Is aiohttp integration covered?

Yes, the skill includes guidance on making asynchronous HTTP requests using aiohttp and managing ClientSession objects correctly.

Can it help with CPU-bound performance issues?

Absolutely, it provides specific patterns for using ProcessPoolExecutor to offload compute-heavy tasks to separate processes, preventing them from blocking the main event loop.

What is the difference between gather and wait in this skill?

The skill clarifies when to use gather for collecting results in order versus using wait for fine-grained control over task completion status and timing.

How does this skill handle task cancellation?

It provides patterns for using asyncio.wait_for for timeouts and demonstrates how to catch and handle CancelledError for graceful cleanup.

Does this skill support multi-threading in Python?

Yes, the skill includes implementation patterns for using ThreadPoolExecutor to handle blocking I/O-bound tasks within an asynchronous environment.

Python Async Patterns

Name: Python Async Patterns
Author: TheBushidoCollective

byTheBushidoCollective

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Desarrollo de API

Implements high-performance asynchronous programming patterns in Python using asyncio and concurrent execution techniques.

Acerca de

This skill empowers developers to write efficient, non-blocking Python code by providing expert guidance on asyncio, concurrency primitives, and parallel execution. It covers everything from basic async/await syntax and concurrent I/O operations to complex producer-consumer patterns and offloading CPU-intensive tasks to process pools. By following these patterns, developers can build robust, scalable applications capable of handling high-throughput web requests, background processing, and complex data collection tasks without common concurrency pitfalls.

Características Principales

39 GitHub stars
Synchronization primitives including Semaphores, Locks, and Async Queues
Expert implementation of async/await syntax and core asyncio principles
Graceful handling of timeouts, cancellations, and async exceptions
Advanced task management using create_task, gather, and wait control flows
Integration of blocking I/O and CPU-bound tasks via concurrent.futures

Casos de Uso

Optimizing backend services for high-throughput I/O-bound operations
Implementing efficient background workers and producer-consumer architectures
Building high-concurrency web scrapers and non-blocking API clients

Acerca de

Características Principales

39 GitHub stars
Synchronization primitives including Semaphores, Locks, and Async Queues
Expert implementation of async/await syntax and core asyncio principles
Graceful handling of timeouts, cancellations, and async exceptions
Advanced task management using create_task, gather, and wait control flows
Integration of blocking I/O and CPU-bound tasks via concurrent.futures

Casos de Uso

Optimizing backend services for high-throughput I/O-bound operations
Implementing efficient background workers and producer-consumer architectures
Building high-concurrency web scrapers and non-blocking API clients