// WARNING: This file is auto-generated. Any changes will be lost.
export default function aes_kwp(_imports?: any, pool?: any): {
  readonly memory: Uint8Array;
  readonly segments: {
    readonly state: Uint8Array;
    readonly state_chunks: ReadonlyArray<Uint8Array>;
    readonly 'state.key': Uint8Array;
    readonly 'state.key_chunks': ReadonlyArray<Uint8Array>;
    readonly 'state.expandedKey': Uint8Array;
    readonly 'state.expandedKey_chunks': ReadonlyArray<Uint8Array>;
    readonly 'state.tmp': Uint8Array;
    readonly 'state.tmp_chunks': ReadonlyArray<Uint8Array>;
    readonly 'state.rounds': Uint8Array;
    readonly 'state.rounds_chunks': ReadonlyArray<Uint8Array>;
    readonly constants: Uint8Array;
    readonly constants_chunks: ReadonlyArray<Uint8Array>;
    readonly 'constants.encrypt': Uint8Array;
    readonly 'constants.encrypt_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.encrypt.sbox': Uint8Array;
    readonly 'constants.encrypt.sbox_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.encrypt.T0': Uint8Array;
    readonly 'constants.encrypt.T0_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.encrypt.T1': Uint8Array;
    readonly 'constants.encrypt.T1_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.encrypt.T2': Uint8Array;
    readonly 'constants.encrypt.T2_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.encrypt.T3': Uint8Array;
    readonly 'constants.encrypt.T3_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.decrypt': Uint8Array;
    readonly 'constants.decrypt_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.decrypt.sbox': Uint8Array;
    readonly 'constants.decrypt.sbox_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.decrypt.T0': Uint8Array;
    readonly 'constants.decrypt.T0_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.decrypt.T1': Uint8Array;
    readonly 'constants.decrypt.T1_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.decrypt.T2': Uint8Array;
    readonly 'constants.decrypt.T2_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.decrypt.T3': Uint8Array;
    readonly 'constants.decrypt.T3_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.xPowers': Uint8Array;
    readonly 'constants.xPowers_chunks': ReadonlyArray<Uint8Array>;
    readonly 'constants.inited': Uint8Array;
    readonly 'constants.inited_chunks': ReadonlyArray<Uint8Array>;
    readonly buffer: Uint8Array;
    readonly buffer_chunks: ReadonlyArray<Uint8Array>;
  };
  addPadding(v0: number, v1: number, v2: number): number;
  aesBlockDec(v0: number, v1: number, v2: number, v3: number): [number, number, number, number];
  aesBlockEnc(v0: number, v1: number, v2: number, v3: number): [number, number, number, number];
  decryptBlocks(v0: number, v1: number, v2: number, v3: number): void;
  decryptInit(v0: number): void;
  encryptBlocks(v0: number, v1: number, v2: number, v3: number): void;
  encryptInit(v0: number): void;
  initTables(): void;
  reset(v0: number): void;
  verifyPadding(v0: number, v1: number): number;
};