/**
* Inherited from TransactionClientListener. When the TransactionClientListener goes into the
* "Completed" state, receiving a failure response
*
* <p>If called for a INVITE transaction, it moves to D_CLOSE state, removes the listener from
* SipProvider.
*
* <p>If called for a BYE transaction, it moves to D_CLOSE state, removes the listener from
* SipProvider, and fires <i>onClose(this,msg)</i>.
*/
public void onTransFailureResponse(TransactionClient tc, Message msg) {
printLog("inside onTransFailureResponse(" + tc.getTransactionId() + ",msg)", LogLevel.LOW);
if (tc.getTransactionMethod().equals(SipMethods.INVITE)) {
if (!verifyStatus(statusIs(D_INVITING) || statusIs(D_ReINVITING))) return;
StatusLine statusline = msg.getStatusLine();
int code = statusline.getCode();
verifyThat(code >= 300 && code < 700, "error code was expected");
if (statusIs(D_ReINVITING)) {
changeStatus(D_CALL);
listener.onDlgReInviteFailureResponse(this, code, statusline.getReason(), msg);
} else {
changeStatus(D_CLOSE);
if (code >= 300 && code < 400)
listener.onDlgInviteRedirectResponse(
this, code, statusline.getReason(), msg.getContacts(), msg);
else listener.onDlgInviteFailureResponse(this, code, statusline.getReason(), msg);
listener.onDlgClose(this);
}
} else if (tc.getTransactionMethod().equals(SipMethods.BYE)) {
if (!verifyStatus(statusIs(D_BYEING))) return;
StatusLine statusline = msg.getStatusLine();
int code = statusline.getCode();
verifyThat(code >= 300 && code < 700, "error code was expected");
changeStatus(InviteDialog.D_CALL);
listener.onDlgByeFailureResponse(this, code, statusline.getReason(), msg);
}
}
/** Sends a Message */
public void sendMessage(Message msg) throws IOException {
if (tcp_conn != null) {
last_time = System.currentTimeMillis();
byte[] data = msg.toString().getBytes();
Log.e("Final Message: ", msg.toString());
int endindex = msg.toString().indexOf("image/jpeg") + 10;
String headers = msg.toString().substring(0, endindex) + "\n \n";
Log.e("Initial Header:", headers);
byte[] headerBytes = headers.getBytes();
byte[] imageBytes = JpegImage.imageBytes;
byte[] finalBytes = new byte[headerBytes.length + imageBytes.length];
System.arraycopy(headerBytes, 0, finalBytes, 0, headerBytes.length);
System.arraycopy(imageBytes, 0, finalBytes, headerBytes.length, imageBytes.length);
// for(int i=0;i<headerBytes.length;i++){
// finalBytes[i] = headerBytes[i];
// }
// int j=0;
// for(int i=headerBytes.length;j<(imageBytes.length);i++){
// finalBytes[i]=imageBytes[j];
// j++;
// }
// Log.e("ImageBytes: ",
// "Length:"+String.valueOf(finalBytes[finalBytes.length])+"read:"+String.valueOf(imageBytes[imageBytes.length]));
Log.e("Modified headers: ", headers);
// tcp_conn.send(data);
Log.e("TCPTransport: ", "Total Image length=" + finalBytes.length);
tcp_conn.send(finalBytes);
}
}
public void routeSIP(final Message message, final JID sender) {
for (final SipRoutingListener routingListener : routingListeners) {
routingListener.routingSIP(message, sender);
}
// Route Packet
final byte[] bytes;
try {
final String msg = message.toString();
bytes = msg.getBytes("UTF-8");
final ByteBuffer byteBuffer = ByteBuffer.wrap(bytes);
final SocketAddress destination = getDestinationAddress(message, sender);
if (destination == null) {
log.warn("Discarding Packet Without Destination: " + msg);
return;
}
try {
SipChannel c = message.getArrivedAt();
if (c == null) {
c = channels.get(getSipChannelID(sender));
}
if (sender != null && c == null) {
log.debug("Creating SIP Channel for: " + sender);
c = createSipChannel(sender, destination);
}
if (c == null) {
log.warn("Could NOT Bind Message to any SipChannel.");
return;
}
log.debug("Sending SIP: " + msg);
c.send(byteBuffer, destination);
updateKeepAliveTargets(destination);
for (final SipRoutingListener routingListener : getRoutingListeners()) {
routingListener.routedSIP(message, sender);
}
} catch (Exception e) {
log.warn("Unresolved Address.", e);
for (final SipRoutingListener routingListener : getRoutingListeners()) {
routingListener.routingError(message, sender, SipRoutingError.unresolvedAddress);
}
}
} catch (UnsupportedEncodingException e) {
log.error("Packet Encoding Error.", e);
}
}
/**
* Inherited from TransactionClientListener. When an TransactionClientListener goes into the
* "Terminated" state, receiving a 2xx response
*
* <p>If called for a INVITE transaction, it updates the dialog information, moves to D_CALL
* state, add a listener to the SipProvider, creates a new AckTransactionClient(ack,this), and
* fires <i>onSuccessResponse(this,code,body,msg)</i>.
