Kaiza MCP Server

import { expect, test } from "vitest"; import * as z from "zod/v3"; const crazySchema = z.object({ tuple: z.tuple([ z.string().nullable().optional(), z.number().nullable().optional(), z.boolean().nullable().optional(), z.null().nullable().optional(), z.undefined().nullable().optional(), z.literal("1234").nullable().optional(), ]), merged: z .object({ k1: z.string().optional(), }) .merge(z.object({ k1: z.string().nullable(), k2: z.number() })), union: z.array(z.union([z.literal("asdf"), z.literal(12)])).nonempty(), array: z.array(z.number()), // sumTransformer: z.transformer(z.array(z.number()), z.number(), (arg) => { // return arg.reduce((a, b) => a + b, 0); // }), sumMinLength: z.array(z.number()).refine((arg) => arg.length > 5), intersection: z.intersection(z.object({ p1: z.string().optional() }), z.object({ p1: z.number().optional() })), enum: z.intersection(z.enum(["zero", "one"]), z.enum(["one", "two"])), nonstrict: z.object({ points: z.number() }).nonstrict(), numProm: z.promise(z.number()), lenfun: z.function(z.tuple([z.string()]), z.boolean()), }); // const asyncCrazySchema = crazySchema.extend({ // // async_transform: z.transformer( // // z.array(z.number()), // // z.number(), // // async (arg) => { // // return arg.reduce((a, b) => a + b, 0); // // } // // ), // async_refine: z.array(z.number()).refine(async (arg) => arg.length > 5), // }); test("parse", () => { const input = { tuple: ["asdf", 1234, true, null, undefined, "1234"], merged: { k1: "asdf", k2: 12 }, union: ["asdf", 12, "asdf", 12, "asdf", 12], array: [12, 15, 16], // sumTransformer: [12, 15, 16], sumMinLength: [12, 15, 16, 98, 24, 63], intersection: {}, enum: "one", nonstrict: { points: 1234 }, numProm: Promise.resolve(12), lenfun: (x: string) => x.length, }; const result = crazySchema.parse(input); // Verify the parsed result structure expect(result.tuple).toEqual(input.tuple); expect(result.merged).toEqual(input.merged); expect(result.union).toEqual(input.union); expect(result.array).toEqual(input.array); expect(result.sumMinLength).toEqual(input.sumMinLength); expect(result.intersection).toEqual(input.intersection); expect(result.enum).toEqual(input.enum); expect(result.nonstrict).toEqual(input.nonstrict); expect(result.numProm).toBeInstanceOf(Promise); expect(typeof result.lenfun).toBe("function"); });