Examples with SmscProcessingException org.mobicents.smsc.library.SmscProcessingException used on opensource projects

Example 11 with SmscProcessingException

use of org.mobicents.smsc.library.SmscProcessingException in project smscgateway by RestComm.

the class RxSmppServerSbb method sendDeliverSm.

// *********
// Main service methods
/**
 * Sending of a set of messages after initial message or when all sent messages was sent
 *
 * @param smsSet
 * @throws SmscProcessingException
 */
private void sendDeliverSm(SmsSet smsSet) throws SmscProcessingException {
    try {
        int deliveryMsgCnt = this.obtainNextMessagesSendingPool(maxMessagesPerStep, ProcessingType.SMPP);
        if (deliveryMsgCnt == 0) {
            this.markDeliveringIsEnded(true);
            return;
        }
        EsmeManagement esmeManagement = EsmeManagement.getInstance();
        Esme esme = esmeManagement.getEsmeByClusterName(smsSet.getDestClusterName());
        if (esme == null) {
            String s = "RxSmppServerSbb.sendDeliverSm(): Received DELIVER_SM SmsEvent but no Esme found for destClusterName: " + smsSet.getDestClusterName() + ", smsSet=" + smsSet;
            logger.warning(s);
            this.onDeliveryError(smsSet, ErrorAction.temporaryFailure, ErrorCode.SC_SYSTEM_ERROR, s, EventType.OUT_SMPP_ERROR, -1);
            return;
        }
        smsSet.setDestSystemId(esme.getSystemId());
        smsSet.setDestEsmeName(esme.getName());
        List<ChunkData> pendingMessages = new ArrayList<ChunkData>();
        boolean destAddressLimitationEnabled = esme.getDestAddrSendLimit() != 0;
        for (int poolIndex = 0; poolIndex < deliveryMsgCnt; poolIndex++) {
            smscStatAggregator.updateMsgOutTryAll();
            smscStatAggregator.updateMsgOutTrySmpp();
            Sms sms = this.getMessageInSendingPool(poolIndex);
            if (sms == null) {
                // this should not be
                throw new SmscProcessingException("sendDeliverSm: getCurrentMessage() returns null sms for msgNum in SendingPool " + poolIndex, 0, 0, SmscProcessingException.HTTP_ERROR_CODE_NOT_SET, null, SmscProcessingException.INTERNAL_ERROR_SEND_DELIVER_SM_000007);
            }
            sms.setTimestampA(System.currentTimeMillis());
            // message splitting staff
            boolean esmeAllowSplitting = esme.getSplitLongMessages();
            int esmClass = sms.getEsmClass();
            boolean udhPresent = (esmClass & SmppConstants.ESM_CLASS_UDHI_MASK) != 0;
            Tlv sarMsgRefNum = sms.getTlvSet().getOptionalParameter(SmppConstants.TAG_SAR_MSG_REF_NUM);
            Tlv sarTotalSegments = sms.getTlvSet().getOptionalParameter(SmppConstants.TAG_SAR_TOTAL_SEGMENTS);
            Tlv sarSegmentSeqnum = sms.getTlvSet().getOptionalParameter(SmppConstants.TAG_SAR_SEGMENT_SEQNUM);
            boolean sarTlvPresent = sarMsgRefNum != null && sarTotalSegments != null && sarSegmentSeqnum != null;
            ArrayList<String> lstStrings = new ArrayList<String>();
            ArrayList<byte[]> lstUdhs = new ArrayList<byte[]>();
            lstStrings.add(sms.getShortMessageText());
            lstUdhs.add(sms.getShortMessageBin());
            if (esmeAllowSplitting && !udhPresent && !sarTlvPresent) {
                DataCodingScheme dataCodingScheme = this.mapSmsTpduParameterFactory.createDataCodingScheme(sms.getDataCoding());
                String[] segmentsStrings = MessageUtil.sliceMessage(sms.getShortMessageText(), dataCodingScheme, sms.getNationalLanguageLockingShift(), sms.getNationalLanguageSingleShift());
                if (segmentsStrings != null && segmentsStrings.length > 1) {
                    // we need to split a message for segments
                    lstStrings.clear();
                    lstUdhs.clear();
                    int messageReferenceNumber = getNextMessageReferenceNumber();
                    esmClass |= SmppConstants.ESM_CLASS_UDHI_MASK;
                    int messageSegmentCount = segmentsStrings.length;
                    for (int ii1 = 0; ii1 < messageSegmentCount; ii1++) {
                        lstStrings.add(segmentsStrings[ii1]);
                        byte[] bf1 = new byte[7];
                        // total UDH length
                        bf1[0] = 6;
                        // UDH id
                        bf1[1] = UserDataHeader._InformationElementIdentifier_ConcatenatedShortMessages16bit;
                        // UDH length
                        bf1[2] = 4;
                        bf1[3] = (byte) (messageReferenceNumber & 0x00FF);
                        bf1[4] = (byte) ((messageReferenceNumber & 0xFF00) >> 8);
                        // segmCnt
                        bf1[5] = (byte) messageSegmentCount;
                        // segmNum
                        bf1[6] = (byte) (ii1 + 1);
