void JSlideGame::StartCycle()
{
srand( GetTickCount() );
if (m_bRandomCatchID)
{
// pick id of piece to catch on this cycle
// make it different from previous cycle's id
int catchID = m_CatchID;
while (catchID == m_CatchID && m_NumID > 1)
{
catchID = rand()%m_NumID;
}
m_CatchID = catchID;
}
// pick the number to catch
int nPieces = 0;
JObjectIterator it( this );
while (it)
{
JSlidePiece* pPiece = dynamic_cast<JSlidePiece*>( *it );
++it;
if (!pPiece) continue;
pPiece->StartFalling();
if (pPiece->GetTag() == m_CatchID) nPieces++;
}
SendSignal( "NumToCatch" );
SendSignal( "CatchID" );
} // JSlideGame::StartCycle
static void off_hook(void)
{
CcConnectPrimType * CcConnectPrim;
SignalType * startAudio;
NewBuffer(sizeof(CcConnectPrimType), (void**) &CcConnectPrim);
CcConnectPrim->SignalHeader.SignalLength = sizeof(CcConnectPrimType);
SendSignal((SignalType*) CcConnectPrim, IWU_PROCESS_ID, IWU_PRIMITIVE, CC_CONNECT_prim);
NewBuffer(sizeof(SignalType), (void**) &startAudio);
SendSignal((SignalType*) startAudio, DSP_PROCESS_ID, SETUPAUDIO_EVENT, 0);
}
void JButton::Press()
{
if (!m_bPressed)
{
Frame ext = GetLocalExt();
ext.x += float( m_PressDX );
ext.y += float( m_PressDY );
SetLocalExt( ext );
}
m_bPressed = true;
SendSignal( "Press" );
SendSignal( "Pressed" );
OnPress();
} // JButton::Press
void JButton::Unpress()
{
if (m_bPressed)
{
Frame ext = GetLocalExt();
ext.x -= float( m_PressDX );
ext.y -= float( m_PressDY );
SetLocalExt( ext );
}
m_bPressed = false;
SendSignal( "Unpress" );
SendSignal( "Pressed" );
OnUnpress();
} // JButton::Unpress
UByte voice_disConnectUser(PPIDType user)
{
if (QuickData[user].EmptyMarker == 0) {
ApplicationInstanceType *applicationInstanceData;
PMIDType pmid;
PPID2PMID((PMIDType *) pmid, user);
applicationInstanceData = getApplicationInstance(pmid);
if (applicationInstanceData->state == connected) {
SignalType *CcReleasePrim;
UByte Data[2] = { 0x2e, 00 };
NewSignal(sizeof(SignalType) + 2, (void **) &CcReleasePrim);
memcpy(CcReleasePrim->Address, pmid, 3);
CcReleasePrim->Address[3] = 0x00;
_memcpy(getCcReleasePrimTypeIE(CcReleasePrim), Data, 2);
SendSignal((SignalType *) CcReleasePrim, IWU_PROCESS_ID, IWU_PRIMITIVE, CC_RELEASE_prim);
applicationInstanceData->state = idle;
return 0;
} else {
return 2;
}
} else {
return 3;
}
}
void msf_send_DispReq(char * displayText, char * callbackNo, PPIDType user, UByte setupSpec)
{
SioMsfInfoReqType * infoReq;
int index = 0;
PMIDType pmid;
int callBackNoLength = 0;
PPID2PMID(&pmid, user);
if (callbackNo != 0) {
callBackNoLength = strlen(callbackNo);
}
NewSignal(sizeof(SignalType) + strlen(displayText) + 1 + 1 + callBackNoLength + 1 + 1, (void**) &infoReq);
infoReq->PpSetup = setupSpec;
memcpy(getSioMsfInfoReqTypeIE(infoReq), displayText, strlen(displayText));
index += strlen(displayText);
getSioMsfInfoReqTypeIE(infoReq)[index++] = 0x00; /*zero terminate string*/
