TBool CRtpHandlerBase::CompareAddresses(const TSockAddr& aAddr1,const TSockAddr& aAddr2)
{
if(aAddr1.Family() != aAddr2.Family())
{
return EFalse;
}
TInetAddr inetAddr1(aAddr1);
TInetAddr inetAddr2(aAddr2);
//Tests the protocol family, IP address, and port values
TBool flag = inetAddr1.CmpAddr(inetAddr2);
return flag;
}
static void storeSockAddr(const TSockAddr& sockaddr, MAConnAddr* addr) {
LOGS("storeSockAddr %i\n", sockaddr.Family());
if(sockaddr.Family() == KBTAddrFamily) {
addr->family = CONN_FAMILY_BT;
addr->bt.port = sockaddr.Port();
TBTSockAddr& bt((TBTSockAddr&)sockaddr);
storeBtAddr(bt.BTAddr(), addr);
} else if(sockaddr.Family() == KAfInet) {
addr->family = CONN_FAMILY_INET4;
addr->inet4.port = sockaddr.Port();
TInetAddr& inet((TInetAddr&)sockaddr);
addr->inet4.addr = inet.Address();
} else {
DEBIG_PHAT_ERROR;
}
}
CRtpHandlerBase* CRtpHandlerBase::NewBearerL(CRtpControllerBase* aController,
RSocket& aSocket, TInt aPriority)
{
__RTP_LOG(_L("CRtpHandlerBase::NewBearerL() ... "));
__ASSERT_DEBUG(aController, Panic(ERtpControllerIsNotCreated));
CRtpHandlerBase* handler = NULL;
TSockAddr localAddr;
aSocket.LocalName(localAddr);
switch (localAddr.Family())
{
// BT can be made configurable, see rtpbthandler.h for more details...
case KBTAddrFamily:
{
handler = CRtpBluetoothHandler::NewL(aSocket, aPriority);
handler->iRtpController = (CRtpControllerBase *)aController;
break;
}
case KAfInet:
default:
{
handler = CRtpUdpHandler::NewL(aSocket, aPriority);
handler->iRtpController = (CRtpControllerBase *)aController;
break;
}
}
handler->SetLocalAddress(localAddr);
return handler;
}
EXPORT_C TEui64Addr::TEui64Addr(const TSockAddr& aAddr) : TSockAddr()
{
__ASSERT_ALWAYS(aAddr.Family() == KAfEui64 || aAddr.Family() == 0, EuiPanic(EEuiPanicFamilyMismatch));
Init();
SetAddress(TEui64Addr::Cast(aAddr).Address());
}