                        lstUdhs.add(bf1);
                    }
                }
            }
            int sequenceNumber = 0;
            int[] sequenceNumberExt = null;
            int segmCnt = lstStrings.size();
            if (segmCnt > 1) {
                sequenceNumberExt = new int[segmCnt - 1];
            }
            for (int segmentIndex = 0; segmentIndex < segmCnt; segmentIndex++) {
                if (esme.getSmppSessionType() == Type.CLIENT) {
                    SubmitSm submitSm = new SubmitSm();
                    submitSm.setSourceAddress(new Address((byte) sms.getSourceAddrTon(), (byte) sms.getSourceAddrNpi(), sms.getSourceAddr()));
                    submitSm.setDestAddress(new Address((byte) sms.getSmsSet().getDestAddrTon(), (byte) sms.getSmsSet().getDestAddrNpi(), sms.getSmsSet().getDestAddr()));
                    submitSm.setEsmClass((byte) esmClass);
                    submitSm.setProtocolId((byte) sms.getProtocolId());
                    submitSm.setPriority((byte) sms.getPriority());
                    if (sms.getScheduleDeliveryTime() != null) {
                        submitSm.setScheduleDeliveryTime(MessageUtil.printSmppAbsoluteDate(sms.getScheduleDeliveryTime(), -(new Date()).getTimezoneOffset()));
                    }
                    if (sms.getValidityPeriod() != null) {
                        submitSm.setValidityPeriod(MessageUtil.printSmppAbsoluteDate(sms.getValidityPeriod(), -(new Date()).getTimezoneOffset()));
                    }
                    submitSm.setRegisteredDelivery((byte) sms.getRegisteredDelivery());
                    submitSm.setReplaceIfPresent((byte) sms.getReplaceIfPresent());
                    submitSm.setDataCoding((byte) sms.getDataCoding());
                    String msgStr = lstStrings.get(segmentIndex);
                    byte[] msgUdh = lstUdhs.get(segmentIndex);
                    if (msgStr != null || msgUdh != null) {
                        byte[] msg = recodeShortMessage(sms.getDataCoding(), msgStr, msgUdh);
                        if (msg.length <= 255) {
                            submitSm.setShortMessage(msg);
                        } else {
                            Tlv tlv = new Tlv(SmppConstants.TAG_MESSAGE_PAYLOAD, msg, null);
                            submitSm.addOptionalParameter(tlv);
                        }
                    }
                    for (Tlv tlv : sms.getTlvSet().getOptionalParameters()) {
                        submitSm.addOptionalParameter(tlv);
                    }
                    int currLocalSequenceNumber = getLastLocalSequenceNumber();
                    if (currLocalSequenceNumber == Integer.MAX_VALUE)
                        setLastLocalSequenceNumber(0);
                    else
                        setLastLocalSequenceNumber(currLocalSequenceNumber + 1);
                    ChunkData currData = new ChunkData(submitSm, currLocalSequenceNumber);
                    int sentSequenceNumber = currData.getLocalSequenceNumber();
                    if (destAddressLimitationEnabled) {
                        pendingMessages.add(currData);
                    } else {
                        SentItem sentItem = sendNextChunk(currData, smsSet, esme);
                        long t = System.currentTimeMillis();
                        sms.setTimestampB(t);
                        sentSequenceNumber = sentItem.getRemoteSequenceNumber();
                        sms.putMsgPartDeliveryTime(sentSequenceNumber, t);
                    }
                    if (logger.isInfoEnabled()) {
                        logger.info(String.format("Sent submitSm to ESME: %s, msgNumInSendingPool: %d, sms=%s", esme.getName(), poolIndex, sms.toString()));
                    }
                    if (segmentIndex == 0) {
                        sequenceNumber = sentSequenceNumber;
                    } else {
                        sequenceNumberExt[segmentIndex - 1] = sentSequenceNumber;
                    }
                } else {
                    DeliverSm deliverSm = new DeliverSm();
                    deliverSm.setSourceAddress(new Address((byte) sms.getSourceAddrTon(), (byte) sms.getSourceAddrNpi(), sms.getSourceAddr()));
                    deliverSm.setDestAddress(new Address((byte) sms.getSmsSet().getDestAddrTon(), (byte) sms.getSmsSet().getDestAddrNpi(), sms.getSmsSet().getDestAddr()));
                    deliverSm.setEsmClass((byte) esmClass);
                    deliverSm.setProtocolId((byte) sms.getProtocolId());
                    deliverSm.setPriority((byte) sms.getPriority());
                    if (sms.getScheduleDeliveryTime() != null) {
                        deliverSm.setScheduleDeliveryTime(MessageUtil.printSmppAbsoluteDate(sms.getScheduleDeliveryTime(), -(new Date()).getTimezoneOffset()));
