Examples with HistoryText cx.ring.model.HistoryText used on opensource projects

Example 1 with HistoryText

use of cx.ring.model.HistoryText in project ring-client-android by savoirfairelinux.

the class ConversationFacade method parseNewMessage.

private void parseNewMessage(TextMessage txt) {
    Conversation conversation;
    if (!StringUtils.isEmpty(txt.getCallId())) {
        conversation = getConversationByCallId(txt.getCallId());
    } else {
        conversation = startConversation(mContactService.findContactByNumber(txt.getNumberUri().getRawUriString()));
        txt.setContact(conversation.getContact());
    }
    conversation.addTextMessage(txt);
    if (txt.isRead()) {
        mHistoryService.updateTextMessage(new HistoryText(txt));
    }
}

Example 2 with HistoryText

use of cx.ring.model.HistoryText in project ring-client-android by savoirfairelinux.

the class ConversationFacade method update.

@Override
public void update(Observable observable, ServiceEvent event) {
    if (event == null) {
        return;
    }
    ServiceEvent mEvent;
    if (observable instanceof HistoryService) {
        switch(event.getEventType()) {
            case INCOMING_MESSAGE:
                {
                    TextMessage txt = event.getEventInput(ServiceEvent.EventInput.MESSAGE, TextMessage.class);
                    if (txt == null) {
                        Log.d(TAG, "Received a null text message");
                        return;
                    }
                    parseNewMessage(txt);
                    updateTextNotifications();
                    setChanged();
                    mEvent = new ServiceEvent(ServiceEvent.EventType.INCOMING_MESSAGE);
                    notifyObservers(mEvent);
                    break;
                }
            case ACCOUNT_MESSAGE_STATUS_CHANGED:
                {
                    TextMessage newMsg = event.getEventInput(ServiceEvent.EventInput.MESSAGE, TextMessage.class);
                    Conversation conv = getConversationByContact(mContactService.findContactByNumber(newMsg.getNumber()));
                    if (conv != null) {
                        conv.updateTextMessage(newMsg);
                    }
                    setChanged();
                    mEvent = new ServiceEvent(ServiceEvent.EventType.INCOMING_MESSAGE);
                    notifyObservers(mEvent);
                    break;
                }
            case HISTORY_LOADED:
                Account account = mAccountService.getCurrentAccount();
                if (account != null) {
                    boolean acceptAllMessages = account.getDetailBoolean(ConfigKey.DHT_PUBLIC_IN);
                    mConversationMap.clear();
                    addContacts(acceptAllMessages);
                    List<HistoryCall> historyCalls = (List<HistoryCall>) event.getEventInput(ServiceEvent.EventInput.HISTORY_CALLS, ArrayList.class);
                    parseHistoryCalls(historyCalls, acceptAllMessages);
                    List<HistoryText> historyTexts = (List<HistoryText>) event.getEventInput(ServiceEvent.EventInput.HISTORY_TEXTS, ArrayList.class);
                    parseHistoryTexts(historyTexts, acceptAllMessages);
                    List<DataTransfer> historyTransfers = (List<DataTransfer>) event.getEventInput(ServiceEvent.EventInput.HISTORY_TRANSFERS, ArrayList.class);
                    parseHistoryTransfers(historyTransfers, acceptAllMessages);
                    aggregateHistory();
                    searchForRingIdInBlockchain();
                }
                setChanged();
                mEvent = new ServiceEvent(ServiceEvent.EventType.CONVERSATIONS_CHANGED);
                notifyObservers(mEvent);
                break;
            case HISTORY_MODIFIED:
                refreshConversations();
                break;
        }
    } else if (observable instanceof CallService) {
        Conversation conversation = null;
        Conference conference = null;
        SipCall call;
        switch(event.getEventType()) {
            case CALL_STATE_CHANGED:
                call = event.getEventInput(ServiceEvent.EventInput.CALL, SipCall.class);
                if (call == null) {
                    Log.w(TAG, "CALL_STATE_CHANGED : call is null");
                    return;
                }
                int newState = call.getCallState();
                mHardwareService.updateAudioState(newState == SipCall.State.RINGING && call.isIncoming(), call.isOnGoing() && !call.isAudioOnly());
                for (Conversation conv : mConversationMap.values()) {
                    conference = conv.getConference(call.getCallId());
                    if (conference != null) {
                        conversation = conv;
                        Log.w(TAG, "CALL_STATE_CHANGED : found conversation " + call.getCallId());
                        break;
                    }
                }
                if (conversation == null) {
                    conversation = startConversation(call.getContact());
                    conference = new Conference(call);
                    conversation.addConference(conference);
                }
                Log.w(TAG, "CALL_STATE_CHANGED : updating call state to " + newState);
                if ((call.isRinging() || newState == SipCall.State.CURRENT) && call.getTimestampStart() == 0) {
                    call.setTimestampStart(System.currentTimeMillis());
                }
                if ((newState == SipCall.State.CURRENT && call.isIncoming()) || newState == SipCall.State.RINGING && call.isOutGoing()) {
                    mAccountService.sendProfile(call.getCallId(), call.getAccount());
                } else if (newState == SipCall.State.HUNGUP || newState == SipCall.State.BUSY || newState == SipCall.State.FAILURE || newState == SipCall.State.OVER) {
                    mNotificationService.cancelCallNotification(call.getCallId().hashCode());
                    mHardwareService.closeAudioState();
                    if (newState == SipCall.State.HUNGUP) {
                        call.setTimestampEnd(System.currentTimeMillis());
                    }
                    if (call.getTimestampStart() == 0) {
                        call.setTimestampStart(System.currentTimeMillis());
                    }
                    if (call.getTimestampEnd() == 0) {
                        call.setTimestampEnd(System.currentTimeMillis());
                    }
                    mHistoryService.insertNewEntry(conference);
                    conference.removeParticipant(call);
                    conversation.addHistoryCall(new HistoryCall(call));
                    mCallService.removeCallForId(call.getCallId());
                }
                if (conference.getParticipants().isEmpty()) {
                    conversation.removeConference(conference);
                }
                setChanged();
                mEvent = new ServiceEvent(ServiceEvent.EventType.CALL_STATE_CHANGED);
                notifyObservers(mEvent);
                break;
            case INCOMING_CALL:
                call = event.getEventInput(ServiceEvent.EventInput.CALL, SipCall.class);
                conversation = startConversation(call.getContact());
                conference = new Conference(call);
                conversation.addConference(conference);
                mNotificationService.showCallNotification(conference);
                mHardwareService.setPreviewSettings();
                Conference currenConf = getCurrentCallingConf();
                mHardwareService.updateAudioState(currenConf.getState() == SipCall.State.RINGING && currenConf.isIncoming(), false);
                setChanged();
                ServiceEvent serviceEvent = new ServiceEvent(ServiceEvent.EventType.INCOMING_CALL);
                notifyObservers(serviceEvent);
                break;
        }
    } else if (observable instanceof ContactService) {
        switch(event.getEventType()) {
            case CONTACTS_CHANGED:
                refreshConversations();
                break;
        }
    } else if (observable instanceof AccountService) {
        switch(event.getEventType()) {
            case REGISTERED_NAME_FOUND:
                {
                    int state = event.getEventInput(ServiceEvent.EventInput.STATE, Integer.class);
                    if (state != 0) {
                        break;
                    }
                    String accountId = event.getEventInput(ServiceEvent.EventInput.ACCOUNT_ID, String.class);
                    String name = event.getEventInput(ServiceEvent.EventInput.NAME, String.class);
                    Uri address = new Uri(event.getEventInput(ServiceEvent.EventInput.ADDRESS, String.class));
                    if (mContactService.setRingContactName(accountId, address, name)) {
                        setChanged();
                        notifyObservers(new ServiceEvent(ServiceEvent.EventType.USERNAME_CHANGED));
                    }
                    break;
                }
            case DATA_TRANSFER:
                {
                    DataTransferEventCode transferEventCode = event.getEventInput(ServiceEvent.EventInput.TRANSFER_EVENT_CODE, DataTransferEventCode.class);
                    DataTransfer transfer = event.getEventInput(ServiceEvent.EventInput.TRANSFER_INFO, DataTransfer.class);
                    handleDataTransferEvent(transfer, transferEventCode);
                    break;
                }
        }
    }
}

