public Var GetVar()
        {
            _parseInfo   = _contextHandler.ParseInfo;
            _diagnostics = _parseInfo.Script.Diagnostics;
            _nameRange   = _contextHandler.GetNameRange();
            _name        = _contextHandler.GetName() ?? "?";

            // Get then check components.
            ComponentCollection = new VariableComponentCollection(_diagnostics);
            _contextHandler.GetComponents(ComponentCollection);
            CheckComponents();
            ComponentCollection.FinishedObtainingComponents();

            _scope = _scopeHandler.GetScope(ComponentCollection.IsAttribute(AttributeType.Static));

            // Create the varinfo.
            _varInfo       = new VarInfo(_name, _contextHandler.GetDefineLocation(), _parseInfo);
            _varInfo.Scope = _scope;

            // Get the variable type.
            _typeRange = _contextHandler.GetTypeRange();
            GetCodeType();

            // Get the variable being overriden.
            GetOverridenVariable();

            // If the type of the variable is PortableLambdaType, set the TokenType to Function
            if (_varInfo.Type is Lambda.PortableLambdaType)
            {
                _varInfo.TokenType = SemanticTokenType.Function;
            }

            // Apply attributes.
            ComponentCollection.Apply(_varInfo);

            Apply();
            TypeCheck();
            _varInfo.Recursive = IsRecursive();

            // Get the resulting variable.
            var result = new Var(_varInfo);

            // Add the variable to the operational scope.
            if (_nameRange != null)
            {
                _scopeHandler.CheckConflict(_parseInfo, new(_name), _nameRange);
            }
            _scopeHandler.Add(result.GetDefaultInstance(_scopeHandler.DefinedIn()), ComponentCollection.IsAttribute(AttributeType.Static));

            // Done
            return(result);
        }
        private DefinedMethodProvider(ParseInfo parseInfo, IScopeHandler scopeProvider, FunctionContext context, IDefinedTypeInitializer containingType)
        {
            _parseInfo     = parseInfo;
            Context        = context;
            ContainingType = containingType;
            CallInfo       = new CallInfo(new RecursiveCallHandler(this, context.Subroutine || context.Attributes.Recursive), parseInfo.Script, ContentReady);

            DocRange nameRange = context.Identifier.Range;

            // Get the attributes.
            var attributes = new GenericAttributeAppender(AttributeType.Ref, AttributeType.In, AttributeType.GlobalVar, AttributeType.PlayerVar);

            AttributesGetter.GetAttributes(parseInfo.Script.Diagnostics, context.Attributes, attributes);

            // Set the attributes.
            Static      = attributes.IsStatic;
            Recursive   = attributes.IsRecursive;
            Virtual     = attributes.IsVirtual;
            AccessLevel = attributes.Accessor;
            Recursive   = attributes.IsRecursive;

            // Get subroutine info.
            if (context.Subroutine)
            {
                IsSubroutine            = true;
                SubroutineName          = context.Subroutine.Text.RemoveQuotes();
                SubroutineDefaultGlobal = !context.PlayerVar;
            }

            // Setup the scope.
            var containingScope = scopeProvider.GetScope(Static);

            containingScope.MethodContainer = true;
            _methodScope = containingScope.Child(true);

            // Get the generics.
            GenericTypes = AnonymousType.GetGenerics(parseInfo, context.TypeArguments, this);
            foreach (var type in GenericTypes)
            {
                _methodScope.AddType(new GenericCodeTypeInitializer(type));
            }

            // Get the type.
            if (!context.Type.IsVoid)
            {
                ReturnType = TypeFromContext.GetCodeTypeFromContext(parseInfo, _methodScope, context.Type);
            }

            // Setup the parameters.
            ParameterProviders = ParameterProvider.GetParameterProviders(parseInfo, _methodScope, context.Parameters, IsSubroutine);
            ParameterTypes     = ParameterProviders.Select(p => p.Type).ToArray();

            // Override
            if (attributes.IsOverride)
            {
                OverridingFunction = (DefinedMethodInstance)scopeProvider.GetOverridenFunction(parseInfo.TranslateInfo, new FunctionOverrideInfo(Name, ParameterTypes));
                if (OverridingFunction == null)
                {
                    SemanticsHelper.CouldNotOverride(parseInfo, nameRange, "method");
                }
            }

            // Check conflicts and add to scope.
            scopeProvider.CheckConflict(parseInfo, new(Name, ParameterTypes), nameRange);
            scopeProvider.Add(GetDefaultInstance(scopeProvider.DefinedIn()), Static);

            // Add LSP elements
            // Hover
            parseInfo.Script.AddHover(nameRange, GetLabel(parseInfo.TranslateInfo, LabelInfo.Hover));
            // 'references' code lens
            parseInfo.Script.AddCodeLensRange(new ReferenceCodeLensRange(this, parseInfo, CodeLensSourceType.Function, DefinedAt.range));
            // Rename & go-to-definition
            parseInfo.Script.Elements.AddDeclarationCall(this, new DeclarationCall(nameRange, true));
            // todo: 'override' code lens
            // if (Attributes.IsOverrideable)
            //     parseInfo.Script.AddCodeLensRange(new ImplementsCodeLensRange(this, parseInfo.Script, CodeLensSourceType.Function, nameRange));

            // Add the CallInfo to the recursion check.
            parseInfo.TranslateInfo.GetComponent <RecursionCheckComponent>().AddCheck(CallInfo);

            // Queue content for staged initiation.
            parseInfo.TranslateInfo.StagedInitiation.On(this);
        }