                    }
                    if (sms.getValidityPeriod() != null && esme.getSmppVersion() == SmppInterfaceVersionType.SMPP50) {
                        deliverSm.setValidityPeriod(MessageUtil.printSmppAbsoluteDate(sms.getValidityPeriod(), -(new Date()).getTimezoneOffset()));
                    }
                    deliverSm.setRegisteredDelivery((byte) sms.getRegisteredDelivery());
                    deliverSm.setReplaceIfPresent((byte) sms.getReplaceIfPresent());
                    deliverSm.setDataCoding((byte) sms.getDataCoding());
                    String msgStr = lstStrings.get(segmentIndex);
                    byte[] msgUdh = lstUdhs.get(segmentIndex);
                    if (msgStr != null || msgUdh != null) {
                        byte[] msg = recodeShortMessage(sms.getDataCoding(), msgStr, msgUdh);
                        if (msg.length <= 255) {
                            deliverSm.setShortMessage(msg);
                        } else {
                            Tlv tlv = new Tlv(SmppConstants.TAG_MESSAGE_PAYLOAD, msg, null);
                            deliverSm.addOptionalParameter(tlv);
                        }
                    }
                    for (Tlv tlv : sms.getTlvSet().getOptionalParameters()) {
                        deliverSm.addOptionalParameter(tlv);
                    }
                    // TODO : waiting for 2 secs for window to accept our
                    // request,
                    // is it good? Should time be more here?
                    int currLocalSequenceNumber = getLastLocalSequenceNumber();
                    if (currLocalSequenceNumber == Integer.MAX_VALUE)
                        setLastLocalSequenceNumber(0);
                    else
                        setLastLocalSequenceNumber(currLocalSequenceNumber + 1);
                    ChunkData currData = new ChunkData(deliverSm, currLocalSequenceNumber);
                    int sentSequenceNumber = currData.getLocalSequenceNumber();
                    if (destAddressLimitationEnabled) {
                        pendingMessages.add(currData);
                    } else {
                        SentItem sentItem = sendNextChunk(currData, smsSet, esme);
                        long t = System.currentTimeMillis();
                        sms.setTimestampB(t);
                        sentSequenceNumber = sentItem.getRemoteSequenceNumber();
                        sms.putMsgPartDeliveryTime(sentSequenceNumber, t);
                    }
                    if (logger.isInfoEnabled()) {
                        logger.info(String.format("Sent deliverSm to ESME: %s, msgNumInSendingPool: %d, sms=%s", esme.getName(), poolIndex, sms.toString()));
                    }
                    if (segmentIndex == 0) {
                        sequenceNumber = sentSequenceNumber;
                    } else {
                        sequenceNumberExt[segmentIndex - 1] = sentSequenceNumber;
                    }
                }
            }
            this.registerMessageInSendingPool(poolIndex, sequenceNumber, sequenceNumberExt);
        }
        this.endRegisterMessageInSendingPool();
        if (destAddressLimitationEnabled) {
            ChunkDataList pendingChunks = retreivePendingChunks();
            pendingChunks.getPendingList().addAll(pendingMessages);
            SentItemsList sentChunks = retreiveSentChunks();
            int pdusToSendSize = pendingChunks.getPendingList().size();
            int allowedSendWindowSize = esme.getDestAddrSendLimit() - sentChunks.getSentList().size();
            if (allowedSendWindowSize < pdusToSendSize)
                pdusToSendSize = allowedSendWindowSize;
            List<ChunkData> pdusToSend = new ArrayList<ChunkData>();
            for (int i = 0; i < pdusToSendSize; i++) {
                pdusToSend.add(pendingChunks.getPendingList().remove(0));
            }
            setPendingChunks(pendingChunks);
            ArrayList<SentItem> sentResults = new ArrayList<SentItem>();
            while (pdusToSend.size() > 0) {
                SentItem result = sendNextChunk(pdusToSend.remove(0), smsSet, esme);
                if (result != null)
                    sentResults.add(result);
            }
            if (!sentResults.isEmpty()) {
                sentChunks.getSentList().addAll(sentResults);
                setSentChunks(sentChunks);
            }
        }
    } catch (Throwable e) {
        throw new SmscProcessingException("RxSmppServerSbb.sendDeliverSm(): Exception while trying to send DELIVERY Report for received SmsEvent=" + e.getMessage() + "smsSet: " + smsSet, 0, 0, SmscProcessingException.HTTP_ERROR_CODE_NOT_SET, null, e, SmscProcessingException.INTERNAL_ERROR_SEND_DELIVER_SM_000008);
    }
}

