/**
* Creates an empty slot with a given name. We assume there isn't already a slot
* with the name.
*
* @param name the slot name
* @param complexity the slot's initial complexity
*/
void ManufactureSchematicSynchronizedUi::createNewSlot(const StringId & name,
float complexity)
{
m_slotName.push_back(name);
m_slotType.push_back(Crafting::IT_none);
m_slotIngredient.push_back(NetworkIdList());
m_slotIngredientCount.push_back(IntList());
m_slotComplexity.push_back(complexity);
m_slotDraftOption.push_back(-1);
m_slotDraftIndex.push_back(-1);
signalIngredientsChanged ();
} // ManufactureSchematicSynchronizedUi::createNewSlot(const StringId & name)
/**
* Clears the data for a given slot in the schematic.
*
* @param name the name of the slot to clear
* @param complexity the slot's initial complexity
*/
void ManufactureSchematicSynchronizedUi::clearSlot(const StringId & name,
float complexity)
{
int iter = m_slotName.find(name);
if (iter >= 0)
{
m_slotType.set(iter, Crafting::IT_none);
m_slotIngredient.set(iter, NetworkIdList());
m_slotIngredientCount.set(iter, IntList());
m_slotComplexity.set(iter, complexity);
m_slotDraftOption.set(iter, -1);
signalIngredientsChanged ();
}
} // ManufactureSchematicSynchronizedUi::clearSlot
TypeNode* Parser::Type()
{
if(currenttoken->type == Arreglo)
{
ConsumeToken();
if(currenttoken->type != OpenBracket)
throw invalid_argument("Se esperaba [. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
ConsumeToken();
vector<int> dimensions=IntList();
if(currenttoken->type != CloseBracket)
throw invalid_argument("Se esperaba ]. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
ConsumeToken();
if(currenttoken->type != De)
throw invalid_argument("Se esperaba palabra reservada de. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
ConsumeToken();
TypeNode*type=Type();
return new ArregloNode(dimensions,type);
}
else if(currenttoken->type == Entero){
ConsumeToken();
return new EnteroNode();
}
else if(currenttoken->type == Real){
ConsumeToken();
return new RealNode();
}
else if(currenttoken->type == Booleano){
ConsumeToken();
return new BooleanoNode();
}
else if(currenttoken->type == Caracter){
ConsumeToken();
return new CaracterNode();
}
else if(currenttoken->type == Archivo)
{
ConsumeToken();
if (currenttoken->type != Secuencial)
throw invalid_argument("Se esperaba palabra reservada secuencial. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
ConsumeToken();
return new ArchivoNode();
}
else if(currenttoken->type == Cadena)
{
ConsumeToken();
if(currenttoken->type != OpenBracket)
throw invalid_argument("Se esperaba [. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
ConsumeToken();
if(currenttoken->type != EnteroNumber )
throw invalid_argument("Se esperaba numero entero. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
int size = atoi(currenttoken->lexeme.c_str());
ConsumeToken();
if(currenttoken->type != CloseBracket)
throw invalid_argument("Se esperaba ]. Row:"+to_string(currenttoken->row)+"Column:"+to_string(currenttoken->column));
ConsumeToken();
return new CadenaNode(size);
}
}
