nestjs-telegram-unlimit-message v1.3.1

Description

• Telegram limit by: number of bots in groups upto 20, message sending frequency in group chats up to 20 messages per minute in the same chat. So with 1 minute each account can send up to 400 messages. In short, the limit per bot cannot be changed, but with more bots you can send more messages.
• Based on Nginx load balancing strategies, select the appropriate bot to send messages (or perform the tasks you want with the bot). Strategies run completely separately for each group and bot
• Use only effective, consistent and simple strategies to rotate bots.
• Use Cache with redis if you have more than 1 service...

Installation

$ npm install nestjs-telegram-unlimit-message

Quick use

• Using in module:

// For root
@Module({
  imports: [
    TelegramModule.forRoot({
      strategy: new RandomStrategy(InputRandomStrategyEnum.BOTH),
      bots: [
        new Bot('bot1', 0),
        new Bot('bot2', 20),
        new Bot('bot3', 100),
        new Bot('bot4', 0),
      ],
    })
  ]
})

// For root async
@Module({
  imports: [
    TelegramModule.forRootAsync({
      useFactory: async (configService: ConfigService, cacheService: CacheService) => ({
        strategy: new WeightedRoundRobinStrategy(),
        bots: [
          new Bot(configService.get('bot1'), 2),
          new Bot(configService.get('bot2')),
          new Bot(configService.get('bot3'), 1),
          new Bot(configService.get('bot4'), 2),
        ],
        cacheService, // [Recommend] CacheService class should have set, get, del methods
      }),
      inject: [ConfigService, CacheService],
    }),
  ],
})

• Using in service:

@Injectable()
export class TestService {

  constructor(private readonly telegram: TelegramService) {
  }

  getMeBot(): Observable<TelegramUser> {
    return this.telegram.getMe();
  }

  async sendMessage() {
    await lastValueFrom(this.telegramService.sendMessage({
      chat_id: <string | number>('462374324348932034343...'),
      text: <string>job.data.message,
      parse_mode: 'markdown',
    }))
  }
}

Strategies

• Random
• Frequency
• Round Robin
• Weighted Round Robin

Random

• inputRandom : How are proxies random?

- both : All proxy nodes are random
- has_weight : Only the weighted proxy node will be random
- no_weight : Only proxy nodes without weights can be random

Config:

TelegramModule.forRoot({
  strategy: new RandomStrategy(InputRandomStrategyEnum.BOTH),
  bots: [
    new Bot('bot1', 0),
    new Bot('bot2', 20),
    new Bot('bot3', 100),
    new Bot('bot4', 0),
  ],
})

Output(both):

+-------------+-------------+
| bot         | weight      |
+-------------+-------------+
| bot1        | 0           |
| bot2        | 20          |
| bot3        | 100         |
| bot3        | 100         |
+-------------+-------------+

Frequency

More efficient using sort node

TelegramModule.forRoot({
  strategy: new FrequencyStrategy(1, 0.4),
  bots: [
    new Bot('bot1', 2048),
    new Bot('bot2', 1024),
    new Bot('bot3', 512),
    new Bot('bot4', 256),
    new Bot('bot5', 64),
    new Bot('bot6', 32),
  ],
})

The probability of choosing nodes for Frequency can be visualized as follows::

+--------------+--------+
| bots         | chance |
+--------------+--------+
| bot1         | 40%    |
| bot2         | 40%    |
+--------------+--------+
| bot3         | 2.5%   |
| bot4         | 2.5%   |
| bot5         | 2.5%   |
| bot6         | 2.5%   |
+-----------+-----------+

Round Robin

The proxies will be rotated in turn (counter : start counting from somewhere)

TelegramModule.forRoot({
  strategy: new RoundRobinStrategy(),
  bots: [
    new Bot('bot1', 0),
    new Bot('bot2', 20),
    new Bot('bot3', 100),
    new Bot('bot4', 0),
  ],
})

Output:

+-------------+
| bot1        |
| bot2        |
| bot3        |
| bot4        |
| etc...      |
+-------------+

• You can interfere with proxy usage for a certain period of time if the proxy is restricted from use.

Weighted Round Robin

The number of times this proxy node is called is the weight parameter passed in the initialization of the ProxyNode (counter : start counting from somewhere)

TelegramModule.forRoot({
  strategy: new WeightedRoundRobinStrategy(),
  bots: [
    new Bot('bot1', 1),
    new Bot('bot2', 1),
    new Bot('bot3', 2),
    new Bot('bot4', 0),
  ],
})

Output:

+-------------+
| bot1        |
| bot2        |
| bot3        |
| bot3        |
| etc...      |
+-------------+

• Proxy Node without weight will not be used

Author

• Nguyen Quang Truong

License

Package is MIT licensed.