/*
* File: ctrlh323.cpp
*
* Implementation of IControlChannel using H.323 call control protocol
* via apis of CALLCONT.DLL
*
*
* Revision History:
*
* 09/06/96 mikev created
*
*/
#include "precomp.h"
#include "ctrlh323.h"
#include "version.h"
#include "strutil.h"
#ifdef DEBUG
VOID DumpChannelParameters(PCC_TERMCAP pChanCap1, PCC_TERMCAP pChanCap2);
VOID DumpNonstdParameters(PCC_TERMCAP pChanCap1, PCC_TERMCAP pChanCap2);
#else
#define DumpNonstdParameters(a, b)
#define DumpChannelParameters(a, b)
#endif
extern HRESULT AllocTranslatedAliasList(PCC_ALIASNAMES *ppDest, P_H323ALIASLIST pSource);
extern VOID FreeTranslatedAliasList(PCC_ALIASNAMES pDoomed);
static char DefaultProductID[] = H323_PRODUCTNAME_STR;
static char DefaultProductVersion[] = H323_PRODUCTRELEASE_STR;
HRESULT CCConferenceCallback (BYTE bIndication,
HRESULT hStatus,
CC_HCONFERENCE hConference,
DWORD_PTR dwConferenceToken,
PCC_CONFERENCE_CALLBACK_PARAMS pConferenceCallbackParams);
VOID CCListenCallback (HRESULT hStatus,PCC_LISTEN_CALLBACK_PARAMS pListenCallbackParams);
VOID CH323Ctrl::DoAdvise(DWORD dwEvent, LPVOID lpvData)
{
FX_ENTRY ("CH323Ctrl::DoAdvise");
if(IsReleasing()) // don't call out while releasing because it could call
// back in!
{
ERRORMESSAGE(("%s:in releasing state\r\n",_fx_));
return;
}
AddRef(); // protect ourselves from reentrant calls to Release().
if(m_pConfAdvise)
{
hrLast = m_pConfAdvise->OnControlEvent(dwEvent, lpvData, this);
}
else
{
ERRORMESSAGE(("%s:Invalid m_pConfAdvise\r\n",_fx_));
}
Release();
}
VOID CH323Ctrl::GoNextPhase(CtlChanStateType phase)
{
FX_ENTRY ("CH323Ctrl::GoNextPhase");
BOOL fNotifyReady = FALSE;
#define InvError() ERRORMESSAGE(("%s:Invalid transition from %d to %d\r\n",_fx_,m_Phase,phase))
switch(phase)
{
case CCS_Idle:
if(m_Phase != CCS_Idle && m_Phase != CCS_Disconnecting && m_Phase != CCS_Listening)
{
InvError();
}
else
{
m_ChanFlags &= ~(CTRLF_OPEN);
}
break;
case CCS_Connecting:
if((m_Phase != CCS_Idle) && (m_Phase != CCS_Ringing))
{
InvError();
}
break;
case CCS_Accepting:
if(m_Phase != CCS_Listening)
{
InvError();
}
break;
case CCS_Ringing:
// transition from CCS_Idle state is actually only valid if
// there is an incoming call
if(m_Phase != CCS_Connecting && m_Phase != CCS_Filtering && m_Phase != CCS_Listening)
{
InvError();
}
break;
case CCS_Opening:
if(m_Phase != CCS_Connecting && m_Phase != CCS_Accepting
&& m_Phase != CCS_Ringing)
{
InvError();
}
break;
case CCS_Closing:
if(m_Phase != CCS_Opening && m_Phase != CCS_Ready && m_Phase != CCS_InUse)
{
InvError();
}
break;
case CCS_Ready:
// can be reentered. if notification is already pending, (state is
// already CCS_InUse) stay there, else do the transition
if(m_Phase != CCS_InUse)
{
if(m_Phase != CCS_Opening)
{
InvError();
}
else
{
//signal "all channels ready" to IConfAdvise
fNotifyReady = TRUE;
}
}
phase = CCS_InUse;
break;
case CCS_InUse:
// previous state must be CCS_InUse or CCS_Ready
if(m_Phase != CCS_InUse && m_Phase != CCS_Ready)
{
InvError();
}
break;
case CCS_Listening:
if(m_Phase != CCS_Idle)
{
InvError();
}
break;
case CCS_Disconnecting:
//if(m_Phase != CCS_Closing)
//{
// InvError();
//}
break;
}
m_Phase = phase;
if (fNotifyReady)
{
DoAdvise(CCEV_ALL_CHANNELS_READY, NULL);
}
}
HRESULT CCConferenceCallback (BYTE bIndication,
HRESULT hConfStatus, CC_HCONFERENCE hConference, DWORD_PTR dwConferenceToken,
PCC_CONFERENCE_CALLBACK_PARAMS pConferenceCallbackParams)
{
HRESULT hr = CC_NOT_IMPLEMENTED;
FX_ENTRY ("CCConferenceCallback ");
CH323Ctrl *pConnection = (CH323Ctrl *)dwConferenceToken;
if(IsBadWritePtr(pConnection, sizeof(CH323Ctrl)))
{
ERRORMESSAGE(("%s:invalid conf token: 0x%08lx\r\n",_fx_, dwConferenceToken));
return CC_NOT_IMPLEMENTED; // must be either CC_NOT_IMPLEMENTED or CC_OK.
}
if(pConnection && pConnection->GetConfHandle() == hConference)
{
if(pConnection->IsReleasing())
{
// we are in the cleanup path. The object is being deleted without
// waiting for asynchronous stuff to complete, and we called that one
// final API (most likely Hangup()) that resulted in a callback. Don't call
// back into the object.
DEBUGMSG(ZONE_CONN,("%s:callback while releasing:0x%08lx, hconf:0x%08lx\r\n",_fx_,
pConnection, hConference));
return hr;
}
pConnection->AddRef(); // protect against Release()ing while not in
// a quiescent state. We do not want to be
// released while inside ourself
hr = pConnection->ConfCallback(bIndication, hConfStatus, pConferenceCallbackParams);
pConnection->Release();
}
#ifdef DEBUG
else
{
if(pConnection)
DEBUGMSG(ZONE_CONN,("%s:hConference mismatch, hConference:0x%08lx, object hconf:0x%08lx, pObject:0x%08lx\r\n",_fx_,
hConference, pConnection->GetConfHandle(), pConnection));
else
DEBUGMSG(ZONE_CONN,("%s:null dwConferenceToken\r\n",_fx_));
}
#endif //DEBUG
return hr;
}
VOID CCListenCallback (HRESULT hStatus,PCC_LISTEN_CALLBACK_PARAMS pListenCallbackParams)
{
FX_ENTRY ("CCListenCallback");
CH323Ctrl *pConnection;
if(!pListenCallbackParams)
{
return;
}
pConnection = (CH323Ctrl *)pListenCallbackParams->dwListenToken;
if(IsBadWritePtr(pConnection, sizeof(CH323Ctrl)))
{
ERRORMESSAGE(("%s:invalid listen token: 0x%08lx\r\n",_fx_, pListenCallbackParams->dwListenToken));
return;
}
// BUGBUG there's no hListen passed in - we can't validate it
// if(pConnection && (pConnection->GetListenHandle() == pListenCallbackParams->h??????))
if(pConnection)
{
pConnection->AddRef(); // protect against Release()ing while not in
// a quiescent state. We do not want to be
// released while inside ourself
pConnection->ListenCallback(hStatus,pListenCallbackParams);
pConnection->Release();
}
else
{
ERRORMESSAGE(("%s:null listen token\r\n",_fx_));
}
}
VOID CH323Ctrl::ListenCallback (HRESULT hStatus,PCC_LISTEN_CALLBACK_PARAMS pListenCallbackParams)
{
FX_ENTRY ("CH323Ctrl::ListenCallback");
HRESULT hr;
if(hStatus != CC_OK)
{
m_hCallCompleteCode = CCCI_LOCAL_ERROR;
CH323Ctrl * pAcceptingConnection = NULL;
BOOL bDisconnect = FALSE;
ERRORMESSAGE(("%s:error 0x%08lx\r\n",_fx_,hStatus));
// aaaaghhh!!! an unsolicited error!!!!!
// MikeV 10/12/96 - observed behavior is that this will occur if the caller disconnects
// before the call is accepted (or during acceptance - if a BP is set before the call
// to AcceptRejectConnection(), the caller times out. But even after that, tracing
// over AcceptRejectConnection() shown no error is returned. This is bad, because
// it is hard to tell if this error needs cleaning up after. The error code in
// that case is 0xa085a001, which is CC_PEER_REJECT
// We also don't know if another object has been created to accept the connection
// or if this is being called in the context of the object that was created and
// its handle passed to AcceptRejectConnection(). The typical behavior is that it
// is called in the context of the listening object.
// once the accepting object is located, need to check state to see if
// connection is in the process of being accepted. Find accepting object
// by matching pListenCallbackParams->ConferenceID;
// see if this is the correct context
if(memcmp(&pListenCallbackParams->ConferenceID, &m_ConferenceID, sizeof(m_ConferenceID))==0)
{
// check the current state. If in the process of accepting
// (either Idle, or filtering), change state to CCS_Closing to make
// cleanup occur. If already accepted (accepting or ringing), initiate
// InternalDisconnect(). This should never happen in any other state.
// EnterCriticalSection() // LOOKLOOK - NYI
switch(m_Phase)
{
case CCS_Idle:
case CCS_Filtering:
break;
default:
case CCS_Ringing:
case CCS_Accepting:
bDisconnect = TRUE;
switch(hStatus)
{
case CC_PEER_REJECT:
m_hCallCompleteCode = CCCI_REJECTED;
ERRORMESSAGE(("%s:Received CC_PEER_REJECT in state %d\r\n",_fx_,m_Phase));
break;
default:
case CC_INTERNAL_ERROR:
m_hCallCompleteCode = CCCI_LOCAL_ERROR;
break;
}
break;
}
// ExitCriticalSection()
if(bDisconnect)
InternalDisconnect();
}
else
{
hr = m_pConfAdvise->FindAcceptingObject((LPIControlChannel *)&pAcceptingConnection,
&pListenCallbackParams->ConferenceID);
if(HR_SUCCEEDED(hr) && pAcceptingConnection)
{
// call this function in the correct context
pAcceptingConnection->AddRef();
pAcceptingConnection->ListenCallback (hStatus, pListenCallbackParams);
pAcceptingConnection->Release();
}
else
{
ERRORMESSAGE(("%s:conference ID 0x%08lx 0x%08lx 0x%08lx 0x%08lx\r\n"
,_fx_,pListenCallbackParams->ConferenceID.buffer[0],
pListenCallbackParams->ConferenceID.buffer[4],
pListenCallbackParams->ConferenceID.buffer[8],
pListenCallbackParams->ConferenceID.buffer[12]));
ERRORMESSAGE(("%s:Received 0x%08lx in state %d, accepting object not found\r\n"
,_fx_,hStatus, m_Phase));
}
}
return;
}
// non error case falls out
switch(pListenCallbackParams->wGoal)
{
default:
case CC_GOAL_UNKNOWN:
break;
case CC_GOAL_CREATE:
case CC_GOAL_JOIN:
case CC_GOAL_INVITE:
m_ConferenceID = pListenCallbackParams->ConferenceID;
m_hCall = pListenCallbackParams->hCall;
if(pListenCallbackParams->pCallerAliasNames || pListenCallbackParams->pszDisplay)
{
NewRemoteUserInfo(pListenCallbackParams->pCallerAliasNames,
pListenCallbackParams->pszDisplay);
}
else
{
ERRORMESSAGE(("%s:null pListenCallbackParams->pCallerAliasNames\r\n",_fx_));
}
if(!OnCallAccept(pListenCallbackParams))
{
ERRORMESSAGE(("ListenCallback:OnCallAccept failed\r\n"));
}
break;
}
}
//
// Main conference indication dispatcher
//
#ifdef DEBUG
TCHAR *i_strs[ ] =
{
"ERROR! - INDICATION ZERO",
"CC_RINGING_INDICATION",
"CC_CONNECT_INDICATION",
"CC_TX_CHANNEL_OPEN_INDICATION",
"CC_RX_CHANNEL_REQUEST_INDICATION",
"CC_RX_CHANNEL_CLOSE_INDICATION",
"CC_MUTE_INDICATION",
"CC_UNMUTE_INDICATION",
"CC_PEER_ADD_INDICATION",
"CC_PEER_DROP_INDICATION",
"CC_PEER_CHANGE_CAP_INDICATION",
"CC_CONFERENCE_TERMINATION_INDICATION",
"CC_HANGUP_INDICATION",
"CC_RX_NONSTANDARD_MESSAGE_INDICATION",
"CC_MULTIPOINT_INDICATION",
"CC_PEER_UPDATE_INDICATION",
"CC_H245_MISCELLANEOUS_COMMAND_INDICATION",
"CC_H245_MISCELLANEOUS_INDICATION_INDICATION",
"CC_H245_CONFERENCE_REQUEST_INDICATION",
"CC_H245_CONFERENCE_RESPONSE_INDICATION",
"CC_H245_CONFERENCE_COMMAND_INDICATION",
"CC_H245_CONFERENCE_INDICATION_INDICATION",
"CC_FLOW_CONTROL_INDICATION",
"CC_TX_CHANNEL_CLOSE_REQUEST_INDICATION",
"CC_REQUEST_MODE_INDICATION",
"CC_REQUEST_MODE_RESPONSE_INDICATION",
"CC_VENDOR_ID_INDICATION",
"CC_MAXIMUM_AUDIO_VIDEO_SKEW_INDICATION",
"CC_T120_CHANNEL_REQUEST_INDICATION",
"CC_T120_CHANNEL_OPEN_INDICATION",
"CC_BANDWIDTH_CHANGED_INDICATION",
"CC_ACCEPT_CHANNEL_INDICATION",
"CC_TERMINAL_ID_REQUEST_INDICATION",
"CC_PING_RESPONSE_INDICATION",
"CC_TERMINAL_NUMBER_INDICATION"
};
#endif //DEBUG
HRESULT CH323Ctrl::ConfCallback (BYTE bIndication,
HRESULT hStatus, PCC_CONFERENCE_CALLBACK_PARAMS pConferenceCallbackParams)
{
FX_ENTRY ("CH323Ctrl::ConfCallback");
HRESULT hr = CC_NOT_IMPLEMENTED;
DEBUGMSG(ZONE_CONN,("%s: %s\r\n", _fx_, i_strs[bIndication]));
SHOW_OBJ_ETIME(i_strs[bIndication]);
switch (bIndication)
{
case CC_RINGING_INDICATION:
// (PCC_RINGING_CALLBACK_PARAMS) pConferenceCallbackParams;
// user info may be available now and it may not be
OnCallRinging(hStatus, (PCC_RINGING_CALLBACK_PARAMS) pConferenceCallbackParams);
break;
case CC_CONNECT_INDICATION:
OnCallConnect(hStatus, (PCC_CONNECT_CALLBACK_PARAMS) pConferenceCallbackParams);
hr = CC_OK;
break;
case CC_PEER_ADD_INDICATION:
case CC_PEER_UPDATE_INDICATION:
case CC_PEER_DROP_INDICATION:
case CC_TERMINAL_NUMBER_INDICATION:
break;
case CC_HANGUP_INDICATION:
OnHangup(hStatus);
hr = CC_OK;
break;
case CC_CONFERENCE_TERMINATION_INDICATION:
// September 1996 comments:
// I don't know if there will also be a CC_HANGUP_INDICATION after this.
// We're going to call Hangup() via Disconnect()
// December 1996: Hangup() (excuse me, CC_Hangup()) no longer gives back a
// CC_HANGUP_INDICATION in this state. It returns an error. The new behavior
// seems to indicate that the call control channel is already dead at this point
// so, set our flags as such!!!
m_ChanFlags &= ~(CTRLF_OPEN);
//set state to indicate disconnecting.
GoNextPhase(CCS_Disconnecting);
DoAdvise(CCEV_REMOTE_DISCONNECTING ,NULL);
GoNextPhase(CCS_Idle); // no need to ck retval - we're disconnected
// notify the UI or application code or whatever..
