public static List <SyntaxType> ParseTypes(string text)
{
List <SyntaxType> result = new List <SyntaxType>();
int offset = SkipSpace(text, 0);
while (offset < text.Length)
{
SyntaxType type = new SyntaxType();
type.comments = ParseComment(text, ref offset);
string id = ParseName(text, ref offset);
if (id != "class")
{
throw new Exception(id);
}
type.name = ParseName(text, ref offset);
offset = Except(text, offset, ':');
type.basename = ParseName(text, ref offset);
if (text[offset] == '=')
{
offset = Except(text, offset, '=');
offset = Except(text, offset, '0');
type.is_abstract = true;
}
offset = Except(text, offset, '{');
while (text[offset] != '}')
{
SyntaxField field = new SyntaxField();
field.comments = ParseComment(text, ref offset);
field.type = ParseName(text, ref offset);
field.name = ParseName(text, ref offset);
if (text[offset] == '=')
{
offset = Except(text, offset, '=');
ParseName(text, ref offset);
field.is_option = true;
}
offset = Except(text, offset, ';');
type.fields.Add(field);
}
offset = Except(text, offset, '}');
result.Add(type);
}
return(result);
}
static List <SyntaxField> GetAllFields(List <SyntaxType> types, SyntaxType type)
{
SyntaxType bs = types.Find(x => x.name == type.basename);
if (bs == null)
{
return(type.fields);
}
List <SyntaxField> bsf = GetAllFields(types, bs);
if (type.fields.Count == 0)
{
return(bsf);
}
List <SyntaxField> r = new List <SyntaxField>();
r.AddRange(bsf);
r.AddRange(type.fields);
return(r);
}