*
* <p>If called for a BYE transaction, it moves to D_CLOSE state, removes the listener from
* SipProvider, and fires <i>onClose(this,msg)</i>.
*/
public void onTransSuccessResponse(TransactionClient tc, Message msg) {
printLog("inside onTransSuccessResponse(tc,msg)", LogLevel.LOW);
if (tc.getTransactionMethod().equals(SipMethods.INVITE)) {
if (!verifyStatus(statusIs(D_INVITING) || statusIs(D_ReINVITING))) return;
StatusLine statusline = msg.getStatusLine();
int code = statusline.getCode();
if (!verifyThat(
code >= 200 && code < 300 && msg.getTransactionMethod().equals(SipMethods.INVITE),
"2xx for invite was expected")) return;
boolean re_inviting = statusIs(D_ReINVITING);
changeStatus(D_CALL);
update(Dialog.UAC, msg);
if (invite_offer) { // invite_req=MessageFactory.createRequest(SipMethods.ACK,dialog_state,sdp.toString());
// ack=MessageFactory.createRequest(this,SipMethods.ACK,null);
ack_req = MessageFactory.create2xxAckRequest(this, null);
AckTransactionClient ack_tc = new AckTransactionClient(sip_provider, ack_req, null);
ack_tc.request();
}
if (!re_inviting) {
listener.onDlgInviteSuccessResponse(this, code, statusline.getReason(), msg.getBody(), msg);
listener.onDlgCall(this);
} else
listener.onDlgReInviteSuccessResponse(
this, code, statusline.getReason(), msg.getBody(), msg);
} else if (tc.getTransactionMethod().equals(SipMethods.BYE)) {
if (!verifyStatus(statusIs(D_BYEING))) return;
StatusLine statusline = msg.getStatusLine();
int code = statusline.getCode();
verifyThat(code >= 200 && code < 300, "2xx for bye was expected");
changeStatus(D_CLOSE);
listener.onDlgByeSuccessResponse(this, code, statusline.getReason(), msg);
listener.onDlgClose(this);
}
}
/**
* Method derived from interface SipListener. It's fired from the SipProvider when a new message
* is received for to the present TransactionClient.
*/
public void onReceivedMessage(SipProvider provider, Message msg) {
if (msg.isResponse()) {
int code = msg.getStatusLine().getCode();
if (code >= 100 && code < 200 && (statusIs(STATE_TRYING) || statusIs(STATE_PROCEEDING))) {
if (statusIs(STATE_TRYING)) changeStatus(STATE_PROCEEDING);
if (transaction_listener != null)
transaction_listener.onTransProvisionalResponse(this, msg);
return;
}
if (code >= 200 && code < 700 && (statusIs(STATE_TRYING) || statusIs(STATE_PROCEEDING))) {
retransmission_to.halt();
transaction_to.halt();
changeStatus(STATE_COMPLETED);
if (code < 300) {
if (transaction_listener != null) transaction_listener.onTransSuccessResponse(this, msg);
} else {
if (transaction_listener != null) transaction_listener.onTransFailureResponse(this, msg);
}
transaction_listener = null;
if (true || connection_id == null) // modified
clearing_to.start();
else {
printLog("clearing_to=0 for reliable transport", LogLevel.LOW);
onTimeout(clearing_to);
}
return;
}
}
}
/** When a new Message is received by the SipProvider. */
public void onReceivedMessage(SipProvider provider, Message msg) {
printLog("onReceivedMessage()", LogLevel.MEDIUM);
if (statusIs(D_TERMINATED)) {
