static inline VOID DisableAero(VOID)
{
if (disable_aero_set)
{
vnclog.Print(LL_INTINFO, VNCLOG("DisableAero already done %i \n"),AeroWasEnabled);
return;
}
BOOL pfnDwmEnableCompositiond = FALSE;
AeroWasEnabled = FALSE;
if (!LoadDM())
return;
if (pfnDwmIsCompositionEnabled && SUCCEEDED(pfnDwmIsCompositionEnabled(&pfnDwmEnableCompositiond)))
;
else
return;
AeroWasEnabled = pfnDwmEnableCompositiond;
disable_aero_set=true;
vnclog.Print(LL_INTINFO, VNCLOG("DisableAero %i \n"),AeroWasEnabled);
if (!AeroWasEnabled)
return;
if (pfnDwmEnableComposition && SUCCEEDED(pfnDwmEnableComposition(FALSE)))
;
else
;
}
static inline VOID DisableAero(VOID)
{
BOOL pfnDwmEnableCompositiond = FALSE;
AeroWasEnabled = FALSE;
if (!LoadDM())
return;
if (pfnDwmIsCompositionEnabled && SUCCEEDED(pfnDwmIsCompositionEnabled(&pfnDwmEnableCompositiond)))
DEBPRINT("Got the result of DwmIsCompositionEnabled, %i\n", pfnDwmEnableCompositiond);
else
return;
if ((AeroWasEnabled = pfnDwmEnableCompositiond))
DEBPRINT("Disable the Aero rendering\n");
else
return;
if (pfnDwmEnableComposition && SUCCEEDED(pfnDwmEnableComposition(FALSE)))
DEBPRINT("Aero rendering disabled\n");
else
DEBPRINT("We failed to disable the Aero rendering\n");
}
static inline VOID DisableAero(VOID)
{
BOOL pfnDwmEnableCompositiond = FALSE;
AeroWasEnabled = FALSE;
if (!LoadDM())
return;
if (pfnDwmIsCompositionEnabled && SUCCEEDED(pfnDwmIsCompositionEnabled(&pfnDwmEnableCompositiond)))
;
else
return;
if ((AeroWasEnabled = pfnDwmEnableCompositiond))
;
else
return;
if (pfnDwmEnableComposition && SUCCEEDED(pfnDwmEnableComposition(FALSE)))
;
else
;
}
BOOL
CallBack(
PNLBLK pnlblk,
int cb
)
{
MPACKET * pMpacket;
DPACKET * pDpckt;
XOSD xosd;
LOADDMSTRUCT lds;
static int cbMulti = 0;
static char * pbMulti = NULL;
switch( pnlblk->mtypeBlk ) {
case mtypeVersionRequest:
DEBUG_OUT("CallBack: mtypeVersionRequest\n" );
TLFunc(tlfSendVersion, pnlblk->hpid, 0, 0);
break;
case mtypeSyncMulti:
case mtypeAsyncMulti:
#if DBG
if (pnlblk->mtypeBlk == mtypeAsyncMulti) {
DEBUG_OUT("CallBack: mtypeAsyncMulti\n" );
EnterCriticalSection(&csExpecting);
FExpectingReply = 0;
LeaveCriticalSection(&csExpecting);
} else {
DEBUG_OUT("CallBack: mtypeSyncMulti\n" );
EnterCriticalSection(&csExpecting);
FExpectingReply = 1;
FExpectingSeq = pnlblk->seq;
LeaveCriticalSection(&csExpecting);
}
#endif
//assert( cb == (int) (pnlblk->cchMessage + sizeof(NLBLK)) );
if (FConnected) {
pMpacket = (MPACKET *) pnlblk->rgchData;
if (pMpacket->packetNum == 0) {
