@httpx/assert/dist/string.asserts.d.cts

Assertions and typeguards

import { S as StringNonEmpty, P as ParsableSafeInt, a as ParsableStrictIsoDateZ } from './string.types-CUAzdQ54.cjs';
import { M as MsgOrErrorFactory } from './internal.types-D5VRBw-5.cjs';
import './opaque.types-Dc5fGlwR.cjs';

/**
 * Assert a value is a non-empty string (trims the string by default)
 * @throws TypeError
 */
declare function assertStringNonEmpty(v: unknown, msgOrErrorFactory?: MsgOrErrorFactory): asserts v is StringNonEmpty;
/**
 *
 * @throws TypeError
 */
declare function assertParsableSafeInt(v: unknown, msgOrErrorFactory?: MsgOrErrorFactory): asserts v is ParsableSafeInt;
/**
 * Ensure a string that contains an ISO-8601 date time in 'YYYY-MM-DDTHH:mm:ss.sssZ'
 * format (UTC+0 / time). This check allow the value to be safely passed to `new Date()`or `Date.parse()`
 * without parser or timezone mis-interpretations. 'T' and 'Z' checks are done in a case-insensitive way.
 *
 * ```typescript
 * assertParsableStrictIsoDateZ('2023-12-28T23:37:31.653Z'); // ✅ true
 * assertParsableStrictIsoDateZ('2023-12-29T23:37:31.653z'); // ✅ true  (case-insensitive works)
 * assertParsableStrictIsoDateZ('2023-12-28T23:37:31.653');  // 💥 false (missing 'Z')
 * assertParsableStrictIsoDateZ('2023-02-29T23:37:31.653Z'); // 💥 false (No 29th february in 2023)
 *
 * const dateStr = '2023-12-29T23:37:31.653Z';
 * assertParsableStrictIsoDateZ(dateStr, `Wrong date: ${dateStr}`);
 * // 👉 assertion passed, safe to use
 * const date = new Date(dateStr);
 * const timestampNumber = Date.parse(dateStr);
 * ```
 *
 * @throws TypeError
 */
declare function assertParsableStrictIsoDateZ(v: unknown, msgOrErrorFactory?: MsgOrErrorFactory): asserts v is ParsableStrictIsoDateZ;

export { assertParsableSafeInt, assertParsableStrictIsoDateZ, assertStringNonEmpty };