import { Schema } from 'effect';

export declare const ColonHex: Schema.brand<Schema.decodeTo<Schema.brand<Schema.decodeTo<Schema.String, Schema.String, never, never>, "HexString">, Schema.decodeTo<Schema.toEncoded<Schema.brand<Schema.decodeTo<Schema.String, Schema.String, never, never>, "HexString">>, Schema.String, never, never>, never, never>, "ColonHex">;

export declare type ColonHex = Schema.Schema.Type<typeof ColonHex>;

/**
 * Composable hex-to-bytes schema. Compose any branded hex schema with
 * this to produce a `Uint8Array` from that format:
 *
 * ```ts
 * S.decodeTo(HexBytes)(PrefixedHex)      // Schema<Uint8Array, `0x${string}`>
 * S.decodeTo(HexBytes)(ColonHex)         // Schema<Uint8Array, string>
 * ```
 */
export declare const HexBytes: Schema.Uint8ArrayFromHex;

export declare const HexString: Schema.brand<Schema.decodeTo<Schema.String, Schema.String, never, never>, "HexString">;

export declare type HexString = Schema.Schema.Type<typeof HexString>;

export declare const PrefixedHex: Schema.brand<Schema.decodeTo<Schema.String, Schema.TemplateLiteral<readonly ["0x", Schema.String]>, never, never>, "PrefixedHex">;

export declare type PrefixedHex = Schema.Schema.Type<typeof PrefixedHex>;

export declare const StrictHex: Schema.String;

export declare const Uint8ArrayFromPrefixedHex: Schema.decodeTo<Schema.Uint8ArrayFromHex, Schema.brand<Schema.decodeTo<Schema.String, Schema.TemplateLiteral<readonly ["0x", Schema.String]>, never, never>, "PrefixedHex">, never, never>;

export declare type Uint8ArrayFromPrefixedHex = Schema.Schema.Type<typeof Uint8ArrayFromPrefixedHex>;

export { }