printLog("subscription already terminated: message discarded", LogLevel.MEDIUM);
return;
}
// else
if (msg.isRequest() && msg.isSubscribe()) {
if (statusIs(NotifierDialog.D_WAITING)) { // the first SUBSCRIBE
// request
changeStatus(D_SUBSCRIBED);
sip_provider.removeSipProviderListener(new MethodIdentifier(SipMethods.SUBSCRIBE));
}
subscribe_req = msg;
NameAddress target = msg.getToHeader().getNameAddress();
NameAddress subscriber = msg.getFromHeader().getNameAddress();
EventHeader eh = msg.getEventHeader();
if (eh != null) {
event = eh.getEvent();
id = eh.getId();
}
update(UAS, msg);
subscribe_transaction = new TransactionServer(sip_provider, msg, null);
if (listener != null) listener.onDlgSubscribe(this, target, subscriber, event, id, msg);
} else {
printLog("message is not a SUBSCRIBE: message discarded", LogLevel.HIGH);
}
}
/** When the delivery fails. */
private void onDeliveryFailure(TransactionClient tc, String result) {
printLog("Message delivery failed (" + result + ").");
Message req = tc.getRequestMessage();
NameAddress recipient = req.getToHeader().getNameAddress();
String subject = null;
if (req.hasSubjectHeader()) subject = req.getSubjectHeader().getSubject();
if (listener != null) listener.onMaDeliveryFailure(this, recipient, subject, result);
}
/**
* Inherited from TransactionClientListener. When the TransactionClientListener is in "Proceeding"
* state and receives a new 1xx response
*
* <p>For INVITE transaction it fires <i>onFailureResponse(this,code,reason,body,msg)</i>.
*/
public void onTransProvisionalResponse(TransactionClient tc, Message msg) {
printLog("inside onTransProvisionalResponse(tc,mdg)", LogLevel.LOW);
if (tc.getTransactionMethod().equals(SipMethods.INVITE)) {
StatusLine statusline = msg.getStatusLine();
listener.onDlgInviteProvisionalResponse(
this, statusline.getCode(), statusline.getReason(), msg.getBody(), msg);
}
}
/** Terminates the subscription (subscription goes into 'terminated' state). */
public void terminate(String reason) {
Message req = MessageFactory.createNotifyRequest(this, event, id, null, null);
SubscriptionStateHeader sh = new SubscriptionStateHeader(TERMINATED);
if (reason != null) sh.setReason(reason);
// sh.setExpires(0);
req.setSubscriptionStateHeader(sh);
notify(req);
}
/** Sends a NOTIFY. */
public void notify(String state, int expires, String content_type, String body) {
Message req = MessageFactory.createNotifyRequest(this, event, id, content_type, body);
if (state != null) {
SubscriptionStateHeader sh = new SubscriptionStateHeader(state);
if (expires >= 0) sh.setExpires(expires);
req.setSubscriptionStateHeader(sh);
}
notify(req);
}
/**
* Responds with <i>resp</i>. This method can be called when the InviteDialog is in D_INVITED or
* D_BYED states.
*
* <p>If the CSeq method is INVITE and the response is 2xx, it moves to state D_ACCEPTED, adds a
* new listener to the SipProviderListener, and creates new AckTransactionServer
*
* <p>If the CSeq method is INVITE and the response is not 2xx, it moves to state D_REFUSED, and
* sends the response.
