import AssignmentNode from "./ast/AssignmentNode";
import ASTNode from "./ast/ASTNode";
import ASTVisitor from "./ast/ASTVisitor";
import ErrorNode from "./ast/ErrorNode";
import { AnonymousFunctionExpr, ArrayLookupExpr, AssertExpr, BinaryOpExpr, EchoExpr, FunctionCallExpr, GroupingExpr, LcEachExpr, LcForCExpr, LcForExpr, LcIfExpr, LcLetExpr, LetExpr, LiteralExpr, LookupExpr, MemberLookupExpr, RangeExpr, TernaryExpr, UnaryOpExpr, VectorExpr } from "./ast/expressions";
import ScadFile from "./ast/ScadFile";
import { BlockStmt, FunctionDeclarationStmt, IfElseStatement, IncludeStmt, ModuleDeclarationStmt, ModuleInstantiationStmt, NoopStmt, UseStmt } from "./ast/statements";
import Token from "./Token";
/**
 * This class walks through the AST and generates arrays of tokens and function, which themselves return the same array.
 * It can be used to search through the AST, or determine the ranges of AST nodes.
 */
export default abstract class ASTAssembler<R> implements ASTVisitor<R> {
    protected abstract processAssembledNode(t: (Token | (() => R))[], self: ASTNode): R;
    visitScadFile(n: ScadFile): R;
    visitAssignmentNode(n: AssignmentNode): R;
    visitUnaryOpExpr(n: UnaryOpExpr): R;
    visitBinaryOpExpr(n: BinaryOpExpr): R;
    visitTernaryExpr(n: TernaryExpr): R;
    visitArrayLookupExpr(n: ArrayLookupExpr): R;
    visitLiteralExpr(n: LiteralExpr<any>): R;
    visitRangeExpr(n: RangeExpr): R;
    visitVectorExpr(n: VectorExpr): R;
    visitLookupExpr(n: LookupExpr): R;
    visitMemberLookupExpr(n: MemberLookupExpr): R;
    visitFunctionCallExpr(n: FunctionCallExpr): R;
    visitLetExpr(n: LetExpr): R;
    visitAssertExpr(n: AssertExpr): R;
    visitEchoExpr(n: EchoExpr): R;
    visitLcIfExpr(n: LcIfExpr): R;
    visitLcEachExpr(n: LcEachExpr): R;
    visitLcForExpr(n: LcForExpr): R;
    visitLcForCExpr(n: LcForCExpr): R;
    visitLcLetExpr(n: LcLetExpr): R;
    visitGroupingExpr(n: GroupingExpr): R;
    visitUseStmt(n: UseStmt): R;
    visitIncludeStmt(n: IncludeStmt): R;
    visitModuleInstantiationStmt(n: ModuleInstantiationStmt): R;
    visitModuleDeclarationStmt(n: ModuleDeclarationStmt): R;
    visitFunctionDeclarationStmt(n: FunctionDeclarationStmt): R;
    visitBlockStmt(n: BlockStmt): R;
    visitNoopStmt(n: NoopStmt): R;
    visitIfElseStatement(n: IfElseStatement): R;
    visitAnonymousFunctionExpr(n: AnonymousFunctionExpr): R;
    visitErrorNode(n: ErrorNode): R;
}