private static JSType GetType(SerializableDictionary<string, Member> members)
{
JSType type = new BasicType();
foreach (var mem in members.Values)
{
if (mem.DataType == DataType.Reference)
{
if (mem.ConsolidatedType != null)
type = mem.ConsolidatedType;
}
}
return type;
}
private static void Parse(Member member)
{
if (!member.Consolidated)
{
member.Consolidated = true;
JSType type = null;
// parse the assignments
foreach (var mem in member.Assignments.Values)
{
if (!mem.Consolidated)
{
Parse(mem);
}
if (type == null)
type = mem.ConsolidatedType;
else
{
// here we must dfecide which type has priority if they are different
if (mem.ConsolidatedType != null && type.GetName() != mem.ConsolidatedType.GetName())
{
type = new BasicType() { Type = DataType.Dynamic };
}
}
}
// done parsing children, lets create this type
if (type == null && member.Type != MemberType.Global && member.Type != MemberType.Parameter && member.Type != MemberType.AnonymousFunction && member.Type != MemberType.Value && member.Type != MemberType.Method && member.Type != MemberType.Function)
{
// nothing was assigned to this type, so it IS the base type, lets create it
type = new Class() { Name = member.FullNameReal };
classes.Add((Class)type);
}
else if (type == null && member.Type == MemberType.Value)
{
// nothing was assigned to this type, so it IS the base type, lets create it
type = new BasicType() { Type = member.DataType };
}
// and now children types
if (member.Constructor != null)
{
Parse(member.Constructor);
if (type != null && type is Class)
((Class)type).Constructors.Add(GenerateMethod(member.Constructor));
}
foreach (var mem in member.Parameters.Values)
{
Parse(mem);
}
foreach (var mem in member.Members.Values)
{
Parse(mem);
if (type != null && type.GetType() != typeof(BasicType))
{
if (mem.Type == MemberType.Function || mem.Type == MemberType.Method)
{
Method meth = GenerateMethod(mem);
if (!((Class)type).Methods.ContainsKey(meth.Name))
((Class)type).Methods.Add(meth.Name, meth);
}
else if (mem.Type == MemberType.Member && mem.ConsolidatedType != null)
{
CMember memb = new CMember() { Name = mem.GetOfficialName(), Type = mem.ConsolidatedType.GetName() };
if (!((Class)type).Members.ContainsKey(memb.Name))
((Class)type).Members.Add(memb.Name, memb);
}
}
}
foreach (var mem in member.Body.Values)
{
Parse(mem);
}
foreach (var mem in member.ReturnMembers.Values)
{
Parse(mem);
type = mem.ConsolidatedType;
}
member.ConsolidatedType = type;
}
}