auth.BindTempAuthKey

Binds a temporary authorization key temp_auth_key_id to the permanent authorization key perm_auth_key_id. Each permanent key may only be bound to one temporary key at a time, binding a new temporary key overwrites the previous one.

Example

const { Api, TelegramClient } = require("telegram");
const { StringSession } = require("telegram/sessions");

const session = new StringSession(""); // You should put your string session here
const client = new TelegramClient(session, apiId, apiHash, {});

(async function run() {
  await client.connect(); // This assumes you have already authenticated with .start()

  const result = await client.invoke(
    new Api.auth.BindTempAuthKey({
      permAuthKeyId: BigInt("-4156887774564"),
      nonce: BigInt("-4156887774564"),
      expiresAt: 43,
      encryptedMessage: Buffer.from("arbitrary data here"),
    })
  );
  console.log(result); // prints the result
})();

import { Api, TelegramClient } from "telegram";
import { StringSession } from "telegram/sessions";

const session = new StringSession(""); // You should put your string session here
const client = new TelegramClient(session, apiId, apiHash, {});

(async function run() {
  await client.connect(); // This assumes you have already authenticated with .start()

  const result: Api.Bool = await client.invoke(
    new Api.auth.BindTempAuthKey({
      permAuthKeyId: BigInt("-4156887774564"),
      nonce: BigInt("-4156887774564"),
      expiresAt: 43,
      encryptedMessage: Buffer.from("arbitrary data here"),
    })
  );
  console.log(result); // prints the result
})();

Parameters

Name	Type	Description
permAuthKeyId	long	No description found
nonce	long	No description found
expiresAt	int	No description found
encryptedMessage	bytes	No description found

Result

Bool

Possible errors

Code	Type	Description

Can bots use this method?

Yes

Perfect Forward Secrecy

Binding temporary authorization key to permanent ones.

long

A basic bare type, elements of which correspond to two-element sequences, representing 64-bit signed numbers (little-endian).

int

A basic bare type, the values of which correspond to single-element sequences, i.e. numbers from -2^31 to 2^31-1 which in this case represent themselves.