if (callbackNo != 0) {
memcpy(getSioMsfInfoReqTypeIE(infoReq) + index, callbackNo, strlen(callbackNo));
index += strlen(callbackNo);
}
getSioMsfInfoReqTypeIE(infoReq)[index] = 0x00; /*zero terminate string*/
memcpy((UByte*) infoReq->SignalHeader.Address, &pmid, 3);
SendSignal((SignalType *) infoReq, APP_SS_PROCESS_ID, APP_SS_PRIMITIVE, SIO_MSF_INFO_req);
}
// Description:
//
// Arguments:
//
// Return:
//
void CPersonalRangeSignaling::CheckActorAngles( IActor* pActor )
{
CRY_ASSERT( pActor != NULL );
MapAngleSignals::iterator it = m_mapAngleSignalsSent.find( pActor->GetEntityId() );
CAngleAlert const* pAngle = GetAngleTo( pActor->GetEntity()->GetPos() );
CAngleAlert const* pOldAngle = ( (it != m_mapAngleSignalsSent.end()) ? it->second : NULL );
if( pAngle != pOldAngle )
{
if( pAngle != NULL )
{
// Check boundary
if( GetAngleTo(pActor->GetEntity()->GetPos(), true) != pOldAngle )
{
if( pOldAngle == NULL )
{
m_mapAngleSignalsSent.insert( std::pair < EntityId, CAngleAlert const * > (pActor->GetEntityId(), pAngle) );
}
else
{
it->second = pAngle;
}
SendSignal( pActor, pAngle->GetSignal(), pAngle->GetSignalData() );
}
}
else
{
m_mapAngleSignalsSent.erase( it );
}
}
}
static void EEPROMWriteReadTestHandler(SignalType * Signal)
{
switch (Signal->Event)
{
case EE_PRIMITIVE:
switch (Signal->SubEvent)
{
case EE_READ_DATA_cfm:
{
char* ptr;
EeStoreDataReqType *EeStoreDataReq;
ptr = StringPrint(StatusString, "EE_READ_DATA_cfm[");
ptr = StrPrintHexWord(ptr, EEP_UserDataArea);
ptr = StringPrint(ptr, "]=[");
ptr = StrPrintHexByte(ptr, eepromData[0]);
ptr = StringPrint(ptr, "]");
PrintStatus(0, StatusString);
eepromData[0]++;
NewSignal(sizeof(EeStoreDataReqType) + 1, (void **) &EeStoreDataReq);
getSignalData(EeStoreDataReq)[0] = eepromData[0];
EeStoreDataReq->DataTypes = EEDT_ANYADDRESS;
EeStoreDataReq->SubsNo = 0;
setAddressData(EEP_UserDataArea, 1);
SendSignal((SignalType *) EeStoreDataReq, EE_PROCESS_ID, EE_PRIMITIVE, EE_STORE_DATA_req);
setSignalHandler(APPLICATION_PROCESS_ID_PP, PPconnectionHandler, 0);
}
break;
}
}
DeleteBuffer(Signal);
}
void handleAPPCCSetupInd(SignalType * TheSignal, ApplicationInstanceType * applicationInstanceData)
{
SignalType *appccSetupAckReqSignal;
char StatusString[256];
char* tmp = StatusString;
tmp = StringPrint(tmp, "\r\nApplication: outgoing call start: Calling party number: ");
tmp = StringPrint(tmp, (char*) (getSignalData(TheSignal) + 1));
PrintStatus(0, StatusString);
applicationInstanceData->state = outgoingcall;
NewSignal(sizeof(SignalType) + 9, (void**) &appccSetupAckReqSignal);
memcpy(appccSetupAckReqSignal->Address, TheSignal->Address, 4);
getSignalData(appccSetupAckReqSignal)[0] = 0x08; /*//info element offset*/
getSignalData(appccSetupAckReqSignal)[1] = 0x01; /*UplaneEndpointStart*/
getSignalData(appccSetupAckReqSignal)[2] = 0x02; /*UplaneEndpointStart*/
