TanTan
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90 lines
3.4 KiB
Plaintext
90 lines
3.4 KiB
Plaintext
import { expect, expectTypeOf, test } from "vitest";
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import * as z from "zod/v4";
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const gtFive = z.bigint().gt(BigInt(5));
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const gteFive = z.bigint().gte(BigInt(5));
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const ltFive = z.bigint().lt(BigInt(5));
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const lteFive = z.bigint().lte(BigInt(5));
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const positive = z.bigint().positive();
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const negative = z.bigint().negative();
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const nonnegative = z.bigint().nonnegative();
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const nonpositive = z.bigint().nonpositive();
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const multipleOfFive = z.bigint().multipleOf(BigInt(5));
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test("passing validations", () => {
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z.bigint().parse(BigInt(1));
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z.bigint().parse(BigInt(0));
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z.bigint().parse(BigInt(-1));
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gtFive.parse(BigInt(6));
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gteFive.parse(BigInt(5));
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gteFive.parse(BigInt(6));
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ltFive.parse(BigInt(4));
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lteFive.parse(BigInt(5));
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lteFive.parse(BigInt(4));
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positive.parse(BigInt(3));
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negative.parse(BigInt(-2));
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nonnegative.parse(BigInt(0));
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nonnegative.parse(BigInt(7));
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nonpositive.parse(BigInt(0));
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nonpositive.parse(BigInt(-12));
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multipleOfFive.parse(BigInt(15));
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});
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test("failing validations", () => {
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expect(() => gtFive.parse(BigInt(5))).toThrow();
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expect(() => gteFive.parse(BigInt(4))).toThrow();
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expect(() => ltFive.parse(BigInt(5))).toThrow();
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expect(() => lteFive.parse(BigInt(6))).toThrow();
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expect(() => positive.parse(BigInt(0))).toThrow();
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expect(() => positive.parse(BigInt(-2))).toThrow();
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expect(() => negative.parse(BigInt(0))).toThrow();
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expect(() => negative.parse(BigInt(3))).toThrow();
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expect(() => nonnegative.parse(BigInt(-1))).toThrow();
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expect(() => nonpositive.parse(BigInt(1))).toThrow();
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expect(() => multipleOfFive.parse(BigInt(13))).toThrow();
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});
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test("min max getters", () => {
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expect(z.bigint().min(BigInt(5)).minValue).toEqual(BigInt(5));
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expect(z.bigint().min(BigInt(5)).min(BigInt(10)).minValue).toEqual(BigInt(10));
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expect(z.bigint().max(BigInt(5)).maxValue).toEqual(BigInt(5));
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expect(z.bigint().max(BigInt(5)).max(BigInt(1)).maxValue).toEqual(BigInt(1));
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});
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test("a format check applied after min/max does not widen minValue/maxValue back out", () => {
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const schema = z.bigint().min(0n).max(23n).check(z.int64());
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expect(schema.minValue).toEqual(0n);
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expect(schema.maxValue).toEqual(23n);
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});
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test("bigint formats are distinct at the type level", () => {
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expectTypeOf(z.int64()._zod.def.format).toEqualTypeOf<"int64">();
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expectTypeOf(z.uint64()._zod.def.format).toEqualTypeOf<"uint64">();
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z.int64() satisfies z.ZodBigIntFormat;
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z.int64() satisfies z.ZodBigInt;
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// @ts-expect-error a uint64 schema is not a ZodInt64
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z.uint64() satisfies z.ZodInt64;
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});
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test("multipleOf(0n) does not throw from safeParse", () => {
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// `value % 0n` throws RangeError, so the compiled path declines and the runtime reports the failure
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const schema = z.bigint().multipleOf(BigInt(0));
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const result = schema.safeParse(BigInt(10));
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expect(result.success).toBe(false);
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expect(result.error!.issues[0].code).toEqual("not_multiple_of");
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expect(schema.safeParse(BigInt(0)).success).toBe(false);
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// matches the number equivalent
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expect(z.number().multipleOf(0).safeParse(10).success).toBe(false);
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expect(z.number().multipleOf(0).safeParse(0).success).toBe(false);
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// a zero divisor nested in an object must not break the surrounding parse
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const obj = z.object({ a: z.bigint().multipleOf(BigInt(0)), b: z.bigint() });
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expect(obj.safeParse({ a: BigInt(1), b: BigInt(2) }).success).toBe(false);
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expect(obj.safeParse({ a: BigInt(1), b: 2 }).success).toBe(false);
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});
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