DoAdvise(CCEV_DISCONNECTED ,NULL);
hr = CC_OK;
break;
case CC_PEER_CHANGE_CAP_INDICATION:
break;
//
// Channel stuff
//
case CC_TX_CHANNEL_OPEN_INDICATION:
OnChannelOpen(hStatus,(PCC_TX_CHANNEL_OPEN_CALLBACK_PARAMS)pConferenceCallbackParams);
hr = CC_OK;
break;
case CC_RX_CHANNEL_REQUEST_INDICATION:
OnChannelRequest(hStatus, (PCC_RX_CHANNEL_REQUEST_CALLBACK_PARAMS)pConferenceCallbackParams);
hr = CC_OK;
break;
// the following 4 channel-centric indications have the same basic parameter
// structure. When we get the final Intel drop, we can clean it up. 1 - collapse
// the parameters into a common "channel indication" structure. 2 - make sure
// that a user pointer is stored in that structure for easy finding of channel
// context. 3 - collapse separate channel event handling functions into one.
case CC_MUTE_INDICATION:
OnMute(hStatus, (PCC_MUTE_CALLBACK_PARAMS)pConferenceCallbackParams);
hr = CC_OK;
break;
case CC_UNMUTE_INDICATION:
OnUnMute(hStatus, (PCC_UNMUTE_CALLBACK_PARAMS)pConferenceCallbackParams);
hr = CC_OK;
break;
case CC_RX_CHANNEL_CLOSE_INDICATION:
OnRxChannelClose(hStatus,(PCC_RX_CHANNEL_CLOSE_CALLBACK_PARAMS)pConferenceCallbackParams);
hr = CC_OK;
break;
case CC_TX_CHANNEL_CLOSE_REQUEST_INDICATION:
OnTxChannelClose(hStatus,(PCC_TX_CHANNEL_CLOSE_REQUEST_CALLBACK_PARAMS)pConferenceCallbackParams);
hr = CC_OK;
// CC_TX_CHANNEL_CLOSE_REQUEST_INDICATION callback parameters (pConferenceCallbackParams)
//typedef struct {
// CC_HCHANNEL hChannel;
//} CC_TX_CHANNEL_CLOSE_REQUEST_CALLBACK_PARAMS, *PCC_TX_CHANNEL_CLOSE_REQUEST_CALLBACK_PARAMS;
break;
case CC_FLOW_CONTROL_INDICATION:
// CC_FLOW_CONTROL_INDICATION callback parameters (pConferenceCallbackParams)
// typedef struct {
// CC_HCHANNEL hChannel;
// DWORD dwRate;
// } CC_FLOW_CONTROL_CALLBACK_PARAMS, *PCC_FLOW_CONTROL_CALLBACK_PARAMS;
break;
case CC_BANDWIDTH_CHANGED_INDICATION:
case CC_REQUEST_MODE_INDICATION:
case CC_REQUEST_MODE_RESPONSE_INDICATION:
break;
case CC_ACCEPT_CHANNEL_INDICATION:
hr = CC_OK;
OnChannelAcceptComplete(hStatus, (PCC_TX_CHANNEL_CLOSE_REQUEST_CALLBACK_PARAMS)pConferenceCallbackParams);
break;
//
// Misc commands and indications. Some are related to channels
//
case CC_RX_NONSTANDARD_MESSAGE_INDICATION:
break;
case CC_H245_MISCELLANEOUS_COMMAND_INDICATION:
OnMiscCommand(hStatus,
(PCC_H245_MISCELLANEOUS_COMMAND_CALLBACK_PARAMS)pConferenceCallbackParams);
break;
case CC_H245_MISCELLANEOUS_INDICATION_INDICATION: // from the Department of Redundancy Department
OnMiscIndication(hStatus,
(PCC_H245_MISCELLANEOUS_INDICATION_CALLBACK_PARAMS)pConferenceCallbackParams);
break;
case CC_T120_CHANNEL_REQUEST_INDICATION:
OnT120ChannelRequest(hStatus,(PCC_T120_CHANNEL_REQUEST_CALLBACK_PARAMS)pConferenceCallbackParams);
break;
case CC_T120_CHANNEL_OPEN_INDICATION:
OnT120ChannelOpen(hStatus,(PCC_T120_CHANNEL_OPEN_CALLBACK_PARAMS)pConferenceCallbackParams);
default:
break;
}
return hr;
}
VOID CH323Ctrl::OnT120ChannelRequest(
HRESULT hStatus,
PCC_T120_CHANNEL_REQUEST_CALLBACK_PARAMS pT120RequestParams)
{
FX_ENTRY ("CH323Ctrl::OnT120ChannelRequest");
PSOCKADDR_IN pAddr;
SOCKADDR_IN sinD;
CC_ADDR ChannelAddr;
PCC_ADDR pChannelAddr;
GUID mediaID;
DWORD dwRejectReason = H245_REJ;
BOOL bFound = FALSE;
POSITION pos = m_ChannelList.GetHeadPosition();
ICtrlCommChan *pChannel = NULL;
// look for a matching channel instance.
while (pos)
{
pChannel = (ICtrlCommChan *) m_ChannelList.GetNext(pos);
ASSERT(pChannel);
hrLast = pChannel->GetMediaType(&mediaID);
if(!HR_SUCCEEDED(hrLast))
goto ERROR_EXIT;
if(mediaID == MEDIA_TYPE_H323_T120)
{
bFound = TRUE;
break;
}
}
if(!HR_SUCCEEDED(hrLast) || !bFound)
{
// Non-default channels Not Yet Implemented!!!!
// When it is, ask the parent conference object to create another channel of the
// specified media type.
if(hrLast == CCO_E_NODEFAULT_CHANNEL)
dwRejectReason = H245_REJ_TYPE_NOTAVAIL;
goto REJECT_CHANNEL;
}
// if we are the H.245 master and have requested a T.120 channel already,
// reject this request.
if(m_ConferenceAttributes.bMaster && pChannel->GetHChannel())
{
goto REJECT_CHANNEL;
}
if(!pChannel->IsChannelEnabled()) // allow this channel ?
{
goto REJECT_CHANNEL;
}
pChannel->SetHChannel(pT120RequestParams->hChannel);
if(pT120RequestParams->pAddr)
{
// the other end is listening on the specified address
sinD.sin_family = AF_INET;
sinD.sin_addr.S_un.S_addr = htonl(pT120RequestParams->pAddr->Addr.IP_Binary.dwAddr);
sinD.sin_port = htons(pT120RequestParams->pAddr->Addr.IP_Binary.wPort);
DEBUGMSG(ZONE_CONN,("%s, requestor listening on port 0x%04x, address 0x%08lX\r\n",_fx_,
pT120RequestParams->pAddr->Addr.IP_Binary.wPort,
pT120RequestParams->pAddr->Addr.IP_Binary.dwAddr));
hrLast = pChannel->AcceptRemoteAddress(&sinD);
pChannelAddr = NULL;
}
else
{
// the channel selects its local address(es)/port(s)
if(!pChannel->SelectPorts((LPIControlChannel)this))
{
ERRORMESSAGE(("%s, SelectPorts failed\r\n",_fx_));
hrLast = CCO_E_BAD_ADDRESS;
goto REJECT_CHANNEL;
}
// get the address and ports of our end of the channel
pAddr = pChannel->GetLocalAddress();
// fixup channel addr pair structure.
ChannelAddr.nAddrType = CC_IP_BINARY;
ChannelAddr.bMulticast = FALSE;
ChannelAddr.Addr.IP_Binary.wPort = ntohs(pAddr->sin_port);
ChannelAddr.Addr.IP_Binary.dwAddr = ntohl(pAddr->sin_addr.S_un.S_addr);
pChannelAddr = &ChannelAddr;
DEBUGMSG(ZONE_CONN,("%s: accepting on port 0x%04x, address 0x%08lX\r\n",_fx_,
ChannelAddr.Addr.IP_Binary.wPort,ChannelAddr.Addr.IP_Binary.dwAddr));
}
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelRequest accepting");
hrLast = CC_AcceptT120Channel(
pChannel->GetHChannel(),
FALSE, // BOOL bAssociateConference,
NULL, // PCC_OCTETSTRING pExternalReference,
pChannelAddr);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s, CC_AcceptT120Channel returned 0x%08lX\r\n",_fx_, hrLast));
goto ERROR_EXIT;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelRequest accepted");
// LOOKLOOK !!! the 2 following lines would not be there because we should
// Wait for CC_ACCEPT_CHANNEL_INDICATION. But the CC_ACCEPT_CHANNEL_INDICATION
// is missing if a send audio and send video channel is open at the time this
// channel is accepted. A bug in CALLCONT.DLL that needs investigating.
hrLast = pChannel->OnChannelOpen(CHANNEL_OPEN);
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelRequest, open done");
// ******
// LOOKLOOK if OnChannelOpen returns an error, need to close the channel
// but pChannel->Close() is not yet implemented for bidirectional channels
// ******
m_pConfAdvise->OnControlEvent(CCEV_CHANNEL_READY_BIDI, pChannel, this);
//
// Check for readiness to notify that all required channels are open
//
CheckChannelsReady( ); //
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelRequest done");
return;
REJECT_CHANNEL:
{
// need private HRESULT! don't overwrite the reason we're rejecting the channel!!
HRESULT hr;
ERRORMESSAGE(("%s, rejecting channel\r\n",_fx_));
hr = CC_RejectChannel(pT120RequestParams->hChannel, dwRejectReason);
if(hr != CC_OK)
{
ERRORMESSAGE(("%s, CC_RejectChannel returned 0x%08lX\r\n",_fx_, hr));
}
}
ERROR_EXIT:
return;
}
VOID CH323Ctrl::OnT120ChannelOpen(
HRESULT hStatus,
PCC_T120_CHANNEL_OPEN_CALLBACK_PARAMS pT120OpenParams)
{
FX_ENTRY ("CH323Ctrl::OnT120ChannelOpen");
SOCKADDR_IN sinD;
GUID mediaID;
ICtrlCommChan *pChannel = (ICtrlCommChan *)pT120OpenParams->dwUserToken;
// validate channel token - is this what we think it is?
if(IsBadWritePtr(pChannel, sizeof(ICtrlCommChan)))
{
ERRORMESSAGE(("%s:invalid channel token: 0x%08lx\r\n",_fx_, pT120OpenParams->dwUserToken));
return;
}
#ifdef DEBUG
POSITION pos = m_ChannelList.GetHeadPosition();
ICtrlCommChan *pChan;
BOOL bValid = FALSE;
// look for a matching channel instance.
while (pos)
{
pChan = (ICtrlCommChan *) m_ChannelList.GetNext(pos);
ASSERT(pChan);
if(pChan == pChannel)
{
bValid = TRUE;
break;
}
}
if(!bValid)
{
ERRORMESSAGE(("%s:unrecognized token 0x%08lX\r\n",_fx_,
pT120OpenParams->dwUserToken));
return;
}
#endif //DEBUG
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelOpen");
if(hStatus != CC_OK)
{
DEBUGMSG(ZONE_CONN,("%s: hStatus:0x%08lX\r\n",_fx_,hStatus));
// LOOKLOOK need to interpret hStatus
// let the channel know what happened.
// if the request was rejected due to a collision of T.120 O.L.C. requests,
// (other end is the master and other end also requested a T.120 channel)
// then proceed with the call.
if(m_ConferenceAttributes.bMaster)
{
// the slave would only reject in a real error condition
pChannel->OnChannelOpen(CHANNEL_REJECTED);
// the channel knows what happened, so let it do the worrying.
return;
}
else // just a typical collision
{
return;
}
}
// if the other end specified its listen address, use it
if(pT120OpenParams->pAddr)
{
if(pT120OpenParams->pAddr->nAddrType != CC_IP_BINARY)
{
ERRORMESSAGE(("%s: invalid address type %d\r\n",_fx_,
pT120OpenParams->pAddr->nAddrType));
goto ERROR_EXIT;
}
// we now have the remote port info ( in host byte order)
sinD.sin_family = AF_INET;
sinD.sin_addr.S_un.S_addr = htonl(pT120OpenParams->pAddr->Addr.IP_Binary.dwAddr);
sinD.sin_port = htons(pT120OpenParams->pAddr->Addr.IP_Binary.wPort);
DEBUGMSG(ZONE_CONN,("%s, opened on port 0x%04x, address 0x%08lX\r\n",_fx_,
pT120OpenParams->pAddr->Addr.IP_Binary.wPort,pT120OpenParams->pAddr->Addr.IP_Binary.dwAddr));
hrLast = pChannel->AcceptRemoteAddress(&sinD);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:AcceptRemoteAddress failed\r\n",_fx_));
goto ERROR_EXIT;
}
}
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelOpen opening");
hrLast = pChannel->OnChannelOpen(CHANNEL_OPEN);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:channel's OnChannelOpen() returned 0x%08lX\r\n", _fx_, hrLast));
CloseChannel(pChannel);
goto ERROR_EXIT;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelOpen open done");
m_pConfAdvise->OnControlEvent(CCEV_CHANNEL_READY_BIDI, pChannel, this);
//
// Check for readiness to notify that all required channels are open
//
CheckChannelsReady( );
SHOW_OBJ_ETIME("CH323Ctrl::OnT120ChannelOpen done");
return;
ERROR_EXIT:
// need to cleanup, disconnect, etc.
m_hCallCompleteCode = CCCI_CHANNEL_OPEN_ERROR;
// let the parent Conference object know about the imminent disconnect
DoAdvise(CCEV_CALL_INCOMPLETE, &m_hCallCompleteCode);
hrLast = CCO_E_MANDATORY_CHAN_OPEN_FAILED;
InternalDisconnect();
return;
}
//
// This once did something. Currently, it's called whenever a channel is opened. The
// call to GoNextPhase(CCS_Ready) changes state and posts a notification upward, but
// that notification is currently ignored. (it's useless)
// Reminder to mikev: A new notification is needed to indicate that capabilities
// have been exchanged and it is OK to open channels.
//
VOID CH323Ctrl::CheckChannelsReady()
{
GoNextPhase(CCS_Ready);
}
// handles local hangup indication
VOID CH323Ctrl::OnHangup(HRESULT hStatus)
{
FX_ENTRY ("CH323Ctrl::OnHangup");
DEBUGMSG(ZONE_CONN,("%s:CC_HANGUP_INDICATION in phase %d\r\n", _fx_, m_Phase));
switch(m_Phase)
{
case CCS_Disconnecting:
GoNextPhase(CCS_Idle);
Cleanup();
DoAdvise(CCEV_DISCONNECTED ,NULL);
break;
default: // do nothing
ERRORMESSAGE(("%s:Unexpected CC_HANGUP_INDICATION\r\n",_fx_));
break;
}
}
HRESULT CH323Ctrl::CloseChannel(ICtrlCommChan* pChannel)
{
FX_ENTRY ("CH323Ctrl::CloseChannel");
if(!pChannel->IsChannelOpen())
{
ERRORMESSAGE(("%s: channel is not open\r\n",_fx_));
hrLast = CCO_E_INVALID_PARAM;
goto EXIT;
}
hrLast = CC_CloseChannel(pChannel->GetHChannel());
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s: CC_CloseChannel returned 0x%08lX\r\n",_fx_, hrLast));
goto EXIT;
}
// make the channel handle its own media stream specific shutdown and cleanup chores
hrLast = pChannel->OnChannelClose(CHANNEL_CLOSED);
EXIT:
return hrLast;
}
HRESULT CH323Ctrl::AddChannel(ICtrlCommChan * pCommChannel, LPIH323PubCap pCapabilityResolver)
{
ICtrlCommChan *pChan = NULL;
// get the ICtrlCommChannel interface of each channel
hrLast = pCommChannel->QueryInterface(IID_ICtrlCommChannel,(void **)&pChan);
if(!HR_SUCCEEDED(hrLast))
goto ADD_ERROR;
// make the channel aware of its new scope
hrLast = pChan->BeginControlSession(this, pCapabilityResolver);
if(!HR_SUCCEEDED(hrLast))
goto ADD_ERROR;
// add it to the list
m_ChannelList.AddTail(pChan);
return hrSuccess;
ADD_ERROR:
if(pChan)
pChan->Release();
return CHAN_E_INVALID_PARAM;
}
HRESULT CH323Ctrl::OpenChannel(ICtrlCommChan* pChan, IH323PubCap *pCapResolver,
MEDIA_FORMAT_ID dwIDLocalSend, MEDIA_FORMAT_ID dwIDRemoteRecv)
{
FX_ENTRY ("CH323Ctrl::OpenChannel");
CC_TERMCAP H245ChannelCap;
PSOCKADDR_IN pAddr;
CC_ADDR ChannelAddr;
LPVOID pChannelParams;
PCC_TERMCAP pSaveChannelCapability = NULL;
UINT uLocalParamSize;
BYTE SessionID;
BYTE payload_type;
DWORD_PTR dwhChannel;
GUID mediaID;
ASSERT((pChan->IsChannelOpen()== FALSE) && (pChan->IsOpenPending()== FALSE));
hrLast = pChan->GetMediaType(&mediaID);
if(!HR_SUCCEEDED(hrLast))
goto CHANNEL_ERROR;
if (mediaID == MEDIA_TYPE_H323_T120)
{
if(pChan->GetHChannel()) // already accepted a T.120 channel?
{
ERRORMESSAGE(("%s, already have a pending channel\r\n",_fx_));
goto CHANNEL_ERROR; // this is not an error, excuse the label
}
// test the no common capability case. notify the conference object of the
// inability to open the channel, and return success
if(dwIDLocalSend == INVALID_MEDIA_FORMAT)
{
pChan->OnChannelOpen(CHANNEL_NO_CAPABILITY);
return hrSuccess;
}
// There is no "standard" rule regarding which end specifies the "listen"
// address of a T.120 channel. However: we want NetMeeting-NetMeeting calls
// to behave consistently (the "caller" always "places the T.120 call").
// Therefore, specify the address if this end is not the originator. That will
// force the other end to specify it's address.
if(IsOriginating(m_ChanFlags))
{
pAddr = NULL; // the other end "listens" and we "connect"
}
else // listen on local address
{
// select ports if they are not already selected
if(!pChan->SelectPorts((LPIControlChannel)this))
{
ERRORMESSAGE(("%s, SelectPorts failed\r\n",_fx_));
hrLast = CCO_E_BAD_ADDRESS;
goto CHANNEL_ERROR;
}
// get the address and port
pAddr = pChan->GetLocalAddress();
// fixup channel addr structure.
ChannelAddr.nAddrType = CC_IP_BINARY;
ChannelAddr.bMulticast = FALSE;
ChannelAddr.Addr.IP_Binary.wPort = ntohs(pAddr->sin_port);
ChannelAddr.Addr.IP_Binary.dwAddr = ntohl(pAddr->sin_addr.S_un.S_addr);
}
hrLast = CC_OpenT120Channel(
// CC_HCONFERENCE hConference,
m_hConference,
// PCC_HCHANNEL phChannel,
&dwhChannel,
// BOOL bAssociateConference,
FALSE,
// PCC_OCTETSTRING pExternalReference,
NULL,
// PCC_ADDR pAddr,
IsOriginating(m_ChanFlags) ? NULL : &ChannelAddr,
// DWORD dwChannelBitRate,
0,
// DWORD dwUserToken);
(DWORD_PTR)pChan);
// and fall out to test hrLast, etc.
}
else // is an audio or video channel
{
// test the no common capability case. If the channel is mandatory,
// return an error, else notify the conference object of the
// inability to open the channel, and return success
if((dwIDLocalSend == INVALID_MEDIA_FORMAT) ||(dwIDRemoteRecv == INVALID_MEDIA_FORMAT))
{
pChan->OnChannelOpen(CHANNEL_NO_CAPABILITY);
return hrSuccess;
}
//
// test if we need to try to open this !!!
