/**
 * Discriminator for the two create-request kinds the remote signing service
 * exposes. `SIGNATURE` covers both `personal_sign` and `eth_signTypedData_v4`
 * (the backend unified them under a single `signature-requests` endpoint;
 * the `method` field on {@link SignatureRequestStatus} distinguishes them).
 * Matches the `kind` field on {@link JobStatus} variants — the SDK stamps
 * `kind` at the boundary; the wire payload does not carry it.
 */
export declare const SIGN_REQUEST_KIND: {
    readonly TRANSACTION: "transaction";
    readonly SIGNATURE: "signature";
};
export type SignRequestKind = (typeof SIGN_REQUEST_KIND)[keyof typeof SIGN_REQUEST_KIND];
/**
 * The `method` value the backend's signature-request endpoint accepts. The
 * SDK never invents these; they match the JSON-RPC method names the user
 * would have signed with locally.
 */
export declare const SIGNATURE_METHOD: {
    readonly PERSONAL_SIGN: "personal_sign";
    readonly ETH_SIGN_TYPED_DATA_V4: "eth_signTypedData_v4";
};
export type SignatureMethod = (typeof SIGNATURE_METHOD)[keyof typeof SIGNATURE_METHOD];
/**
 * Trading protocols that may attach a decoded payload to a typed-data
 * signature request. Matches mimir's `SIGNATURE_PROTOCOL` enum.
 */
export declare const SIGNATURE_PROTOCOL: {
    readonly HYPERLIQUID: "hyperliquid";
    readonly POLYMARKET: "polymarket";
};
export type SignatureProtocol = (typeof SIGNATURE_PROTOCOL)[keyof typeof SIGNATURE_PROTOCOL];
/**
 * Lifecycle of a remote-signing transaction request. Mirrors the backend's
 * `TRANSACTION_REQUEST_STATUS` enum. {@link TX_TERMINAL_STATUSES} captures
 * the terminal subset.
 *
 * `BROADCAST_TRACKING_EXPIRED` and `CONFIRMATION_TRACKING_EXPIRED` are
 * server-side timeouts: the backend stopped following the tx (e.g. the
 * mempool / receipt watcher gave up). Both are terminal — clients should
 * surface them as "status unknown, check on-chain" rather than continuing
 * to poll.
 */
export declare const TX_JOB_STATUS: {
    readonly EVALUATING: "EVALUATING";
    readonly AWAITING_MFA: "AWAITING_MFA";
    readonly SIGNING: "SIGNING";
    readonly BROADCASTING: "BROADCASTING";
    readonly BROADCASTED: "BROADCASTED";
    readonly CONFIRMED: "CONFIRMED";
    readonly DENIED: "DENIED";
    readonly EXPIRED: "EXPIRED";
    readonly FAILED: "FAILED";
    readonly BROADCAST_FAILED: "BROADCAST_FAILED";
    readonly BROADCAST_TRACKING_EXPIRED: "BROADCAST_TRACKING_EXPIRED";
    readonly CONFIRMATION_TRACKING_EXPIRED: "CONFIRMATION_TRACKING_EXPIRED";
};
export type TxJobStatusValue = (typeof TX_JOB_STATUS)[keyof typeof TX_JOB_STATUS];
/**
 * Lifecycle of a remote-signing message / typed-data request — a strict
 * subset of {@link TX_JOB_STATUS}. Sign-only jobs never broadcast and
 * therefore never reach `BROADCASTING` / `BROADCASTED` / `CONFIRMED`;
 * `SIGNED` is the success terminal.
