int CMSConnectionComplete(struct Upnp_Action_Request *actEvent)
{
// PSERV_COMMON serv = &dms.dmsServ[DMS_SERVICE_CMS];
ZTrace(DBG_DMS_CMS, "Entering");
actEvent->ErrCode = UPNP_SOAP_E_NOT_IMPLEMENTED;
strcpy(actEvent->ErrStr, "Not Implemented");
ZTrace(DBG_DMS_CMS, "Exiting->%d", actEvent->ErrCode);
return actEvent->ErrCode;
}
int CMSGetProtocolInfo(struct Upnp_Action_Request *actEvent)
{
char *source;
char *sink;
ZTrace(DBG_DMS_CMS, "Entering");
if ((source = DMSGetVariable(DMS_SERVICE_CMS, "SourceProtocolInfo")) == NULL) {
ZError(DBG_DMS_CDS, "Unable to get SourceProtocolInfo Variable");
goto funcOut;
}
// No input parameters... Return protInfo in the action Result...
// ActionResult has to be setup...
// In case of errors, need to setup ErrCode and ErrStr....
actEvent->ErrCode = UPNP_E_SUCCESS;
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetProtocolInfo",
dms.dmsServ[DMS_SERVICE_CMS].serviceType,
"Source", source) != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set Source");
goto funcOut;
}
if ((sink = DMSGetVariable(DMS_SERVICE_CMS, "SinkProtocolInfo")) == NULL) {
ZError(DBG_DMS_CDS, "Unable to get SinkProtocolInfo Variable");
goto funcOut;
}
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetProtocolInfo",
dms.dmsServ[DMS_SERVICE_CMS].serviceType,
"Sink", sink) != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set Sink");
goto funcOut;
}
funcOut:
if (actEvent->ErrCode != UPNP_E_SUCCESS) {
actEvent->ActionResult = NULL;
actEvent->ErrCode = UPNP_E_INTERNAL_ERROR;
strcpy(actEvent->ErrStr, "Internal Error");
}
ZTrace(DBG_DMS_CMS, "Exiting->%d", actEvent->ErrCode);
return actEvent->ErrCode;
}
int32_t TrapHandler(struct NaClApp *nap, uint32_t args)
{
uint64_t *sargs;
int retcode = 0;
int i;
assert(nap != NULL);
assert(nap->manifest != NULL);
/*
* translate address from user space to system
* note: cannot set "trap error"
*/
sargs = (uint64_t*)NaClUserToSys(nap, (uintptr_t)args);
i = FunctionIndexById(*sargs);
ZLOGS(LOG_DEBUG, "%s called", function[i]);
ZTrace("untrusted code");
switch(*sargs)
{
case TrapFork:
if(Daemon(nap) == 0)
{
SyscallZTrace(5, function[5]);
ZVMExitHandle(nap, 0);
}
break;
case TrapExit:
ZVMExitHandle(nap, (int32_t)sargs[2]);
break;
case TrapRead:
retcode = ZVMReadHandle(nap,
(int)sargs[2], (char*)sargs[3], (int32_t)sargs[4], sargs[5]);
break;
case TrapWrite:
retcode = ZVMWriteHandle(nap,
(int)sargs[2], (char*)sargs[3], (int32_t)sargs[4], sargs[5]);
break;
case TrapJail:
retcode = ZVMJailHandle(nap, (uint32_t)sargs[2], (int32_t)sargs[3]);
break;
case TrapUnjail:
retcode = ZVMUnjailHandle(nap, (uint32_t)sargs[2], (int32_t)sargs[3]);
break;
default:
retcode = -EPERM;
ZLOG(LOG_ERROR, "function %ld is not supported", *sargs);
break;
}
/* report, ztrace and return */
FastReport();
ZLOGS(LOG_DEBUG, "%s returned %d", function[i], retcode);
SyscallZTrace(i, function[i], sargs[2], sargs[3], sargs[4], sargs[5], retcode);
return retcode;
}
static void SyscallZTrace(int i, ...)