//
if(!pChan->IsChannelEnabled())
{
return hrSuccess;
}
SHOW_OBJ_ETIME("CH323Ctrl::OpenChannel");
// Get the remote channel parameters for
// the send channel - these parameters are used to request a channel
uLocalParamSize = pCapResolver->GetLocalSendParamSize((MEDIA_FORMAT_ID)dwIDLocalSend);
pChannelParams=MemAlloc (uLocalParamSize);
if (pChannelParams == NULL) {
//Doom
hrLast = CCO_E_SYSTEM_ERROR;
goto CHANNEL_ERROR;
}
hrLast = pCapResolver->GetEncodeParams(
(LPVOID)&H245ChannelCap, sizeof(H245ChannelCap),
(LPVOID)pChannelParams, uLocalParamSize,
(AUDIO_FORMAT_ID)dwIDRemoteRecv,
(AUDIO_FORMAT_ID)dwIDLocalSend);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s: GetEncodeParams returned 0x%08lX\r\n",_fx_, hrLast));
goto CHANNEL_ERROR;
}
// set session ID and payload type. Note that payload type is relevant only for
// dynamic payloads. Otherwise, it must be zero.
if (H245ChannelCap.DataType == H245_DATA_AUDIO)
{
payload_type = ((PAUDIO_CHANNEL_PARAMETERS)pChannelParams)->RTP_Payload;
// Session ID is 1 for Audio, 2 for Video . H245 7.3.1 (H2250 Logical Channel Param)
SessionID=1;
}
else if (H245ChannelCap.DataType == H245_DATA_VIDEO)
{
payload_type = ((PVIDEO_CHANNEL_PARAMETERS)pChannelParams)->RTP_Payload;
SessionID=2;
}
// payload_type must be zero for fixed payload types. Weird.
if(!IsDynamicPayload(payload_type))
payload_type = 0;
// create a marshalled version of channel parameters and store it in the channel
// for later reference
if(H245ChannelCap.ClientType == H245_CLIENT_AUD_NONSTD)
{
// Make a flat copy of the nonstandard capability to store as the channel
// parameter
UINT uSize = H245ChannelCap.Cap.H245Aud_NONSTD.data.length;
pSaveChannelCapability = (PCC_TERMCAP)MemAlloc(sizeof(CC_TERMCAP) + uSize);
if(!pSaveChannelCapability)
{
hrLast = CCO_E_SYSTEM_ERROR;
goto CHANNEL_ERROR;
}
// copy fixed part
memcpy(pSaveChannelCapability, &H245ChannelCap, sizeof(CC_TERMCAP));
// variable part follows the fixed part
pSaveChannelCapability->Cap.H245Aud_NONSTD.data.value
= (unsigned char *)(((BYTE *)pSaveChannelCapability) + sizeof(CC_TERMCAP));
// copy variable part
memcpy(pSaveChannelCapability->Cap.H245Aud_NONSTD.data.value,
H245ChannelCap.Cap.H245Aud_NONSTD.data.value,
H245ChannelCap.Cap.H245Aud_NONSTD.data.length);
// and length
pSaveChannelCapability->Cap.H245Aud_NONSTD.data.length
= H245ChannelCap.Cap.H245Aud_NONSTD.data.length;
// make the channel remember the channel parameters.
// a zero size as the second arg means that a preallocated chunk is being passed
hrLast = pChan->ConfigureCapability(pSaveChannelCapability, 0,
pChannelParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:ConfigureCapability returned 0x%08lx\r\n",_fx_, hrLast));
hrLast = CCO_E_SYSTEM_ERROR;
goto CHANNEL_ERROR;
}
pSaveChannelCapability=NULL; // the channel owns this memory now
}
else if(H245ChannelCap.ClientType == H245_CLIENT_VID_NONSTD)
{
// Make a flat copy of the nonstandard capability to store as the channel
// parameter
UINT uSize = H245ChannelCap.Cap.H245Vid_NONSTD.data.length;
pSaveChannelCapability = (PCC_TERMCAP)MemAlloc(sizeof(CC_TERMCAP) + uSize);
if(!pSaveChannelCapability)
{
hrLast = CCO_E_SYSTEM_ERROR;
goto CHANNEL_ERROR;
}
// copy fixed part
memcpy(pSaveChannelCapability, &H245ChannelCap, sizeof(CC_TERMCAP));
// variable part follows the fixed part
pSaveChannelCapability->Cap.H245Vid_NONSTD.data.value
= (unsigned char *)(((BYTE *)pSaveChannelCapability) + sizeof(CC_TERMCAP));
// copy variable part
memcpy(pSaveChannelCapability->Cap.H245Vid_NONSTD.data.value,
H245ChannelCap.Cap.H245Vid_NONSTD.data.value,
H245ChannelCap.Cap.H245Vid_NONSTD.data.length);
// and length
pSaveChannelCapability->Cap.H245Vid_NONSTD.data.length
= H245ChannelCap.Cap.H245Vid_NONSTD.data.length;
// make the channel remember the channel parameters.
// a zero size as the second arg means that a preallocated chunk is being passed
hrLast = pChan->ConfigureCapability(pSaveChannelCapability, 0,
pChannelParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:ConfigureCapability returned 0x%08lx\r\n",_fx_, hrLast));
hrLast = CCO_E_SYSTEM_ERROR;
goto CHANNEL_ERROR;
}
pSaveChannelCapability=NULL; // the channel owns this memory now
}
else
{
// only need to remember the already-flat H.245 cap structure.
hrLast = pChan->ConfigureCapability(&H245ChannelCap, sizeof(CC_TERMCAP),
pChannelParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:ConfigureCapability returned 0x%08lx\r\n",_fx_, hrLast));
hrLast = CCO_E_SYSTEM_ERROR;
goto CHANNEL_ERROR;
}
}
// remember both versions of the resolved send format for the channel
// we're about to open
pChan->SetNegotiatedLocalFormat(dwIDLocalSend);
pChan->SetNegotiatedRemoteFormat(dwIDRemoteRecv);
SHOW_OBJ_ETIME("CH323Ctrl::OpenChannel done configuring");
// select ports if they are not already selected
if(!pChan->SelectPorts((LPIControlChannel)this))
{
ERRORMESSAGE(("%s, SelectPorts failed\r\n",_fx_));
hrLast = CCO_E_BAD_ADDRESS;
goto CHANNEL_ERROR;
}
// get the address and port of our RTCP channel
pAddr = pChan->GetLocalAddress();
// fixup channel addr structure. There are two ports, but in RTP, it is implicit
// that the RTCP control port is the next highest port number.
// The open logical channel request needs the reverse RTCP port to be specified.
ChannelAddr.nAddrType = CC_IP_BINARY;
ChannelAddr.bMulticast = FALSE;
ChannelAddr.Addr.IP_Binary.wPort = pChan->GetLocalRTCPPort();
ChannelAddr.Addr.IP_Binary.dwAddr = ntohl(pAddr->sin_addr.S_un.S_addr);
DEBUGMSG(ZONE_CONN,("%s: opening using RTCP port 0x%04x, address 0x%08lX\r\n",_fx_,
ChannelAddr.Addr.IP_Binary.wPort,ChannelAddr.Addr.IP_Binary.dwAddr));
DEBUGMSG(ZONE_CONN,("%s: requesting capability ID:0x%08lX\r\n",
_fx_, H245ChannelCap.CapId));
// open a channel
SHOW_OBJ_ETIME("CH323Ctrl::OpenChannel, opening");
hrLast = CC_OpenChannel(m_hConference, &dwhChannel,
SessionID,
0, // BYTE bAssociatedSessionID,
TRUE, //BOOL bSilenceSuppression, WE ALWAYS DO SILENCE SUPPRESSION
&H245ChannelCap,
&ChannelAddr, // the local address on which we're listening for RTCP
payload_type, // PAYLOAD TYPE
0, // DWORD dwChannelBitRate,
(DWORD_PTR)pChan); // use the channel pointer as the user token
} // end else is an audio or video channel
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s: OpenChannel returned 0x%08lX\r\n",_fx_, hrLast));
goto CHANNEL_ERROR;
}
else
{
pChan->SetHChannel(dwhChannel);
pChan->OnChannelOpening();
}
SHOW_OBJ_ETIME("CH323Ctrl::OpenChannel done");
return hrLast;
CHANNEL_ERROR:
if(pSaveChannelCapability)
MemFree(pSaveChannelCapability);
return hrLast;
}
VOID CH323Ctrl::CleanupConferenceAttributes()
{
WORD w;
if(m_ConferenceAttributes.pParticipantList->ParticipantInfoArray)
{
for(w=0;w<m_ConferenceAttributes.pParticipantList->wLength;w++)
{
if(m_ConferenceAttributes.pParticipantList->
ParticipantInfoArray[w].TerminalID.pOctetString)
{
MemFree(m_ConferenceAttributes.pParticipantList->
ParticipantInfoArray[w].TerminalID.pOctetString);
}
}
MemFree(m_ConferenceAttributes.pParticipantList->ParticipantInfoArray);
}
m_ConferenceAttributes.pParticipantList->ParticipantInfoArray = NULL;
m_ConferenceAttributes.pParticipantList->wLength = 0;
}
HRESULT CH323Ctrl::AllocConferenceAttributes()
{
WORD w;
#define MAX_PART_LEN 128
if(m_ConferenceAttributes.pParticipantList->wLength)
{
m_ConferenceAttributes.pParticipantList->ParticipantInfoArray =
(PCC_PARTICIPANTINFO) MemAlloc (sizeof(CC_PARTICIPANTINFO)
* m_ConferenceAttributes.pParticipantList->wLength);
if(!m_ConferenceAttributes.pParticipantList->ParticipantInfoArray)
return CCO_E_OUT_OF_MEMORY;
for(w=0;w<m_ConferenceAttributes.pParticipantList->wLength;w++)
{
m_ConferenceAttributes.pParticipantList->
ParticipantInfoArray[w].TerminalID.pOctetString
= (BYTE *)MemAlloc(MAX_PART_LEN);
if(m_ConferenceAttributes.pParticipantList->
ParticipantInfoArray[w].TerminalID.pOctetString)
{
m_ConferenceAttributes.pParticipantList->
ParticipantInfoArray[w].TerminalID.wOctetStringLength
= MAX_PART_LEN;
}
else
{
m_ConferenceAttributes.pParticipantList->
ParticipantInfoArray[w].TerminalID.wOctetStringLength =0;
return CCO_E_OUT_OF_MEMORY;
}
}
}
return hrSuccess;
}
VOID CH323Ctrl::OnCallConnect(HRESULT hStatus, PCC_CONNECT_CALLBACK_PARAMS pConfParams)
{
FX_ENTRY ("CH323Ctrl::OnCallConnect");
PCC_TERMCAPLIST pTermCapList;
PCC_TERMCAPDESCRIPTORS pTermCapDescriptors;
CC_TERMCAP H245ChannelCap;
PCC_TERMCAP pChannelCap = NULL;
CapsCtl *pCapabilityResolver = NULL;
GUID mediaID;
POSITION pos = NULL;
ICtrlCommChan *pChan = NULL;
if(hStatus != CC_OK)
{
ERRORMESSAGE(("%s hStatus=0x%08lx in phase %d\r\n",_fx_,hStatus,m_Phase));
// test for gatekeeper admission reject
// FACILITY_GKIADMISSION
if(CUSTOM_FACILITY(hStatus) == FACILITY_GKIADMISSION)
{
// pass this code intact - do not remap
m_hCallCompleteCode = hStatus;
}
else
{
switch (hStatus)
{
default:
// reason is unknown
m_hCallCompleteCode = CCCI_UNKNOWN;
break;
case CC_PEER_REJECT:
if(m_Phase == CCS_Connecting)
{
switch(pConfParams->bRejectReason)
{
case CC_REJECT_ADAPTIVE_BUSY:
case CC_REJECT_IN_CONF:
case CC_REJECT_USER_BUSY:
m_hCallCompleteCode = CCCI_BUSY;
break;
case CC_REJECT_SECURITY_DENIED:
m_hCallCompleteCode = CCCI_SECURITY_DENIED;
break;
case CC_REJECT_NO_ANSWER:
case CC_REJECT_TIMER_EXPIRED:
m_hCallCompleteCode = CCCI_NO_ANSWER_TIMEOUT;
break;
case CC_REJECT_GATEKEEPER_RESOURCES:
m_hCallCompleteCode = CCCI_GK_NO_RESOURCES;
break;
default:
//#define CC_REJECT_NO_BANDWIDTH 1
//#define CC_REJECT_GATEKEEPER_RESOURCES 2
//#define CC_REJECT_UNREACHABLE_DESTINATION 3
//#define CC_REJECT_DESTINATION_REJECTION 4
//#define CC_REJECT_INVALID_REVISION 5
//#define CC_REJECT_NO_PERMISSION 6
//#define CC_REJECT_UNREACHABLE_GATEKEEPER 7
//#define CC_REJECT_GATEWAY_RESOURCES 8
//#define CC_REJECT_BAD_FORMAT_ADDRESS 9
//#define CC_REJECT_ROUTE_TO_GATEKEEPER 12
// would be nice to handle this -->> //#define CC_REJECT_CALL_FORWARDED 13
//#define CC_REJECT_ROUTE_TO_MC 14
//#define CC_REJECT_UNDEFINED_REASON 15
//#define CC_REJECT_INTERNAL_ERROR 16 // Internal error occured in peer CS stack.
//#define CC_REJECT_NORMAL_CALL_CLEARING 17 // Normal call hangup
//#define CC_REJECT_NOT_IMPLEMENTED 20 // Service has not been implemented
//#define CC_REJECT_MANDATORY_IE_MISSING 21 // Pdu missing mandatory ie
//#define CC_REJECT_INVALID_IE_CONTENTS 22 // Pdu ie was incorrect
//#define CC_REJECT_CALL_DEFLECTION 24 // You deflected the call, so lets quit.
//#define CC_REJECT_GATEKEEPER_TERMINATED 25 // Gatekeeper terminated call
m_hCallCompleteCode = CCCI_REJECTED;
break;
}
}
else
{
ERRORMESSAGE(("%s:Received CC_PEER_REJECT in state %d\r\n",_fx_,m_Phase));
}
break;
case CC_INTERNAL_ERROR:
m_hCallCompleteCode = CCCI_LOCAL_ERROR;
break;
}
}
// let the parent Conference object know (unless this is the answering end)
if(m_Phase == CCS_Connecting)
{
DoAdvise(CCEV_CALL_INCOMPLETE, &m_hCallCompleteCode);
}
InternalDisconnect();
return;
}
else if(!pConfParams)
{
ERRORMESSAGE(("OnCallConnect: null pConfParams\r\n"));
m_hCallCompleteCode = CCCI_LOCAL_ERROR;
DoAdvise(CCEV_CALL_INCOMPLETE, &m_hCallCompleteCode);
InternalDisconnect();
return;
}
SetRemoteVendorID(pConfParams->pVendorInfo);
GoNextPhase(CCS_Opening);
m_ChanFlags |= (CTRLF_OPEN);
DEBUGMSG(ZONE_CONN,("%s:CONNECTION_CONNECTED\r\n", _fx_));
if((!pConfParams->pLocalAddr) || (pConfParams->pLocalAddr->nAddrType != CC_IP_BINARY))
{
if(pConfParams->pLocalAddr)
{
ERRORMESSAGE(("%s: invalid address type %d\r\n",_fx_,pConfParams->pLocalAddr->nAddrType));
}
else
{
ERRORMESSAGE(("%s: null local address\r\n",_fx_));
}
ERRORMESSAGE(("%s:where's the local address????\r\n",_fx_));
PHOSTENT phe;
PSOCKADDR_IN psin;
char szTemp[200];
LPCSTR lpHostName;
gethostname(szTemp,sizeof(szTemp));
lpHostName = szTemp;
psin = &local_sin;
phe = gethostbyname(lpHostName);
if (phe != NULL)
{
memcpy((char FAR *)&(psin->sin_addr), phe->h_addr,phe->h_length);
psin->sin_family = AF_INET;
}
}
else
{
// remember our local address
local_sin.sin_family = AF_INET;
// in host byte order
local_sin.sin_addr.S_un.S_addr = htonl(pConfParams->pLocalAddr->Addr.IP_Binary.dwAddr);
// in host byte order
local_sin.sin_port = htons(pConfParams->pLocalAddr->Addr.IP_Binary.wPort);
}
DEBUGMSG(ZONE_CONN,("%s local port 0x%04x, address 0x%08lX\r\n",_fx_,
local_sin.sin_port,local_sin.sin_addr.S_un.S_addr));
// get remote address
if((!pConfParams->pPeerAddr) || (pConfParams->pPeerAddr->nAddrType != CC_IP_BINARY))
{
if(pConfParams->pPeerAddr)
{
ERRORMESSAGE(("%s: invalid address type %d\r\n",_fx_,pConfParams->pPeerAddr->nAddrType));
}
else
{
ERRORMESSAGE(("%s: null local address\r\n",_fx_));
}
}
else
{
// remember the remote peer address
remote_sin.sin_family = AF_INET;
// in host byte order
remote_sin.sin_addr.S_un.S_addr = htonl(pConfParams->pPeerAddr->Addr.IP_Binary.dwAddr);
// in host byte order
remote_sin.sin_port = htons(pConfParams->pPeerAddr->Addr.IP_Binary.wPort);
}
//
// The only available remote user information in this state is the Q.931 display name.
// If we are the callee, we got the caller alias name (wire format was unicode) in
// the listen callback parameters. If we are the caller, we really need the callee
// alias name(s), which are not propagated. Fallback to the Q.931 display name (ASCII)
//
NewRemoteUserInfo(NULL, pConfParams->pszPeerDisplay);
// release any stale memory, reset ConferenceAttributes struture
CleanupConferenceAttributes();
// get the number of conference participants etc.
