public override bool Equals(object obj)
{
SequenceStorage ss = obj as SequenceStorage;
if (ss == null)
{
return(false);
}
return(Head.Equals(ss.Head) && Tail.Equals(ss.Tail));
}
public Expression VisitSequenceStorage(SequenceStorage seq)
{
var exps = seq.Elements.Select(e => e.Accept(this) as Identifier).ToArray();
if (exps.All(e => e != null))
{
return(binder.EnsureSequence(seq.DataType, exps.Select(i => i !.Storage).ToArray()));
}
throw new NotImplementedException("Handle case when stack parameter is passed.");
}
public Identifier FindSequence(Identifier n1, Identifier n2)
{
foreach (Identifier id in identifiers)
{
SequenceStorage seq = id.Storage as SequenceStorage;
if (seq != null && seq.Head == n1 && seq.Tail == n2)
{
return(id);
}
}
return(null);
}
public Expression VisitSequenceStorage(SequenceStorage seq)
{
var h = seq.Head.Storage.Accept(this);
var t = seq.Tail.Storage.Accept(this);
var idHead = h as Identifier;
var idTail = t as Identifier;
if (idHead != null && idTail != null)
{
return(frame.EnsureSequence(idHead, idTail, PrimitiveType.CreateWord(idHead.DataType.Size + idTail.DataType.Size)));
}
throw new NotImplementedException("Handle case when stack parameter is passed.");
}
public Identifier EnsureSequence(DataType dataType, string name, params Storage [] elements)
{
if (this.seqs.TryGetValue(elements, out var idSeq))
{
return(idSeq);
}
var seq = new SequenceStorage(name, dataType, elements);
var id = Identifier.Create(seq);
seqs.Add(seq.Elements, id);
ids.Add(id);
return(id);
}
public Identifier EnsureSequence(DataType dataType, params Storage [] elements)
{
var stg = new SequenceStorage(elements);
if (this.seqs.TryGetValue(elements, out var idSeq))
{
return(idSeq);
}
var name = string.Join("_", elements.Select(e => e.Name));
var seq = new SequenceStorage(dataType, elements);
var id = new Identifier(name, dataType, seq);
seqs.Add(seq.Elements, id);
ids.Add(id);
return(id);
}
public Identifier EnsureSequence(string name, Storage head, Storage tail, DataType dataType)
{
if (!this.seqs.TryGetValue(head, out var seqs))
{
seqs = new Dictionary <Storage, Identifier>();
this.seqs.Add(head, seqs);
}
if (seqs.TryGetValue(tail, out var id))
{
return(id);
}
var seq = new SequenceStorage(name, head, tail, dataType);
id = new Identifier(name, dataType, seq);
seqs.Add(tail, id);
ids.Add(id);
return(id);
}
public Identifier EnsureSequence(Storage head, Storage tail, DataType dataType)
{
Identifier id;
Dictionary <Storage, Identifier> seqs;
if (!this.seqs.TryGetValue(head, out seqs))
{
seqs = new Dictionary <Storage, Identifier>();
this.seqs.Add(head, seqs);
}
if (seqs.TryGetValue(tail, out id))
{
return(id);
}
var seq = new SequenceStorage(head, tail);
id = new Identifier(string.Format("{0}_{1}", head.Name, tail.Name), dataType, seq);
seqs.Add(tail, id);
ids.Add(id);
return(id);
}
public void AddSequenceArgument(SequenceStorage seq)
{
AddInParam(binder.EnsureSequence(seq.DataType, seq.Elements));
}
Identifier StorageVisitor <Identifier> .VisitSequenceStorage(SequenceStorage seq)
{
return(EnsureSequence(seq.Head, seq.Tail, PrimitiveType.CreateWord((int)seq.BitSize / 8)));
}
Identifier StorageVisitor <Identifier> .VisitSequenceStorage(SequenceStorage seq)
{
return(EnsureSequence(PrimitiveType.CreateWord((int)seq.BitSize), seq.Elements));
}
public void SequenceReturn(SequenceStorage seq)
{
this.Return = seq;
}
public void SequenceParam(SequenceStorage seq)
{
this.Parameters.Add(seq);
}