{
char *msg;
va_list ap;
char *fmt[] = {"%s(%d, %p, %d, %ld) = %d", "%s(%d, %p, %d, %ld) = %d",
"%s(%p, %d) = %d", "%s(%p, %d) = %d", "%s(%d) = %d", "%s()"};
va_start(ap, i);
msg = g_strdup_vprintf(fmt[i], ap);
va_end(ap);
ZTrace(msg);
g_free(msg);
}
int CMSGetCurrentConnectionIDs(struct Upnp_Action_Request *actEvent)
{
char *connId;
PSERV_COMMON serv = &dms.dmsServ[DMS_SERVICE_CMS];
ZTrace(DBG_DMS_CMS, "Entering");
actEvent->ErrCode = UPNP_E_SUCCESS;
if ((connId = DMSGetVariable(DMS_SERVICE_CMS, "CurrentConnectionIDs")) == NULL) {
ZError(DBG_DMS_CDS, "Unable to get CurrentConnectionIDs Variable");
goto funcOut;
}
// Need to return only connectionID of zero as we don't support
// prepareforConnection fn...
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionIDs",
serv->serviceType,
"ConnectionIDs",
connId) != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set ConnectionIDs");
goto funcOut;
}
funcOut:
if (actEvent->ErrCode != UPNP_E_SUCCESS) {
actEvent->ActionResult = NULL;
actEvent->ErrCode = UPNP_E_INTERNAL_ERROR;
strcpy(actEvent->ErrStr, "Internal Error");
}
ZTrace(DBG_DMS_CMS, "Exiting->%d", actEvent->ErrCode);
return actEvent->ErrCode;
}
void ReportDtor(int zvm_ret)
{
SetExitCode(zvm_ret);
/* broken session */
if(zvm_code != 0)
{
ZLOGS(LOG_ERROR, "SESSION %d FAILED WITH ERROR %d: %s",
gnap->manifest == NULL ? 0 : gnap->manifest->node,
zvm_code, strerror(zvm_code));
FinalDump(gnap);
ZTrace("[final dump]");
}
ChannelsDtor(gnap->manifest);
ZTrace("[channels destruction]");
Report(gnap);
ZTrace("[report]");
NaClAppDtor(gnap); /* free user space and globals */
ZTrace("[untrusted context closing]");
ManifestDtor(gnap->manifest); /* dispose manifest and channels */
ZTrace("[manifest deallocating]");
FreeDispatchThunk();
ZTrace("[thunk deallocating]");
ZLogDtor();
ZTrace("[zlog deallocating]");
/* free local resources and exit */
g_string_free(digests, TRUE);
g_string_free(cmd, TRUE);
g_free(zvm_state);
ZTrace("[exit]");
ZTraceDtor(1);
ZTraceNameDtor();
_exit(zvm_code);
}
PCP_DEV_NODE findDMSByIP( char* ip, int *i_ifIndex )
{
int ifIndex;
PCP_DEV_NODE devNode = NULL;
for (ifIndex = mpsync.numAddr-1; ifIndex >=0; ifIndex--) {
if (mpsync.dmcHandle[ifIndex] == NULL ) continue;
devNode = DMCFindFirstDev(mpsync.dmcHandle[ifIndex]);
while (devNode) {
ZTrace( DBG_MISC, "DEV ifindex->%d und->%s, type->%s", ifIndex, devNode->UDN, devNode->deviceType);
if (strstr(devNode->descDocURL, ip)) {
*i_ifIndex = ifIndex;
break;
}
devNode = DMCFindNextDev(mpsync.dmcHandle[ifIndex]);
}
DMCFindCloseDev(mpsync.dmcHandle[ifIndex]);
if ( devNode ) break;
}
if ( devNode == NULL )
ZError( DBG_MISC, "can not find the dms server, does it removed?" );
return devNode;
}
int CMSGetCurrentConnectionInfo(struct Upnp_Action_Request *actEvent)
{
char *value = NULL;
PSERV_COMMON serv = &dms.dmsServ[DMS_SERVICE_CMS];
ZTrace(DBG_DMS_CMS, "Entering");
actEvent->ErrCode = UPNP_E_SUCCESS;
// From the request get the connection ID...