SHOW_OBJ_ETIME("CH323Ctrl::OnCallConnect getting attribs 1");
hrLast = CC_GetConferenceAttributes(m_hConference, &m_ConferenceAttributes);
if(!HR_SUCCEEDED(hrLast))
{// fatal error
ERRORMESSAGE(("%s,CC_GetConferenceAttributes returned 0x%08lX\r\n", _fx_, hrLast));
goto CONNECT_ERROR;
}
hrLast = AllocConferenceAttributes();
if(!HR_SUCCEEDED(hrLast))
{// fatal error
ERRORMESSAGE(("%s,AllocConferenceAttributes returned 0x%08lX\r\n", _fx_, hrLast));
goto CONNECT_ERROR;
}
// now get the real attributes
SHOW_OBJ_ETIME("CH323Ctrl::OnCallConnect getting attribs 2");
hrLast = CC_GetConferenceAttributes(m_hConference, &m_ConferenceAttributes);
if(!HR_SUCCEEDED(hrLast))
{// fatal error
ERRORMESSAGE(("%s,CC_GetConferenceAttributes returned 0x%08lX\r\n", _fx_, hrLast));
goto CONNECT_ERROR;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnCallConnect got attribs");
m_ConferenceID =m_ConferenceAttributes.ConferenceID;
m_bMultipointController = m_ConferenceAttributes.bMultipointController;
hrLast = m_pConfAdvise->GetCapResolver((LPVOID *)&pCapabilityResolver, OID_CAP_ACM_TO_H323);
if(!HR_SUCCEEDED(hrLast) || (pCapabilityResolver == NULL))
{// fatal error
ERRORMESSAGE(("%s,null resolver\r\n", _fx_));
goto CONNECT_ERROR;
}
// get the remote capabilities
// cache the remote capabilities now
pTermCapList = pConfParams->pTermCapList;
pTermCapDescriptors = pConfParams->pTermCapDescriptors;
hrLast = pCapabilityResolver->AddRemoteDecodeCaps(pTermCapList, pTermCapDescriptors, &m_RemoteVendorInfo);
if(!HR_SUCCEEDED(hrLast))
{// fatal error
ERRORMESSAGE(("%s,AddRemoteDecodeCaps returned 0x%08lX\r\n", _fx_, hrLast));
goto CONNECT_ERROR;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnCallConnect saved caps");
DoAdvise(CCEV_CAPABILITIES_READY, NULL); // put connobj in a state to allow other
// channels to be added & opened
//
// notify UI here. It wants remote user info.
//
ConnectNotify(CCEV_CONNECTED);
SHOW_OBJ_ETIME("CH323Ctrl::OnCallConnect notified");
return;
CONNECT_ERROR:
// release all channels
ReleaseAllChannels();
InternalDisconnect();
}
// LOOKLOOK methinks ConnectNotify might need to propagate the conference ID.
// This will be a moot point if we have a real property interface. Watch
// for this in the meantime
VOID CH323Ctrl::ConnectNotify(DWORD dwEvent)
{
FX_ENTRY ("CH323Ctrl::ConnectNotify");
CTRL_USER_INFO UserInfo;
LPWSTR lpwstr = NULL;
WCHAR wc =0;
// init to zero in case of error
UserInfo.dwCallerIDSize = 0;
UserInfo.lpvCallerIDData = NULL;
UserInfo.lpvRemoteProtocolInfo = NULL;
UserInfo.lpvLocalProtocolInfo = NULL;
// alias address strings, e.g. caller ID, are in UNICODE
if( m_pRemoteAliasItem &&
m_pRemoteAliasItem->pData &&
*((LPWSTR*)(m_pRemoteAliasItem->pData)))
{
lpwstr =(LPWSTR)m_pRemoteAliasItem->pData;
}
else
{
lpwstr = pwszPeerDisplayName;
}
if(lpwstr)
{
if(pwszPeerAliasName)
{
MemFree(pwszPeerAliasName);
}
ULONG ulSize = (lstrlenW(lpwstr) + 1) * sizeof(WCHAR);
pwszPeerAliasName = (LPWSTR)MemAlloc(ulSize);
LStrCpyW(pwszPeerAliasName, lpwstr);
// point to user name stuff
UserInfo.dwCallerIDSize = ulSize;
UserInfo.lpvCallerIDData = (LPVOID)pwszPeerAliasName;
}
else
{
// point to the single NULL character on the stack
UserInfo.dwCallerIDSize = 1;
UserInfo.lpvCallerIDData = &wc;
}
DoAdvise(dwEvent, &UserInfo);
}
VOID CH323Ctrl::NewRemoteUserInfo(PCC_ALIASNAMES pRemoteAliasNames,
LPWSTR pwszRemotePeerDisplayName)
{
FX_ENTRY ("CH323Ctrl::NewRemoteUserInfo");
ULONG ulSize;
PCC_ALIASITEM pItem;
WORD wC;
// make a copy of the user display name (what else???) We need to hold this
// at least until the parent object is notified and has a chance to copy the
// information
// Future implementation will store each item as a distinct property.
// These will be accessable via the IProperty interface
// find the display name if it exists
if(pRemoteAliasNames)
{
wC = pRemoteAliasNames->wCount;
pItem = pRemoteAliasNames->pItems;
while (wC--)
{
if(!pItem)
{
continue;
}
if(pItem->wType == CC_ALIAS_H323_ID)
{
if(!pItem->wDataLength || !pItem->pData)
{
continue;
}
if(m_pRemoteAliasItem)
{
DEBUGMSG(ZONE_CONN,("%s: Releasing previous user info\r\n",_fx_));
MemFree(m_pRemoteAliasItem);
}
// The H323 ID is UNICODE, and needs to be converted to ANSI
// for propagation to UI/client app. The conversion is done
// in ConnectNotify()
// need enough mem for the struct, the name, + null terminator
ulSize = ((pItem->wDataLength +1)*sizeof(WCHAR)) + sizeof(CC_ALIASITEM);
m_pRemoteAliasItem = (PCC_ALIASITEM)MemAlloc(ulSize);
memcpy(m_pRemoteAliasItem, pItem, sizeof(CC_ALIASITEM));
m_pRemoteAliasItem->pData = (WCHAR*)(((char *)m_pRemoteAliasItem)+sizeof(CC_ALIASITEM));
memcpy(m_pRemoteAliasItem->pData, pItem->pData, pItem->wDataLength*sizeof(WCHAR));
// need to null terminate it
*(WCHAR *)(((BYTE *)m_pRemoteAliasItem->pData) + pItem->wDataLength*sizeof(WCHAR))
= (WCHAR)0;
}
pItem++;
}
}
if(pwszRemotePeerDisplayName)
{
if(pwszPeerDisplayName)
{
DEBUGMSG(ZONE_CONN,("%s: Releasing previous pwszPeerDisplayName\r\n",_fx_));
MemFree(pwszPeerDisplayName);
}
// this WAS the Q.931 display name which WAS always ascii
// ulSize = lstrlen(szRemotePeerDisplayName) + 1;
// Now it's unicode
ulSize = (lstrlenW(pwszRemotePeerDisplayName) + 1)* sizeof(WCHAR);
pwszPeerDisplayName = (LPWSTR)MemAlloc(ulSize);
memcpy(pwszPeerDisplayName, pwszRemotePeerDisplayName, ulSize);
}
}
VOID CH323Ctrl::OnCallRinging(HRESULT hStatus, PCC_RINGING_CALLBACK_PARAMS pRingingParams)
{
if(pRingingParams->pNonStandardData)
{
// nyi
}
DoAdvise(CCEV_RINGING, NULL);
}
HRESULT CH323Ctrl::FindDefaultRXChannel(PCC_TERMCAP pChannelCapability, ICtrlCommChan **lplpChannel)
{
FX_ENTRY ("CH323Ctrl::FindDefaultRXChannel");
HRESULT hr = hrSuccess;
GUID mediaID;
POSITION pos = m_ChannelList.GetHeadPosition();
ICtrlCommChan *pChannel;
if(!pChannelCapability | !lplpChannel)
{
ERRORMESSAGE(("%s: null param:pcap:0x%08lX, pchan:0x%08lX\r\n",_fx_,
pChannelCapability, lplpChannel));
hr = CCO_E_INVALID_PARAM;
goto EXIT;
}
// look for a matching channel instance.
while (pos)
{
pChannel = (ICtrlCommChan *) m_ChannelList.GetNext(pos);
ASSERT(pChannel);
if(pChannel->IsSendChannel() == FALSE)
{
hr = pChannel->GetMediaType(&mediaID);
if(!HR_SUCCEEDED(hr))
goto EXIT;
if(((mediaID == MEDIA_TYPE_H323AUDIO) && (pChannelCapability->DataType ==H245_DATA_AUDIO))
|| ((mediaID == MEDIA_TYPE_H323VIDEO) && (pChannelCapability->DataType ==H245_DATA_VIDEO)))
{
*lplpChannel = pChannel;
return hrSuccess;
}
}
}
// fallout if not found
hr = CCO_E_NODEFAULT_CHANNEL;
EXIT:
return hr;
}
#ifdef DEBUG
VOID DumpWFX(LPWAVEFORMATEX lpwfxLocal, LPWAVEFORMATEX lpwfxRemote)
{
FX_ENTRY("DumpWFX");
ERRORMESSAGE((" -------- %s Begin --------\r\n",_fx_));
if(lpwfxLocal)
{
ERRORMESSAGE((" -------- Local --------\r\n"));
ERRORMESSAGE(("wFormatTag:\t0x%04X, nChannels:\t0x%04X\r\n",
lpwfxLocal->wFormatTag, lpwfxLocal->nChannels));
ERRORMESSAGE(("nSamplesPerSec:\t0x%08lX, nAvgBytesPerSec:\t0x%08lX\r\n",
lpwfxLocal->nSamplesPerSec, lpwfxLocal->nAvgBytesPerSec));
ERRORMESSAGE(("nBlockAlign:\t0x%04X, wBitsPerSample:\t0x%04X, cbSize:\t0x%04X\r\n",
lpwfxLocal->nBlockAlign, lpwfxLocal->wBitsPerSample, lpwfxLocal->cbSize));
}
if(lpwfxRemote)
{
ERRORMESSAGE((" -------- Remote --------\r\n"));
ERRORMESSAGE(("wFormatTag:\t0x%04X, nChannels:\t0x%04X\r\n",
lpwfxRemote->wFormatTag, lpwfxRemote->nChannels));
ERRORMESSAGE(("nSamplesPerSec:\t0x%08lX, nAvgBytesPerSec:\t0x%08lX\r\n",
lpwfxRemote->nSamplesPerSec, lpwfxRemote->nAvgBytesPerSec));
ERRORMESSAGE(("nBlockAlign:\t0x%04X, wBitsPerSample:\t0x%04X, cbSize:\t0x%04X\r\n",
lpwfxRemote->nBlockAlign, lpwfxRemote->wBitsPerSample, lpwfxRemote->cbSize));
}
ERRORMESSAGE((" -------- %s End --------\r\n",_fx_));
}
VOID DumpChannelParameters(PCC_TERMCAP pChanCap1, PCC_TERMCAP pChanCap2)
{
FX_ENTRY("DumpChannelParameters");
ERRORMESSAGE((" -------- %s Begin --------\r\n",_fx_));
if(pChanCap1)
{
ERRORMESSAGE((" -------- Local Cap --------\r\n"));
ERRORMESSAGE(("DataType:%d(d), ClientType:%d(d)\r\n",pChanCap1->DataType,pChanCap1->ClientType));
ERRORMESSAGE(("Direction:%d(d), CapId:%d(d)\r\n",pChanCap1->Dir,pChanCap1->CapId));
}
if(pChanCap2)
{
ERRORMESSAGE((" -------- Remote Cap --------\r\n"));
ERRORMESSAGE(("DataType:%d(d), ClientType:%d(d)\r\n",pChanCap2->DataType,pChanCap2->ClientType));
ERRORMESSAGE(("Direction:%d(d), CapId:%d(d)\r\n",pChanCap2->Dir,pChanCap2->CapId));
}
ERRORMESSAGE((" -------- %s End --------\r\n",_fx_));
}
VOID DumpNonstdParameters(PCC_TERMCAP pChanCap1, PCC_TERMCAP pChanCap2)
{
FX_ENTRY("DumpNonstdParameters");
ERRORMESSAGE((" -------- %s Begin --------\r\n",_fx_));
DumpChannelParameters(pChanCap1, pChanCap2);
if(pChanCap1)
{
ERRORMESSAGE((" -------- Local Cap --------\r\n"));
if(pChanCap1->Cap.H245Aud_NONSTD.nonStandardIdentifier.choice == h221NonStandard_chosen)
{
ERRORMESSAGE(("t35CountryCode:%d(d), t35Extension:%d(d)\r\n",
pChanCap1->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35CountryCode,
pChanCap1->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35Extension));
ERRORMESSAGE(("MfrCode:%d(d), data length:%d(d)\r\n",
pChanCap1->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.manufacturerCode,
pChanCap1->Cap.H245Aud_NONSTD.data.length));
}
else
{
ERRORMESSAGE(("unrecognized nonStandardIdentifier.choice: %d(d)\r\n",
pChanCap1->Cap.H245Aud_NONSTD.nonStandardIdentifier.choice));
}
}
if(pChanCap2)
{
ERRORMESSAGE((" -------- Remote Cap --------\r\n"));
if(pChanCap2->Cap.H245Aud_NONSTD.nonStandardIdentifier.choice == h221NonStandard_chosen)
{
ERRORMESSAGE(("t35CountryCode:%d(d), t35Extension:%d(d)\r\n",
pChanCap2->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35CountryCode,
pChanCap2->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35Extension));
ERRORMESSAGE(("MfrCode:%d(d), data length:%d(d)\r\n",
pChanCap2->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.manufacturerCode,
pChanCap2->Cap.H245Aud_NONSTD.data.length));
}
else
{
ERRORMESSAGE(("nonStandardIdentifier.choice: %d(d)\r\n",
pChanCap2->Cap.H245Aud_NONSTD.nonStandardIdentifier.choice));
}
}
ERRORMESSAGE((" -------- %s End --------\r\n",_fx_));
}
#else
#define DumpWFX(x,y)
#define DumpChannelParameters(x,y)
#define DumpNonstdParameters(x,y)
#endif
// make sure requested channel parameters are valid (data type, ID and capability
// structure are consistent). Also obtains the local channel parameters needed
// to deal with the resulting stream
//
BOOL CH323Ctrl::ValidateChannelParameters(PCC_TERMCAP pChanCapLocal, PCC_TERMCAP pChanCapRemote)
{
FX_ENTRY ("CH323Ctrl::ValidateChannelParameters");
if((pChanCapLocal->DataType != pChanCapRemote->DataType)
|| (pChanCapLocal->ClientType != pChanCapRemote->ClientType))
{
DEBUGMSG(ZONE_CONN,("%s:unmatched type\r\n",_fx_));
DumpChannelParameters(pChanCapLocal, pChanCapRemote);
return FALSE;
}
if(pChanCapLocal->ClientType == H245_CLIENT_AUD_NONSTD)
{
PNSC_AUDIO_CAPABILITY pNSCapLocal, pNSCapRemote;
if((pChanCapLocal->Cap.H245Aud_NONSTD.nonStandardIdentifier.choice
!= pChanCapRemote->Cap.H245Aud_NONSTD.nonStandardIdentifier.choice )
||(pChanCapLocal->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35CountryCode
!= pChanCapRemote->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35CountryCode)
||(pChanCapLocal->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35Extension
!= pChanCapRemote->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.t35Extension)
||(pChanCapLocal->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.manufacturerCode
!= pChanCapRemote->Cap.H245Aud_NONSTD.nonStandardIdentifier.u.h221NonStandard.manufacturerCode)
||(pChanCapLocal->Cap.H245Aud_NONSTD.data.length
!= pChanCapRemote->Cap.H245Aud_NONSTD.data.length))
{
DEBUGMSG(ZONE_CONN,("%s:unmatched NonStd capability\r\n",_fx_));
DumpNonstdParameters(pChanCapLocal, pChanCapRemote);
return FALSE;
}
//
pNSCapLocal = (PNSC_AUDIO_CAPABILITY)pChanCapLocal->Cap.H245Aud_NONSTD.data.value;
pNSCapRemote = (PNSC_AUDIO_CAPABILITY)pChanCapRemote->Cap.H245Aud_NONSTD.data.value;
// we only know about NSC_ACM_WAVEFORMATEX at this time
if(pNSCapRemote->cap_type != NSC_ACM_WAVEFORMATEX)
{
DEBUGMSG(ZONE_CONN,("%s:unrecognized NonStd capability type %d\r\n",_fx_, pNSCapRemote->cap_type));
return FALSE;
}
if((pNSCapLocal->cap_data.wfx.cbSize != pNSCapRemote->cap_data.wfx.cbSize)
|| (memcmp(&pNSCapLocal->cap_data.wfx, &pNSCapRemote->cap_data.wfx, sizeof(WAVEFORMATEX)) != 0))
{
DumpWFX(&pNSCapLocal->cap_data.wfx, &pNSCapRemote->cap_data.wfx);
return FALSE;
}
}
else
{
}
// if it falls out, it's valid
return TRUE;
}
BOOL CH323Ctrl::ConfigureRecvChannelCapability(
ICtrlCommChan *pChannel,
PCC_RX_CHANNEL_REQUEST_CALLBACK_PARAMS pChannelParams)
{
FX_ENTRY ("CH323Ctrl::ConfigureRecvChannelCapability");
//IH323PubCap *pCapObject = NULL;
CapsCtl *pCapObject = NULL;
// CCapability *pCapObject = NULL;
DWORD dwFormatID =INVALID_AUDIO_FORMAT;
PCC_TERMCAP pChannelCapability = pChannelParams->pChannelCapability, pSaveChannelCapability = NULL;
UINT uSize, uLocalParamSize;
LPVOID lpvData;
LPVOID pLocalParams;
DEBUGMSG(ZONE_CONN,("%s: requested capability ID:0x%08lX, dir %d, type %d\r\n",
_fx_, pChannelCapability->CapId, pChannelCapability->Dir,
pChannelCapability->DataType));
// at one time, we thought the capability ID would be valid
// and we would be receiving the format specified in pChannelCapability->CapId
// but it IS NOT VALID. The only viable info is in the channel parameters.
