Interaction::CommandResult* CCreateField::create(Visualization::Item* /*source*/, Visualization::Item* target,
const QString& name, const QStringList& attributes)
{
auto cl = dynamic_cast<OOModel::Class*> (target->node());
Q_ASSERT(cl);
auto f = new OOModel::Field();
f->setTypeExpression(new OOModel::EmptyExpression());
if (!name.isEmpty()) f->setName(name);
// Set visibility
if (attributes.first() == "private" ) f->setVisibility(OOModel::Visibility::PRIVATE);
else if (attributes.first() == "protected" ) f->setVisibility(OOModel::Visibility::PROTECTED);
else if (attributes.first() == "public" ) f->setVisibility(OOModel::Visibility::PUBLIC);
else f->setVisibility(OOModel::Visibility::DEFAULT);
// Set scope
if (attributes.last() == "static") f->setStorageSpecifier(OOModel::StorageSpecifier::CLASS_VARIABLE);
else f->setStorageSpecifier(OOModel::StorageSpecifier::INSTANCE_VARIABLE);
cl->fields()->beginModification("create field");
cl->fields()->append(f);
cl->fields()->endModification();
target->setUpdateNeeded(Visualization::Item::StandardUpdate);
target->scene()->addPostEventAction(new Interaction::SetCursorEvent(target,
(name.isEmpty() ? static_cast<Model::Node*>(f->nameNode()) : f->typeExpression()),
Interaction::SetCursorEvent::CursorDefault, false));
return new Interaction::CommandResult();
}
CatchClause* Parser::catchClause()
{
eat (T_LeftParen);
Str* catchvar_name = identifier();
Type* catchvar_type_name = NULL;
if (match(T_Colon))
catchvar_type_name = typeExpression();
eat (T_RightParen);
Seq<Stmt*>* catchblock = statementBlock();
return ALLOC(CatchClause, (catchvar_name, catchvar_type_name, catchblock));
}
Expr* Parser::varBindings(uint32_t* pos, NameComponent* ns, bool is_const, bool is_static, int flags, uint32_t* numbindings, Expr** firstName)
{
AvmAssert( !is_const || firstName == NULL );
Expr* inits = NULL;
eat(is_const ? T_Const : T_Var);
*pos = position();
if (numbindings)
*numbindings = 0;
if (firstName)
*firstName = NULL;
for (;;) {
Str* name = identifier();
Type* type_name = NULL;
if (match(T_Colon))
type_name = typeExpression();
if (numbindings)
*numbindings += 1;
if (!is_const)
addVarBinding(ns, name, type_name, is_static ? topRib->next : topRib);
/*
if (is_const && hd() != T_Assign)
compiler->syntaxError(*pos, SYNTAXERR_CONST_INIT_REQD);
*/
if (match(T_Assign)) {
Expr* init = assignmentExpression(flags);
Expr* lhs = ALLOC(QualifiedName, (ns, ALLOC(SimpleName, (name)), false, *pos));
if (is_const)
addConstBinding(ns, name, type_name, is_static ? topRib->next : topRib);
Expr* assign = ALLOC(AssignExpr, (is_const ? OPR_init : OPR_assign, lhs, init));
if (firstName && *firstName == NULL)
*firstName = lhs;
if (inits == NULL)
inits = assign;
else
inits = ALLOC(BinaryExpr, (OPR_comma, inits, assign));
}
else if (firstName && *firstName == NULL) {
*firstName = ALLOC(QualifiedName, (ns, ALLOC(SimpleName, (name)), false, *pos));
}
if (!match(T_Comma))
break;
}
return inits ? inits : ALLOC(LiteralUndefined, (*pos));
}
Type* ClassTypeExpression::type()
{
return new ClassType( dynamic_cast<Class*> (typeExpression()->target()), false);
}
Type* ArrayTypeExpression::type()
{
return new ArrayType(typeExpression()->type(), false);
}
