xxf-speed

Throttle and debounce UI and network events using XXFSpeed source code.

6|1|Updated May 22, 2025

Search Tags:#swift #ios #rate-limiting #throttle #debounce #xxfspeed #xxf-flow

Ready to run

npx skills add https://github.com/NBXXF/xxf_ios --skill xxf-speed

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: xxf-speed
Source: https://github.com/NBXXF/xxf_ios/tree/main/skills/xxf-speed
Command: npx skills add https://github.com/NBXXF/xxf_ios --skill xxf-speed

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

XXFSpeed helps prevent excessive event processing by applying throttling and debouncing strategies, reducing UI jank and unnecessary work.

Core Features & Use Cases

Throttle: limit rapid, consecutive actions to a defined rate.
Debounce: delay processing until activity settles.
Rate-limiting and performance awareness: monitor and cap event frequency to protect resources.
Use Case: Debounce a search field to trigger requests after typing pauses.

Quick Start

Read the XXFSpeed source to identify correct throttle and debounce behavior before applying it to your UI or network flows.

Frequently Asked Questions about xxf-speed

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I debounce a search input field in iOS to reduce unnecessary network requests?▼

To debounce a search input field in iOS, delay processing the network request until typing settles. This reduces UI jank and prevents excessive event processing by applying a specified debounce strategy to the user interface event.

What is the difference between throttling and debouncing for iOS UI events?▼

Throttling limits rapid, consecutive actions to a defined rate, while debouncing delays processing until activity settles. Both rate-limiting strategies improve user experience by controlling event frequency and protecting resources.

How do I limit the rate of rapid button taps in a Swift application?▼

Limit the rate of rapid button taps in Swift by applying a throttle to the action. Throttling caps the event frequency to a defined rate, ensuring predictable and controlled behavior while reducing unnecessary work.

Does this throttle and debounce skill work with the xxf-flow component in Swift?▼

Yes, you must read the XXFSpeed source code to verify compatibility with related components such as xxf-flow. Checking the source ensures the throttle and debounce implementations align correctly with your existing Swift workflows.

Why does my iOS app experience UI jank during rapid consecutive network requests?▼

UI jank occurs because rapid consecutive network requests trigger excessive event processing. Applying rate-limiting strategies like throttling or debouncing controls event frequency, protecting resources and smoothing the user experience.