// The code would be --->>> dwFormatID = pChannelCapability->CapId;
// the ID *should* be all that is necessary to configure ourselves.
// However.....
// validate media (data) type - why? shouldn't this be prevalidated?
// shouldn't this be eventually used to select a channel object from
// among multiple channel objects?
if((pChannelCapability->DataType != H245_DATA_AUDIO) && (pChannelCapability->DataType != H245_DATA_VIDEO))
{
hrLast = CCO_E_UNSUPPORTED_MEDIA_TYPE;
DumpChannelParameters(NULL, pChannelCapability);
goto BAD_CAPABILITY_EXIT;
}
// Look at the local capability referenced by pChannelCapability->CapId
// and Validate the format details
hrLast = m_pConfAdvise->GetCapResolver((LPVOID *)&pCapObject, OID_CAP_ACM_TO_H323);
if(!HR_SUCCEEDED(hrLast) || (pCapObject == NULL))
{
ERRORMESSAGE(("%s: null resolver\r\n",_fx_));
goto BAD_CAPABILITY_EXIT;
}
// Find the local *receive* capability that matches the remote *send* channel
// parameters and get the local parameters.
uLocalParamSize = pCapObject->GetLocalRecvParamSize(pChannelCapability);
pLocalParams=MemAlloc (uLocalParamSize);
if (pLocalParams == NULL)
{
hrLast = CCO_E_SYSTEM_ERROR;
goto BAD_CAPABILITY_EXIT;
}
hrLast = ((CapsCtl *)pCapObject)->GetDecodeParams( pChannelParams,
(MEDIA_FORMAT_ID *)&dwFormatID, pLocalParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast) || (dwFormatID == INVALID_AUDIO_FORMAT))
{
ERRORMESSAGE(("%s:GetDecodeParams returned 0x%08lx\r\n",_fx_, hrLast));
goto BAD_CAPABILITY_EXIT;
}
// create a marshalled version of channel parameters and store it in the channel for later
// reference
if(pChannelCapability->ClientType == H245_CLIENT_AUD_NONSTD)
{
// The nonstandard capability already passed all the recognition tests so
// don't need to test again.
// Make a flat copy of the nonstandard capability
uSize = pChannelCapability->Cap.H245Aud_NONSTD.data.length;
// lpData = pChannelCapability->Cap.H245Aud_NONSTD.data.value;
pSaveChannelCapability = (PCC_TERMCAP)MemAlloc(sizeof(CC_TERMCAP) + uSize);
if(!pSaveChannelCapability)
{
hrLast = CCO_E_SYSTEM_ERROR;
goto BAD_CAPABILITY_EXIT;
}
// copy fixed part
memcpy(pSaveChannelCapability, pChannelCapability, sizeof(CC_TERMCAP));
// variable part follows the fixed part
pSaveChannelCapability->Cap.H245Aud_NONSTD.data.value
= (unsigned char *)(((BYTE *)pSaveChannelCapability) + sizeof(CC_TERMCAP));
// copy variable part
memcpy(pSaveChannelCapability->Cap.H245Aud_NONSTD.data.value,
pChannelCapability->Cap.H245Aud_NONSTD.data.value,
pChannelCapability->Cap.H245Aud_NONSTD.data.length);
// and length
pSaveChannelCapability->Cap.H245Aud_NONSTD.data.length
= pChannelCapability->Cap.H245Aud_NONSTD.data.length;
// make the channel remember the channel parameters.
// a zero size as the second arg means that a preallocated chunk is being passed
hrLast = pChannel->ConfigureCapability(pSaveChannelCapability, 0,
pLocalParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:ConfigureCapability (recv) returned 0x%08lx\r\n",_fx_, hrLast));
goto BAD_CAPABILITY_EXIT;
}
pSaveChannelCapability=NULL; // the channel owns this memory now
}
else if(pChannelCapability->ClientType == H245_CLIENT_VID_NONSTD)
{
// The nonstandard capability already passed all the recognition tests so
// don't need to test again.
// Make a flat copy of the nonstandard capability
uSize = pChannelCapability->Cap.H245Vid_NONSTD.data.length;
// lpData = pChannelCapability->Cap.H245Vid_NONSTD.data.value;
pSaveChannelCapability = (PCC_TERMCAP)MemAlloc(sizeof(CC_TERMCAP) + uSize);
if(!pSaveChannelCapability)
{
hrLast = CCO_E_SYSTEM_ERROR;
goto BAD_CAPABILITY_EXIT;
}
// copy fixed part
memcpy(pSaveChannelCapability, pChannelCapability, sizeof(CC_TERMCAP));
// variable part follows the fixed part
pSaveChannelCapability->Cap.H245Vid_NONSTD.data.value
= (unsigned char *)(((BYTE *)pSaveChannelCapability) + sizeof(CC_TERMCAP));
// copy variable part
memcpy(pSaveChannelCapability->Cap.H245Vid_NONSTD.data.value,
pChannelCapability->Cap.H245Vid_NONSTD.data.value,
pChannelCapability->Cap.H245Vid_NONSTD.data.length);
// and length
pSaveChannelCapability->Cap.H245Vid_NONSTD.data.length
= pChannelCapability->Cap.H245Vid_NONSTD.data.length;
// make the channel remember the channel parameters.
// a zero size as the second arg means that a preallocated chunk is being passed
hrLast = pChannel->ConfigureCapability(pSaveChannelCapability, 0,
pLocalParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:ConfigureCapability (recv) returned 0x%08lx\r\n",_fx_, hrLast));
goto BAD_CAPABILITY_EXIT;
}
pSaveChannelCapability=NULL; // the channel owns this memory now
}
else
{
// only need to remember the already-flat H.245 cap structure.
hrLast = pChannel->ConfigureCapability(pChannelCapability, sizeof(CC_TERMCAP),
pLocalParams, uLocalParamSize);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s:ConfigureCapability(recv) returned 0x%08lx\r\n",_fx_, hrLast));
goto BAD_CAPABILITY_EXIT;
}
}
// Remember the receive format ID
pChannel->SetNegotiatedLocalFormat(dwFormatID);
// very special case check for video Temporal/Spatial tradeoff capability.
// Set the property of the channel accordingly
if(pChannelCapability->DataType == H245_DATA_VIDEO )
{
BOOL bTSCap;
bTSCap = ((PVIDEO_CHANNEL_PARAMETERS)pLocalParams)->TS_Tradeoff;
pChannel->CtrlChanSetProperty(PROP_REMOTE_TS_CAPABLE,&bTSCap, sizeof(bTSCap));
// don't bother checking or panicking over this SetProperty error
}
return TRUE;
///////////////////
BAD_CAPABILITY_EXIT:
ERRORMESSAGE(("%s:received bad capability\r\n",_fx_));
hrLast = CCO_E_INVALID_CAPABILITY;
if(pSaveChannelCapability)
MemFree(pSaveChannelCapability);
return FALSE;
}
//
// we're being requested to open a channel for receive
//
VOID CH323Ctrl::OnChannelRequest(HRESULT hStatus,
PCC_RX_CHANNEL_REQUEST_CALLBACK_PARAMS pChannelReqParams)
{
FX_ENTRY("CH323Ctrl::OnChannelRequest");
CC_ADDR CChannelAddr, DChannelAddr;
PCC_ADDR pCChannelAddr = pChannelReqParams->pPeerRTCPAddr;;
PCC_TERMCAP pChannelCapability;
PSOCKADDR_IN pAddr;
SOCKADDR_IN sinC;
pChannelCapability = pChannelReqParams->pChannelCapability;
DWORD dwRejectReason = H245_REJ;
ICtrlCommChan *pChannel;
if(!pChannelCapability)
{
ERRORMESSAGE(("OnChannelRequest: null capability\r\n"));
goto REJECT_CHANNEL;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelRequest");
//
// Try to find a default channel to handle this open request.
hrLast = FindDefaultRXChannel(pChannelCapability, &pChannel);
if(!HR_SUCCEEDED(hrLast) || !pChannel)
{
// Non-default channels Not Yet Implemented!!!!
// Ask the parent conference object to create another channel of the
// specified media type. The H.245 media type should map to one of the
// media type GUIDs that the parent conference object understands.
// GUID typeGuid;
// if(!MapGuidType(pChannelCapability, &typeGUID))
// goto REJECT_CHANNEL;
// hrLast = m_pConfAdvise->GetChannel(&typeGuid, &pChannel);
// if(!HR_SUCCEEDED(hrLast))
// goto REJECT_CHANNEL;
if(hrLast == CCO_E_NODEFAULT_CHANNEL)
dwRejectReason = H245_REJ_TYPE_NOTAVAIL;
goto REJECT_CHANNEL;
}
if(pChannel->GetHChannel())
{
ERRORMESSAGE(("%s: existing channel or leak:0x%08lX\r\n",_fx_,
pChannel->GetHChannel()));
goto REJECT_CHANNEL;
}
//
// test if we want to allow this !!!
//
if(!pChannel->IsChannelEnabled())
{
goto REJECT_CHANNEL;
}
pChannel->SetHChannel(pChannelReqParams->hChannel);
// configure based on the requested capability. (store capability ID, validate requested
// capabilities
if(!ConfigureRecvChannelCapability(pChannel, pChannelReqParams))
{
goto REJECT_CHANNEL;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelRequest done configuring");
// select our receive ports for this RTP session
if(!pChannel->SelectPorts((LPIControlChannel)this))
{
ERRORMESSAGE(("%s, SelectPorts failed\r\n",_fx_));
hrLast = CCO_E_BAD_ADDRESS;
goto REJECT_CHANNEL;
}
if(pCChannelAddr)
{
if(pCChannelAddr->nAddrType != CC_IP_BINARY)
{
ERRORMESSAGE(("%s:invalid address type %d\r\n",_fx_, pCChannelAddr->nAddrType));
hrLast = CCO_E_BAD_ADDRESS;
goto REJECT_CHANNEL;
}
// pass the remote RTCP address to the channel instance
sinC.sin_family = AF_INET;
sinC.sin_addr.S_un.S_addr = htonl(pCChannelAddr->Addr.IP_Binary.dwAddr);
sinC.sin_port = htons(pCChannelAddr->Addr.IP_Binary.wPort);
DEBUGMSG(ZONE_CONN,("%s, request reverse port 0x%04x, address 0x%08lX\r\n",_fx_,
pCChannelAddr->Addr.IP_Binary.wPort,pCChannelAddr->Addr.IP_Binary.dwAddr));
hrLast = pChannel->AcceptRemoteRTCPAddress(&sinC);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s, AcceptRemoteRTCPAddress returned 0x%08lX\r\n",_fx_, hrLast));
goto ERROR_EXIT;
}
}
// get the address and ports of our end of the channel
pAddr = pChannel->GetLocalAddress();
// fixup channel addr pair structure.
DChannelAddr.nAddrType = CC_IP_BINARY;
DChannelAddr.bMulticast = FALSE;
DChannelAddr.Addr.IP_Binary.wPort = pChannel->GetLocalRTPPort();
DChannelAddr.Addr.IP_Binary.dwAddr = ntohl(pAddr->sin_addr.S_un.S_addr);
CChannelAddr.nAddrType = CC_IP_BINARY;
CChannelAddr.bMulticast = FALSE;
CChannelAddr.Addr.IP_Binary.wPort = pChannel->GetLocalRTCPPort();
CChannelAddr.Addr.IP_Binary.dwAddr = ntohl(pAddr->sin_addr.S_un.S_addr);
DEBUGMSG(ZONE_CONN,("%s: accepting on port 0x%04x, address 0x%08lX\r\n",_fx_,
DChannelAddr.Addr.IP_Binary.wPort,DChannelAddr.Addr.IP_Binary.dwAddr));
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelRequest accepting");
hrLast = CC_AcceptChannel(pChannelReqParams->hChannel,&DChannelAddr, &CChannelAddr,
0 /* this param is the bitrate that will be used by THIS channel !! */);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s, CC_AcceptChannel returned 0x%08lX\r\n",_fx_, hrLast));
goto ERROR_EXIT;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelRequest accepted");
return;
REJECT_CHANNEL:
{
// need private HRESULT! don't overwrite the reason we're rejecting the channel!!
HRESULT hr;
ERRORMESSAGE(("%s, rejecting channel, Dir:%d, DataType:%d, ClientType:%d, CapId:%d\r\n",
_fx_, pChannelCapability->Dir, pChannelCapability->DataType,
pChannelCapability->ClientType, pChannelCapability->CapId));
hr = CC_RejectChannel(pChannelReqParams->hChannel, dwRejectReason);
if(hr != CC_OK)
{
ERRORMESSAGE(("%s, CC_RejectChannel returned 0x%08lX\r\n",_fx_, hr));
}
}
ERROR_EXIT:
return;
}
VOID CH323Ctrl::OnChannelAcceptComplete(HRESULT hStatus,
PCC_TX_CHANNEL_CLOSE_REQUEST_CALLBACK_PARAMS pChannelParams)
{
FX_ENTRY("CH323Ctrl::OnChannelAcceptComplete");
ICtrlCommChan *pChannel;
if(hStatus != CC_OK)
{
return;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelAcceptComplete");
pChannel = FindChannel(pChannelParams->hChannel);
if(!pChannel)
{
ERRORMESSAGE(("OnChannelAcceptComplete: hChannel 0x%08lx not found\r\n", pChannelParams->hChannel));
return;
}
hrLast = pChannel->OnChannelOpen(CHANNEL_OPEN); // the receive side is open
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelAcceptComplete, open done");
if(HR_SUCCEEDED(hrLast))
{
m_pConfAdvise->OnControlEvent(CCEV_CHANNEL_READY_RX, pChannel, this);
}
//
// Check for readiness to notify that all required channels are open
//
CheckChannelsReady( );
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelAcceptComplete done");
}
VOID CH323Ctrl::OnChannelOpen(HRESULT hStatus,
PCC_TX_CHANNEL_OPEN_CALLBACK_PARAMS pChannelParams )
{
FX_ENTRY("CH323Ctrl::OnChannelOpen");
PCC_ADDR pChannelRTPAddr;
PCC_ADDR pChannelRTCPAddr;
SOCKADDR_IN sinC, sinD;
ICtrlCommChan *pChannel = (ICtrlCommChan *)pChannelParams->dwUserToken;
// validate channel token - is this what we think it is?
if(IsBadWritePtr(pChannel, sizeof(ICtrlCommChan)))
{
ERRORMESSAGE(("%s:invalid channel token: 0x%08lx\r\n",_fx_, pChannelParams->dwUserToken));
return;
}
if(pChannel->IsSendChannel() == FALSE)
{
ERRORMESSAGE(("%s:not a send channel:token 0x%08lX\r\n",_fx_,
pChannelParams->dwUserToken));
return;
}
#ifdef DEBUG
POSITION pos = m_ChannelList.GetHeadPosition();
ICtrlCommChan *pChan;
BOOL bValid = FALSE;
// look for a matching channel instance.
while (pos)
{
pChan = (ICtrlCommChan *) m_ChannelList.GetNext(pos);
ASSERT(pChan);
if(pChan == pChannel)
{
bValid = TRUE;
break;
}
}
if(!bValid)
{
ERRORMESSAGE(("%s:unrecognized token 0x%08lX\r\n",_fx_,
pChannelParams->dwUserToken));
return;
}
#endif //DEBUG
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelOpen");
if((hStatus != CC_OK) || (!(pChannelRTPAddr = pChannelParams->pPeerRTPAddr))
|| (!(pChannelRTCPAddr = pChannelParams->pPeerRTCPAddr)))
{
ERRORMESSAGE(("%s: hStatus:0x%08lX, address:0x%08lX\r\n",_fx_,
hStatus, pChannelRTPAddr));
// LOOKLOOK need to interpret hStatus
// let the channel know what happened.
pChannel->OnChannelOpen(CHANNEL_REJECTED);
// the channel knows what happened, so let it do the worrying.
return;
}
// what's the need for the different address types ????
if((pChannelRTPAddr->nAddrType != CC_IP_BINARY)
|| (pChannelRTCPAddr->nAddrType != CC_IP_BINARY))
{
ERRORMESSAGE(("%s: invalid address types %d, %d\r\n",_fx_,
pChannelRTPAddr->nAddrType, pChannelRTCPAddr->nAddrType));
goto ERROR_EXIT;
}
// we now have the remote port info ( in host byte order)
sinD.sin_family = AF_INET;
sinD.sin_addr.S_un.S_addr = htonl(pChannelRTPAddr->Addr.IP_Binary.dwAddr);
sinD.sin_port = htons(pChannelRTPAddr->Addr.IP_Binary.wPort);
sinC.sin_family = AF_INET;
sinC.sin_addr.S_un.S_addr = htonl(pChannelRTCPAddr->Addr.IP_Binary.dwAddr);
// There are two ports, but in RTP, it is implicit
// that the RTCP control port is the next highest port number
// sinC.sin_port = htons(ntohs(pChannelAddr->Addr.IP_Binary.wPort) +1);
sinC.sin_port = htons(pChannelRTCPAddr->Addr.IP_Binary.wPort);
DEBUGMSG(ZONE_CONN,("%s, opened on port 0x%04x, address 0x%08lX\r\n",_fx_,
pChannelRTPAddr->Addr.IP_Binary.wPort,pChannelRTPAddr->Addr.IP_Binary.dwAddr));
hrLast = pChannel->AcceptRemoteAddress(&sinD);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("OnChannelOpen: AcceptRemoteAddress failed\r\n"));
goto ERROR_EXIT;
}
hrLast = pChannel->AcceptRemoteRTCPAddress(&sinC);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("OnChannelOpen: AcceptRemoteRTCPAddress failed\r\n"));
goto ERROR_EXIT;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelOpen opening");
hrLast = pChannel->OnChannelOpen(CHANNEL_OPEN); // the send side is open
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("OnChannelOpen:channel's OnChannelOpen() returned 0x%08lX\r\n", hrLast));
CloseChannel(pChannel);
goto ERROR_EXIT;
}
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelOpen open done");
m_pConfAdvise->OnControlEvent(CCEV_CHANNEL_READY_TX, pChannel, this);
//
// Check for readiness to notify that all required channels are open
//
CheckChannelsReady( );
SHOW_OBJ_ETIME("CH323Ctrl::OnChannelOpen done");
return;
ERROR_EXIT:
// need to cleanup, disconnect, etc.