getSignalData(appccSetupAckReqSignal)[3] = 0x00; /*UplaneEndpointStart*/
getSignalData(appccSetupAckReqSignal)[4] = 0x00; /*UplaneEndpointStart*/
getSignalData(appccSetupAckReqSignal)[5] = 0x1e;
getSignalData(appccSetupAckReqSignal)[6] = 0x02;
getSignalData(appccSetupAckReqSignal)[7] = 0x85;
getSignalData(appccSetupAckReqSignal)[8] = 0x88;
SendSignal(appccSetupAckReqSignal, APP_CC_PROCESS_ID, APP_CC_PRIMITIVE, APPCCSetupAckReq);
}
PoolServer::~PoolServer(){
printf("PoolServer stopping...\n");
proto::Signal sig;
sig.set_type(proto::Signal_Type_SHUTDOWN);
SendSignal(sig, mWorkerSignals);
for(unsigned i = 0; i < mWorkers.size(); ++i){
zsocket_wait(mWorkers[i].second);
delete mWorkers[i].first;
}
delete mFrontend;
delete mBackend;
zsocket_destroy(mCtx, mWorkerSignals);
zctx_destroy(&mCtx);
printf("PoolServer stopped.\n");
}
UByte msf_setupreq_format1(PPIDType to, UByte setupSpec1, char * display, PPIDType callbackId)
{
SignalType * signal;
PMIDType pmid;
char callback[12];
if (QuickData[to].EmptyMarker != 0)
return 0;
PPID2PMID(&pmid, to);
memset(callback, 0, 12);
StrPrintHexWord(callback, callbackId);
NewSignal(sizeof(SignalType) + 3 + strlen(display) + strlen(callback), (void**) &signal);
getSignalData(signal)[0] = setupSpec1;
memcpy(getSignalData(signal) + 1, display, strlen(display));
getSignalData(signal)[1 + strlen(display)] = 0;
if (strlen(callback) > 0) {
memcpy(getSignalData(signal) + 1 + strlen(display) + 1, callback, strlen(callback) + 1);
} else {
getSignalData(signal)[1 + strlen(display) + 1] = 0;
}
memcpy(signal->Address, pmid, 3);
SendSignal(signal, APP_SS_PROCESS_ID, APP_SS_PRIMITIVE, SIO_MSF_SETUP_req);
return 1;
}
/*DEPRECATED*/
static status
ListenMovie(FILE *fd,char *port,char *ticket)
{
int passive_s,ssock;
unsigned long total_packets;
unsigned long n_packet;
boolean exit;
download_t header;
download_start_t start;
void *packet;
void *data;
u_size size;
u_size header_size;
/* Preparo el puerto que va a escuchar la conexion */
if( (passive_s=prepareTCP(client_host,port,prepareServer)) < 0 ) {
return FATAL_ERROR;
}
if( (listenTCP(passive_s,10)) < 0 ) {
return FATAL_ERROR;
}
/* Mando la senial al server pidiendo el inicio de la descarga */
strcpy(start.port,port);
strcpy(start.ip,client_host);
strcpy(start.ticket,ticket);
size = GetDownloadStartData(start, &data);
if( SendSignal(__DOWNLOAD_START_OK__, data, size) == ERROR )
return ERROR;
free(data);
exit = FALSE;
n_packet = 0;
ssock=acceptTCP(passive_s);
while (!exit) {
/* Recibo un paquete */
packet = receiveTCP(ssock);
if(packet==NULL)
{
close(socket);
return TIMEOUT_ERROR;
}
header_size = GetDownloadPack(packet,&header);
/* Lo bajo a disco */
PutFileData(fd,_FILE_SIZE_, header.n_packet,packet+header_size,header.size);
/* Verifico la cantidad total de paquetes a descargar */
total_packets = header.total_packets;
free(packet);
n_packet++;
/* Me fijo si llego a la cantidad total de paquetes bajados */
