//////////////////////////////////////////////////////////// // THIS FILE IS GENERATED. // // DO NOT EDIT. // //////////////////////////////////////////////////////////// #nullable enable namespace Finn.AST; public abstract record Expr() { public abstract TResult accept(TContext context, IExprVisitor visitor); } public interface IExprVisitor { TResult visitSequenceExpr(TContext context, Sequence expr); TResult visitBinaryExpr(TContext context, Binary expr); TResult visitGroupingExpr(TContext context, Grouping expr); TResult visitLiteralExpr(TContext context, Literal expr); TResult visitUnaryExpr(TContext context, Unary expr); TResult visitIfExpr(TContext context, If expr); TResult visitVariableExpr(TContext context, Variable expr); TResult visitListExpr(TContext context, List expr); TResult visitVariantExpr(TContext context, Variant expr); TResult visitRecordExpr(TContext context, Record expr); TResult visitSelectorExpr(TContext context, Selector expr); TResult visitIndexerExpr(TContext context, Indexer expr); TResult visitCallExpr(TContext context, Call expr); TResult visitLetExpr(TContext context, Let expr); TResult visitWhenExpr(TContext context, When expr); } public partial record Sequence(Expr Left, Expr Right) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitSequenceExpr(context, this); } } public partial record Binary(Expr Left, Token Op, Expr Right) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitBinaryExpr(context, this); } } public partial record Grouping(Expr Expression) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitGroupingExpr(context, this); } } public partial record Literal(System.Object Value) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitLiteralExpr(context, this); } } public partial record Unary(Token Op, Expr Right) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitUnaryExpr(context, this); } } public partial record If(Expr Condition, Expr Then, Expr Else) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitIfExpr(context, this); } } public partial record Variable(Name Value) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitVariableExpr(context, this); } } public partial record List(Expr[] Elements) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitListExpr(context, this); } } public partial record Variant(Name Tag, Expr? Argument) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitVariantExpr(context, this); } } public partial record Record(Field[] Extensions, BaseRecord? Base) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitRecordExpr(context, this); } } public partial record Selector(Expr Left, Name FieldName) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitSelectorExpr(context, this); } } public partial record Indexer(Expr Left, Expr Index) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitIndexerExpr(context, this); } } public partial record Call(Expr Left, Expr?[] Arguments) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitCallExpr(context, this); } } public partial record Let(Binding[] Bindings, Expr Body) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitLetExpr(context, this); } } public partial record When(Expr Head, VarBinding[] Cases) : Expr() { public override TResult accept(TContext context, IExprVisitor visitor) { return visitor.visitWhenExpr(context, this); } }