m_hCallCompleteCode = CCCI_CHANNEL_OPEN_ERROR;
// let the parent Conference object know about the imminent disconnect
DoAdvise(CCEV_CALL_INCOMPLETE, &m_hCallCompleteCode);
hrLast = CCO_E_MANDATORY_CHAN_OPEN_FAILED;
InternalDisconnect();
return;
}
VOID CH323Ctrl::OnRxChannelClose(HRESULT hStatus,
PCC_RX_CHANNEL_CLOSE_CALLBACK_PARAMS pChannelParams )
{
FX_ENTRY("CH323Ctrl::OnRxChannelClose");
PCC_ADDR pChannelRTPAddr;
PCC_ADDR pChannelRTCPAddr;
SOCKADDR_IN sinC, sinD;
ICtrlCommChan *pChannel;
if(hStatus != CC_OK)
{
ERRORMESSAGE(("%s: hStatus:0x%08lX\r\n",_fx_,hStatus));
// LOOKLOOK need to interpret hStatus
}
if(!(pChannel = FindChannel(pChannelParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
return;
}
// validate channel - is this really a receive channel?
if(pChannel->IsSendChannel() == TRUE)
{
ERRORMESSAGE(("%s:not a receive channel:hChannel 0x%08lX\r\n",_fx_,
pChannelParams->hChannel));
return;
}
pChannel->OnChannelClose(CHANNEL_CLOSED);
return;
}
VOID CH323Ctrl::OnTxChannelClose(HRESULT hStatus,
PCC_TX_CHANNEL_CLOSE_REQUEST_CALLBACK_PARAMS pChannelParams )
{
FX_ENTRY("CH323Ctrl::OnTxChannelClose");
PCC_ADDR pChannelRTPAddr;
PCC_ADDR pChannelRTCPAddr;
SOCKADDR_IN sinC, sinD;
ICtrlCommChan *pChannel;
if(hStatus != CC_OK)
{
ERRORMESSAGE(("%s: hStatus:0x%08lX\r\n",_fx_,hStatus));
// LOOKLOOK need to interpret hStatus
}
if(!(pChannel = FindChannel(pChannelParams->hChannel)))
{
CC_CloseChannelResponse(pChannelParams->hChannel, FALSE);
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
return;
}
// validate channel - is this really a send channel?
if(pChannel->IsSendChannel() == FALSE)
{
ERRORMESSAGE(("%s:not a send channel:hChannel 0x%08lX\r\n",_fx_,
pChannelParams->hChannel));
CC_CloseChannelResponse(pChannelParams->hChannel, FALSE);
return;
}
CC_CloseChannelResponse(pChannelParams->hChannel, TRUE);
pChannel->OnChannelClose(CHANNEL_CLOSED);
return;
}
BOOL CH323Ctrl::OnCallAccept(PCC_LISTEN_CALLBACK_PARAMS pListenCallbackParams)
{
FX_ENTRY ("CH323Ctrl::OnCallAccept");
BOOL bRet = FALSE;
CH323Ctrl *pNewConnection = NULL;
if(m_Phase != CCS_Listening)
{
ERRORMESSAGE(("OnCallAccept: unexpected call, m_Phase = 0x%08lX\r\n", m_Phase));
goto EXIT;
}
if((!pListenCallbackParams->pCalleeAddr)
|| (pListenCallbackParams->pCalleeAddr->nAddrType != CC_IP_BINARY))
{
if(pListenCallbackParams->pCalleeAddr)
{
ERRORMESSAGE(("%s: invalid address type %d\r\n",_fx_,pListenCallbackParams->pCalleeAddr->nAddrType));
}
else
{
ERRORMESSAGE(("%s: null local address\r\n",_fx_));
}
ERRORMESSAGE(("OnCallAccept:where's the local address????\r\n"));
PHOSTENT phe;
PSOCKADDR_IN psin;
char szTemp[200];
LPCSTR lpHostName;
gethostname(szTemp,sizeof(szTemp));
lpHostName = szTemp;
psin = &local_sin;
phe = gethostbyname(lpHostName);
if (phe != NULL)
{
memcpy((char FAR *)&(psin->sin_addr), phe->h_addr,phe->h_length);
psin->sin_family = AF_INET;
}
}
else
{
// remember our local address
local_sin.sin_family = AF_INET;
// in host byte order
local_sin.sin_addr.S_un.S_addr = htonl(pListenCallbackParams->pCalleeAddr->Addr.IP_Binary.dwAddr);
// in host byte order
local_sin.sin_port = htons(pListenCallbackParams->pCalleeAddr->Addr.IP_Binary.wPort);
}
hrLast = m_pConfAdvise->GetAcceptingObject((LPIControlChannel *)&pNewConnection,
&m_PID);
if(HR_SUCCEEDED(hrLast) && pNewConnection)
{
// NOTE: The UI does not yet know this new object exists, and we may
// need to silently delete it if there is a disconnect or error
// Its ref count is 1 at this point. The decision to delete could be
// made inside pNewConnection->AcceptConnection(), (because sometimes
// socket reads complete synchronously depending on timing) SO, we need to
// protect the "unwind path" via AddRef() and Release() around the call
//
pNewConnection->AddRef(); //
hrLast = pNewConnection->AcceptConnection(this, pListenCallbackParams);
pNewConnection->Release();
if(HR_SUCCEEDED(hrLast))
{
// The Intel Call control DLL already did a socket accept, the
// Accept() methods simply initialize the handles and states of
// pNewConnection and get user information (caller ID)
// BUGBUG - the caller ID may change in Intel's code - it might
// come via a conference event
DEBUGMSG(ZONE_CONN,("OnCallAccept:accepted on connection 0x%08lX\r\n",pNewConnection));
bRet = TRUE;
}
else
{
ERRORMESSAGE(("OnCallAccept:Accept failed\r\n"));
// LOOK - Q: where does the accepting object get cleaned up?
// A: pNewConnection->AcceptConnection((LPIControlChannel)this)
// must call pNewConnection->DoAdvise(CCEV_ACCEPT_INCOMPLETE, NULL)
// if the error occurred before the conference object got involved,
// and must call InternalDisconnect() if the error occurred after
// the conference object got involved,
}
}
else
{
ERRORMESSAGE(("OnCallAccept:GetAcceptingObject failed, hr=0x%08lx\r\n",hrLast));
}
EXIT:
return bRet;
}
HRESULT CH323Ctrl::NewConference()
{
FX_ENTRY ("CH323Ctrl::NewConference");
CapsCtl *pCapObject = NULL;
PCC_TERMCAPLIST pTermCaps = NULL;
CC_OCTETSTRING TerminalID;
PCC_TERMCAPDESCRIPTORS pCapsList = NULL;
LPWSTR lpwUserDisplayName;
hrLast = m_pConfAdvise->GetCapResolver((LPVOID *)&pCapObject, OID_CAP_ACM_TO_H323);
if(!HR_SUCCEEDED(hrLast) || (pCapObject == NULL))
{
ERRORMESSAGE(("%s: null resolver\r\n",_fx_));
goto EXIT;
}
if(m_hConference)
{
ERRORMESSAGE(("%s:leak or uninitialized m_hConference:0x%08lx\r\n",_fx_,
m_hConference));
}
hrLast = pCapObject->CreateCapList(&pTermCaps, &pCapsList);
if(!HR_SUCCEEDED(hrLast))
{
goto EXIT;
}
lpwUserDisplayName = m_pConfAdvise->GetUserDisplayName();
if(lpwUserDisplayName)
{
TerminalID.pOctetString = (BYTE *)lpwUserDisplayName;
TerminalID.wOctetStringLength = (WORD)lstrlenW(lpwUserDisplayName)*sizeof(WCHAR);
}
// create a conference
hrLast = CC_CreateConference(&m_hConference, NULL,
0, // DWORD dwConferenceConfiguration,
pTermCaps, // PCC_TERMCAPLIST
pCapsList, // ptr to term cap descriptors (PCC_TERMCAPDESCRIPTORS)
&m_VendorInfo, // PVENDORINFO
(lpwUserDisplayName)? &TerminalID: NULL, // PCC_OCTETSTRING pTerminalID,
(DWORD_PTR)this,
NULL, // CC_TERMCAP_CONSTRUCTOR TermCapConstructor,
NULL, // CC_SESSIONTABLE_CONSTRUCTOR SessionTableConstructor,
CCConferenceCallback);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s: CreateConference returned 0x%08lX\r\n", _fx_, hrLast));
}
EXIT:
pCapObject->DeleteCapList(pTermCaps, pCapsList);
return hrLast;
}
HRESULT CH323Ctrl::AcceptConnection(LPIControlChannel pIListenCtrlChan,
LPVOID lpvListenCallbackParams)
{
FX_ENTRY ("CH323Ctrl::AcceptConnection");
BOOL bRet = FALSE;
CREQ_RESPONSETYPE Response;
DWORD dwCode = CCR_LOCAL_SYSTEM_ERROR; // error variable only used in error case
ULONG ulNameSize, ulSize;
PSOCKADDR_IN psin;
LPWSTR lpwUserDisplayName;
CH323Ctrl *pListenConnection = (CH323Ctrl *)pIListenCtrlChan;
P_APP_CALL_SETUP_DATA pAppData = NULL;
APP_CALL_SETUP_DATA AppData;
PCC_NONSTANDARDDATA pNSData = ((PCC_LISTEN_CALLBACK_PARAMS)
lpvListenCallbackParams)->pNonStandardData;
if(pNSData
&& pNSData->bCountryCode == USA_H221_COUNTRY_CODE
// why be this picky -> && pNSData->bExtension == USA_H221_COUNTRY_EXTENSION;
&& pNSData->wManufacturerCode == MICROSOFT_H_221_MFG_CODE
&& pNSData->sData.pOctetString
&& pNSData->sData.wOctetStringLength >= sizeof(MSFT_NONSTANDARD_DATA))
{
if(((PMSFT_NONSTANDARD_DATA)pNSData->sData.pOctetString)->
data_type == NSTD_APPLICATION_DATA)
{
AppData.lpData = &((PMSFT_NONSTANDARD_DATA)pNSData->sData.pOctetString)->
nonstd_data.AppData.data;
AppData.dwDataSize = (DWORD)
((PMSFT_NONSTANDARD_DATA)pNSData->sData.pOctetString)->dw_nonstd_data_size;
pAppData = &AppData;
}
}
SetRemoteVendorID(((PCC_LISTEN_CALLBACK_PARAMS)lpvListenCallbackParams)->pVendorInfo);
// this object is assuming everything from the listening object, including
// the "Listening" state
// enter critical section and make sure another thread is not handling a caller disconnect
// or timeout
// EnterCriticalSection()
if(m_Phase == CCS_Idle)
{
GoNextPhase(CCS_Listening);
// once in this state, a disconnect on another thread will change the state
// to something besides CCS_Listening
pListenConnection->GetLocalAddress(&psin);
SetLocalAddress(psin);
// steal the conference ID from the listen object
// m_ConferenceID = pListenConnection->GetConfID();
memcpy(&m_ConferenceID, pListenConnection->GetConfIDptr(),sizeof(m_ConferenceID));
ZeroMemory(pListenConnection->GetConfIDptr(),sizeof(m_ConferenceID));
m_hCall = pListenConnection->GetHCall();
// steal the user info from the listen object
m_pRemoteAliasItem = pListenConnection->m_pRemoteAliasItem;
pListenConnection->m_pRemoteAliasItem = NULL; // make the listen object forget this
// steal the peer display name
pwszPeerDisplayName = pListenConnection->pwszPeerDisplayName;
pListenConnection->pwszPeerDisplayName = NULL;
lpwUserDisplayName = m_pConfAdvise->GetUserDisplayName();
}
// else already timing out
// LeaveCriticalSection()
if (m_Phase != CCS_Listening) // cleanup before it gets accepted
{
goto ACCEPT_ERROR;
}
// let the conference object know that caller ID info is available
ConnectNotify(CCEV_CALLER_ID);
// Now going to do stuff that might put cleanup responsibility on the
// conference object or UI. (i.e. the call could be accepted)
// EnterCriticalSection()
if(m_Phase == CCS_Listening)
{
// state is still OK
GoNextPhase(CCS_Filtering);
// once in this state, a disconnect on another thread will change the state
// to something besides CCS_Filtering
}
// else already timing out
// LeaveCriticalSection()
if (m_Phase != CCS_Filtering) // one last chance to cleanup before it gets accepted
{
goto ERROR_REJECT;
}
// can't (should not) do this inside a critical section
// create a conference to accept the call
hrLast = NewConference();
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s, NewConference returned 0x%08lX\r\n", _fx_, hrLast));
goto ERROR_REJECT;
}
m_pConfAdvise->AddRef();
Response = m_pConfAdvise->FilterConnectionRequest(this, pAppData);
m_pConfAdvise->Release();
// Now it may be in the hands of the Conference object, and the accepted connection will
// need to go through the "disconnecting" state if cleanup is needed.
// Because connection code is reentrant, the connection could also have
// been torn down (via connection methods) while inside
// m_pConfAdvise->FilterConnectionRequest();
// In each case below, check validity of the connection state - it might have changed
// because a connection method was called or because the caller timed out
switch(Response)
{
default:
case CRR_ACCEPT:
if(m_Phase != CCS_Filtering)
{
ERRORMESSAGE(("%s, accepting state no longer valid 0x%08lX\r\n", _fx_, hrLast));
goto CANCEL_ACCEPT;
}
// accept this request
hrLast = CC_AcceptCall(m_hConference,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
lpwUserDisplayName,
m_hCall,
0, // DWORD dwBandwidth,
(DWORD_PTR)this);
if(hrLast != CC_OK)
{
m_ChanFlags &= ~CTRLF_OPEN;
goto CANCEL_ACCEPT;
}
GoNextPhase(CCS_Accepting);
bRet = TRUE;
break;
case CRR_ASYNC:
if(m_Phase == CCS_Accepting)
{
// then call has already been accepted inside FilterConnectionRequest callback
bRet = TRUE;
}
else
{
if(m_Phase != CCS_Filtering)
{
ERRORMESSAGE(("%s, accepting state no longer valid 0x%08lX\r\n", _fx_, hrLast));
goto CANCEL_ACCEPT;
}
GoNextPhase(CCS_Ringing);
bRet = TRUE;
}
break;
case CRR_BUSY:
hrLast = CC_RejectCall(CC_REJECT_USER_BUSY,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
m_hCall);
// always clean up this object that's not accepting the call
GoNextPhase(CCS_Idle);
goto ACCEPT_ERROR;
break;
case CRR_REJECT:
hrLast = CC_RejectCall(CC_REJECT_DESTINATION_REJECTION,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
m_hCall);
// always clean up this object that's not accepting the call
GoNextPhase(CCS_Idle);
goto ACCEPT_ERROR;
break;
case CRR_SECURITY_DENIED:
hrLast = CC_RejectCall(CC_REJECT_SECURITY_DENIED,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
m_hCall);
// always clean up this object that's not accepting the call
GoNextPhase(CCS_Idle);
goto ACCEPT_ERROR;
break;
}
return hrLast;
ERROR_REJECT:
hrLast = CC_RejectCall(CC_REJECT_UNDEFINED_REASON,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
m_hCall); // always clean up this object that's not accepting the call
GoNextPhase(CCS_Idle);
ACCEPT_ERROR:
DoAdvise(CCEV_ACCEPT_INCOMPLETE, &dwCode);
return hrLast;
CANCEL_ACCEPT:
// InternalDisconnect() can be called from any state, and will do fine if
// it is already in a disconnecting state.