if( n_packet >= total_packets )
exit = TRUE;
}
closeTCP(ssock);
closeTCP(passive_s);
return OK;
}
void JSlideGame::Render()
{
if (m_NumRightCycles == m_CurRightCycle)
{
return;
}
// check whether all pieces have fallen
bool bAllFallen = true;
JObjectIterator it( this );
while (it)
{
JSlidePiece* pPiece = dynamic_cast<JSlidePiece*>( *it );
++it;
if (!pPiece || !pPiece->IsVisible()) continue;
if (pPiece->m_Pos.y < m_BottomLine) bAllFallen = false;
}
if (m_NumCaughtWrong >= m_MaxIncorrect)
{
m_NumCaughtWrong = 0;
m_NumCaught = 0;
StartCycle();
}
if (m_NumCaught >= m_NumToCatch)
{
m_CurRightCycle++;
m_NumCycles++;
if (m_NumRightCycles == m_CurRightCycle)
{
SendSignal( "OnSuccess" );
// stop pieces from falling
JObjectIterator pit( this );
while (pit)
{
JSlidePiece* pPiece = dynamic_cast<JSlidePiece*>( *pit );
++pit;
if (!pPiece) continue;
pPiece->SetSpeed( 0.0f );
}
return;
}
else
{
StartCycle();
}
}
if (bAllFallen)
{
StartCycle();
m_NumCycles++;
}
} // JSlideGame::Render
UByte voice_callUser(PPIDType called, PPIDType caller)
{
ApplicationInstanceType *applicationInstanceData;
if (QuickData[called].EmptyMarker == 0) {
SignalType * signal;
NewSignal(sizeof(SignalType), (void**) &signal);
PPID2PMID((PMIDType *) signal->Address, called);
applicationInstanceData = getApplicationInstance(signal->Address);
if (applicationInstanceData->state == idle) {
applicationInstanceData->state = incommingcall;
applicationInstanceData->connectedTo = caller;
SendSignal((SignalType*) signal, APP_CC_PROCESS_ID, APP_CC_PRIMITIVE, APPCCSetupReq);
/*setup the outgoing side of the call:*/
{
PMIDType pmid;
char tmp[13];
UByte sum = called;
PPID2PMID(&pmid, caller);
applicationInstanceData = getApplicationInstance(pmid);
applicationInstanceData->connectedTo = called;
memset(tmp, 0, 12);
tmp[0] = sum + '0';
handleConnectPrim(pmid, applicationInstanceData);
/*{
AudioLineCtrlReqType *AudioLineCtrlReq;
NewSignal(sizeof(AudioLineCtrlReqType), (void **) &AudioLineCtrlReq);
AudioLineCtrlReq->TheSignal.Address[0] = 0x0F;
AudioLineCtrlReq->TheSignal.Address[1] = 0;//MeInstance->Mcei;
AudioLineCtrlReq->Lid = sum;
_memcpy(AudioLineCtrlReq->Pmid,pmid,3);
AudioLineCtrlReq->option = 3;
PrintStatus(0, "\r\napp: send AUDIOLINECTRL_req to mac layer");
SendSignal((SignalType*)AudioLineCtrlReq, CCF_PROCESS_ID, CCF_PRIMITIVE, AUDIOLINECTRL_req);
}*/
}
return 1;
} else {
DeleteBuffer(signal);
PrintStatus(0, "\r\nnumber found, but user allready active.\n");
return 2;
}
} else {
PrintStatus(0, "\r\nnumber not found...");
return 3;
}
}
void JObjectTree::SelectObject( JObject* pObject )
{
if (pObject)
{
m_pSelected = pObject;
m_pExpanded = m_pSelected;
SendSignal( "Selected" );
}
} // JObjectTree::SelectObject
static void PPDialingHandler(SignalType * Signal)
{
switch (Signal->Event)
{
case IWU_PRIMITIVE:
{
switch (Signal->SubEvent)
{
case CC_CONNECT_prim:
{
SignalType * startAudio;
NewBuffer(sizeof(SignalType), (void**) &startAudio);
SendSignal((SignalType*) startAudio, DSP_PROCESS_ID, SETUPAUDIO_EVENT, 0);
connected = 1;
}
case CC_INFO_prim: /*do not break*/
{
if (connected == 1) {
SignalType* mySignal;
NewSignal(sizeof(SignalType) + 2 + strlen(numberToDial), (void **) &mySignal);
getSignalData(mySignal)[0] = 0x2c;
getSignalData(mySignal)[1] = strlen(numberToDial);
memcpy(getSignalData(mySignal) + 2, numberToDial, strlen(numberToDial));
InjectSignal(mySignal, IWU_PROCESS_ID, IWU_PRIMITIVE, CC_INFO_prim, Signal->SessionId);
}
}
break;
case CC_RELEASE_prim:
{
if (connected == 1) {
Signal->SignalLength = sizeof(CcReleaseComPrimType);
SendSignal(Signal, IWU_PROCESS_ID, IWU_PRIMITIVE, CC_RELEASE_COM_prim);
connected = 0;
setSignalHandler(APPLICATION_PROCESS_ID_PP, PPconnectionHandler, 0);
return;
}
}
break;
}
}
}
DeleteBuffer(Signal);
}
void RangeContainer::Update(float frameTime)
{
float distToAttentionTargetSq = 0.0f;
float distToLiveTargetSq = 0.0f;
if (GetTargetDistances(distToAttentionTargetSq, distToLiveTargetSq))
{
Ranges::iterator it = m_ranges.begin();
Ranges::iterator end = m_ranges.end();
for ( ; it != end; ++it)
{
Range& range = *it;
float distToTargetSq = 0.0f;
switch (range.targetMode)
{
case Range::UseAttentionTargetDistance:
distToTargetSq = distToAttentionTargetSq;
break;
case Range::UseLiveTargetDistance:
distToTargetSq = distToLiveTargetSq;
break;
default:
assert(0);
break;
}
Range::State newState = (distToTargetSq < range.rangeSq) ? Range::Inside : Range::Outside;
if (newState != range.state)
{
range.state = newState;
if (newState == Range::Inside && !range.enterSignal.empty())
SendSignal(range.enterSignal.c_str());
else if (newState == Range::Outside && !range.leaveSignal.empty())
SendSignal(range.leaveSignal.c_str());
}
}
}
}
void JSlideGame::OnTakeWrong()
{
g_pSoundServer->Play( g_pSoundServer->GetSoundID( m_SndTakeWrong.c_str(), 0 ) );
m_NumCaughtWrong++;
m_NumCaught--;
if (m_NumCaught < 0)
{
m_NumCaught = 0;
}
SendSignal( "OnTakeWrong" );
} // JSlideGame::OnTakeWrong
UByte msf_send_CONNECT_res(PPIDType user)
{
SignalType * signal;
PMIDType pmid;
getApplicationInstanceData(user)->msfState = msf_connected;
NewSignal(sizeof(SignalType) + 2, (void**) &signal);
PPID2PMID(&pmid, user);
memcpy(signal->Address, pmid, sizeof(PMIDType));
SendSignal(signal, APP_SS_PROCESS_ID, APP_SS_PRIMITIVE, SIO_MSF_CONNECT_res);
return 1;
}
void on_hook(void)
{
CcReleasePrimType * CcReleasePrim;
ReleaseReasonType * ReleaseReason;
NewBuffer(sizeof(CcReleasePrimType) + sizeof(ReleaseReasonType), (void**) &CcReleasePrim);
CcReleasePrim->SignalHeader.SignalLength = sizeof(CcReleasePrimType) + sizeof(ReleaseReasonType);
ReleaseReason = (ReleaseReasonType *) getCcReleasePrimTypeIE(CcReleasePrim);
ReleaseReason->IEID = ReleaseReasonId;
ReleaseReason->ReleaseReasonCode = NormalReleaseReason;