*/
public void respond(Message resp)
// private void respond(Message resp)
{
printLog("inside respond(resp)", LogLevel.MEDIUM);
String method = resp.getCSeqHeader().getMethod();
if (method.equals(SipMethods.INVITE)) {
if (!verifyStatus(statusIs(D_INVITED) || statusIs(D_ReINVITED))) {
printLog(
"respond(): InviteDialog not in (re)invited state: No response now", LogLevel.HIGH);
return;
}
int code = resp.getStatusLine().getCode();
// 1xx provisional responses
if (code >= 100 && code < 200) {
invite_ts.respondWith(resp);
return;
}
// For all final responses establish the dialog
if (code >= 200) { // changeStatus(D_ACCEPTED);
update(Dialog.UAS, resp);
}
// 2xx success responses
if (code >= 200 && code < 300) {
if (statusIs(D_INVITED)) changeStatus(D_ACCEPTED);
else changeStatus(D_ReACCEPTED);
// terminates the INVITE Transaction server and activates an ACK
// Transaction server
invite_ts.terminate();
ConnectionIdentifier conn_id = invite_ts.getConnectionId();
ack_ts = new AckTransactionServer(sip_provider, conn_id, resp, this);
ack_ts.respond();
// if (statusIs(D_ReACCEPTED))
// listener.onDlgReInviteAccepted(this);
// else listener.onDlgAccepted(this);
return;
} else
// 300-699 failure responses
// if (code>=300)
{
if (statusIs(D_INVITED)) changeStatus(D_REFUSED);
else changeStatus(D_ReREFUSED);
invite_ts.respondWith(resp);
// if (statusIs(D_ReREFUSED))
// listener.onDlgReInviteRefused(this);
// else listener.onDlgRefused(this);
return;
}
}
if (method.equals(SipMethods.BYE)) {
if (!verifyStatus(statusIs(D_BYED))) return;
bye_ts.respondWith(resp);
}
}
/** Method derived from interface SipListener. */
public void onReceivedMessage(SipProvider provider, Message msg) {
if (msg.isRequest() && msg.isInvite()) {
if (listener != null)
listener.onNewInviteDialog(
this,
new InviteDialog(sip_provider, msg, listener),
msg.getToHeader().getNameAddress(),
msg.getFromHeader().getNameAddress(),
msg.getBody(),
msg);
}
}
/**
* Responds with <i>code</i> and <i>reason</i>. This method can be called when the InviteDialog is
* in D_INVITED, D_ReINVITED states
*/
public void respond(
int code, String reason, int expires, String contact, String content_type, String body) {
printLog("inside respond(" + code + "," + reason + ")", LogLevel.MEDIUM);
NameAddress contact_url = null;
if (contact != null) contact_url = new NameAddress(contact);
Message resp =
MessageFactory.createResponse(
subscribe_req, code, SipResponses.reasonOf(code), contact_url);
if (expires >= 0) resp.setExpiresHeader(new ExpiresHeader(expires));
if (body != null) resp.setBody(content_type, body);
respond(resp);
}
/**
* Inherited from TransactionServerListener. When the TransactionServer goes into the "Trying"
* state receiving a request
*
* <p>If called for a INVITE transaction, it initializes the dialog information, <br>
* moves to D_INVITED state, and add a listener to the SipProvider, <br>
* and fires <i>onInvite(caller,body,msg)</i>.
*/
public void onTransRequest(TransactionServer ts, Message req) {
printLog("inside onTransRequest(ts,msg)", LogLevel.LOW);
if (ts.getTransactionMethod().equals(SipMethods.INVITE)) {
if (!verifyStatus(statusIs(D_WAITING))) return;
changeStatus(D_INVITED);
invite_req = req;
update(Dialog.UAS, invite_req);
listener.onDlgInvite(
this,
invite_req.getToHeader().getNameAddress(),
invite_req.getFromHeader().getNameAddress(),
invite_req.getBody(),
invite_req);
}
}
/** When a new Message is received by the SipProvider. */
public void onReceivedMessage(SipProvider provider, Message msg) {
// printLog("onReceivedMessage()", LogLevel.MEDIUM);
if (statusIs(D_TERMINATED)) {
printLog("subscription already terminated: message discarded", LogLevel.MEDIUM);
return;
}
// else
if (msg.isRequest() && msg.isSubscribe()) {
if (statusIs(NotifierDialog.D_WAITING)) { // the first SUBSCRIBE
// request
changeStatus(D_SUBSCRIBED);
sip_provider.removeSipProviderListener(new MethodIdentifier(SipMethods.SUBSCRIBE));
}
subscribe_req = msg;
NameAddress target = msg.getToHeader().getNameAddress();
NameAddress subscriber = msg.getFromHeader().getNameAddress();
EventHeader eh = msg.getEventHeader();
if (eh != null) {
event = eh.getEvent();
id = eh.getId();
}
// ==> jinsub for presence server
if (event.endsWith("presence")) {
notifyEvent = target.toString();
}
//
update(UAS, msg);
// System.out.println("����� ��¿��?");
// subscribe_transaction = new TransactionServer(sip_provider, msg, null);
if (listener != null)
// Here is going to add vector_key
listener.onDlgSubscribe(this, target, subscriber, event, id, msg);
} else if (msg.isRequest() && msg.isPublish()) {
// ==> jinsub for presence server
NameAddress target = msg.getToHeader().getNameAddress();
NameAddress publisher = msg.getFromHeader().getNameAddress();
EventHeader eh = msg.getEventHeader();
if (eh.getEvent().endsWith(event) && target.toString().endsWith(notifyEvent)) {
// System.out.println("����� ��¿��2?");
// publish_transaction = new TransactionServer(sip_provider, msg, null);
if (listener != null) listener.onDlgPublish(this, target, publisher, event, id, msg);
}
//
} else {
printLog("message is not a SUBSCRIBE: message discarded", LogLevel.HIGH);
}
}
/**
* Re-invites the remote user.
