virtual void execute (CCtrlBase *pCaller, const string &Params)
{
string sValue = getParam(Params,"value");
string sTarget = getParam(Params,"target");
if (sTarget.empty()) return;
if (sTarget.rfind(':') == string::npos)
{
if (pCaller == NULL) return;
sTarget = pCaller->getId() + ":" + sTarget;
}
else
{
CInterfaceManager *pIM = CInterfaceManager::getInstance();
string elt = sTarget.substr(0,sTarget.rfind(':'));
CInterfaceElement *pIE;
if (pCaller != NULL)
pIE = pIM->getElementFromId(pCaller->getId(), elt);
else
pIE = pIM->getElementFromId(elt);
if (pIE == NULL) return;
sTarget = pIE->getId() + ":" + sTarget.substr(sTarget.rfind(':')+1,sTarget.size());
}
CInterfaceExprValue evValue;
if (CInterfaceExpr::eval(sValue, evValue, NULL))
{
CInterfaceManager *pIM = CInterfaceManager::getInstance();
if (evValue.toInteger())
pIM->addServerString (sTarget, (uint32)evValue.getInteger());
}
}
// ----------------------------------------------------------------------------
void CInterfaceTrack::update (double currentTime)
{
float currentValue;
UTrack *pTrack = dynamic_cast<UTrack*>(_TrackKeyFramer);
if (pTrack == NULL) return;
pTrack->interpolate((TAnimationTime)currentTime, currentValue);
// Update the targets
CInterfaceExprValue expr;
expr.setDouble(currentValue);
for (uint i = 0; i < _Targets.size(); ++i)
_Targets[i].affect(expr);
}
virtual void execute (CCtrlBase *pCaller, const string &Params)
{
string sValue = getParam(Params,"value");
string sTarget = getParam(Params,"target");
string sRemoveTitle = getParam(Params,"remove_title");
if (sTarget.empty()) return;
if (sTarget.rfind(':') == string::npos)
{
if (pCaller == NULL) return;
sTarget = pCaller->getId() + ":" + sTarget;
}
else
{
CInterfaceManager *pIM = CInterfaceManager::getInstance();
string elt = sTarget.substr(0,sTarget.rfind(':'));
CInterfaceElement *pIE;
if (pCaller != NULL)
pIE = pIM->getElementFromId(pCaller->getId(), elt);
else
pIE = pIM->getElementFromId(elt);
if (pIE == NULL) return;
sTarget = pIE->getId() + ":" + sTarget.substr(sTarget.rfind(':')+1,sTarget.size());
}
CInterfaceExprValue evValue;
if (CInterfaceExpr::eval(sValue, evValue, NULL))
{
bool bRemoveTitle = false;
if (!sRemoveTitle.empty())
fromString(sRemoveTitle, bRemoveTitle);
CInterfaceManager *pIM = CInterfaceManager::getInstance();
if (bRemoveTitle)
{
CStringPostProcessRemoveTitle *pSPPRT = new CStringPostProcessRemoveTitle;
if (evValue.toInteger())
pIM->addServerID (sTarget, (uint32)evValue.getInteger(), pSPPRT);
}
else
{
if (evValue.toInteger())
pIM->addServerID (sTarget, (uint32)evValue.getInteger(), NULL);
}
}
}
void execute (CCtrlBase * /* pCaller */, const std::string &sParams)
{
CInterfaceManager *pIM= CInterfaceManager::getInstance();
// get Squad slot Destination selected
uint8 nSquadSlot = NLGUI::CDBManager::getInstance()->getDbProp("UI:TEMP:OUTPOST:SQUAD_SLOT_SELECTED")->getValue8();
// get Squad Id to buy selected
string sLine = getParam(sParams, "line");
CInterfaceExprValue ievLine;
uint8 nLine = 0;
if (!CInterfaceExpr::eval(sLine, ievLine))
{
nlwarning("<COutpostBuy::execute> : Can't evaluate line");
return;
}
if (ievLine.getInteger() >= 0)
