private void CompileNextFieldDefinition(LexList theLexList, Type varType)
{
string varId = theLexList.GetIdentifier("Expected the name of the field here.");
MostRecentNameAdded = varId;
theLexList.CheckStr(";", "Expected a ; here");
if (MadeFieldsDict.ContainsKey(varId))
{
theLexList.ThrowException("This field already defined.");
}
if (CompileMethodsDict.ContainsKey(varId))
{
theLexList.ThrowException("This field name already used as a method name.");
}
MadeFieldsDict.Add(varId, new MadeField()
{
VarName = varId, VarType = varType, Index = MadeFieldsDict.Count
});
FieldInfo fi = ClassType.GetField("Fields", BindingFlags.Public | BindingFlags.Instance);
if (fi == null)
{
theLexList.ThrowException("Can only add fields to a class that has a 'List<Object> Fields' field.");
}
if (fi.FieldType != typeof(List <object>))
{
theLexList.ThrowException("Can only add fields to a class where its Fields field is of type List<object>.");
}
theLexList.Next();
}
// Syntax:
// Member = '.' StaticMember .
public ExpState ParseMember(Type theClass, LexList list, BindingFlags flags, bool implicitDot)
{
if (!implicitDot)
{
list.CheckStrAndAdvance(".", "Expected a dot followed by a static member name here.");
}
LexToken token = list.CurrentToken();
string name = list.GetIdentifier("Expected the name of a static member here.");
FieldInfo fi = theClass.GetField(name, flags);
if (fi != null)
{
return(new ExpState(fi));
}
list.Prev();
return(null);
}
// Syntax:
// Type = TypeNonArray [ TypeArrayPart ] .
// TypeNonArray = TypeIdAndGenerics *( '.' TypeIdAndGenerics ) .
// TypeIdAndGenerics = TypeIdentifier [ Generics ] .
// Generics = '<' Type *( ',' Type ) '>' .
// TypeArrayPart = '[' ']' *( '[' ']' ) .
public Type Parse(LexList list, bool typeOnly, bool arrayIndexActualsAllowed, out bool pendingCloseAngle, BindingFlags visibility)
{
string id = "";
Type returnType = null;
int checkPoint = list.Index;
pendingCloseAngle = false;
while (true)
{
if (list.Kind == LexKind.Type)
{
returnType = list.CurrentToken().ActualObject as Type;
list.Next();
return(returnType);
}
if (list.Kind != LexKind.Identifier)
{
if (typeOnly)
{
list.ThrowException("Unable to convert this to a type.");
}
return(returnType);
}
if (id != "")
{
id += ".";
}
id += list.GetIdentifier();
Type ty = null;
if (list.Str != "<" || !IsGenericSpec(list))
{
ty = FindTypeFromDottedIds(returnType, id, visibility);
}
if (ty != null)
{
id = "";
returnType = ty;
checkPoint = list.Index;
if (list.Kind == LexKind.End)
{
return(returnType);
}
if (list.Str != ".")
{
return(ParseArrayTypeModifier(list, returnType, arrayIndexActualsAllowed));
}
}
else if (ty == null && list.Str == "<" && IsGenericSpec(list))
{
// The test for the GenericSpec is needed to separate out comparision '<' or shift '<' from generic brackets.
int save = list.Index;
Type[] types = ParseGenericTypeModifier(list, out pendingCloseAngle, visibility);
id += "`" + types.Length.ToString();
ty = FindTypeFromDottedIds(returnType, id, visibility);
if (ty != null)
{
ty = ty.MakeGenericType(types.ToArray());
}
if (ty == null)
{
if (typeOnly)
{
list[save].ThrowException("Unable to resolve generic type.", list);
}
list.Index = checkPoint;
return(returnType);
}
return(ParseArrayTypeModifier(list, ty, arrayIndexActualsAllowed));
}
else
{
if (list.Str != ".")
{
if (typeOnly)
{
list.Prev(); list.ThrowException("Unable to convert this to a type.");
}
list.Index = checkPoint;
return(returnType);
}
}
list.Next(); // skips over the '.'
}
}