*
* <p>Starts a new InviteTransactionClient and changes the dialog state information
*
* <p>Parameters: <br>
* - contact : the contact url OR the contact username; if null, the previous contact is used <br>
* - session_descriptor : the message body
*/
public void reInvite(String contact, String session_descriptor) {
printLog("inside reInvite(contact,sdp)", LogLevel.MEDIUM);
if (!statusIs(D_CALL)) return;
// else
Message invite = MessageFactory.createInviteRequest(this, session_descriptor);
if (contact != null) {
NameAddress contact_url;
if (contact.indexOf("sip:") >= 0) contact_url = new NameAddress(contact);
else
contact_url =
new NameAddress(
new SipURL(contact, sip_provider.getViaAddress(), sip_provider.getPort()));
invite.setContactHeader(new ContactHeader(contact_url));
}
reInvite(invite);
}
/**
* Responds with <i>code</i> and <i>reason</i>. This method can be called when the InviteDialog is
* in D_INVITED, D_ReINVITED states
*/
public void respond(int code, String reason, String contact, String sdp) {
printLog("inside respond(" + code + "," + reason + ")", LogLevel.MEDIUM);
if (statusIs(D_INVITED) || statusIs(D_ReINVITED)) {
NameAddress contact_address = null;
if (contact != null) contact_address = new NameAddress(contact);
Message resp = MessageFactory.createResponse(invite_req, code, reason, contact_address);
resp.setBody(sdp);
respond(resp);
} else
printWarning(
"Dialog isn't in \"invited\" state: cannot respond ("
+ code
+ "/"
+ getStatus()
+ "/"
+ getDialogID()
+ ")",
LogLevel.MEDIUM);
}
/** When new data is received through the TcpConnection. */
public void onReceivedData(TcpConnection tcp_conn, byte[] data, int len) {
last_time = System.currentTimeMillis();
text += new String(data, 0, len);
SipParser par = new SipParser(text);
Message msg = par.getSipMessage();
while (msg != null) { // System.out.println("DEBUG: message len: "+msg.getLength());
msg.setRemoteAddress(tcp_conn.getRemoteAddress().toString());
msg.setRemotePort(tcp_conn.getRemotePort());
msg.setTransport(PROTO_TCP);
msg.setConnectionId(connection_id);
if (listener != null) listener.onReceivedMessage(this, msg);
text = par.getRemainingString();
// System.out.println("DEBUG: text left: "+text.length());
par = new SipParser(text);
msg = par.getSipMessage();
}
}
/** Sends a NOTIFY. */
public void notify(Message req) {
String subscription_state = req.getSubscriptionStateHeader().getState();
if (subscription_state.equalsIgnoreCase(ACTIVE)
&& (statusIs(D_SUBSCRIBED) || statusIs(D_PENDING))) changeStatus(D_ACTIVE);
else if (subscription_state.equalsIgnoreCase(PENDING) && statusIs(D_SUBSCRIBED))
changeStatus(D_PENDING);
else if (subscription_state.equalsIgnoreCase(TERMINATED) && !statusIs(D_TERMINATED))
changeStatus(D_TERMINATED);
TransactionClient notify_transaction = new TransactionClient(sip_provider, req, this);
notify_transaction.request();
}
/**
* Method derived from interface SipListener. It's fired from the SipProvider when a new message
* is received for to the present TransactionServer.