 */
export declare const SIGN_JOB_STATUS: {
    readonly EVALUATING: "EVALUATING";
    readonly AWAITING_MFA: "AWAITING_MFA";
    readonly SIGNING: "SIGNING";
    readonly SIGNED: "SIGNED";
    readonly APPROVED: "APPROVED";
    readonly DENIED: "DENIED";
    readonly EXPIRED: "EXPIRED";
    readonly FAILED: "FAILED";
};
export type SignJobStatusValue = (typeof SIGN_JOB_STATUS)[keyof typeof SIGN_JOB_STATUS];
/** Failure taxonomy for transaction jobs (broadcast failures included). */
export declare const FAILURE_CODE: {
    readonly EVALUATION_FAILED: "EVALUATION_FAILED";
    readonly SIGN_FAILED: "SIGN_FAILED";
    readonly BROADCAST_FAILED: "BROADCAST_FAILED";
    readonly SHIELD_BLOCKED: "SHIELD_BLOCKED";
};
export type FailureCode = (typeof FAILURE_CODE)[keyof typeof FAILURE_CODE];
/** Failure taxonomy for sign-only jobs (no broadcast step). */
export declare const SIGN_JOB_FAILURE_CODE: {
    readonly EVALUATION_FAILED: "EVALUATION_FAILED";
    readonly SIGN_FAILED: "SIGN_FAILED";
    readonly SHIELD_BLOCKED: "SHIELD_BLOCKED";
};
export type SignJobFailureCode = (typeof SIGN_JOB_FAILURE_CODE)[keyof typeof SIGN_JOB_FAILURE_CODE];
/**
 * HTTP failure mode for {@link RemoteSigningError}. Lets callers map to
 * user-facing UX without parsing messages.
 */
export declare const REMOTE_SIGNING_ERROR_CODE: {
    readonly UNAUTHORIZED: "UNAUTHORIZED";
    readonly NOT_FOUND: "NOT_FOUND";
    readonly REQUEST_FAILED: "REQUEST_FAILED";
    readonly NETWORK_ERROR: "NETWORK_ERROR";
};
export type RemoteSigningErrorCode = (typeof REMOTE_SIGNING_ERROR_CODE)[keyof typeof REMOTE_SIGNING_ERROR_CODE];
/** Statuses the remote signing service won't transition out of for a tx job. */
export declare const TX_TERMINAL_STATUSES: readonly TxJobStatusValue[];
/** Statuses the remote signing service won't transition out of for a sign-only job. */
export declare const SIGN_TERMINAL_STATUSES: readonly SignJobStatusValue[];
/**
 * Query param for the unified MFA approval lookup route. The CLI only ever
 * resolves approvals by transaction-/signature-request id (`pollingId`).
 */
export declare const APPROVAL_ID_TYPE: "requestId";
/**
 * Derived MFA approval state reported by the unified approval route.
 * Mirrors the backend's `MFA_APPROVAL_STATE` enum. Unlike job statuses,
 * this is the approval's own lifecycle — an `approved` approval does not
 * imply the underlying transaction has broadcast or confirmed.
 */
export declare const MFA_APPROVAL_STATE: {
    readonly PENDING: "pending";
    readonly APPROVED: "approved";
    readonly DENIED: "denied";
    readonly EXPIRED: "expired";
};
export type MfaApprovalStateValue = (typeof MFA_APPROVAL_STATE)[keyof typeof MFA_APPROVAL_STATE];
/** Approval states the backend won't transition out of. */
export declare const MFA_APPROVAL_TERMINAL_STATES: readonly MfaApprovalStateValue[];
/**
 * Operation kinds an MFA approval can protect. Mirrors the backend's
 * `MFA_OPERATION_TYPE` enum; discriminates `MfaApprovalDetails.subject`.
 */
export declare const MFA_OPERATION_TYPE: {
    readonly TRANSACTION_REQUEST: "transaction_request";
    readonly SIGNATURE_REQUEST: "signature_request";
    readonly WALLET_POLICY_UPDATE: "wallet_policy_update";
    readonly WALLET_MODE_CHANGE: "wallet_mode_change";
};
export type MfaOperationType = (typeof MFA_OPERATION_TYPE)[keyof typeof MFA_OPERATION_TYPE];