public CodeExpression VisitSet(PySet s)
{
m.EnsureImport("System.Collections");
var items = s.exps.Select(e => new CodeCollectionInitializer(e.Accept(this)));
var init = m.New(m.TypeRef("HashSet"), items.ToArray());
return(init);
}
public CodeExpression VisitSet(PySet s)
{
var items = s.exps.Select(e => new CodeCollectionInitializer(e.Accept(this)));
m.EnsureImport("System.Collections");
var init = new CodeObjectCreateExpression
{
Type = m.TypeRef("HashSet"),
Initializer = new CodeCollectionInitializer
{
Values = items.ToArray()
}
};
return(init);
}
public CodeExpression VisitSet(PySet s)
{
m.EnsureImport("System.Collections");
if (s.exps.OfType <IterableUnpacker>().Any())
{
// Found iterable unpackers.
var seq = new List <CodeExpression>();
var subseq = new List <CodeExpression>();
foreach (var item in s.exps)
{
CodeExpression exp = null;
if (item is IterableUnpacker unpacker)
{
if (subseq.Count > 0)
{
exp = m.NewArray(m.TypeRef(typeof(object)), subseq.ToArray());
seq.Add(exp);
subseq.Clear();
}
exp = unpacker.Iterable.Accept(this);
seq.Add(exp);
}
else
{
exp = item.Accept(this);
subseq.Add(exp);
}
}
if (subseq.Count > 0)
{
var exp = m.NewArray(m.TypeRef(typeof(object)), subseq.ToArray());
seq.Add(exp);
}
var unpack = m.MethodRef(m.TypeRefExpr("SetUtils"), "Unpack");
unpack.TypeReferences.Add(m.TypeRef(typeof(object)));
return(m.Appl(unpack, seq.ToArray()));
}
else
{
var items = s.exps.Select(e => new CodeCollectionInitializer(e.Accept(this)));
var init = m.New(m.TypeRef("HashSet"), items.ToArray());
return(init);
}
}
public void VisitSet(PySet setDisplay)
{
throw new NotImplementedException();
}
public DataType VisitSet(PySet s)
{
DataType valType = ResolveUnion(s.exps);
return(new SetType(valType));
}
public void VisitSet(PySet setDisplay)
{
throw new NotImplementedException();
}
