public void run() {
Xlog.d(MmsApp.TXN_TAG, "NotificationTransaction: run()");
DownloadManager downloadManager = DownloadManager.getInstance();
// boolean autoDownload = downloadManager.isAuto();
// boolean dataSuspended = (MmsApp.getApplication().getTelephonyManager().getDataState() ==
// TelephonyManager.DATA_SUSPENDED);
boolean autoDownload = false;
boolean dataSuspended = false;
// add for gemini
if (FeatureOption.MTK_GEMINI_SUPPORT) {
autoDownload = downloadManager.isAuto(mSimId);
int datastate =
MmsApp.getApplication()
.getTelephonyManager()
.getDataStateGemini(SIMInfo.getSlotById(mContext, mSimId));
dataSuspended =
(datastate == TelephonyManager.DATA_SUSPENDED
|| datastate == TelephonyManager.DATA_DISCONNECTED);
} else {
autoDownload = downloadManager.isAuto();
dataSuspended =
(MmsApp.getApplication().getTelephonyManager().getDataState()
== TelephonyManager.DATA_SUSPENDED);
}
try {
if (LOCAL_LOGV) {
Log.v(TAG, "Notification transaction launched: " + this);
}
// By default, we set status to STATUS_DEFERRED because we
// should response MMSC with STATUS_DEFERRED when we cannot
// download a MM immediately.
int status = STATUS_DEFERRED;
// Check expiry state
Date CurrentDate = new Date(System.currentTimeMillis());
Date ExpiryDate = new Date(mNotificationInd.getExpiry() * 1000);
Xlog.d(
MmsApp.TXN_TAG,
"expiry time="
+ ExpiryDate.toLocaleString()
+ "\t current="
+ CurrentDate.toLocaleString());
// MTK_OP01_PROTECT_START
/*
String optr = SystemProperties.get("ro.operator.optr");
if (optr.equals("OP01")) {
// Check Message size
int msgSize = 0;
Cursor cursor = SqliteWrapper.query(mContext, mContext.getContentResolver(),
mUri, new String[] {Mms.MESSAGE_SIZE}, null, null, null);
if (cursor != null && cursor.getCount() == 1 && cursor.moveToFirst()) {
try{
msgSize = cursor.getInt(0);
Xlog.v(MmsApp.TXN_TAG, "msg Size = " + msgSize);
}finally{
cursor.close();
}
}
String netWorkType = null;
int slotId = -1;
if (FeatureOption.MTK_GEMINI_SUPPORT) {
// convert sim id to slot id
slotId = SIMInfo.getSlotById(mContext, mSimId);
netWorkType = SystemProperties.get(slotId == 0 ?
TelephonyProperties.PROPERTY_CS_NETWORK_TYPE : TelephonyProperties.PROPERTY_CS_NETWORK_TYPE_2);
} else {
netWorkType = SystemProperties.get(TelephonyProperties.PROPERTY_CS_NETWORK_TYPE);
}
boolean bTDNetwork = Integer.parseInt(netWorkType) > 2 ? true : false;
if ((!bTDNetwork && MmsConfig.getReceiveMmsLimitFor2G() < msgSize/1024)
|| (bTDNetwork && MmsConfig.getReceiveMmsLimitForTD() < msgSize/1024)) {
Xlog.v(MmsApp.TXN_TAG, "Message size exceed limitation, rejected.");
status = STATUS_REJECTED;
sendNotifyRespInd(status);
return;
}
}
*/
// MTK_OP01_PROTECT_END
// Don't try to download when data is suspended, as it will fail, so defer download
if (!autoDownload || dataSuspended) {
Xlog.d(
MmsApp.TXN_TAG,
"Not autoDownload! autoDonwload=" + autoDownload + ", dataSuspended=" + dataSuspended);
if (FeatureOption.MTK_GEMINI_SUPPORT) {
downloadManager.markState(mUri, DownloadManager.STATE_UNSTARTED, mSimId);
} else {
downloadManager.markState(mUri, DownloadManager.STATE_UNSTARTED);
}
sendNotifyRespInd(status);
return;
}
if (FeatureOption.MTK_GEMINI_SUPPORT) {
downloadManager.markState(mUri, DownloadManager.STATE_DOWNLOADING, mSimId);
} else {
downloadManager.markState(mUri, DownloadManager.STATE_DOWNLOADING);
}
if (LOCAL_LOGV) {
Log.v(TAG, "Content-Location: " + mContentLocation);
}
byte[] retrieveConfData = null;
// We should catch exceptions here to response MMSC
// with STATUS_DEFERRED.
try {
Xlog.d(MmsApp.TXN_TAG, "NotificationTransaction: before getpdu");
retrieveConfData = getPdu(mContentLocation);
Xlog.d(MmsApp.TXN_TAG, "NotificationTransaction: after getpdu");
} catch (IOException e) {
mTransactionState.setState(FAILED);
}
if (retrieveConfData != null) {
GenericPdu pdu = new PduParser(retrieveConfData).parse();
if ((pdu == null) || (pdu.getMessageType() != MESSAGE_TYPE_RETRIEVE_CONF)) {
Log.e(TAG, "Invalid M-RETRIEVE.CONF PDU.");
mTransactionState.setState(FAILED);
status = STATUS_UNRECOGNIZED;
} else {
// Save the received PDU (must be a M-RETRIEVE.CONF).