nLine = (uint8)ievLine.getInteger();
// send msg
sendMsgToServer("OUTPOST:SET_SQUAD", getOutpostSheet(), nSquadSlot, nLine);
}
// ----------------------------------------------------------------------------
void CInterfaceTrack::eval()
{
if (!_Dynamic) return;
if (_TrackKeyFramer != NULL)
delete _TrackKeyFramer;
switch(_Type)
{
case Track_Linear:
{
_TrackKeyFramer = UTrackKeyframer::createLinearFloatTrack();
for (uint i = 0; i < _DynKeys.size(); ++i)
{
SDynKey &rKey = _DynKeys[i];
UTrackKeyframer::UKeyLinearFloat k;
CInterfaceExprValue res;
if (!rKey.Time.empty() && CInterfaceExpr::eval(rKey.Time, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Time to double");
else
k.Time = (TAnimationTime)res.getDouble();
}
else
{
k.Time = 0;
}
if (!rKey.Value.empty() && CInterfaceExpr::eval(rKey.Value, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Value to double");
else
k.Value = (float)res.getDouble();
}
else
{
k.Value = 0;
}
_TrackKeyFramer->addLinearFloatKey (k);
}
}
break;
case Track_TCB:
{
_TrackKeyFramer = UTrackKeyframer::createTCBFloatTrack();
for (uint i = 0; i < _DynKeys.size(); ++i)
{
SDynKey &rKey = _DynKeys[i];
UTrackKeyframer::UKeyTCBFloat k;
CInterfaceExprValue res;
if (!rKey.Time.empty() && CInterfaceExpr::eval(rKey.Time, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Time to double");
else
k.Time = (TAnimationTime)res.getDouble();
}
else
{
k.Time = 0;
}
if (!rKey.Value.empty() && CInterfaceExpr::eval(rKey.Value, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Value to double");
else
k.Value = (float)res.getDouble();
}
else
{
k.Value = 0;
}
if (!rKey.Tension.empty() && CInterfaceExpr::eval(rKey.Tension, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Tension to double");
else
k.Tension = (float)res.getDouble();
}
else
{
k.Tension = 0;
}
if (!rKey.Continuity.empty() && CInterfaceExpr::eval(rKey.Continuity, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Continuity to double");
else
k.Continuity = (float)res.getDouble();
}
else
{
k.Continuity = 0;
}
if (!rKey.Bias.empty() && CInterfaceExpr::eval(rKey.Bias, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Bias to double");
else
k.Bias = (float)res.getDouble();
}
else
{
k.Bias = 0;
}
if (!rKey.EaseTo.empty() && CInterfaceExpr::eval(rKey.EaseTo, res))
{
if (!res.toDouble())
nlwarning ("cannot convert EaseTo to double");
else
k.EaseTo = (float)res.getDouble();
}
else
{
k.EaseTo = 0;
}
if (!rKey.EaseFrom.empty() && CInterfaceExpr::eval(rKey.EaseFrom, res))
{
if (!res.toDouble())
nlwarning ("cannot convert EaseFrom to double");
else
k.EaseFrom = (float)res.getDouble();
}
else
{
k.EaseFrom = 0;
}
_TrackKeyFramer->addTCBFloatKey (k);
}
}
break;
case Track_Bezier:
{
_TrackKeyFramer = UTrackKeyframer::createBezierFloatTrack(); break;
for (uint i = 0; i < _DynKeys.size(); ++i)
{
SDynKey &rKey = _DynKeys[i];
UTrackKeyframer::UKeyBezierFloat k;
CInterfaceExprValue res;
if (!rKey.Time.empty() && CInterfaceExpr::eval(rKey.Time, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Time to double");
else
k.Time = (TAnimationTime)res.getDouble();
}
else
{
k.Time = 0;
}
if (!rKey.Value.empty() && CInterfaceExpr::eval(rKey.Value, res))