InternalDisconnect();
return hrLast;
}
VOID CH323Ctrl::Cleanup()
{
POSITION pos = m_ChannelList.GetHeadPosition();
ICtrlCommChan *pChan = NULL;
CleanupConferenceAttributes();
if(m_hConference)
{
hrLast = CC_DestroyConference(m_hConference, FALSE);
// LOOKLOOK - need to check return code!!!
m_hConference = 0;
}
// reset each channel (cleanup underlying socket references)
while (pos)
{
pChan = (ICtrlCommChan *) m_ChannelList.GetNext(pos);
ASSERT(pChan);
// cleanup RTP sockets
pChan->Reset();
}
// clear "socket(s) are open flags
m_ChanFlags &= ~CTRLF_OPEN;
}
HRESULT CH323Ctrl::GetLocalPort(PORT * lpPort)
{
*lpPort = ntohs(local_sin.sin_port);
return hrSuccess;
}
HRESULT CH323Ctrl::GetRemotePort(PORT * lpPort)
{
*lpPort = ntohs(remote_sin.sin_port);
return hrSuccess;
}
HRESULT CH323Ctrl::GetLocalAddress(PSOCKADDR_IN *lplpAddr)
{
*lplpAddr = &local_sin;
return hrSuccess;
}
HRESULT CH323Ctrl::GetRemoteAddress(PSOCKADDR_IN *lplpAddr)
{
*lplpAddr = &remote_sin;
return hrSuccess;
}
HRESULT CH323Ctrl::ListenOn(PORT Port)
{
FX_ENTRY ("CH323Ctrl::ListenOn");
PCC_ALIASNAMES pAliasNames = m_pConfAdvise->GetUserAliases();
// temporary hack to override UI's ignorance of multiple protocol types
if(Port != H323_PORT)
{
ERRORMESSAGE(("%s, overriding port %d(d) with H323 port %d\r\n",_fx_,
Port, H323_PORT));
Port = H323_PORT;
}
// do we need to remember this?
local_sin.sin_addr.S_un.S_addr = INADDR_ANY;
local_sin.sin_family = AF_INET;
local_sin.sin_port = htons((u_short)Port); // set port
CC_ADDR ListenAddr;
ListenAddr.nAddrType = CC_IP_BINARY;
ListenAddr.bMulticast = FALSE;
// in host byte order
ListenAddr.Addr.IP_Binary.wPort = (u_short)Port;
ListenAddr.Addr.IP_Binary.dwAddr = ntohl(INADDR_ANY);
hrLast = CC_CallListen(&m_hListen, &ListenAddr,
pAliasNames, (DWORD_PTR)this, CCListenCallback);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("CH323Ctrl::ListenOn:CallListen returned 0x%08lX\r\n", hrLast));
goto EXIT;
}
GoNextPhase(CCS_Listening);
m_ChanFlags = CTRLF_RESET;
hrLast = hrSuccess;
EXIT:
return hrLast;
}
HRESULT CH323Ctrl::StopListen(VOID)
{
if(m_Phase == CCS_Listening)
{
hrLast = CC_CancelListen(m_hListen);
}
else
{
hrLast = CCO_E_NOT_LISTENING;
}
//EXIT:
return hrLast;
}
HRESULT CH323Ctrl::AsyncAcceptRejectCall(CREQ_RESPONSETYPE Response)
{
FX_ENTRY ("CH323Ctrl::AsyncAcceptRejectCall");
HRESULT hr = CCO_E_CONNECT_FAILED;
LPWSTR lpwUserDisplayName;
if(Response == CRR_ACCEPT)
{
DEBUGMSG(ZONE_CONN,("%s:accepting\r\n",_fx_));
lpwUserDisplayName = m_pConfAdvise->GetUserDisplayName();
// check call setup phase - send ready if user's acceptance is what
// was holding us up
if((m_Phase == CCS_Ringing) || (m_Phase == CCS_Filtering))
{
// accept this request
hrLast = CC_AcceptCall(m_hConference,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
lpwUserDisplayName,
m_hCall,
0, // DWORD dwBandwidth,
(DWORD_PTR)this);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s, CC_AcceptCall() returned 0x%08lX\r\n",_fx_, hrLast));
goto EXIT;
}
GoNextPhase(CCS_Accepting);
hr = hrSuccess;
}
}
else
{
// reject only if in accepting state(s)
// deletion is possible while in advise callback, so protect w/ AddRef()
AddRef();
DEBUGMSG(ZONE_CONN,("%s:rejecting\r\n",_fx_));
if((m_Phase == CCS_Ringing) || (m_Phase == CCS_Filtering))
{
hrLast = CC_RejectCall((Response == CRR_BUSY) ?
CC_REJECT_USER_BUSY : CC_REJECT_DESTINATION_REJECTION,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
m_hCall);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s, CC_RejectCall() returned 0x%08lX\r\n",_fx_, hrLast));
}
GoNextPhase(CCS_Idle);
// notify the UI or application code or whatever..
DoAdvise(CCEV_DISCONNECTED, &m_hCallCompleteCode);
}
else
{
hr = CCO_E_INVALID_PARAM; // LOOKLOOK - need INVALID_STATE error code
}
Release();
}
EXIT:
return (hr);
}
ULONG CH323Ctrl ::AddRef()
{
FX_ENTRY ("CH323Ctrl::AddRef");
uRef++;
DEBUGMSG(ZONE_REFCOUNT,("%s:(0x%08lX)->AddRef() uRef = 0x%08lX\r\n",_fx_, this, uRef ));
return uRef;
}
ULONG CH323Ctrl ::Release()
{
FX_ENTRY("CH323Ctrl ::Release");
uRef--;
if(uRef == 0)
{
DEBUGMSG(ZONE_CONN,("%s:(0x%08lX)->Releasing in phase:%d\r\n",_fx_, this, m_Phase ));
if(m_Phase != CCS_Idle)
{
ERRORMESSAGE(("CMSIACtrl::uRef zero in non idle (%d) state!\r\n",m_Phase));
InternalDisconnect();
}
delete this;
return 0;
}
DEBUGMSG(ZONE_REFCOUNT,("%s:(0x%08lX)->Release() uRef = 0x%08lX\r\n",_fx_, this, uRef ));
return uRef;
}
// implement IControlChannel::Disconnect(). Map reason codes to the protocol.
VOID CH323Ctrl::Disconnect(DWORD dwReason)
{
// no way to propagate reason through H.323 stack?????
InternalDisconnect();
}
VOID CH323Ctrl::InternalDisconnect()
{
FX_ENTRY ("CH323Ctrl::Disconnect");
SHOW_OBJ_ETIME("CH323Ctrl::InternalDisconnect");
m_ChanFlags &= ~CTRLF_ORIGINATING; // reset "originating" flag.
DEBUGMSG(ZONE_CONN,("%s, called in state %d, uRef = 0x%08lX\r\n",_fx_, m_Phase, uRef));
switch(m_Phase)
{
case CCS_Connecting:
case CCS_Accepting:
// if we believe the control channel is still connected, disconnect
if(IsCtlChanOpen(m_ChanFlags))
{
//set state to indicate disconnecting.
GoNextPhase(CCS_Disconnecting);
DEBUGMSG(ZONE_CONN,("%s, Expecting a CC_HANGUP_INDICATION\r\n",_fx_));
hrLast = CC_Hangup(m_hConference, FALSE, (DWORD_PTR)this);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s:Hangup() returned 0x%08lX\r\n",_fx_, hrLast));
}
SHOW_OBJ_ETIME("CH323Ctrl::InternalDisconnect hangup done");
}
else
{
CC_CancelCall(m_hCall);
GoNextPhase(CCS_Idle); // no need to ck retval - we're disconnected
// notify the UI or application code or whatever..
DoAdvise(CCEV_DISCONNECTED, &m_hCallCompleteCode);
}
break;
case CCS_Ringing:
// The call has not yet been accepted!!! Reject it!
hrLast = CC_RejectCall(CC_REJECT_UNDEFINED_REASON,
NULL, // PCC_NONSTANDARDDATA pNonStandardData
m_hCall);
SHOW_OBJ_ETIME("CH323Ctrl::InternalDisconnect reject done");
GoNextPhase(CCS_Idle);
// notify the UI or application code or whatever..
DoAdvise(CCEV_DISCONNECTED, &m_hCallCompleteCode);
break;
case CCS_Idle:
case CCS_Disconnecting:
ERRORMESSAGE(("%s:called in unconnected state %d\r\n",_fx_, m_Phase));
break;
default:
//CCS_Ringing
//CCS_Opening
//CCS_Closing
//CCS_Ready
//CCS_InUse
//CCS_Listening
// if we believe the control channel is still connected, disconnect
if(IsCtlChanOpen(m_ChanFlags))
{
//set state to indicate disconnecting.
GoNextPhase(CCS_Disconnecting);
hrLast = CC_Hangup(m_hConference, FALSE, (DWORD_PTR)this);
if(hrLast != CC_OK)
{
ERRORMESSAGE(("%s:Hangup() returned 0x%08lX\r\n",_fx_, hrLast));
DoAdvise(CCEV_DISCONNECTED ,NULL);
}
SHOW_OBJ_ETIME("CH323Ctrl::InternalDisconnect hangup done");
}
else
{
GoNextPhase(CCS_Idle); // no need to ck retval - we're disconnected
// notify the UI or application code or whatever..
DoAdvise(CCEV_DISCONNECTED, &m_hCallCompleteCode);
}
break;
}
SHOW_OBJ_ETIME("CH323Ctrl::InternalDisconnect done");
}
// start the asynchronous stuff that will instantiate a control channel
HRESULT CH323Ctrl::PlaceCall (BOOL bUseGKResolution, PSOCKADDR_IN pCallAddr,
P_H323ALIASLIST pDestinationAliases, P_H323ALIASLIST pExtraAliases,
LPCWSTR pCalledPartyNumber, P_APP_CALL_SETUP_DATA pAppData)
{
FX_ENTRY ("CH323Ctrl::PlaceCall");
CC_ALIASNAMES pstn_alias;
PCC_ALIASITEM pPSTNAlias = NULL;
PCC_ALIASNAMES pRemoteAliasNames = NULL;
PCC_ALIASNAMES pTranslatedAliasNames = NULL;
PCC_ALIASNAMES pLocalAliasNames = NULL;
PCC_ADDR pDestinationAddr = NULL;
PCC_ADDR pConnectAddr = NULL;
LPWSTR lpwUserDisplayName = m_pConfAdvise->GetUserDisplayName();
PCC_NONSTANDARDDATA pNSData = NULL;
PMSFT_NONSTANDARD_DATA lpNonstdContent = NULL;
int iLen;
LPWSTR lpwszDest;
HRESULT hResult = hrSuccess;
// validate current state, don't allow bad actions
if(m_Phase != CCS_Idle)
{
hResult = CCO_E_NOT_IDLE;
goto EXIT;
}
OBJ_CPT_RESET; // reset elapsed timer
m_ChanFlags |= CTRLF_INIT_ORIGINATING;
if(!pCallAddr)
{
hResult = CCO_E_BAD_ADDRESS;
goto EXIT;
}
else
{
// keep a copy of the address
SetRemoteAddress(pCallAddr);
}
// temporary hack to override UI's ignorance of multiple protocol types
if(remote_sin.sin_port != htons(H323_PORT))
{
ERRORMESSAGE(("%s, overriding port %d(d) with H323 port %d\r\n",_fx_,
ntohs(remote_sin.sin_port), H323_PORT));
remote_sin.sin_port = htons(H323_PORT);
}
// check for connecting to self (not supported)
if(local_sin.sin_addr.s_addr == remote_sin.sin_addr.s_addr)
{
hResult = CCO_E_BAD_ADDRESS;
goto EXIT;
}
if(m_pRemoteAliasItem)
{
MemFree(m_pRemoteAliasItem);
m_pRemoteAliasItem = NULL;
}
// Is this a PSTN or H.320 gateway call?
if(pCalledPartyNumber)
{
// Then, due to the bogus way that CC_PlaceCall() is overloaded, the remote alias names
// must be overridden with the E.164 phone number. The hack is buried in
// Q931ConnectCallback() in CALLCONT.DLL (thank you Intel). That hack propagates
// the phone number to the "CalledPartyNumber" of the SETUP message only if there is
// exactly one alias, and that one alias is of type E.164.
// get # of characters
iLen = lstrlenW(pCalledPartyNumber);
// need buffer of size CC_ALIASITEM plus the size (in bytes) of the string
pPSTNAlias = (PCC_ALIASITEM)MemAlloc(sizeof(CC_ALIASITEM)
+ sizeof(WCHAR)* (iLen+1));
if(!pPSTNAlias)
{
ERRORMESSAGE(("%s:failed alloc of pPSTNAlias:0x%08lx\r\n",_fx_));
hResult = CCO_E_OUT_OF_MEMORY;
goto EXIT;
}
WORD wIndex, wLength =1; // init wLength to count the null terminator
WCHAR E164Chars[] = {CC_ALIAS_H323_PHONE_CHARS};
LPCWSTR lpSrc = pCalledPartyNumber;
pPSTNAlias->wType = CC_ALIAS_H323_PHONE;
// set offsets - the E.164 address (a phone number) is the only thing
// in the alias name buffer
lpwszDest = (LPWSTR)(((char *)pPSTNAlias)+ sizeof(CC_ALIASITEM));
pPSTNAlias->pData = lpwszDest;
while(iLen--)
{
wIndex = (sizeof(E164Chars)/sizeof (WCHAR)) -1; //scan E164Chars[]
do
{
if(*lpSrc == E164Chars[wIndex])
{
*lpwszDest++ = *lpSrc;
wLength++;
break;
}
}while(wIndex--);
lpSrc++;
}
// terminate it
*lpwszDest = 0;
// wDataLength is the # of UNICODE characters
pPSTNAlias->wDataLength = wLength;
pstn_alias.wCount = 1;
pstn_alias.pItems = pPSTNAlias;
pRemoteAliasNames = &pstn_alias;
}
else if (pDestinationAliases && bUseGKResolution)// use the supplied callee alias names
{
hrLast = AllocTranslatedAliasList(&pTranslatedAliasNames, pDestinationAliases);
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s, AllocTranslatedAliasList returned 0x%08lX\r\n", _fx_, hrLast));
hResult = CCO_E_SYSTEM_ERROR;
goto EXIT;
}
pRemoteAliasNames = pTranslatedAliasNames;
}
// else pRemoteAliasNames is initialized to NULL
pLocalAliasNames = m_pConfAdvise->GetUserAliases();
// start!!!
CC_ADDR ConfAddr;
// fixup the intel version of the address
// also note that it's all in host byte order
ConfAddr.bMulticast = FALSE;
ConfAddr.nAddrType = CC_IP_BINARY;
//hrLast = GetRemotePort(&ConfAddr.Addr.IP_Binary.wPort);
ConfAddr.Addr.IP_Binary.wPort = htons(remote_sin.sin_port);
ConfAddr.Addr.IP_Binary.dwAddr = ntohl(remote_sin.sin_addr.S_un.S_addr);
#ifdef DEBUG
if(m_hConference)
ERRORMESSAGE(("%s:leak or uninitialized m_hConference:0x%08lx\r\n",_fx_,
m_hConference));
#endif // DEBUG
// create a conference to place the call
SHOW_OBJ_ETIME("PlaceCall ready to create conference");
hrLast = NewConference();
if(!HR_SUCCEEDED(hrLast))
{
ERRORMESSAGE(("%s, NewConference returned 0x%08lX\r\n", _fx_, hrLast));
hResult = CCO_E_SYSTEM_ERROR;
goto EXIT;
}
// Set connect timeout value
// LOOKLOOK - this is a hardcoded value - !!! Where should this actualy come from?
// 30 secs == 30000mS
SHOW_OBJ_ETIME("PlaceCall setting timeout");
hrLast = CC_SetCallControlTimeout(CC_Q931_ALERTING_TIMEOUT, 30000);
if(pAppData)
{
// typical case - app data should be really small
if(pAppData->dwDataSize <= APPLICATION_DATA_DEFAULT_SIZE)
{
m_NonstdContent.data_type = NSTD_APPLICATION_DATA;
m_NonstdContent.dw_nonstd_data_size = pAppData->dwDataSize;
memcpy(&m_NonstdContent.nonstd_data.AppData.data,
pAppData->lpData, pAppData->dwDataSize);
m_NonstandardData.sData.pOctetString = (LPBYTE) &m_NonstdContent;
m_NonstandardData.sData.wOctetStringLength = sizeof(m_NonstdContent);
}
else // need some heap
{
UINT uTotalSize = sizeof(MSFT_NONSTANDARD_DATA)+ pAppData->dwDataSize;
lpNonstdContent = (PMSFT_NONSTANDARD_DATA)MemAlloc(uTotalSize);
if(lpNonstdContent)
{
lpNonstdContent->data_type = NSTD_APPLICATION_DATA;
lpNonstdContent->dw_nonstd_data_size = pAppData->dwDataSize;
memcpy(&lpNonstdContent->nonstd_data.AppData.data, pAppData->lpData,pAppData->dwDataSize);
m_NonstandardData.sData.pOctetString = (LPBYTE) lpNonstdContent;
m_NonstandardData.sData.wOctetStringLength = LOWORD(uTotalSize);
}
else
{
ERRORMESSAGE(("%s, alloc failed\r\n", _fx_));
hResult = CCO_E_SYSTEM_ERROR;
goto EXIT;
}
}
pNSData = &m_NonstandardData;
}
m_NonstandardData.bCountryCode = USA_H221_COUNTRY_CODE;
m_NonstandardData.bExtension = USA_H221_COUNTRY_EXTENSION;
m_NonstandardData.wManufacturerCode = MICROSOFT_H_221_MFG_CODE;
SHOW_OBJ_ETIME("CH323Ctrl::PlaceCall ready to place call");
// set destination address pointers
if(bUseGKResolution)
{
// the address passed in pCallAddr is the GK's address
pConnectAddr = &ConfAddr;
}
else
{
pDestinationAddr = &ConfAddr;
}
hrLast = CC_PlaceCall(
m_hConference,
&m_hCall,
pLocalAliasNames, // PCC_ALIASNAMES pLocalAliasNames,
pRemoteAliasNames,
NULL, // PCC_ALIASNAMES pExtraCalleeAliasNames,
NULL, // PCC_ALIASITEM pCalleeExtension,
pNSData, // PCC_NONSTANDARDDATA pNonStandardData,
lpwUserDisplayName, // PWSTR pszDisplay,
pDestinationAddr, // Destination call signalling address
pConnectAddr, // address to send the SETUP message to, if different than
// the destination address. (used for gatekeeper calls?)
0, // DWORD dwBandwidth,
(DWORD_PTR) this);
SHOW_OBJ_ETIME("CH323Ctrl::PlaceCall placed call");
// clear these out so that cleanup does not try to free later
if(lpNonstdContent)
MemFree(lpNonstdContent);
m_NonstandardData.sData.pOctetString = NULL;
m_NonstandardData.sData.wOctetStringLength = 0;
// check return from CC_PlaceCall
if(hrLast != CC_OK)
{
ERRORMESSAGE(("CH323Ctrl::PlaceCall, PlaceCall returned 0x%08lX\r\n", hrLast));
hResult = CCO_E_CONNECT_FAILED;
goto EXIT;
}
// wait for an indication
GoNextPhase(CCS_Connecting);
EXIT:
if(pTranslatedAliasNames)
{
FreeTranslatedAliasList(pTranslatedAliasNames);
}
if(pPSTNAlias)
{
MemFree(pPSTNAlias);
}
return hResult;
}
//
// Given HCHANNEL, find the channel object.