if (!(value = ixmlGetFirstDocumentItem(actEvent->ActionRequest, "ConnectionID"))) {
strcpy(actEvent->ErrStr, "Invalid Arguments");
actEvent->ErrCode = UPNP_SOAP_E_INVALID_ARGS;
ZError(DBG_DMS_CMS, "ConnectionID Value not present");
goto funcOut;
}
// Make sure the value is zero...
if (atoi(value) != 0) {
strcpy(actEvent->ErrStr, "Invalid Connection Reference");
actEvent->ErrCode = UPNP_SOAP_E_INVALID_CONN_REF;
ZError(DBG_DMS_CMS, "ConnectionID Value is not zero->%d", atoi(value));
goto funcOut;
}
// Return variables related to connection id...
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionInfo",
serv->serviceType,
"RcsID",
"-1") != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set RcsID");
goto intError;
}
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionInfo",
serv->serviceType,
"AVTransportID",
"-1") != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set AVTransportID");
goto intError;
}
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionInfo",
serv->serviceType,
"PeerConnectionManager",
"") != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set PeerConnectionManager");
goto intError;
}
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionInfo",
serv->serviceType,
"PeerConnectionID",
"-1") != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set PeerConnectionID");
goto intError;
}
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionInfo",
serv->serviceType,
"Direction",
"Output") != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set Output");
goto intError;
}
if (UpnpAddToActionResponse(&actEvent->ActionResult,
"GetCurrentConnectionIDs",
serv->serviceType,
"Status",
"Unknown") != UPNP_E_SUCCESS) {
ZError(DBG_DMS_CMS, "Unable to set Status");
goto intError;
}
goto funcOut;
intError:
actEvent->ActionResult = NULL;
actEvent->ErrCode = UPNP_E_INTERNAL_ERROR;
strcpy(actEvent->ErrStr, "Internal Error");
funcOut:
ZTrace(DBG_DMS_CMS, "Exiting->%d", actEvent->ErrCode);
if (value) {
free(value);
}
return actEvent->ErrCode;
}
int32_t TrapHandler(struct NaClApp *nap, uint32_t args)
{
uint64_t *sargs;
int retcode = 0;
assert(nap != NULL);
assert(nap->manifest != NULL);
/*
* translate address from user space to system
* note: cannot set "trap error"
*/
sargs = (uint64_t*)NaClUserToSys(nap, (uintptr_t)args);
ZLOGS(LOG_DEBUG, "%s called", FunctionName(*sargs));
ZTrace("untrusted code");
switch(*sargs)
{
case TrapFork:
retcode = Daemon(nap);
if(retcode) break;
SyscallZTrace(*sargs, 0);
SyscallZTrace(TrapExit, 0);
ZVMExitHandle(nap, 0);
break;
case TrapExit:
SyscallZTrace(*sargs, sargs[2]);
ZVMExitHandle(nap, (int32_t)sargs[2]);
break;
case TrapRead:
retcode = ZVMReadHandle(nap,
(int)sargs[2], (char*)sargs[3], (int32_t)sargs[4], sargs[5]);
break;
case TrapWrite:
retcode = ZVMWriteHandle(nap,
(int)sargs[2], (char*)sargs[3], (int32_t)sargs[4], sargs[5]);
break;
case TrapJail:
retcode = ZVMJailHandle(nap, (uint32_t)sargs[2], (int32_t)sargs[3]);
break;
case TrapUnjail:
retcode = ZVMUnjailHandle(nap, (uint32_t)sargs[2], (int32_t)sargs[3]);
break;
#ifdef ZVM_SOCKETS
case TrapSocket:
retcode = ZVM_socket((int)sargs[2], (int)sargs[3], (int)sargs[4]);
break;
case TrapBind: {
const struct sockaddr *addr = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
retcode = ZVM_bind((int)sargs[2], addr, (socklen_t)sargs[4]);
break; }
case TrapConnect: {
const struct sockaddr *addr = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