if (cbMulti < pMpacket->packetCount * MAX_INTERNAL_PACKET) {
pbMulti = realloc(pbMulti, pMpacket->packetCount *
MAX_INTERNAL_PACKET);
}
}
memcpy(pbMulti + pMpacket->packetNum * MAX_INTERNAL_PACKET,
(LPVOID)pMpacket->rgchData, pnlblk->cchMessage - sizeof(MPACKET));
if (pMpacket->packetNum + 1 == pMpacket->packetCount) {
cb = pMpacket->packetNum * MAX_INTERNAL_PACKET +
pnlblk->cchMessage - sizeof(MPACKET);
if (TLCallBack != NULL) {
TLCallBack( pnlblk->hpid, cb, (LPARAM) pbMulti);
} else if (LpDmFunc != NULL) {
LpDmFunc((DWORD) cb, pbMulti);
}
}
}
break;
case mtypeAsync:
case mtypeSync:
#if DBG
if (pnlblk->mtypeBlk == mtypeAsync) {
DEBUG_OUT("CallBack: mtypeAsync\n" );
EnterCriticalSection(&csExpecting);
FExpectingReply = 0;
LeaveCriticalSection(&csExpecting);
} else {
DEBUG_OUT("CallBack: mtypeSync\n" );
EnterCriticalSection(&csExpecting);
FExpectingReply = 1;
FExpectingSeq = pnlblk->seq;
LeaveCriticalSection(&csExpecting);
}
#endif
//assert( cb == (int) (pnlblk->cchMessage + sizeof(NLBLK)) );
if (FConnected) {
if (TLCallBack != NULL) {
DPRINT(("CallBack: calling TLCallBack\n"));
TLCallBack( pnlblk->hpid, pnlblk->cchMessage,
(LPARAM) pnlblk->rgchData);
} else if (LpDmFunc != NULL) {
DPRINT(("CallBack: calling LpDmFunc\n"));
LpDmFunc(pnlblk->cchMessage, (LPVOID)pnlblk->rgchData);
}
}
break;
case mtypeDisconnect:
DEBUG_OUT("CallBack: mtypeDisconnect\n" );
if (TLCallBack != NULL) {
RTP rtp = {0};
rtp.dbc = dbcRemoteQuit;
rtp.hpid = pnlblk->hpid;
TLCallBack(pnlblk->hpid, sizeof(rtp), (LPARAM)&rtp);
}
if (LpUiServer) {
pDpckt = (DPACKET *) pnlblk->rgchData;
LpUiServer( tlcbDisconnect,
pDpckt->hpid,
pDpckt->htid,
pDpckt->fContinue,
0
);
}
SetEvent(hRemoteQuit);
break;
case mtypeTransportIsDead:
DEBUG_OUT("CallBack: mtypeTransportIsDead\n" );
TransportFailure();
return FALSE;
break;
case mtypeLoadDM:
DPRINT(("CallBack: LoadDM; '%p', '%p'\n",
((LPLOADDMSTRUCT)pnlblk->rgchData)->lpDmName,
((LPLOADDMSTRUCT)pnlblk->rgchData)->lpDmParams));
assert(FDMSide);
lds.lpDmName = (LPVOID)pnlblk->rgchData;
lds.lpDmParams = (LPSTR)pnlblk->rgchData + strlen(lds.lpDmName) + 1;
xosd = LoadDM(pnlblk->hpid, &lds);
ZERO_Rgb(RgbReply);
PnlblkRp->mtypeBlk = mtypeLoadDMReply;
PnlblkRp->hpid = pnlblk->hpid;
PnlblkRp->cchMessage = sizeof(XOSD);
PnlblkRp->seq = ++pkSeq;
memcpy((LPVOID)PnlblkRp->rgchData, (LPB) &xosd, sizeof(XOSD));
DPRINT(("CallBack: LoadDM; replying with 0x%x\n", xosd));
xosd = SendData(PnlblkRp, sizeof(NLBLK) + sizeof(XOSD));
break;
default:
assert(FALSE);
}
return TRUE;
}
