Telegram bot application

• Receiving updates (messages) from Telegram API services on port 8443
• Passing this messages to TeleEngine
• Listening on port 443 to proxying to TeleManager Django web APP

• Receiving Telegram updates from NGINX
• Passing Telegram messages to TeleBot
• Django Web App that allows:
• Manage TeleOps user's accounts

• Receiving Telegram messages from TeleManager
• Perform authentication of users
• Sending task to TeleEngine according to arrived message
• Receiving task results from TeleEngine
• Sending messages back to Telegram Users
• Leveraging Python for logging, authentication and other control

• Receiving tasks from TeleBot
• Sending results to TeleEngine

PostgreSQL with two databases:

• telemanager DB: contains information about users, they privileges, commands, etc.
• teleapp DB (optional): application data.

Django Web Framework Application that allows you to manage users and they privileges. TeleManager interacts with TeleDatabase

• Creation of interacting scheme for 5 main elements:

• Choose platform for web server:

  • CherryPy
  • NGINX + gunicorn + Django

  NGINX + gunicorn + Django was choosen as the web server platform due to:

  • recommended production environment

• Choose way of interaction of TeleManager application and TeleDatabase:

  • Django ORM
  • Python Class based

  Django ORM has been choosen due to convenience.

• Figure out distribution model:

  • Docker Container:
    • Single container with TeleManager, TeleBot, TeleEngine, TeleDatabase
    • 2 Dedicated container:
      • TeleManager, TeleBot, TeleEngine
      • TeleDatabase
  • Single application, which requires the user to install the database and application on the machine barely

  2 Dedicated container was chosen as distribution model due to:

  • Learning of Docker objectives
  • Fast deployment
  • Microsegmentation

• Create template for NGINX config

• Code TeleManager

• Code TeleBot

• Code TeleEngine

• Code distribution (images, docker-compose)