PduPersister p = PduPersister.getPduPersister(mContext);
Uri uri = p.persist(pdu, Inbox.CONTENT_URI);
Xlog.d(MmsApp.TXN_TAG, "PDU Saved, Uri=" + uri + "\nDelete Notify Ind, Uri=" + mUri);
// add for gemini
if (FeatureOption.MTK_GEMINI_SUPPORT) {
ContentResolver cr = mContext.getContentResolver();
ContentValues values = new ContentValues(1);
values.put(Mms.SIM_ID, mSimId);
SqliteWrapper.update(mContext, cr, uri, values, null, null);
}
// set message size
int messageSize = retrieveConfData.length;
ContentValues sizeValue = new ContentValues();
sizeValue.put(Mms.MESSAGE_SIZE, messageSize);
SqliteWrapper.update(mContext, mContext.getContentResolver(), uri, sizeValue, null, null);
// We have successfully downloaded the new MM. Delete the
// M-NotifyResp.ind from Inbox.
String notifId = mUri.getLastPathSegment();
String msgId = uri.getLastPathSegment();
if (!notifId.equals(msgId)) {
SqliteWrapper.delete(mContext, mContext.getContentResolver(), mUri, null, null);
}
// Notify observers with newly received MM.
mUri = uri;
status = STATUS_RETRIEVED;
}
} else {
Xlog.e(MmsApp.TXN_TAG, "retrieveConfData is null");
mTransactionState.setState(FAILED);
status = STATUS_UNRECOGNIZED;
}
// Check the status and update the result state of this Transaction.
switch (status) {
case STATUS_RETRIEVED:
mTransactionState.setState(SUCCESS);
break;
case STATUS_DEFERRED:
// STATUS_DEFERRED, may be a failed immediate retrieval.
if (mTransactionState.getState() == INITIALIZED) {
mTransactionState.setState(SUCCESS);
}
break;
}
// if the status is STATUS_UNRECOGNIZED, this happened when we don't get mms pdu from server,
// this may be a server problem or network problem.
// our policy is will retry later, so we must response a deferred status not this one.
// otherwise the server may delete this mms, and when we retry it, it's another mms created by
// server to
// inform us that the old mms is not exist yet.
if (status == STATUS_UNRECOGNIZED) {
status = STATUS_DEFERRED;
}
sendNotifyRespInd(status);
// Make sure this thread isn't over the limits in message count.
Recycler.getMmsRecycler().deleteOldMessagesInSameThreadAsMessage(mContext, mUri);
} catch (Throwable t) {
Log.e(TAG, Log.getStackTraceString(t));
if (null != mUri) {
Recycler.getMmsRecycler().deleteOldMessagesInSameThreadAsMessage(mContext, mUri);
}
} finally {
mTransactionState.setContentUri(mUri);
if (!autoDownload /*|| dataSuspended*/ /*comment this case for 81452*/) {
// Always mark the transaction successful for deferred
// download since any error here doesn't make sense.
mTransactionState.setState(SUCCESS);
}
if (mTransactionState.getState() != SUCCESS) {
mTransactionState.setState(FAILED);
Xlog.w(MmsApp.TXN_TAG, "NotificationTransaction failed.");
}
notifyObservers();
}
}
public void run() {
DownloadManager downloadManager = DownloadManager.getInstance();
boolean autoDownload = downloadManager.isAuto();
boolean dataSuspended =
(TelephonyManager.getDefault().getDataState() == TelephonyManager.DATA_SUSPENDED);
try {
if (LOCAL_LOGV) {
Log.v(TAG, "Notification transaction launched: " + this);
}
// By default, we set status to STATUS_DEFERRED because we
// should response MMSC with STATUS_DEFERRED when we cannot
// download a MM immediately.
int status = STATUS_DEFERRED;
// Don't try to download when data is suspended, as it will fail, so defer download
if (!autoDownload || dataSuspended) {
downloadManager.markState(mUri, DownloadManager.STATE_UNSTARTED);
sendNotifyRespInd(status);
return;
}
downloadManager.markState(mUri, DownloadManager.STATE_DOWNLOADING);
if (LOCAL_LOGV) {
Log.v(TAG, "Content-Location: " + mContentLocation);
}
byte[] retrieveConfData = null;
// We should catch exceptions here to response MMSC
// with STATUS_DEFERRED.
