("numFailedPings")) {
numFailedPings = DocumentSerializableUtilities.getInt(childElement);
} else if (tagName.equals("pingTime")) {
pingTime = DocumentSerializableUtilities.getLong(childElement);
} else if (tagName.equals("pingFailedTime")) {
pingFailedTime = DocumentSerializableUtilities.getLong(childElement);
}
}
}
}