goroutine-py 1.0.7

An Asyncio-based concurrency library for Python.

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goroutine-py

🚀 An Asyncio-based concurrency library for Python.

​ Easy concurrency just like goroutine without worry about thread and coroutine in Python.

Introduction

Withing goroutine.app.go you can run a coroutine or a func asynchronously.

Main function go :

go (obj: callable, *args, callback: callable = None, lock: bool = False)

​ obj: Takes both callable coroutinefunction and func as object.

​ *args: Arguments for your obj.

​ callback: Attaches a callable that will be called when the future finishes.

​ lock: Thread safe if True. It can slow your program.

​ This argument only work for "func" not "coroutinefunction".

Getting Started

Support:

Python 3.7 / 3.8 / 3.9 / 3.10 / 3.11 / 3.12

Installation

First you have to install goroutine-py like this:

pip install goroutine-py

Quick Tutorial

The primary entity of goroutine-py is goroutine.app.go. You can simply start using goroutine-py like this:

First, define your tasks:

import asyncio
import functools
import time
from goroutine.app import go

# A normal func
def task_1(n=2):
    time.sleep(n)
    print('Task_1_done')
    return 'Result_1'

# A coroutinefunction
async def task_2(n=1):
    await asyncio.sleep(n)
    print('Task_2_done')
    return 'Result_2'

# Callback func
def callback(future, arg=None):
    '''
    At least ONE Parameter "future" is required.
    This future is a concurrent.futures.Future.
    Use functools.partial() to give arguments for your callback func.
    '''
    print(future.result(),arg)

After you defined all your tasks and callback, you can go like this:

go(task_1)
go(task_2)
go(task_1, 4, callback=callback)
go(task_2, 2, callback=functools.partial(callback,arg='a'))
print('END')

Output :

>>>
END
Task_2_done
Task_1_done
Task_2_done
Result_2 a
Task_1_done
Result_1 None

License

This project is licensed under the MIT License - see the LICENSE file for details.