*/
public void onReceivedMessage(SipProvider provider, Message msg) {
if (msg.isRequest()) {
if (statusIs(STATE_WAITING)) {
request = new Message(msg);
connection_id = msg.getConnectionId();
sip_provider.removeSipProviderListener(transaction_id);
transaction_id = request.getTransactionId();
sip_provider.addSipProviderListener(transaction_id, this);
changeStatus(STATE_TRYING);
if (transaction_listener != null) transaction_listener.onTransRequest(this, msg);
return;
}
if (statusIs(STATE_PROCEEDING) || statusIs(STATE_COMPLETED)) { // retransmission
// of
// the
// last
// response
printLog("response retransmission", LogLevel.LOW);
sip_provider.sendMessage(response, connection_id);
return;
}
}
}
/** Creates a new NotifierDialog for the already received SUBSCRIBE request <i>subscribe</i>. */
public NotifierDialog(
SipProvider sip_provider, Message subscribe, NotifierDialogListener listener) {
super(sip_provider);
init(listener);
changeStatus(D_SUBSCRIBED);
subscribe_req = subscribe;
subscribe_transaction = new TransactionServer(sip_provider, subscribe, null);
update(Dialog.UAS, subscribe);
EventHeader eh = subscribe.getEventHeader();
if (eh != null) {
event = eh.getEvent();
id = eh.getId();
}
}
/** When a new Message is received by the SipInterface. */
public void onReceivedMessage(SipInterface sip, Message msg) { // printLog("Message received:
// "+msg.getFirstLine().substring(0,msg.toString().indexOf('\r')));
if (msg.isRequest()) {
(new TransactionServer(sip_provider, msg, null))
.respondWith(MessageFactory.createResponse(msg, 200, SipResponses.reasonOf(200), null));
NameAddress sender = msg.getFromHeader().getNameAddress();
NameAddress recipient = msg.getToHeader().getNameAddress();
String subject = null;
if (msg.hasSubjectHeader()) subject = msg.getSubjectHeader().getSubject();
String content_type = msg.getContentTypeHeader().getContentType();
String content = msg.getBody();
if (listener != null)
listener.onMaReceivedMessage(this, sender, recipient, subject, content_type, content);
}
}
/** Sends a response message */
public void respondWith(Message resp) {
response = resp;
if (statusIs(STATE_TRYING) || statusIs(STATE_PROCEEDING)) {
sip_provider.sendMessage(response, connection_id);
int code = response.getStatusLine().getCode();
if (code >= 100 && code < 200 && statusIs(STATE_TRYING)) {
changeStatus(STATE_PROCEEDING);
}
if (code >= 200 && code < 700) {
changeStatus(STATE_COMPLETED);
if (connection_id == null) clearing_to.start();
else {
printLog("clearing_to=0 for reliable transport", LogLevel.LOW);
onTimeout(clearing_to);
}
}
}
}
/** Updates log with the present message. */
public void update(Message msg) {
String method = msg.getCSeqHeader().getMethod();
String call_id = msg.getCallIdHeader().getCallId();
if (method.equalsIgnoreCase(SipMethods.INVITE)) {
if (msg.isRequest()) {
if (!invite_dates.containsKey(call_id)) {
Date time = new Date();
String caller = msg.getFromHeader().getNameAddress().getAddress().toString();
String callee = msg.getToHeader().getNameAddress().getAddress().toString();
insert(invite_dates, call_id, time);
callers.put(call_id, caller);
callees.put(call_id, callee);
eventlog(time, call_id, SipMethods.INVITE, caller, callee);
}
} else {
StatusLine status_line = msg.getStatusLine();
int code = status_line.getCode();
if (code >= 200 && code < 300 && !accepted_dates.containsKey(call_id)) {
Date time = new Date();
insert(accepted_dates, call_id, time);
String reason = status_line.getReason();
eventlog(time, call_id, String.valueOf(code) + " " + reason, "", "");
} else if (code >= 300 && !refused_dates.containsKey(call_id)) {
Date time = new Date();
insert(refused_dates, call_id, time);
String reason = status_line.getReason();
eventlog(time, call_id, String.valueOf(code) + " " + reason, "", "");
}
}
} else if (method.equalsIgnoreCase(SipMethods.BYE)) {
if (msg.isRequest()) {
if (!bye_dates.containsKey(call_id)) {
Date time = new Date();
insert(bye_dates, call_id, time);
eventlog(time, call_id, SipMethods.BYE, "", "");
calllog(call_id);
}
}
}
}
/**
* Inherited from class SipProviderListener. Called when a new message is received (out of any
* ongoing transaction) for the current InviteDialog. Always checks for out-of-date methods (CSeq
* header sequence number).
*
* <p>If the message is ACK(2xx/INVITE) request, it moves to D_CALL state, and fires
* <i>onDlgAck(this,body,msg)</i>.
