bool AgentObserverMap::decode(QDataStream &in, TypesOfSubjects subject)
{
bool ret = false;
QString msg;
in >> msg;
// qDebug() << msg.split(PROTOCOL_SEPARATOR, QString::SkipEmptyParts);
Attributes * attrib = 0;
if (subject == TObsTrajectory)
{
attrib = getMapAttributes()->value("trajectory");
}
else
{
//@RAIAN: Neighborhood
if(subject == TObsCell)
{
attrib = getMapAttributes()->value(className);
}
//@RAIAN: FIM
else
{
// // ((subjectType == TObsAgent) || (subjectType == TObsAutomaton))
// attrib = getMapAttributes()->value("currentState" + className);
foreach (Attributes *attr, getMapAttributes()->values())
{
if (attr->getClassName() == className)
{
attrib = attr;
break;
}
}
}
}
if (attrib)
{
if (cleanImage)
attrib->clear();
ret = getProtocolDecoder().decode(msg, *attrib->getXsValue(), *attrib->getYsValue());
// getPainterWidget()->plotMap(attrib);
}
qApp->processEvents();
return ret;
}
/*
GRAMMAR OF A TUPLE TYPE
tuple-type → (tuple-type-bodyopt)
tuple-type-body → tuple-type-element-list...opt
tuple-type-element-list → tuple-type-element tuple-type-element,tuple-type-element-list
tuple-type-element → attributes opt inout opt type | inout opt element-name type-annotation
element-name → identifier
*/
TupleTypePtr Parser::parseTupleType()
{
Token token, token2;
expect(L"(", token);
TupleTypePtr ret = nodeFactory->createTupleType(token.state);
Attributes attributes;
if(!predicate(L")"))
{
do
{
// tuple-type-element → attributes opt inout opt type inoutoptelement-nametype-annotation
attributes.clear();
bool inout = false;
if(predicate(L"@"))
{
parseAttributes(attributes);
}
inout = match(Keyword::Inout);
expect_next(token);
if(attributes.empty() && token.type == TokenType::Identifier && token.identifier.keyword == Keyword::_ && peek(token2) && token2.type == TokenType::Colon)
{
//type-annotation → :attributes opt type
if(predicate(L"@"))
{
parseAttributes(attributes);
}
expect(L":");
TypeNodePtr type = parseType();
type->setAttributes(attributes);
ret->add(inout, token.token, type);
}
else
{
restore(token);
TypeNodePtr type = parseType();
type->setAttributes(attributes);
ret->add(inout, L"", type);
}
}while(match(L","));
if(match(L"..."))
{
ret->setVariadicParameters(true);
}
}
expect(L")");
return ret;
}
bool ObserverMap::draw(QDataStream &state)
{
bool decoded = false;
QString msg;
state >> msg;
QList<Attributes *> listAttribs = mapAttributes->values();
Attributes * attrib = 0;
connectTreeLayerSlot(false);
for (int i = 0; i < listAttribs.size(); i++)
{
attrib = listAttribs.at(i);
if (attrib->getType() == TObsCell)
{
attrib->clear();
decoded = protocolDecoder->decode(msg, *attrib->getXsValue(), *attrib->getYsValue());
if (decoded)
painterWidget->plotMap(attrib);
}
qApp->processEvents();
}
connectTreeLayerSlot(true);
// cria a legenda e exibe na tela
//@RAIAN: Troquei esta comparacao porque nao estava criando a legenda da segunda camada (No meu caso, a vizinhanca)
//if (/*decoded &&*/ legendWindow && (builtLegend < 1))
if ((legendWindow) && (builtLegend < mapAttributes->size()))
{
//@RAIAN: FIM
connectTreeLayerSlot(false);
legendWindow->makeLegend();
showLayerLegend();
painterWidget->replotMap();
connectTreeLayerSlot(true);
// exibe o zoom de janela
zoomWindow();
builtLegend++;
}
return decoded;
}
bool AgentObserverMap::unregistry(Subject *subj, const QString & className)
{
if (! constainsItem(linkedSubjects, subj))
return false;
#ifdef DEGUB_OBSERVER
// qDebug() << "subjectAttributes " << subjectAttributes;
// qDebug() << "linkedSubjects " << linkedSubjects;
foreach(SubjectInterf *s, subjects)
qDebug() << s->getSubjectType() << ", " << getSubjectName(s->getSubjectType());
#endif
int idxItem = -1;
for (int i = 0; i < linkedSubjects.size(); i++)
{
if (linkedSubjects.at(i).first == subj)
{
idxItem = i;
break;
}
}
linkedSubjects.remove(idxItem);
// QTreeWidget * treeLayers = getTreeLayers();
for (int i = 0; i < subjectAttributes.size(); i++)
{
if (getMapAttributes()->contains(subjectAttributes.at(i)))
{
Attributes *attrib = getMapAttributes()->value(subjectAttributes.at(i));
if (className == attrib->getClassName())
{
attrib->clear();
break;
}
/*
// Remove apenas o atributo que não possui valores
if (subj->getSubjectType() == attrib->getType())
{
qDebug() << "\nclassName " << className;
qDebug() << "attrib->getExhibitionName() " << attrib->getExhibitionName();
if ( (attrib->getType() != TObsAgent)
|| ((className == attrib->getExhibitionName()) &&
(! ObserverMap::existAgents(linkedSubjects)) ) )
{
//for (int j = 0; j < treeLayers->topLevelItemCount(); j++)
//{
// // Remove o atributo da árvore de layers
// if ( treeLayers->topLevelItem(j)->text(0) == attrib->getName())
// {
// QTreeWidgetItem *treeItem = treeLayers->takeTopLevelItem(j);
// delete treeItem;
// break;
// }
//}
// Remove o atributo do mapa de atributos
getMapAttributes()->take(attrib->getName());
getPainterWidget()->setExistAgent(false);
subjectAttributes.removeAt( subjectAttributes.indexOf(attrib->getName()) );
delete attrib;
return true;
}
}*/
}
}
if (linkedSubjects.isEmpty())
getPainterWidget()->setExistAgent(false);
return true;
}