Example 3 with HistoryText

use of cx.ring.model.HistoryText in project ring-client-android by savoirfairelinux.

the class ConversationFacade method parseHistoryTexts.

private void parseHistoryTexts(List<HistoryText> historyTexts, boolean acceptAllMessages) {
    for (HistoryText htext : historyTexts) {
        TextMessage msg = new TextMessage(htext);
        CallContact contact = mContactService.findContact(htext.getContactID(), htext.getContactKey(), new Uri(htext.getNumber()));
        String key = contact.getIds().get(0);
        String phone = contact.getPhones().get(0).getNumber().getRawUriString();
        if (mConversationMap.containsKey(key) || mConversationMap.containsKey(phone)) {
            mConversationMap.get(key).addTextMessage(msg);
        } else if (acceptAllMessages) {
            Conversation conversation = new Conversation(contact);
            conversation.addTextMessage(msg);
            mConversationMap.put(key, conversation);
        }
    }
}

Example 4 with HistoryText

use of cx.ring.model.HistoryText in project ring-client-android by savoirfairelinux.

the class HistoryService method getCallAndTextAsyncForAccount.

public void getCallAndTextAsyncForAccount(final String accountId) {
    mApplicationExecutor.submit(() -> {
        try {
            List<HistoryCall> historyCalls = getAllForAccount(accountId);
            List<HistoryText> historyTexts = getAllTextMessagesForAccount(accountId);
            List<DataTransfer> historyTransfers = getHistoryDataTransfers(accountId);
            ServiceEvent event = new ServiceEvent(ServiceEvent.EventType.HISTORY_LOADED);
            event.addEventInput(ServiceEvent.EventInput.HISTORY_CALLS, historyCalls);
            event.addEventInput(ServiceEvent.EventInput.HISTORY_TEXTS, historyTexts);
            event.addEventInput(ServiceEvent.EventInput.HISTORY_TRANSFERS, historyTransfers);
            setChanged();
            notifyObservers(event);
        } catch (SQLException e) {
            Log.e(TAG, "Can't load calls and texts", e);
        }
    });
}

Example 5 with HistoryText

use of cx.ring.model.HistoryText in project ring-client-android by savoirfairelinux.

the class HistoryService method readMessages.

public void readMessages(Conversation conversation) {
    for (HistoryEntry h : conversation.getRawHistory().values()) {
        NavigableMap<Long, TextMessage> messages = h.getTextMessages();
        for (TextMessage message : messages.descendingMap().values()) {
            if (message.isRead()) {
                break;
            }
            message.read();
            HistoryText ht = new HistoryText(message);
            updateTextMessage(ht);
        }
    }
}