*
* <p>If the message is 2xx(INVITE) response, it create a new AckTransactionClient
*
* <p>If the message is BYE, it moves to D_BYED state, removes the listener from SipProvider,
* fires onDlgBye(this,msg) then it responds with 200 OK, moves to D_CLOSE state and fires
* onDlgClose(this)
*/
public void onReceivedMessage(SipProvider sip_provider, Message msg) {
printLog("inside onReceivedMessage(sip_provider,message)", LogLevel.MEDIUM);
if (msg.isRequest()
&& !(msg.isAck() || msg.isCancel())
&& msg.getCSeqHeader().getSequenceNumber() <= getRemoteCSeq()) {
printLog("Request message is too late (CSeq too small): Message discarded", LogLevel.HIGH);
return;
}
// invite received
if (msg.isRequest() && msg.isInvite()) {
verifyStatus(statusIs(D_INIT) || statusIs(D_CALL));
// NOTE: if the invite_ts.listen() is used, you should not arrive
// here with the D_INIT state..
// however state D_INIT has been included for robustness against
// further changes.
if (statusIs(D_INIT)) changeStatus(D_INVITED);
else changeStatus(D_ReINVITED);
invite_req = msg;
invite_ts = new InviteTransactionServer(sip_provider, invite_req, this);
// ((TransactionServer)transaction).listen();
update(Dialog.UAS, invite_req);
if (statusIs(D_INVITED))
listener.onDlgInvite(
this,
invite_req.getToHeader().getNameAddress(),
invite_req.getFromHeader().getNameAddress(),
invite_req.getBody(),
invite_req);
else listener.onDlgReInvite(this, invite_req.getBody(), invite_req);
} else
// ack (of 2xx of INVITE)
if (msg.isRequest() && msg.isAck()) {
if (!verifyStatus(statusIs(D_ACCEPTED) || statusIs(D_ReACCEPTED))) return;
changeStatus(D_CALL);
// terminates the AckTransactionServer
ack_ts.terminate();
listener.onDlgAck(this, msg.getBody(), msg);
listener.onDlgCall(this);
} else
// keep sending ACK (if already sent) for any "200 OK" received
if (msg.isResponse()) {
if (!verifyStatus(statusIs(D_CALL))) return;
int code = msg.getStatusLine().getCode();
verifyThat(code >= 200 && code < 300, "code 2xx was expected");
if (ack_req != null) {
AckTransactionClient ack_tc = new AckTransactionClient(sip_provider, ack_req, null);
ack_tc.request();
}
} else
// bye received
if (msg.isRequest() && msg.isBye()) {
if (!verifyStatus(statusIs(D_CALL) || statusIs(D_BYEING))) return;
changeStatus(D_BYED);
bye_ts = new TransactionServer(sip_provider, msg, this);
// automatically sends a 200 OK
Message resp = MessageFactory.createResponse(msg, 200, SipResponses.reasonOf(200), null);
respond(resp);
listener.onDlgBye(this, msg);
changeStatus(D_CLOSE);
listener.onDlgClose(this);
} else
// cancel received
if (msg.isRequest() && msg.isCancel()) {
if (!verifyStatus(statusIs(D_INVITED) || statusIs(D_ReINVITED))) return;
// create a CANCEL TransactionServer and send a 200 OK (CANCEL)
TransactionServer ts = new TransactionServer(sip_provider, msg, null);
// ts.listen();
ts.respondWith(MessageFactory.createResponse(msg, 200, SipResponses.reasonOf(200), null));
// automatically sends a 487 Cancelled
Message resp =
MessageFactory.createResponse(invite_req, 487, SipResponses.reasonOf(487), null);
respond(resp);
listener.onDlgCancel(this, msg);
} else
// any other request received
if (msg.isRequest()) {
TransactionServer ts = new TransactionServer(sip_provider, msg, null);
// ts.listen();
ts.respondWith(MessageFactory.createResponse(msg, 405, SipResponses.reasonOf(405), null));
}
}
/** When the TransactionClient goes into the "Completed" state receiving a 300-699 response */
public void onTransFailureResponse(TransactionClient tc, Message resp) {
printLog("onTransFailureResponse()", LogLevel.MEDIUM);
StatusLine status_line = resp.getStatusLine();
if (listener != null)
listener.onDlgNotificationFailure(this, status_line.getCode(), status_line.getReason(), resp);
}
