export interface RollyWasmResult {
  ready: boolean;
  error: Error | null;
  poseidon2_hash:             (input: BigUint64Array) => BigUint64Array;
  poseidon2_two_to_one:       (left: BigUint64Array, right: BigUint64Array) => BigUint64Array;
  derive_session_key:         (sig_bytes: Uint8Array) => BigUint64Array;
  session_public_key:         (session_key: BigUint64Array, session_expiry: bigint) => BigUint64Array;
  compute_server_seed_hash:   (server_seed: BigUint64Array) => BigUint64Array;
  seed_hash_truncated:        (server_seed: BigUint64Array) => BigUint64Array;
  string_to_user_seed:        (input: string) => BigUint64Array;
  string_to_user_seed_hex:    (input: string) => string;
  generate_user_seed:         () => string;
  goldilocks_fields_to_hex:   (fields: BigUint64Array) => string;
  goldilocks_modulus:         () => bigint;
  goldilocks_reduce:          (value: bigint) => bigint;
  amount_split:               (amount: bigint) => Uint32Array;
  compute_address_hash:       (address_hex: string) => BigUint64Array;
  hash_balance_leaf:          (raw: BigUint64Array) => BigUint64Array;
  make_main_leaf:             (balance_hash: BigUint64Array, pk_hash: BigUint64Array, address_hash: BigUint64Array) => BigUint64Array;
  compute_prediction_hash:    (game_id: number, p0: number, p1: number, p2: number) => BigUint64Array;
  compute_prediction_hash_keno: (game_id: number, risk: number, pick_count: number, selected: Uint8Array) => BigUint64Array;
  compute_user_seed_binding:  (game_id: number, bet: bigint, pred_hash: BigUint64Array, secret: BigUint64Array) => BigUint64Array;
  generate_user_secret:       () => BigUint64Array;
  compute_payout_dice:        (random: BigUint64Array, bet_atomic: bigint, game_mode: number, prediction_lo: number, prediction_hi: number) => BigUint64Array;
  compute_payout_limbo:       (random: BigUint64Array, bet_atomic: bigint, prediction_x100: number) => BigUint64Array;
  compute_payout_plinko:      (random: BigUint64Array, bet_atomic: bigint, sector: number, rows: number, is_extreme: boolean) => BigUint64Array;
  compute_payout_coinflip:    (random: BigUint64Array, bet_atomic: bigint, prediction: number) => BigUint64Array;
  compute_payout_keno:        (random: BigUint64Array, bet_atomic: bigint, risk: number, selected: Uint8Array) => BigUint64Array;
  compute_roll_dice:          (random: BigUint64Array) => number;
  compute_roll_limbo:         (random: BigUint64Array) => number;
  compute_roll_plinko:        (random: BigUint64Array, rows: number) => number;
  compute_roll_coinflip:      (random: BigUint64Array) => number;
  compute_drawn_keno:         (random: BigUint64Array) => Uint8Array;
  compute_multi_dice:         (win_numbers: number) => bigint;
  limbo_rtp_percent:          () => number;
  coinflip_rtp_percent:       () => number;
  coinflip_multiplier_x10000: () => number;
  dice_rtp_percent:           () => number;
  plinko_min_rows:            () => number;
  plinko_max_rows:            () => number;
  plinko_num_sectors:         () => number;
  plinko_multiplier_table:    (sector: number, rows: number, is_extreme: boolean) => BigUint64Array;
  plinko_is_valid_config:     (sector: number, rows: number, is_extreme: boolean) => boolean;
  plinko_is_valid_rows:       (rows: number) => boolean;
  plinko_rtp_x100:            (sector: number, rows: number, is_extreme: boolean) => bigint;
  plinko_all_rtp_x100:        () => Record<string, bigint>;
  keno_numbers_range:         () => number;
  keno_draw_count:            () => number;
  keno_max_picks:             () => number;
  keno_multiplier_table:      (risk: number, pick_count: number) => BigUint64Array;
  keno_is_valid_config:       (risk: number, pick_count: number) => boolean;
  keno_rtp_x100:              (risk: number, pick_count: number) => bigint;
  keno_all_rtp_x100:          () => Record<string, bigint>;
}

export function useRollyWasm(): RollyWasmResult;