SendSignal((SignalType*) CcReleasePrim, IWU_PROCESS_ID, IWU_PRIMITIVE, CC_RELEASE_prim);
}
void showTime(u8* diff ,char* diff1)
{
time temp;
DSRead(&temp);
if(*diff != temp.min)
{
clear_OLED();
*diff = temp.min;
showYMD(&temp);
showbignum(&temp);
SendSignal(*diff1);
}
}
static AJ_Status AppDoWork(AJ_BusAttachment* bus, uint32_t sessionId)
{
static uint32_t pings_sent = 0;
uint32_t pings = 0;
AJ_Status status = AJ_OK;
while (pings_sent < NumPings && pings++ < PINGS_PER_CALL && status == AJ_OK) {
status = SendSignal(bus, sessionId);
++pings_sent;
}
return status;
}
void handleConnectPrim(PMIDType pmid, ApplicationInstanceType * applicationInstanceData)
{
SignalType *ccconnectSignal;
NewSignal(sizeof(SignalType) + 5, (void**) &ccconnectSignal);
memcpy(ccconnectSignal->Address, pmid, 3); /*pmid in address field*/
getSignalData(ccconnectSignal)[0] = 0x05; /*info element offset*/
getSignalData(ccconnectSignal)[1] = 0x01; /*UplaneEndpointStart*/
getSignalData(ccconnectSignal)[2] = 0x02; /*UplaneEndpointStart*/
getSignalData(ccconnectSignal)[3] = 0x00; /*UplaneEndpointStart*/
getSignalData(ccconnectSignal)[4] = 0x00; /*UplaneEndpointStart*/
applicationInstanceData->state = connected;
SendSignal(ccconnectSignal, APP_CC_PROCESS_ID, APP_CC_PRIMITIVE, APPCCConnectAckReq);
}
void PoolServer::NotifyNewBlock(CBlockIndex* pindex) {
printf("NotifyNewBlock(%d)\n", pindex->nHeight);
proto::Signal sig;
sig.set_type(proto::Signal::NEWBLOCK);
proto::Block* block = sig.mutable_block();
block->set_height(pindex->nHeight);
block->set_hash(pindex->phashBlock->GetHex());
block->set_prevhash(pindex->pprev->phashBlock->GetHex());
block->set_reqdiff(0);
block->set_minshare(mMinShare);
SendSignal(sig, mWorkerSignals);
}
UByte msf_send_ReleaseReq(PPIDType user, UByte releaseReason)
{
SignalType * signal;
PMIDType pmid;
if (QuickData[user].EmptyMarker != 0)
return 0;
getApplicationInstanceData(user)->msfState = msf_release_pending;
NewSignal(sizeof(SignalType) + 1, (void**) &signal);
getSignalData(signal)[0] = releaseReason;
PPID2PMID(&pmid, user);
memcpy(signal->Address, pmid, sizeof(PMIDType));
SendSignal(signal, APP_SS_PROCESS_ID, APP_SS_PRIMITIVE, SIO_MSF_RELEASE_req);
return 1;
}
static status
StartDownload(FILE *fd,char *ticket)
{
download_start_t start;
void *data;
u_size size;
/* Mando la senial al server pidiendo el inicio de la descarga */
strcpy(start.port,client_port);
strcpy(start.ip,client_host);
strcpy(start.ticket,ticket);
size = GetDownloadStartData(start, &data);
if( SendSignal(__DOWNLOAD_START_OK__, data, size) == ERROR )
return ERROR;
free(data);
return OK;
}
void Process::_SendSignal(const ValueList& args, KValueRef result)
{
if (args.size() >= 1 && args.at(0)->IsNumber())
{
int code = -1;
if (args.at(0)->IsString()) {
std::string signalName = args.at(0)->ToString();
if (ProcessBinding::signals.find(signalName) != ProcessBinding::signals.end())