try {
retrieveConfData = getPdu(mContentLocation);
} catch (IOException e) {
mTransactionState.setState(FAILED);
}
if (retrieveConfData != null) {
GenericPdu pdu = new PduParser(retrieveConfData).parse();
if ((pdu == null) || (pdu.getMessageType() != MESSAGE_TYPE_RETRIEVE_CONF)) {
Log.e(TAG, "Invalid M-RETRIEVE.CONF PDU.");
mTransactionState.setState(FAILED);
status = STATUS_UNRECOGNIZED;
} else {
// Save the received PDU (must be a M-RETRIEVE.CONF).
PduPersister p = PduPersister.getPduPersister(mContext);
Uri uri = p.persist(pdu, Inbox.CONTENT_URI);
// We have successfully downloaded the new MM. Delete the
// M-NotifyResp.ind from Inbox.
SqliteWrapper.delete(mContext, mContext.getContentResolver(), mUri, null, null);
// Notify observers with newly received MM.
mUri = uri;
status = STATUS_RETRIEVED;
}
}
if (LOCAL_LOGV) {
Log.v(TAG, "status=0x" + Integer.toHexString(status));
}
// Check the status and update the result state of this Transaction.
switch (status) {
case STATUS_RETRIEVED:
mTransactionState.setState(SUCCESS);
break;
case STATUS_DEFERRED:
// STATUS_DEFERRED, may be a failed immediate retrieval.
if (mTransactionState.getState() == INITIALIZED) {
mTransactionState.setState(SUCCESS);
}
break;
}
sendNotifyRespInd(status);
// Make sure this thread isn't over the limits in message count.
Recycler.getMmsRecycler().deleteOldMessagesInSameThreadAsMessage(mContext, mUri);
} catch (Throwable t) {
Log.e(TAG, Log.getStackTraceString(t));
} finally {
mTransactionState.setContentUri(mUri);
if (!autoDownload || dataSuspended) {
// Always mark the transaction successful for deferred
// download since any error here doesn't make sense.
mTransactionState.setState(SUCCESS);
}
if (mTransactionState.getState() != SUCCESS) {
mTransactionState.setState(FAILED);
Log.e(TAG, "NotificationTransaction failed.");
}
notifyObservers();
}
}
private Uri storeMessage(Context context, SmsMessage[] msgs, int error) {
SmsMessage sms = msgs[0];
// Store the message in the content provider.
ContentValues values = extractContentValues(sms);
values.put(Sms.ERROR_CODE, error);
int pduCount = msgs.length;
if (pduCount == 1) {
// There is only one part, so grab the body directly.
values.put(Inbox.BODY, replaceFormFeeds(sms.getDisplayMessageBody()));
} else {
// Build up the body from the parts.
StringBuilder body = new StringBuilder();
for (int i = 0; i < pduCount; i++) {
sms = msgs[i];
if (sms.mWrappedSmsMessage != null) {
body.append(sms.getDisplayMessageBody());
}
}
values.put(Inbox.BODY, replaceFormFeeds(body.toString()));
}
// Make sure we've got a thread id so after the insert we'll be able to delete
// excess messages.
Long threadId = values.getAsLong(Sms.THREAD_ID);
String address = values.getAsString(Sms.ADDRESS);
// Code for debugging and easy injection of short codes, non email addresses, etc.
// See Contact.isAlphaNumber() for further comments and results.
// switch (count++ % 8) {
// case 0: address = "AB12"; break;
// case 1: address = "12"; break;
// case 2: address = "Jello123"; break;
// case 3: address = "T-Mobile"; break;
// case 4: address = "Mobile1"; break;
// case 5: address = "Dogs77"; break;
// case 6: address = "****1"; break;
// case 7: address = "#4#5#6#"; break;
// }
if (!TextUtils.isEmpty(address)) {
Contact cacheContact = Contact.get(address, true);
if (cacheContact != null) {
address = cacheContact.getNumber();
}
} else {
address = getString(R.string.unknown_sender);
values.put(Sms.ADDRESS, address);
}
if (((threadId == null) || (threadId == 0)) && (address != null)) {
threadId = Conversation.getOrCreateThreadId(context, address);
values.put(Sms.THREAD_ID, threadId);
}
ContentResolver resolver = context.getContentResolver();
Uri insertedUri = SqliteWrapper.insert(context, resolver, Inbox.CONTENT_URI, values);
// Now make sure we're not over the limit in stored messages
Recycler.getSmsRecycler().deleteOldMessagesByThreadId(context, threadId);
MmsWidgetProvider.notifyDatasetChanged(context);
return insertedUri;
}