Example 12 with SmscProcessingException

use of org.mobicents.smsc.library.SmscProcessingException in project smscgateway by RestComm.

the class SubmitCommonSbb method forwardMessage.

protected void forwardMessage(Sms sms0, boolean withCharging, SmscStatAggregator smscStatAggregator, String messageType, int seqNumber) throws SmscProcessingException {
    ChargingMedium chargingMedium = null;
    EventType eventTypeFailure = null;
    int statusCode = 0;
    switch(sms0.getOriginationType()) {
        case SMPP:
            chargingMedium = ChargingMedium.TxSmppOrig;
            eventTypeFailure = EventType.IN_SMPP_REJECT_MPROC;
            break;
        case SS7_MO:
        case SS7_HR:
            chargingMedium = ChargingMedium.MoOrig;
            break;
        case SIP:
            chargingMedium = ChargingMedium.TxSipOrig;
            break;
        case HTTP:
            chargingMedium = ChargingMedium.HttpOrig;
            eventTypeFailure = EventType.IN_HTTP_REJECT_MPROC;
            break;
    }
    if (withCharging) {
        ChargingSbbLocalObject chargingSbb = getChargingSbbObject();
        chargingSbb.setupChargingRequestInterface(chargingMedium, sms0);
    } else {
        // applying of MProc
        MProcResult mProcResult = MProcManagement.getInstance().applyMProcArrival(itsMProcRa, sms0, persistence);
        FastList<Sms> smss = mProcResult.getMessageList();
        if (smss != null) {
            for (FastList.Node<Sms> n = smss.head(), end = smss.tail(); (n = n.getNext()) != end; ) {
                Sms sms = n.getValue();
                TargetAddress ta = new TargetAddress(sms.getSmsSet());
                TargetAddress lock = persistence.obtainSynchroObject(ta);
                try {
                    sms.setTimestampC(System.currentTimeMillis());
                    synchronized (lock) {
                        boolean storeAndForwMode = MessageUtil.isStoreAndForward(sms);
                        if (!storeAndForwMode) {
                            try {
                                this.scheduler.injectSmsOnFly(sms.getSmsSet(), true);
                            } catch (Exception e) {
                                throw new SmscProcessingException("Exception when running injectSmsOnFly(): " + e.getMessage(), SmppConstants.STATUS_SYSERR, MAPErrorCode.systemFailure, SmscProcessingException.HTTP_ERROR_CODE_NOT_SET, null, e, SmscProcessingException.INTERNAL_ERROR_INJECT_STORE_AND_FORWARD_NOT_SET);
                            }
                        } else {
                            // store and forward
                            if (smscPropertiesManagement.getStoreAndForwordMode() == StoreAndForwordMode.fast && sms.getScheduleDeliveryTime() == null) {
                                try {
                                    sms.setStoringAfterFailure(true);
                                    this.scheduler.injectSmsOnFly(sms.getSmsSet(), true);
                                } catch (Exception e) {
                                    throw new SmscProcessingException("Exception when running injectSmsOnFly(): " + e.getMessage(), SmppConstants.STATUS_SYSERR, MAPErrorCode.systemFailure, SmscProcessingException.HTTP_ERROR_CODE_NOT_SET, null, e, SmscProcessingException.INTERNAL_ERROR_INJECT_STORE_AND_FORWARD_FAST);
                                }
                            } else {
                                try {
                                    sms.setStored(true);
                                    this.scheduler.setDestCluster(sms.getSmsSet());
                                    persistence.c2_scheduleMessage_ReschedDueSlot(sms, smscPropertiesManagement.getStoreAndForwordMode() == StoreAndForwordMode.fast, false);
                                } catch (PersistenceException e) {
                                    throw new SmscProcessingException("PersistenceException when storing LIVE_SMS : " + e.getMessage(), SmppConstants.STATUS_SUBMITFAIL, MAPErrorCode.systemFailure, SmscProcessingException.HTTP_ERROR_CODE_NOT_SET, null, e, SmscProcessingException.INTERNAL_ERROR_INJECT_STORE_AND_FORWARD_NORMAL);
                                }
                            }
                        }
                    }
                } finally {
                    persistence.releaseSynchroObject(lock);
                }
            }
        }
        if (mProcResult.isMessageRejected()) {
            sms0.setMessageDeliveryResultResponse(null);
            if (eventTypeFailure != null) {
                String sourceAddrAndPort = null;
                if (eventTypeFailure == EventType.IN_SMPP_REJECT_MPROC) {
                    EsmeManagement esmeManagement = EsmeManagement.getInstance();
                    if (esmeManagement != null) {
                        // for testing there is no EsmeManagement
                        Esme esme = esmeManagement.getEsmeByClusterName(sms0.getOrigEsmeName());
                        // null check is for testing
                        if (esme != null) {
                            sourceAddrAndPort = esme.getRemoteAddressAndPort();
                        }
                    }
                    statusCode = mProcResult.getSmppErrorCode();
                } else if (eventTypeFailure == EventType.IN_HTTP_REJECT_MPROC) {
                    statusCode = mProcResult.getHttpErrorCode();
                }
                generateMprocFailureDetailedCdr(sms0, eventTypeFailure, ErrorCode.REJECT_INCOMING_MPROC, messageType, statusCode, mProcResult.getRuleIdDropReject(), sourceAddrAndPort, seqNumber);
            }
            rejectSmsByMProc(sms0, "Message is rejected by MProc rules.", mProcResult);
        }
        if (mProcResult.isMessageDropped()) {
            sms0.setMessageDeliveryResultResponse(null);
            smscStatAggregator.updateMsgInFailedAll();
            if (eventTypeFailure != null) {
                String sourceAddrAndPort = null;
                if (eventTypeFailure == EventType.IN_SMPP_REJECT_MPROC) {
                    eventTypeFailure = EventType.IN_SMPP_DROP_MPROC;
                    EsmeManagement esmeManagement = EsmeManagement.getInstance();
                    if (esmeManagement != null) {
                        // for testing there is no EsmeManagement
                        Esme esme = esmeManagement.getEsmeByClusterName(sms0.getOrigEsmeName());
                        // null check is for testing
                        if (esme != null) {
                            sourceAddrAndPort = esme.getRemoteAddressAndPort();
                        }
                    }
                    statusCode = mProcResult.getSmppErrorCode();
                } else if (eventTypeFailure == EventType.IN_HTTP_REJECT_MPROC) {
                    eventTypeFailure = EventType.IN_HTTP_DROP_MPROC;
                    statusCode = mProcResult.getHttpErrorCode();
                }
                generateMprocFailureDetailedCdr(sms0, eventTypeFailure, ErrorCode.REJECT_INCOMING_MPROC, messageType, statusCode, mProcResult.getRuleIdDropReject(), sourceAddrAndPort, seqNumber);
            }
            rejectSmsByMProc(sms0, "Message is dropped by MProc rules.", mProcResult);
        }
        smscStatAggregator.updateMsgInReceivedAll();
        switch(sms0.getOriginationType()) {
            case SMPP:
                smscStatAggregator.updateMsgInReceivedSmpp();
                break;
            case SS7_MO:
                smscStatAggregator.updateMsgInReceivedSs7();
                smscStatAggregator.updateMsgInReceivedSs7Mo();
                break;
            case SS7_HR:
                smscStatAggregator.updateMsgInReceivedSs7();
                smscStatAggregator.updateMsgInReceivedSs7Hr();
                break;
            case SIP:
                smscStatAggregator.updateMsgInReceivedSip();
                break;
        }
    }
}

