Python-based Task Manager

Project would be based on functional, that is done in Buisbot project

Backend

• memcached for storing current tasks
• PostgreSQL database for storing users information & system configurations
• Usage of Webhook, connected to Flask web server
• AsyncIO for running threaded tasks

Telegram module

• PyTelegramBotAPI for connecting with Telegram Bot API

Vk module

• Pure urllib2.request http requests + AsyncIO for sending requests to VK API

Stages:

• Initialize files in Backend part
• Initialize files in Telegram part
• Initialize files in VK part
• Edit README.md
• Create some docs. and comment *.py files
• Finish Backend
• Finish Telegram
• Finish VK
• Finish documentation

Todo:

• Create TaskManager class, which contains:

  • func., that cuts list of tasks from cache - if task._time ~ current time (using threading & async)
  • func., that saves new task to cache (using threading & async)
  • dunder-methods

• Create ProcessManager class, which contains:

  • funcs to Manage threads and AsyncTasks

• Create AyncTask class, which contains:

  • funcs, that will start \"timer\" Jobs

• Create BasicAPI class, which would help to send task to multiple APIs anf Bots

Done:

• `pymemcache Cache class defined'
• *Task* class defined
• WebServers defined (Flask & aiohtttp)

Architecture(v0.1):

• Polling system:
  • ThreadPool 1>:
    • Telegram bot instance (polling)
  • ThreadPool 2:
    • VK bot instance (polling)
  • ThreadPool 3:
    • TaskManager.waiter
  • Main thread

1. Each thread connects processes update and connects to main thread and sends request to TaskManager instance
2. TaskManager instance starts (async?) request to database(if it's needed)
3. Returns result to Bot instance
4. Bot sends async requests bask to user