retcode = ZVM_connect((int)sargs[2], addr, (socklen_t)sargs[4]);
break; }
case TrapAccept: {
struct sockaddr *addr = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
socklen_t *len = (void*)NaClUserToSys(nap, (uintptr_t)sargs[4]);
retcode = ZVM_accept((int)sargs[2], addr, len);
break; }
case TrapListen:
retcode = ZVM_listen((int)sargs[2], (int)sargs[3]);
break;
case TrapRecv: {
void *buf = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
retcode = ZVM_recv((int)sargs[2], buf, (size_t)sargs[4], (int)sargs[5]);
break; }
case TrapRecvfrom: {
void *buf = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
struct sockaddr *addr = (void*)NaClUserToSys(nap, (uintptr_t)sargs[6]);
socklen_t *len = (void*)NaClUserToSys(nap, (uintptr_t)sargs[7]);
retcode = ZVM_recvfrom((int)sargs[2], buf, (size_t)sargs[4], (int)sargs[5], addr, len);
break; }
case TrapRecvmsg: {
struct msghdr *msg = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
retcode = ZVM_recvmsg((int)sargs[2], msg, (int)sargs[4]);
break; }
case TrapSend: {
const void *buf = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
retcode = ZVM_send((int)sargs[2], buf, (size_t)sargs[4], (int)sargs[5]);
break; }
case TrapSendto: {
const void *buf = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
const struct sockaddr *addr = (void*)NaClUserToSys(nap, (uintptr_t)sargs[6]);
retcode = ZVM_sendto((int)sargs[2], buf, (size_t)sargs[4], (int)sargs[5], addr, (socklen_t)sargs[7]);
break; }
case TrapSendmsg: {
const struct msghdr *msg = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
retcode = ZVM_sendmsg((int)sargs[2], msg, (int)sargs[4]);
break; }
case TrapGetsockopt: {
void *optval = (void*)NaClUserToSys(nap, (uintptr_t)sargs[5]);
socklen_t *len = (void*)NaClUserToSys(nap, (uintptr_t)sargs[6]);
retcode = ZVM_getsockopt((int)sargs[2], (int)sargs[3], (int)sargs[4], optval, len);
break; }
case TrapSetsockopt: {
const void *optval = (void*)NaClUserToSys(nap, (uintptr_t)sargs[5]);
retcode = ZVM_setsockopt((int)sargs[2], (int)sargs[3], (int)sargs[4], optval, (socklen_t)sargs[6]);
break; }
case TrapSelect: {
fd_set *readfds = (void*)NaClUserToSys(nap, (uintptr_t)sargs[3]);
fd_set *writefds = (void*)NaClUserToSys(nap, (uintptr_t)sargs[4]);
fd_set *exceptfds = (void*)NaClUserToSys(nap, (uintptr_t)sargs[5]);
struct timeval *timeout = (void*)NaClUserToSys(nap, (uintptr_t)sargs[6]);
retcode = ZVM_select((int)sargs[2], readfds, writefds, exceptfds, timeout);
break; }
case TrapPoll: {
struct pollfd *fds = (void*)NaClUserToSys(nap, (uintptr_t)sargs[2]);
retcode = ZVM_poll(fds, (nfds_t)sargs[3], (int)sargs[4]);
break; }
case TrapGethostbyname: {
const char *name = (void*)NaClUserToSys(nap, (uintptr_t)sargs[2]);
retcode = (int)(intptr_t)ZVM_gethostbyname(name);
break; }
case TrapGethostbyaddr: {
const void *addr = (void*)NaClUserToSys(nap, (uintptr_t)sargs[2]);
retcode = (int)(intptr_t)ZVM_gethostbyaddr(addr, (socklen_t)sargs[3], (int)sargs[4]);
break; }
case TrapClose:
retcode = ZVM_close((int)sargs[2]);
break;
#endif
default:
retcode = -EPERM;
ZLOG(LOG_ERROR, "function %ld is not supported", *sargs);
break;
}
/* report, ztrace and return */
FastReport();
ZLOGS(LOG_DEBUG, "%s returned %d", FunctionName(*sargs), retcode);
SyscallZTrace(*sargs, retcode, sargs[2], sargs[3], sargs[4], sargs[5], sargs[6], sargs[7]);
return retcode;
}
void TopPane::UpdateBits()
{
/* ORIGINAL ALLEGIANCE VERSION.