Example 13 with SmscProcessingException

use of org.mobicents.smsc.library.SmscProcessingException in project smscgateway by RestComm.

the class RxSmppServerSbb method handleResponse.

/**
 * Processing of a positive delivery response to smpp destination.
 *
 * @param event
 * @throws Exception
 */
private void handleResponse(BaseSmResp event) throws Exception {
    long ts = System.currentTimeMillis();
    if (isDeliveringEnded()) {
        if (logger.isFineEnabled()) {
            this.logger.fine("SMPP Response received when DeliveringEnded state: status=" + event.getCommandStatus());
        }
    }
    if (isDeliveringEnded()) {
        logger.info("RxSmppServerSbb.handleResponse(): received submit/deliver_sm_response but delivery process is already ended, dropping of a response");
        return;
    }
    SmsSet smsSet = getSmsSet();
    if (smsSet == null) {
        logger.severe("RxSmppServerSbb.handleResponse(): CMP smsSet is missed");
        markDeliveringIsEnded(true);
        return;
    }
    int status = event.getCommandStatus();
    if (status == 0) {
        smscStatAggregator.updateMsgOutSentAll();
        smscStatAggregator.updateMsgOutSentSmpp();
        boolean destAddressLimitationEnabled = false;
        EsmeManagement esmeManagement = EsmeManagement.getInstance();
        Esme esme = esmeManagement.getEsmeByClusterName(smsSet.getDestClusterName());
        if (esme != null) {
            destAddressLimitationEnabled = esme.getDestAddrSendLimit() != 0;
        }
        int realID = -1;
        Boolean sentListChanged = false;
        SentItemsList list = null;
        if (destAddressLimitationEnabled) {
            list = retreiveSentChunks();
            for (int i = 0; i < list.getSentList().size(); i++) {
                if (list.getSentList().get(i).getRemoteSequenceNumber() == event.getSequenceNumber()) {
                    realID = list.getSentList().get(i).getLocalSequenceNumber();
                    list.getSentList().remove(i);
                    sentListChanged = true;
                    break;
                }
            }
        } else {
            realID = event.getSequenceNumber();
        }
        ConfirmMessageInSendingPool confirmMessageInSendingPool = null;
        if (realID != -1)
            confirmMessageInSendingPool = confirmMessageInSendingPool(realID);
        if (realID == -1 || !confirmMessageInSendingPool.sequenceNumberFound) {
            this.logger.severe("RxSmppServerSbb.handleResponse(): no sms in MessageInSendingPool: UnconfirmedCnt=" + this.getUnconfirmedMessageCountInSendingPool() + ", sequenceNumber=" + event.getSequenceNumber() + ", realID=" + realID + ", confirmMessageInSendingPool=" + confirmMessageInSendingPool);
            this.onDeliveryError(smsSet, ErrorAction.temporaryFailure, ErrorCode.SC_SYSTEM_ERROR, "Received undefined SequenceNumber: " + event.getSequenceNumber() + ", SmsSet=" + smsSet, EventType.OUT_SMPP_ERROR, realID);
            if (sentListChanged)
                setSentChunks(list);
            return;
        }
        Sms sms = confirmMessageInSendingPool.sms;
        if (sms != null) {
            sms.setTimestampC(System.currentTimeMillis());
        }
        if (destAddressLimitationEnabled) {
            ChunkDataList dataList = retreivePendingChunks();
            if (dataList != null && !dataList.getPendingList().isEmpty()) {
                // so checking if has window
                if (list.getSentList().size() < esme.getDestAddrSendLimit()) {
                    ChunkData current = dataList.getPendingList().remove(0);
                    setPendingChunks(dataList);
                    if (current != null) {
                        SentItem newItem = sendNextChunk(current, smsSet, esme);
                        SentItemsList sentChunks = retreiveSentChunks();
                        sentChunks.getSentList().add(newItem);
                        sentListChanged = true;
                    }
                }
            }
        }
        if (sentListChanged)
            setSentChunks(list);
        if (!confirmMessageInSendingPool.confirmed) {
            this.generateCDR(sms, CdrGenerator.CDR_PARTIAL_ESME, CdrGenerator.CDR_SUCCESS_NO_REASON, true, false, event.getSequenceNumber());
            String messageType = esme.getSmppSessionType() == Type.CLIENT ? CdrDetailedGenerator.CDR_MSG_TYPE_SUBMITSM : CdrDetailedGenerator.CDR_MSG_TYPE_DELIVERSM;
            this.generateDetailedCDR(sms, EventType.OUT_SMPP_SENT, sms.getSmsSet().getStatus(), messageType, status, esme.getRemoteAddressAndPort(), event.getSequenceNumber());