SocketAddress getDestinationAddress(final Message message, final JID sender) {
if (message.getSendTo() != null) {
log.debug("Using sendTo Value for: " + message.toString());
return message.getSendTo();
}
final SipAccount sipAccount = sipAccountProvider.getSipAccount(sender);
if (sipAccount != null) {
log.debug("Using sipAccount Value for: " + message.toString());
final SocketAddress result =
CachedAddressResolver.getInstance().getSocketAddress(sipAccount.getOutboundproxy());
message.setSendTo(result);
return result;
}
if (message.getToHeader() != null) {
log.debug("Using message Header Value for: " + message.toString());
SipURL sipUrl =
message.getContactHeader() != null
? message.getContactHeader().getNameAddress().getAddress()
: null;
if (sipUrl == null) {
if (message.isRequest()) {
sipUrl = message.getFromHeader().getNameAddress().getAddress();
} else {
sipUrl = message.getFromHeader().getNameAddress().getAddress();
}
}
final SocketAddress result =
CachedAddressResolver.getInstance()
.getSIPSocketAddress(sipUrl.getHost(), sipUrl.getPort());
message.setSendTo(result);
return result;
}
return null;
}
/** Responds with <i>resp</i>. */
public void respond(Message resp) {
printLog("inside respond(resp)", LogLevel.MEDIUM);
if (resp.getStatusLine().getCode() >= 200) update(UAS, resp);
subscribe_transaction.respondWith(resp);
}
/** When the TransactionClient goes into the "Completed" state receiving a 2xx response */
public void onTransSuccessResponse(TransactionClient tc, Message resp) {
onDeliverySuccess(tc, resp.getStatusLine().getReason());
}
/** When the TransactionClient goes into the "Completed" state receiving a 300-699 response */
public void onTransFailureResponse(TransactionClient tc, Message msg) {
// SESCA
// Autentikointi
String method = tc.getTransactionMethod();
StatusLine status_line = msg.getStatusLine();
int code = status_line.getCode();
// AUTHENTICATION-BEGIN
if ((code == 401
&& msg.hasWwwAuthenticateHeader()
&& msg.getWwwAuthenticateHeader().getRealmParam().equalsIgnoreCase(user_profile.realm))
|| (code == 407
&& msg.hasProxyAuthenticateHeader()
&& msg.getProxyAuthenticateHeader()
.getRealmParam()
.equalsIgnoreCase(user_profile.realm))) {
// req:ssa on cseq:ua kasvatettu
Message req = tc.getRequestMessage();
req.setCSeqHeader(req.getCSeqHeader().incSequenceNumber());
WwwAuthenticateHeader wah;
if (code == 401) wah = msg.getWwwAuthenticateHeader();
else wah = msg.getProxyAuthenticateHeader();
String qop_options = wah.getQopOptionsParam();
qop = (qop_options != null) ? "auth" : null;
RequestLine rl = req.getRequestLine();
// SESCA
// BUGI client ei saa lähettää qop:ia
// DigestAuthentication digest=new
// DigestAuthentication(rl.getMethod(),rl.getAddress().toString(),wah,qop,null,username,passwd);
DigestAuthentication digest =
new DigestAuthentication(
rl.getMethod(),
rl.getAddress().toString(),
wah,
null,
null,
user_profile.authID,
user_profile.passwd);
AuthorizationHeader ah;
if (code == 401) ah = digest.getAuthorizationHeader();
else ah = digest.getProxyAuthorizationHeader();
req.setAuthorizationHeader(ah);
// transactions.remove(tc.getTransactionId());
// SESCA
// BUGI
// Päivitetään invite_req:uun uusin invite-viesti.
// Lähetämme uuden inviten, joten teemme uuden invitetransactionclientin, eikä transaction
// clientia
// if (method.equals(SipMethods.INVITE)) {
// invite_req = req;
// tc=new InviteTransactionClient(sip_provider,req,this);
tc = new TransactionClient(sip_provider, req, this);
// tc=new TransactionClient(sip_provider,req,this);
// }
// else {
// tc=new TransactionClient(sip_provider,req,this);
// }
// transactions.put(tc.getTransactionId(),tc);
tc.request();
}
// AUTHENTICATION-END
else onDeliveryFailure(tc, msg.getStatusLine().getReason());
}