public static bool isValidforPack(SessionPack sessionPack)
{
if (!LongConnector.isAvailable())
{
sessionPack.mConnectMode = 2;
sessionPack.mCacheBodyBuffer = null;
}
int mConnectMode = sessionPack.mConnectMode;
if (mConnectMode == 1)
{
return(LongConnector.isValid());
}
if (mConnectMode != 2)
{
return(false);
}
if (string.IsNullOrEmpty(sessionPack.mCmdUri))
{
Log.e("Network", "Cannot send pack via http without uri, will been cancelled. seq= " + sessionPack.mSeqID);
sessionPack.mCanceled = true;
return(false);
}
return(ShortConnector.isValid());
}
public static void checkReady()
{
checkConnectStatus();
checkNeedKeepAliveInShortConn(60000.0);
LongConnector.checkReady();
ShortConnector.checkReady();
}
public static void close()
{
Log.i("Network", "close connector. ");
LongConnector.close();
ShortConnector.close();
onPrepareSend(false);
}
public bool sendPack(SessionPack sessionPack)
{
if (sessionPack == null)
{
Log.e("Network", "CMD to Network: null pack");
return(false);
}
Log.i("Network", string.Concat(new object[] { "CMD to Network: cmd=", (CmdConst)sessionPack.mCmdID, " seq=", sessionPack.mSeqID }));
mRetryAuthLeft = 3;
Connector.onPrepareSend(false);
LongConnector.setEnable(true);
sessionPack.timeInCmd = Util.getNowMilliseconds();
if ((sessionPack.mCmdID == 1) && SessionPackMgr.isAuthing())
{
Log.e("Network", "isAuthing, don't send auth request");
return(false);
}
if (sessionPack.mCmdID == 1 || sessionPack.mCmdID == 0xb2)
{
SessionPackMgr.putToHead(sessionPack);
}
else
{
SessionPackMgr.putToTail(sessionPack);
}
NetHandler.wakeUp();
return(true);
}
public void closeSender()
{
Log.i("Network", "close sender , clearn all.");
LongConnector.setEnable(false);
Connector.close();
SessionPackMgr.cancelAllPacket();
SessionPackMgr.getAccount().reset();
SessionPackMgr.setAuthStatus(0);
}
public static void onPrepareSend(bool needCheckAlive)
{
NetHandler.startup();
LongConnector.onPrepare();
ShortConnector.onPrepare();
if (needCheckAlive)
{
checkNeedKeepAliveInShortConn(0.0);
}
}
public static void onSendFailed(bool needReconnect)
{
mFailedCount++;
if (mFailedCount > 3)
{
LongConnector.setAvailable(true);
}
close();
HostService.mShortConnHosts.onCurrentHostFailed();
}
public static List <RawPackBody> receiveBodyList()
{
mListRecvPack.Clear();
LongConnector.receive(mListRecvPack);
ShortConnector.receiveList(mListRecvPack);
if (mListRecvPack.Count > 0)
{
mLastActiveTimestamp = SessionPack.getNow();
}
return(mListRecvPack);
}
public static void onSendFailed(bool needReconnect, int connMode)
{
if ((connMode & 1) != 0)
{
LongConnector.onSendFailed(needReconnect);
}
if ((connMode & 2) != 0)
{
ShortConnector.onSendFailed(needReconnect);
}
}
public static bool sendPack(SessionPack sessionPack)
{
mLastActiveTimestamp = SessionPack.getNow();
switch (sessionPack.mConnectMode)
{
case 1:
return(LongConnector.sendPack(sessionPack));
case 2:
return(ShortConnector.sendPack(sessionPack));
}
return(true);
}
private static void checkNeedKeepAliveInShortConn(double interval)
{//NetworkDeviceWatcher.isNetworkAvailable() &&
if ((!LongConnector.isAvailable()) && ShortConnector.isValid())
{
double num = Util.getNowMilliseconds();
if (mLastShortKeepAliveTimestamp == 0.0)
{
mLastShortKeepAliveTimestamp = num;
}
if (num >= (mLastShortKeepAliveTimestamp + interval))
{
Log.i("Network", "need keep alive in short connnector mode, post event to sync.");
EventCenter.postEvent(EventConst.ON_NETSCENE_NOTIFY_SYNC_REQ, null, null);
mLastShortKeepAliveTimestamp = num;
}
}
}
private static void checkConnectStatus()
{
//if (!NetworkDeviceWatcher.isNetworkAvailable())
//{
// setConnectorStatus(ConntectorStatus.Disconnect);
//}
//else
if (!LongConnector.isAvailable() || (mConnectorStatus == ConntectorStatus.Disconnect))
{
if (ShortConnector.isAvailable())
{
setConnectorStatus(ConntectorStatus.Connected);
}
else
{
setConnectorStatus(ConntectorStatus.Disconnect);
}
}
}