{
if (!res.toDouble())
nlwarning ("cannot convert Value to double");
else
k.Value = (float)res.getDouble();
}
else
{
k.Value = 0;
}
if (!rKey.InTan.empty() && CInterfaceExpr::eval(rKey.InTan, res))
{
if (!res.toDouble())
nlwarning ("cannot convert TanIn to double");
else
k.TanIn = (float)res.getDouble();
}
else
{
k.TanIn = 0;
}
if (!rKey.OutTan.empty() && CInterfaceExpr::eval(rKey.OutTan, res))
{
if (!res.toDouble())
nlwarning ("cannot convert TanOut to double");
else
k.TanOut = (float)res.getDouble();
}
else
{
k.TanOut = 0;
}
if (!rKey.Step.empty() && CInterfaceExpr::eval(rKey.Step, res))
{
if (!res.toBool())
nlwarning ("cannot convert Step to bool");
else
k.Step = res.getBool();
}
else
{
k.Step = false;
}
_TrackKeyFramer->addBezierFloatKey (k);
}
}
default: nlstop; break;
}
}
virtual void execute (CCtrlBase *pCaller, const string &Params)
{
CInterfaceManager *pIM = CInterfaceManager::getInstance();
string dblink = getParam (Params, "dblink");
string property = getParam (Params, "target_property");
string propertyToEval = getParam (Params, "target");
string expr = getParam (Params, "value");
//nlinfo("set %s %s %s %s", dblink.c_str(), property.c_str(), propertyToEval.c_str(), expr.c_str());
CInterfaceExprValue value;
if (CInterfaceExpr::eval(expr, value, NULL))
{
if (!dblink.empty())
{
// Do not allow Write on SERVER: or LOCAL:
static const std::string dbServer= "SERVER:";
static const std::string dbLocal= "LOCAL:";
static const std::string dbLocalR2= "LOCAL:R2";
if( (0==dblink.compare(0, dbServer.size(), dbServer)) ||
(0==dblink.compare(0, dbLocal.size(), dbLocal))
)
{
if (0!=dblink.compare(0, dbLocalR2.size(), dbLocalR2))
{
//nlwarning("You are not allowed to write on 'SERVER:...' or 'LOCAL:...' database");
nlstop;
return;
}
}
string dblinkeval;
CInterfaceExpr::unpackDBentry(dblink.c_str(), NULL, dblinkeval);
if (!value.toInteger())
{
nlwarning("<CAHSet:execute> expression doesn't evaluate to a numerical value");
}
CInterfaceProperty ip;
if (!value.toInteger())
{
nlwarning("<CAHSet:execute> expression doesn't evaluate to a numerical value");
}
if (ip.link (dblinkeval.c_str()))
{
ip.setSInt64(value.getInteger());
}
}
if (!propertyToEval.empty())
{
CInterfaceExprValue res;
if (!CInterfaceExpr::eval(propertyToEval, res, NULL)) return;
res.toString();
property = res.getString();
}
if (!property.empty())
{
std::vector<CInterfaceLink::CTargetInfo> targets;
// find first enclosing group
CCtrlBase *currCtrl = pCaller;
CInterfaceGroup *ig = NULL;
while (currCtrl)
{
ig = dynamic_cast<CInterfaceGroup *>(currCtrl);
if (ig != NULL) break;
currCtrl = currCtrl->getParent();
}
if (ig == NULL)
{
string elt = property.substr(0,property.rfind(':'));
CInterfaceElement *pIE = pIM->getElementFromId(elt);
ig = dynamic_cast<CInterfaceGroup*>(pIE);
if (ig == NULL && pIE != NULL)
ig = pIE->getParent();
}
if (ig != NULL)
{
CInterfaceParser::splitLinkTargets(property, ig, targets);
for(uint k = 0; k < targets.size(); ++k)
{
if (targets[k].Elem) targets[k].affect(value);
}
}
}
}
else
{
nlwarning("<CAHSet::execute> Couldn't evaluate expression to affect, expr = %s", expr.c_str());
}
}
