@igorivaniuk/tlb-parser/dist/parsing.d.ts

Parse TLB syntax into TypeScript objects

import type { Node, TerminalNode, IterationNode } from 'ohm-js';
export declare const rootNodes: {
    Program(node: IterationNode): any;
    SourceElement(node: Node): any;
};
export declare const constructorNodes: {
    Constructor(name: TerminalNode, tag: Node): any;
    ConstructorTag(node: Node): any;
};
export declare const fieldNodes: {
    Fields(node: IterationNode): any;
    FieldDefinition(node: Node): any;
    FieldBuiltinDef(lpar: TerminalNode, name: Node, _sep: TerminalNode, type: Node, _rpar: TerminalNode): any;
    FieldCurlyExprDef(lpar: TerminalNode, expr: Node, _rpar: TerminalNode): any;
    FieldAnonymousDef(node: Node): any;
    FieldNamedDef(name: Node, _sep: TerminalNode, expr: Node): any;
    FieldExprDef(node: Node): any;
    FieldAnonRef(ref: TerminalNode, _lpar: TerminalNode, fields: IterationNode, _rpar: TerminalNode): {
        name: null;
        isRef: boolean;
        fields: any[];
    };
    FieldNamedAnonRef(name: Node, _sep: TerminalNode, fields: Node): any;
};
export declare const combinatorNodes: {
    Combinator(name: Node, exprs: IterationNode): any;
};
export declare const exprNodes: {
    MathExpr(left: Node, ops: IterationNode, rights: IterationNode): any;
    MulExpr(left: Node, ops: IterationNode, rights: IterationNode): any;
    CompareExpr(node: Node): any;
    CompareOperatorExpr(left: Node, op: TerminalNode, right: Node): any;
    CondExpr(expr: Node): any;
    CondDotAndQuestionExpr(dotNode: Node, _sep: TerminalNode, condNode: Node): any;
    CondQuestionExpr(left: Node, _sep: TerminalNode, condNode: Node): any;
    CondTypeExpr(node: Node): any;
    CondDotted(left: Node, _sep: TerminalNode, number: Node): any;
    CombinatorExpr(lpar: TerminalNode, name: Node, args: IterationNode, _rpar: Node): any;
    CellRefExpr(ref: TerminalNode, node: Node): any;
    BuiltinExpr(node: Node): any;
    NegateExpr(op: TerminalNode, node: Node): any;
    BuiltinOneArg(lpar: TerminalNode, expr: Node, arg: Node, _rpar: TerminalNode): any;
    BuiltinZeroArgs(expr: Node): any;
    identifier(start: Node, rest: IterationNode): any;
    number(node: TerminalNode): any;
    Parens(lpar: TerminalNode, node: Node, _rpar: TerminalNode): any;
};