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import matches from "./matches.ts";import { any, every, Parser, shape } from "./parsers/index.ts";import { saferStringify } from "./utils.ts";import { expect } from "https://deno.land/x/expect/mod.ts";import { assertSnapshot, isType } from "./matches.test.ts";const { test } = Deno;
export const validatorError = every(  shape({    parser: matches.object,    keys: matches.arrayOf(matches.string),    value: any,  }),);
const unFold = {  invalid: Parser.validatorErrorAsString,  parsed: (x: any): any => x,};test("simple recursive option", () => {  type Recursive = number | [Recursive];  const testValue = [4];  const validator = matches.recursive<Recursive>((self) =>    matches.some(matches.number, matches.tuple(self))  );  const parsed = validator.unsafeCast(testValue);  expect(parsed).toEqual(testValue);  // @ts-expect-error  isType<number>(parsed);  isType<Recursive>(parsed);});test("simple recursive shape", () => {  type Recursive = {    test: string | Recursive;  };  const testValue = { test: { test: "test" } };  const validator = matches.recursive<Recursive>((self) =>    matches.shape({ test: matches.some(matches.string, self) })  );  const parsed = validator.unsafeCast(testValue);  expect(parsed).toEqual(testValue);  // @ts-expect-error  isType<number>(parsed);  isType<Recursive>(parsed);});
test("simple recursive shape with invalid", () => {  type Recursive = {    test: string | Recursive;  };  const testValue = [4];  const validator = matches.recursive<Recursive>((self) =>    matches.shape({ test: matches.some(matches.string, self) })  );  try {    validator.unsafeCast(testValue);  } catch (e) {    assertSnapshot(      '"[\\"test\\"]Shape<{test:Or<string,...>}>(\\"missingProperty\\")"',      validator.parse(testValue, unFold),    );    return;  }  throw new Error("should be invalid");});test("simple recursive shape with invalid", () => {  type Recursive = {    test: string | Recursive;  };  const testValue = { test: "test" };  const validator = matches.recursive<Recursive>((self) =>    matches.shape({ test: matches.some(matches.string, self) })  );  (validator.parser as any).parser = null;  try {    validator.unsafeCast(testValue);  } catch (e) {    assertSnapshot(      '"Recursive<>(\\"Recursive Invalid State\\")"',      validator.parse(testValue, unFold),    );    return;  }  throw new Error("should be invalid");});