import { Schema } from "effect";
/**
 * Extended address information with both structured data and serialized formats
 * Contains the address structure and its serialized representations
 *
 * @since 2.0.0
 * @category model
 */
declare const NominalType: unique symbol;
export interface AddressDetails {
    readonly [NominalType]: unique symbol;
}
declare const AddressDetails_base: Schema.TaggedClass<AddressDetails, "AddressDetails", {
    readonly _tag: Schema.tag<"AddressDetails">;
} & {
    networkId: Schema.brand<Schema.refine<number, typeof Schema.NonNegative>, "NetworkId">;
    type: Schema.Union<[Schema.Literal<["BaseAddress"]>, Schema.Literal<["EnterpriseAddress"]>, Schema.Literal<["PointerAddress"]>, Schema.Literal<["RewardAccount"]>, Schema.Literal<["ByronAddress"]>]>;
    address: Schema.Union<[typeof import("./BaseAddress.js").BaseAddress, typeof import("./EnterpriseAddress.js").EnterpriseAddress, typeof import("./PointerAddress.js").PointerAddress, typeof import("./RewardAccount.js").RewardAccount, typeof import("./ByronAddress.js").ByronAddress]>;
    bech32: Schema.brand<typeof Schema.String, "Bech32">;
    hex: Schema.SchemaClass<string & import("effect/Brand").Brand<"HexString">, string & import("effect/Brand").Brand<"HexString">, never>;
}>;
/**
 * Pointer address with payment credential and pointer to stake registration
 *
 * @since 2.0.0
 * @category schemas
 */
export declare class AddressDetails extends AddressDetails_base {
}
export declare const Bech32: Schema.transformOrFail<Schema.SchemaClass<string & import("effect/Brand").Brand<"Bech32">, string & import("effect/Brand").Brand<"Bech32">, never>, typeof AddressDetails, never>;
export declare const HexString: Schema.transformOrFail<Schema.SchemaClass<string & import("effect/Brand").Brand<"HexString">, string & import("effect/Brand").Brand<"HexString">, never>, typeof AddressDetails, never>;
export {};
//# sourceMappingURL=AddressDetails.d.ts.map