//
ICtrlCommChan *CH323Ctrl::FindChannel(CC_HCHANNEL hChannel)
{
FX_ENTRY ("CH323Ctrl::FindChannel");
// find the channel
POSITION pos = m_ChannelList.GetHeadPosition();
ICtrlCommChan *pChannel;
while (pos)
{
pChannel = (ICtrlCommChan *) m_ChannelList.GetNext(pos);
ASSERT(pChannel);
if(pChannel->GetHChannel() == hChannel)
return pChannel;
}
#ifdef DEBUG
// fallout to error case
ERRORMESSAGE(("%s, did not find hChannel 0x%08lX\r\n",_fx_,hChannel));
#endif // DEBUG
return NULL;
}
VOID CH323Ctrl::OnMute(HRESULT hStatus,
PCC_MUTE_CALLBACK_PARAMS pParams)
{
FX_ENTRY ("CH323Ctrl::OnMute");
ICtrlCommChan *pChannel;
HRESULT hr;
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
return;
}
hr = pChannel->PauseNet(TRUE, TRUE);
if(!HR_SUCCEEDED(hr))
{
ERRORMESSAGE(("%s, Pausenet returned 0x%08lx\r\n", _fx_, hr));
}
}
VOID CH323Ctrl::OnUnMute(HRESULT hStatus,
PCC_UNMUTE_CALLBACK_PARAMS pParams)
{
FX_ENTRY ("CH323Ctrl::OnUnMute");
ICtrlCommChan *pChannel;
HRESULT hr;
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
return;
}
hr = pChannel->PauseNet(FALSE, TRUE);
if(!HR_SUCCEEDED(hr))
{
ERRORMESSAGE(("%s, Pausenet returned 0x%08lx\r\n", _fx_, hr));
}
}
VOID CH323Ctrl::OnMiscCommand(HRESULT hStatus,
PCC_H245_MISCELLANEOUS_COMMAND_CALLBACK_PARAMS pParams)
{
FX_ENTRY ("CH323Ctrl::OnMiscCommand");
ICtrlCommChan *pChannel;
// not every command references an individual channel. The 4 exceptions are:
// case equaliseDelay_chosen:
// case zeroDelay_chosen:
// case multipointModeCommand_chosen:
// case cnclMltpntMdCmmnd_chosen:
//
// if we were betting on receiving few of the exceptional cases, we would always
// try to find the channel.
//if(!(pChannel = FindChannel(pParams->hChannel)))
//{
// ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
// but don't error because of the exceptions
//}
switch(pParams->pMiscellaneousCommand->type.choice)
{
// the name and spelling of these constants was invented by the OSS compiler
//
case videoFreezePicture_chosen:
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
break;
}
break;
case videoFastUpdatePicture_chosen: // the receiver wants an I-Frame
{
HRESULT hr;
IVideoChannel *pIVC=NULL;
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
break;
}
hr = pChannel->QueryInterface(IID_IVideoChannel, (void **)&pIVC);
if(HR_SUCCEEDED(hr))
{
pIVC->SendKeyFrame();
pIVC->Release();
}
// else it must not be a video channel
}
break;
case MCd_tp_vdTmprlSptlTrdOff_chosen:
{
DWORD dwTradeoff;
HRESULT hr;
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
break;
}
// set TS value of the channel, also propagate to Datapump
dwTradeoff = MAKELONG(
pParams->pMiscellaneousCommand->type.u.MCd_tp_vdTmprlSptlTrdOff, 0);
// set channel property
// NOTE: when PROP_TS_TRADEOFF is set, the channel does all the
// local tweaking to make it happen. The channel will also signal the
// new value to the remote as if the local end initiated it.
hr = pChannel->CtrlChanSetProperty(PROP_TS_TRADEOFF, &dwTradeoff, sizeof(dwTradeoff));
}
break;
default:
// the following are not currently handled
// case equaliseDelay_chosen:
// case zeroDelay_chosen:
// case videoSendSyncEveryGOB_chosen:
// case vdSndSyncEvryGOBCncl_chosen:
// case videoFastUpdateGOB_chosen: // suposedly required by H.323
// case videoFastUpdateMB_chosen: // suposedly required by H.323
// and the remaining 2 are handled by the call control layer
// so we will never see these
// case multipointModeCommand_chosen:
// case cnclMltpntMdCmmnd_chosen:
break;
}
}
VOID CH323Ctrl::OnMiscIndication(HRESULT hStatus,
PCC_H245_MISCELLANEOUS_INDICATION_CALLBACK_PARAMS pParams)
{
FX_ENTRY ("CH323Ctrl::OnMiscIndication");
ICtrlCommChan *pChannel;
HRESULT hr;
unsigned short choice = pParams->pMiscellaneousIndication->type.choice;
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
// check the exceptional cases for which this is OK
if((choice == multipointConference_chosen)
|| (choice == cnclMltpntCnfrnc_chosen)
|| (choice == multipointZeroComm_chosen)
|| (choice == cancelMultipointZeroComm_chosen)
|| (choice == mltpntScndryStts_chosen)
|| (choice == cnclMltpntScndryStts_chosen))
{
return; // as long as the above choices are not supported......
}
}
switch(choice)
{
case logicalChannelActive_chosen:
hr = pChannel->PauseNet(FALSE, TRUE);
break;
case logicalChannelInactive_chosen:
hr = pChannel->PauseNet(TRUE, TRUE);
break;
case MIn_tp_vdTmprlSptlTrdOff_chosen:
{
HRESULT hr;
DWORD dwTradeoff = MAKELONG(0,
pParams->pMiscellaneousIndication->type.u.MIn_tp_vdTmprlSptlTrdOff);
if(!(pChannel = FindChannel(pParams->hChannel)))
{
ERRORMESSAGE(("%s, channel not found\r\n", _fx_));
break;
}
// Set the indicated TS value of the channel.
// This should never occur for send channels.
//
hr = pChannel->CtrlChanSetProperty(PROP_TS_TRADEOFF_IND, &dwTradeoff, sizeof(dwTradeoff));
}
break;
// the following are not currently handled
// case multipointConference_chosen:
// case cnclMltpntCnfrnc_chosen:
// case multipointZeroComm_chosen:
// case cancelMultipointZeroComm_chosen:
// case mltpntScndryStts_chosen:
// case cnclMltpntScndryStts_chosen:
// case vdIndctRdyTActvt_chosen:
// case videoNotDecodedMBs_chosen:
}
}
HRESULT CH323Ctrl::MiscChannelCommand(
ICtrlCommChan *pChannel,
VOID * pCmd)
{
#ifdef BETA_2_ASN_PRESENT
if(m_fAvoidCrashingPDUs)
return hrSuccess;
#endif // BETA_2_ASN_PRESENT
return CC_H245MiscellaneousCommand(m_hCall, pChannel->GetHChannel(),
(MiscellaneousCommand *)pCmd);
}
HRESULT CH323Ctrl::MiscChannelIndication(
ICtrlCommChan *pChannel,
VOID * pInd)
{
MiscellaneousIndication *pMI = (MiscellaneousIndication *)pInd;
#ifdef BETA_2_ASN_PRESENT
if(m_fAvoidCrashingPDUs)
return hrSuccess;
#endif
// Intel decided that they had to wrap two Misc commands with two separate,
// additional APIs. And it won't allow those to be issued any other way.
// (it returns an error). Until we fix that, need to catch and reroute those
// two special ones
if(pMI->type.choice == logicalChannelActive_chosen)
{
return CC_UnMute(pChannel->GetHChannel());
}
else if (pMI->type.choice == logicalChannelInactive_chosen )
{
return CC_Mute(pChannel->GetHChannel());
}
else
return CC_H245MiscellaneousIndication(m_hCall,pChannel->GetHChannel(),pMI);
}
VOID CH323Ctrl::SetRemoteVendorID(PCC_VENDORINFO pVendorInfo)
{
if(!pVendorInfo)
return;
m_RemoteVendorInfo.bCountryCode = pVendorInfo->bCountryCode;
m_RemoteVendorInfo.bExtension = pVendorInfo->bExtension;
m_RemoteVendorInfo.wManufacturerCode = pVendorInfo->wManufacturerCode;
if(pVendorInfo->pProductNumber
&& pVendorInfo->pProductNumber->wOctetStringLength
&& pVendorInfo->pProductNumber->pOctetString)
{
if(m_RemoteVendorInfo.pProductNumber)
{
MemFree(m_RemoteVendorInfo.pProductNumber);
}
m_RemoteVendorInfo.pProductNumber = (PCC_OCTETSTRING)
MemAlloc(sizeof(CC_OCTETSTRING)
+ pVendorInfo->pProductNumber->wOctetStringLength);
if(m_RemoteVendorInfo.pProductNumber)
{
m_RemoteVendorInfo.pProductNumber->wOctetStringLength
= pVendorInfo->pProductNumber->wOctetStringLength;
m_RemoteVendorInfo.pProductNumber->pOctetString =
((BYTE *)m_RemoteVendorInfo.pProductNumber + sizeof(CC_OCTETSTRING));
memcpy(m_RemoteVendorInfo.pProductNumber->pOctetString,
pVendorInfo->pProductNumber->pOctetString,
pVendorInfo->pProductNumber->wOctetStringLength);
}
}
if(pVendorInfo->pVersionNumber)
{
if(m_RemoteVendorInfo.pVersionNumber)
{
MemFree(m_RemoteVendorInfo.pVersionNumber);
}
m_RemoteVendorInfo.pVersionNumber = (PCC_OCTETSTRING)
MemAlloc(sizeof(CC_OCTETSTRING)
+ pVendorInfo->pVersionNumber->wOctetStringLength);
if(m_RemoteVendorInfo.pVersionNumber)
{
m_RemoteVendorInfo.pVersionNumber->wOctetStringLength
= pVendorInfo->pVersionNumber->wOctetStringLength;
m_RemoteVendorInfo.pVersionNumber->pOctetString =
((BYTE *)m_RemoteVendorInfo.pVersionNumber + sizeof(CC_OCTETSTRING));
memcpy(m_RemoteVendorInfo.pVersionNumber->pOctetString,
pVendorInfo->pVersionNumber->pOctetString,
pVendorInfo->pVersionNumber->wOctetStringLength);
}
}
#ifdef BETA_2_ASN_PRESENT
char IntelCrashingID[] = "Intel Internet Video Phone";
char IntelCrashingVer[] = "1.0";
m_fAvoidCrashingPDUs = FALSE; // innocent until proven guilty
if(m_RemoteVendorInfo.bCountryCode == USA_H221_COUNTRY_CODE)
{
// then it's possible that it is Intel or Microsoft
if(m_RemoteVendorInfo.wManufacturerCode == MICROSOFT_H_221_MFG_CODE)
{
if((!pVendorInfo->pProductNumber) && (!pVendorInfo->pVersionNumber))
{
// safe to assume this is Beta2 or Beta3
m_fAvoidCrashingPDUs = TRUE;
}
else if((pVendorInfo->pProductNumber && pVendorInfo->pProductNumber->wOctetStringLength == 0)
&& (pVendorInfo->pVersionNumber && pVendorInfo->pVersionNumber->wOctetStringLength == 0))
{
// safe to assume this is Beta2 or Beta3
m_fAvoidCrashingPDUs = TRUE;
}
}
else if(m_RemoteVendorInfo.wManufacturerCode == INTEL_H_221_MFG_CODE)
{
if(pVendorInfo->pProductNumber
&& pVendorInfo->pVersionNumber
&& pVendorInfo->pProductNumber->wOctetStringLength
&& pVendorInfo->pProductNumber->pOctetString
&& pVendorInfo->pVersionNumber->wOctetStringLength
&& pVendorInfo->pVersionNumber->pOctetString)
{
// compare strings, don't care about null terminator
if((0 == memcmp(pVendorInfo->pProductNumber->pOctetString,
IntelCrashingID, min(sizeof(IntelCrashingID)-1,pVendorInfo->pProductNumber->wOctetStringLength)))
&& (0 == memcmp(pVendorInfo->pVersionNumber->pOctetString,
IntelCrashingVer,
min(sizeof(IntelCrashingVer)-1, pVendorInfo->pVersionNumber->wOctetStringLength)) ))
{
m_fAvoidCrashingPDUs = TRUE;
}
}
}
}
#endif //BETA_2_ASN_PRESENT
}
HRESULT CH323Ctrl::Init(IConfAdvise *pConfAdvise)
{
hrLast = hrSuccess;
if(!(m_pConfAdvise = pConfAdvise))
{
hrLast = CCO_E_INVALID_PARAM;
goto EXIT;
}
EXIT:
return hrLast;
}
HRESULT CH323Ctrl::DeInit(IConfAdvise *pConfAdvise)
{
hrLast = hrSuccess;
if(m_pConfAdvise != pConfAdvise)
{
hrLast = CCO_E_INVALID_PARAM;
goto EXIT;
}
m_pConfAdvise = NULL;
EXIT:
return hrLast;
}
BOOL CH323Ctrl::IsAcceptingConference(LPVOID lpvConfID)
{
if(memcmp(lpvConfID, &m_ConferenceID, sizeof(m_ConferenceID))==0)
{
return TRUE;
}
return FALSE;
}
HRESULT CH323Ctrl::GetProtocolID(LPGUID lpPID)
{
if(!lpPID)
return CCO_E_INVALID_PARAM;
*lpPID = m_PID;
hrLast = hrSuccess;
return hrLast;
}
IH323Endpoint * CH323Ctrl::GetIConnIF()
{
if(!m_pConfAdvise)
return NULL;
return m_pConfAdvise->GetIConnIF();
}
STDMETHODIMP CH323Ctrl::GetVersionInfo(
PCC_VENDORINFO *ppLocalVendorInfo,
PCC_VENDORINFO *ppRemoteVendorInfo)
{
FX_ENTRY ("CH323Ctrl::GetVersionInfo");
if(!ppLocalVendorInfo || !ppRemoteVendorInfo)
{
return CCO_E_INVALID_PARAM;
}
*ppLocalVendorInfo = &m_VendorInfo;
*ppRemoteVendorInfo = &m_RemoteVendorInfo;
return hrSuccess;
}
CH323Ctrl::CH323Ctrl()
:m_hListen(0),
m_hConference(0),
m_hCall(0),
m_pRemoteAliases(NULL),
m_pRemoteAliasItem(NULL),
pwszPeerDisplayName(NULL),
pwszPeerAliasName(NULL),
m_bMultipointController(FALSE),
m_fLocalT120Cap(TRUE),
m_fRemoteT120Cap(FALSE),
hrLast(hrSuccess),
m_ChanFlags(0),
m_hCallCompleteCode(0),
m_pConfAdvise(NULL),
m_Phase( CCS_Idle ),
#ifdef BETA_2_ASN_PRESENT
m_fAvoidCrashingPDUs(FALSE),
#endif
uRef(1)
{
m_PID = PID_H323;
ZeroMemory(&m_ConferenceID,sizeof(m_ConferenceID));
ZeroMemory(&local_sin, sizeof(local_sin));
ZeroMemory(&remote_sin, sizeof(remote_sin));
ZeroMemory(&m_RemoteVendorInfo, sizeof(m_RemoteVendorInfo));
local_sin_len = sizeof(local_sin);
remote_sin_len = sizeof(remote_sin);
m_VendorInfo.bCountryCode = USA_H221_COUNTRY_CODE;
m_VendorInfo.bExtension = USA_H221_COUNTRY_EXTENSION;
m_VendorInfo.wManufacturerCode = MICROSOFT_H_221_MFG_CODE;
m_VendorInfo.pProductNumber = (PCC_OCTETSTRING)MemAlloc(sizeof(CC_OCTETSTRING)
+ sizeof(DefaultProductID));
if(m_VendorInfo.pProductNumber)
{
m_VendorInfo.pProductNumber->wOctetStringLength = sizeof(DefaultProductID);
m_VendorInfo.pProductNumber->pOctetString =
((BYTE *)m_VendorInfo.pProductNumber + sizeof(CC_OCTETSTRING));
memcpy(m_VendorInfo.pProductNumber->pOctetString,
DefaultProductID, sizeof(DefaultProductID));
}
m_VendorInfo.pVersionNumber = (PCC_OCTETSTRING)MemAlloc(sizeof(CC_OCTETSTRING)
+ sizeof(DefaultProductVersion));
if(m_VendorInfo.pVersionNumber)
{
m_VendorInfo.pVersionNumber->wOctetStringLength = sizeof(DefaultProductVersion);
m_VendorInfo.pVersionNumber->pOctetString =
((BYTE *)m_VendorInfo.pVersionNumber + sizeof(CC_OCTETSTRING));
memcpy(m_VendorInfo.pVersionNumber->pOctetString,
DefaultProductVersion, sizeof(DefaultProductVersion));
}
m_NonstandardData.bCountryCode = USA_H221_COUNTRY_CODE;
m_NonstandardData.bExtension = USA_H221_COUNTRY_EXTENSION;
m_NonstandardData.wManufacturerCode = MICROSOFT_H_221_MFG_CODE;
m_NonstandardData.sData.pOctetString = NULL;
m_NonstandardData.sData.wOctetStringLength = 0;
m_ParticipantList.wLength = 0;
m_ParticipantList.ParticipantInfoArray = NULL;
m_ConferenceAttributes.pParticipantList = &m_ParticipantList;
}
VOID CH323Ctrl ::ReleaseAllChannels()
{
ICtrlCommChan *pChan = NULL;
if (!m_ChannelList.IsEmpty())
{
while (!m_ChannelList.IsEmpty())
{
pChan = (ICtrlCommChan *) m_ChannelList.RemoveHead();
if(pChan)
{
pChan->EndControlSession();
pChan->Release();
pChan = NULL;
}
}
}
}
CH323Ctrl ::~CH323Ctrl()
{
Cleanup();
ReleaseAllChannels();
if(m_pRemoteAliases)
FreeTranslatedAliasList(m_pRemoteAliases);
if(pwszPeerDisplayName)
MemFree(pwszPeerDisplayName);
if(pwszPeerAliasName)
MemFree(pwszPeerAliasName);
if(m_pRemoteAliasItem)
MemFree(m_pRemoteAliasItem);
if(m_NonstandardData.sData.pOctetString)
MemFree(m_NonstandardData.sData.pOctetString);
if(m_VendorInfo.pProductNumber)
MemFree(m_VendorInfo.pProductNumber);
if(m_VendorInfo.pVersionNumber)
MemFree(m_VendorInfo.pVersionNumber);
if(m_RemoteVendorInfo.pProductNumber)
MemFree(m_RemoteVendorInfo.pProductNumber);
if(m_RemoteVendorInfo.pVersionNumber)
MemFree(m_RemoteVendorInfo.pVersionNumber);
}