ZEnter("TopPane::UpdateBits()");
if (m_bNeedPaint) {
ZTrace("m_bNeedPaint == true");
if (CalcPaint()) {
m_bNeedPaint = true;
m_bPaintAll = true;
}
ZTrace("after CalcPaint() m_bNeedPaint ==" + ZString(m_bNeedPaint));
ZTrace("after CalcPaint() m_bPaintAll ==" + ZString(m_bPaintAll ));
m_bPaintAll |= g_bPaintAll;
InternalPaint(m_psurface);
m_bNeedPaint = false;
}
ZExit("TopPane::UpdateBits()");*/
ZEnter("TopPane::UpdateBits()");
{
HRESULT hr;
bool bRenderTargetRequired;
PrivateSurface* pprivateSurface; CastTo(pprivateSurface, m_psurface);
bRenderTargetRequired = pprivateSurface->GetSurfaceType().Test(SurfaceTypeRenderTarget() ) == true;
if( bRenderTargetRequired == true )
{
TEXHANDLE hTexture = pprivateSurface->GetTexHandle( );
_ASSERT( hTexture != INVALID_TEX_HANDLE );
hr = CVRAMManager::Get()->PushRenderTarget( hTexture );
}
ZTrace("m_bNeedPaint == true");
CalcPaint();
m_bNeedPaint = true;
m_bPaintAll = true;
ZTrace("after CalcPaint() m_bPaintAll ==" + ZString(m_bPaintAll ));
WinPoint offset( 0, 0 );
// Call InternalPaint() with the child offset and parent size as params and create initial clipping rect.
WinRect rectClip( 0,
0,
(int) m_psurface->GetSize().X(),
(int) m_psurface->GetSize().Y() );
m_bPaintAll |= g_bPaintAll;
InternalPaint( m_psurface );
m_bNeedPaint = false;
if( bRenderTargetRequired == true )
{
CVRAMManager::Get()->PopRenderTarget( );
}
}
ZExit("TopPane::UpdateBits()");
/* {
ZTrace("m_bNeedPaint == true");
CalcPaint();
m_bNeedPaint = true;
m_bPaintAll = true;
ZTrace("after CalcPaint() m_bNeedPaint ==" + ZString(m_bNeedPaint));
ZTrace("after CalcPaint() m_bPaintAll ==" + ZString(m_bPaintAll ));
m_bPaintAll |= g_bPaintAll;
// localOffset.SetY( localOffset.Y() - (int)m_psurface->GetSize().Y() );
// localOffset += globalOffset;
WinPoint offset( localOffset );
// Remove offset now.
offset.SetY( offset.Y() - (int)m_psurface->GetSize().Y() );
// Call InternalPaint() with the child offset and parent size as params and create initial clipping rect.
WinRect rectClip( offset.X(),
offset.Y(),
offset.X() + (int) m_psurface->GetSize().X(),
offset.Y() + (int) m_psurface->GetSize().Y() );
// m_psurface is a dummy surface. Store the context.
InternalPaint( m_psurface, offset, rectClip );
m_bNeedPaint = false;
}
ZExit("TopPane::UpdateBits()");*/
}