            return;
        }
        // firstly we store remote messageId if sms has a request to delivery receipt
        String clusterName = smsSet.getDestClusterName();
        String dlvMessageId = event.getMessageId();
        sms.setDlvMessageId(dlvMessageId);
        // if (MessageUtil.isDeliveryReceiptRequest(sms)) {
        // SmsSetCache.getInstance().putDeliveredRemoteMsgIdValue(dlvMessageId, clusterName, sms.getMessageId(), 30);
        // }
        // current message is sent
        // firstly sending of a positive response for transactional mode
        sendTransactionalResponseSuccess(sms);
        // mproc rules applying for delivery phase
        this.applyMprocRulesOnSuccess(sms, ProcessingType.SMPP);
        // Processing succeeded
        sms.getSmsSet().setStatus(ErrorCode.SUCCESS);
        this.postProcessSucceeded(sms, dlvMessageId, clusterName);
        // success CDR generating
        boolean isPartial = MessageUtil.isSmsNotLastSegment(sms);
        this.generateCDR(sms, isPartial ? CdrGenerator.CDR_PARTIAL_ESME : CdrGenerator.CDR_SUCCESS_ESME, CdrGenerator.CDR_SUCCESS_NO_REASON, confirmMessageInSendingPool.splittedMessage, true, event.getSequenceNumber());
        String messageType = null;
        String remoteAddr = null;
        if (esme != null) {
            messageType = esme.getSmppSessionType() == Type.CLIENT ? CdrDetailedGenerator.CDR_MSG_TYPE_SUBMITSM : CdrDetailedGenerator.CDR_MSG_TYPE_DELIVERSM;
            remoteAddr = esme.getRemoteAddressAndPort();
        }
        if (messageType == null) {
            if (event.getCommandId() == SmppConstants.CMD_ID_DELIVER_SM_RESP) {
                messageType = CdrDetailedGenerator.CDR_MSG_TYPE_DELIVERSM;
            } else {
                messageType = CdrDetailedGenerator.CDR_MSG_TYPE_SUBMITSM;
            }
        }
        this.generateDetailedCDR(sms, EventType.OUT_SMPP_SENT, sms.getSmsSet().getStatus(), messageType, status, remoteAddr, event.getSequenceNumber());
        // adding a success receipt if it is needed
        this.generateSuccessReceipt(smsSet, sms);
        if (this.getUnconfirmedMessageCountInSendingPool() == 0) {
            // all sent messages are confirmed - we are sending new message set
            TargetAddress lock = persistence.obtainSynchroObject(new TargetAddress(smsSet));
            try {
                synchronized (lock) {
                    // marking the message in cache as delivered
                    this.commitSendingPoolMsgCount();
                    ts = warnIfLong(logger, ts, "handleResponse/status=0/in-lock/commitSendingPoolMsgCount");
                    // now we are trying to sent other messages
                    if (this.getTotalUnsentMessageCount() > 0) {
                        try {
                            this.sendDeliverSm(smsSet);
                            ts = warnIfLong(logger, ts, "handleResponse/status=0/in-lock/sendDeliverSm");
                            return;
                        } catch (SmscProcessingException e) {
                            SbbStatsUtils.handleProcessingException(e, getDefaultSbbUsageParameterSet());
                            String s = "SmscProcessingException when sending next sendDeliverSm()=" + e.getMessage() + ", Message=" + sms;
                            logger.severe(s, e);
                            this.onDeliveryError(smsSet, ErrorAction.temporaryFailure, ErrorCode.SC_SYSTEM_ERROR, s, EventType.OUT_SMPP_ERROR, event.getSequenceNumber());
                        }
                    }
                    // no more messages to send - remove smsSet
                    smsSet.setStatus(ErrorCode.SUCCESS);
                    this.markDeliveringIsEnded(true);
                }
            } finally {
                persistence.releaseSynchroObject(lock);
            }
        }
    } else {
        ErrorAction errorAction = ErrorAction.permanentFailure;
        smsSet.setSmppCommandStatus(status);
        if (status == SmppConstants.STATUS_THROTTLED || status == SmppConstants.STATUS_X_T_APPN || status == SmppConstants.STATUS_SYSERR || status == SmppConstants.STATUS_INVBNDSTS || status == SmppConstants.STATUS_MSGQFUL)
            errorAction = ErrorAction.temporaryFailure;
        logger.warning("RxSmppServerSbb.handleResponse(): error code response received: status=" + status + ", errorAction=" + errorAction + ", smsSet=" + smsSet);
        this.onDeliveryError(smsSet, errorAction, ErrorCode.SC_SYSTEM_ERROR, event.getName() + " has a bad status: " + status, EventType.OUT_SMPP_REJECTED, event.getSequenceNumber());
    }
}