{
code = ProcessBinding::signals[signalName];
}
else
{
std::ostringstream str;
str << "Error, signal name: \"" << signalName << "\" is unrecognized";
throw ValueException::FromString(str.str());
}
}
else if (args.at(0)->IsNumber())
{
code = args.at(0)->ToInt();
bool found = false;
for (std::map<std::string,int>::const_iterator iter = ProcessBinding::signals.begin();
iter != ProcessBinding::signals.end();
iter++)
{
if (iter->second == code)
{
found = true;
break;
}
}
if (!found) {
std::ostringstream str;
str << "Error, signal number: " << code << " is unrecognized";
throw ValueException::FromString(str.str());
}
}
SendSignal(args.at(0)->ToInt());
}
}
UByte fp_send_module2module(PPIDType user, module2moduleData data)
{
SsFacilityPrimType * SsFacilityPrim;
UByte * dst;
UByte cnt;
NewSignal(sizeof(SsFacilityPrimType) + 5, (void**) &SsFacilityPrim);
dst = (UByte *) getSsFacilityPrimTypeIE(SsFacilityPrim);
dst[0] = MODULE_SHORT_MSF;
for (cnt = 1; cnt <= 3; cnt++)
dst[cnt] = data[cnt - 1];
PPID2PMID((PMIDType*) SsFacilityPrim->SignalHeader.Address, user);
SendSignal((SignalType*) SsFacilityPrim, IWU_PROCESS_ID, IWU_PRIMITIVE, SS_TUNNEL_prim);
return 0;
}
// Description:
//
// Arguments:
//
// Return:
//
void CPersonalRangeSignaling::CheckActorTargetRanges( IActor* pActor )
{
CRY_ASSERT( pActor != NULL );
MapTargetRanges::iterator itTargetRanges = m_mapTargetRanges.find( pActor->GetEntityId() );
CRY_ASSERT( itTargetRanges != m_mapTargetRanges.end() );
MapRangeSignals::iterator it = m_mapTargetRangeSignalsSent.find( pActor->GetEntityId() );
CRange const* pRange = GetRangeTo( pActor->GetEntity()->GetPos(), itTargetRanges->second );
CRange const* pOldRange = ( (it != m_mapTargetRangeSignalsSent.end()) ? it->second : NULL );
if( pRange != pOldRange )
{
if( pRange != NULL )
{
// Check boundary
if( GetRangeTo(pActor->GetEntity()->GetPos(), itTargetRanges->second, true) != pOldRange )
{
if( pOldRange == NULL )
{
m_mapTargetRangeSignalsSent.insert( std::pair < EntityId, CRange const * > (pActor->GetEntityId(), pRange) );
}
else
{
it->second = pRange;
}
IActor* pMe = GetActor();
CRY_ASSERT_MESSAGE(pMe, "An actor has been removed without cleaning up its range signals.");
if (pMe)
{
SendSignal( pMe, pRange->GetSignal(), pRange->GetSignalData() );
}
}
}
else
{
m_mapTargetRangeSignalsSent.erase( it );
}
}
}
UByte msf_send_ppstatusReq(PPIDType to, UByte statusType, UByte * data, UByte dataLength)
{
SignalType * signal;
PMIDType pmid;
if (QuickData[to].EmptyMarker != 0)
return 1;
if (dataLength > 100)
return 2;
PPID2PMID(&pmid, to);
NewSignal(sizeof(SignalType) + 1 + dataLength, (void**) &signal);
getSignalData(signal)[0] = statusType;
memcpy(getSignalData(signal) + 1, data, dataLength);
memcpy(signal->Address, pmid, 3);
SendSignal(signal, APP_SS_PROCESS_ID, APP_SS_PRIMITIVE, SIO_PP_STATUS_req);
return 0;
}