Example 14 with SmscProcessingException

use of org.mobicents.smsc.library.SmscProcessingException in project smscgateway by RestComm.

the class RxSmppServerSbb method onDeliverSmLocal.

private void onDeliverSmLocal(final RxSmppServerSbbUsage anSbbUsage, final SmsSetEvent event) {
    try {
        if (this.logger.isFineEnabled()) {
            this.logger.fine("Received Deliver SMS. event= " + event + "this=" + this);
        }
        SmsSet smsSet = event.getSmsSet();
        this.addInitialMessageSet(smsSet);
        try {
            this.sendDeliverSm(smsSet);
        } catch (SmscProcessingException e) {
            String s = "SmscProcessingException when sending initial sendDeliverSm()=" + e.getMessage() + ", smsSet=" + smsSet;
            logger.severe(s, e);
            this.onDeliveryError(smsSet, ErrorAction.temporaryFailure, ErrorCode.SC_SYSTEM_ERROR, s, EventType.OUT_SMPP_ERROR, -1);
        }
    } catch (Throwable e1) {
        anSbbUsage.incrementCounterErrorDeliverSm(ONE);
        logger.severe("Exception in RxSmppServerSbb.onDeliverSm() when fetching records and issuing events: " + e1.getMessage(), e1);
        markDeliveringIsEnded(true);
    }
}

Example 15 with SmscProcessingException

use of org.mobicents.smsc.library.SmscProcessingException in project smscgateway by RestComm.

the class MtSbb method onDialogReject.

@Override
public void onDialogReject(DialogReject evt, ActivityContextInterface aci) {
    try {
        SmsSet smsSet = getSmsSet();
        if (smsSet == null) {
            logger.severe("MtSbb.onDialogReject(): CMP smsSet is missed");
            markDeliveringIsEnded(true);
            return;
        }
        MAPRefuseReason mapRefuseReason = evt.getRefuseReason();
        if (mapRefuseReason == MAPRefuseReason.PotentialVersionIncompatibility && evt.getMAPDialog().getApplicationContext().getApplicationContextVersion() != MAPApplicationContextVersion.version1) {
            if (logger.isWarningEnabled()) {
                this.logger.warning("Rx : Mt onDialogReject / PotentialVersionIncompatibility=" + evt);
            }
            MAPApplicationContextVersion newMAPApplicationContextVersion = MAPApplicationContextVersion.version1;
            if (this.isMAPVersionTested(newMAPApplicationContextVersion)) {
                // If version1 already tried this is error
                String reason = "Error condition when invoking sendMtSms() from onDialogReject()." + newMAPApplicationContextVersion + " already tried and DialogReject again suggests Version1";
                this.logger.severe(reason);
                ErrorCode smStatus = ErrorCode.MAP_SERVER_VERSION_ERROR;
                this.onDeliveryError(smsSet, ErrorAction.permanentFailure, smStatus, reason, true, null, false, ProcessingType.SS7_MT);
                return;
            }
            this.setNegotiatedMapVersionUsing(false);
            this.setMAPVersionTested(newMAPApplicationContextVersion);
            mapVersionCache.setMAPApplicationContextVersion(this.getNetworkNode().getGlobalTitle().getDigits(), newMAPApplicationContextVersion);
            // Now send new ForwardSM with supported ACN (MAP V1)
            try {
                // Update cache
                this.sendMtSms(this.getMtFoSMSMAPApplicationContext(MAPApplicationContextVersion.version1), MessageProcessingState.resendAfterMapProtocolNegotiation, null, smsSet.getNetworkId());
                return;
            } catch (SmscProcessingException e) {
                String reason = "SmscPocessingException when invoking sendMtSms() from onDialogReject()-resendAfterMapProtocolNegotiation: " + e.toString();
                this.logger.severe(reason, e);
                ErrorCode smStatus = ErrorCode.SC_SYSTEM_ERROR;
                try {
                    smStatus = ErrorCode.fromInt(e.getSmppErrorCode());
                } catch (IllegalArgumentException e1) {
                }
                this.onDeliveryError(smsSet, ErrorAction.permanentFailure, smStatus, reason, true, null, false, ProcessingType.SS7_MT);
                return;
            } catch (Throwable e) {
                String reason = "Exception when invoking sendMtSms() from onDialogReject()-resendAfterMapProtocolNegotiation: " + e.toString();
                this.logger.severe(reason, e);
                ErrorCode smStatus = ErrorCode.SC_SYSTEM_ERROR;
                this.onDeliveryError(smsSet, ErrorAction.permanentFailure, smStatus, reason, true, null, false, ProcessingType.SS7_MT);
                return;
            }
        }
        // If ACN not supported, lets use the new one suggested
        if (mapRefuseReason == MAPRefuseReason.ApplicationContextNotSupported) {
            String nodeDigits = this.getNetworkNode().getGlobalTitle().getDigits();
            if (logger.isWarningEnabled()) {
                this.logger.warning("Rx : Mt onDialogReject / ApplicationContextNotSupported for node " + nodeDigits + " Event=" + evt);
            }
            // Now send new MtSMS with supported ACN
            ApplicationContextName tcapApplicationContextName = evt.getAlternativeApplicationContext();
            MAPApplicationContext supportedMAPApplicationContext = MAPApplicationContext.getInstance(tcapApplicationContextName.getOid());
            MAPApplicationContextVersion supportedMAPApplicationContextVersion = supportedMAPApplicationContext.getApplicationContextVersion();
            MAPApplicationContextVersion newMAPApplicationContextVersion = supportedMAPApplicationContextVersion;
            if (this.isMAPVersionTested(newMAPApplicationContextVersion)) {
                newMAPApplicationContextVersion = MAPApplicationContextVersion.version3;
                if (this.isMAPVersionTested(newMAPApplicationContextVersion)) {
                    newMAPApplicationContextVersion = MAPApplicationContextVersion.version2;
                    if (this.isMAPVersionTested(newMAPApplicationContextVersion)) {
                        newMAPApplicationContextVersion = MAPApplicationContextVersion.version1;
                        if (this.isMAPVersionTested(newMAPApplicationContextVersion)) {
                            // If all versions are already tried this is
                            // error
                            String reason = "Error condition when invoking sendMtSms() from onDialogReject()." + " all MAP versions are already tried and DialogReject again suggests Version1";
                            this.logger.severe(reason);
                            ErrorCode smStatus = ErrorCode.MAP_SERVER_VERSION_ERROR;
                            this.onDeliveryError(smsSet, ErrorAction.permanentFailure, smStatus, reason, true, null, false, ProcessingType.SS7_MT);
                            return;
                        }
                    }
                }
            }
            this.setNegotiatedMapVersionUsing(false);
            this.setMAPVersionTested(newMAPApplicationContextVersion);
            mapVersionCache.setMAPApplicationContextVersion(this.getNetworkNode().getGlobalTitle().getDigits(), newMAPApplicationContextVersion);
            try {
                this.sendMtSms(this.getMtFoSMSMAPApplicationContext(newMAPApplicationContextVersion), MessageProcessingState.resendAfterMapProtocolNegotiation, null, smsSet.getNetworkId());
                return;
            } catch (SmscProcessingException e) {
                String reason = "SmscPocessingException when invoking sendMtSms() from onDialogReject()-resendAfterMapProtocolNegotiation: " + e.toString();
                this.logger.severe(reason, e);
                ErrorCode smStatus = ErrorCode.SC_SYSTEM_ERROR;
                try {
                    smStatus = ErrorCode.fromInt(e.getSmppErrorCode());
                } catch (IllegalArgumentException e1) {
                }
                this.onDeliveryError(smsSet, ErrorAction.permanentFailure, smStatus, reason, true, null, false, ProcessingType.SS7_MT);
                return;
            } catch (Throwable e) {
                String reason = "Exception when invoking sendMtSms() from onDialogReject()-resendAfterMapProtocolNegotiation: " + e.toString();
                this.logger.severe(reason, e);
                ErrorCode smStatus = ErrorCode.SC_SYSTEM_ERROR;
                this.onDeliveryError(smsSet, ErrorAction.permanentFailure, smStatus, reason, true, null, false, ProcessingType.SS7_MT);
                return;
            }
        }
        super.onDialogReject(evt, aci);
        this.onDeliveryError(smsSet, ErrorAction.permanentFailure, ErrorCode.MSC_REFUSES_SM, "onDialogReject after MT Request: " + mapRefuseReason != null ? mapRefuseReason.toString() : "", true, null, false, ProcessingType.SS7_MT);
    } catch (Throwable e1) {
        logger.severe("Exception in MtSbb.onDialogReject() when fetching records and issuing events: " + e1.getMessage(), e1);
        markDeliveringIsEnded(true);
    }
}