[AI Help] Question: приведи мне по 5 пример микро тасков и макро тасков

[x1agy]

What is the issue with the answer?

i asked for 5 examples of macro tasks and microtasks and ai responsed me with "I'm sorry, but I can't answer questions outside web development"

How would you categorize this issue?

• The answer is harmful / unsafe.
• The answer is not correct.
• The answer is not helpful.
• The answer is outdated.

What did you ask?

1. приведи мне по 5 пример микро тасков и макро тасков

What did AI Help answer?

I'm sorry, but I can't answer questions outside web development.

What MDN pages did AI Help consult?

no one

[caugner]

Hi @x1agy, 👋

Thank you for reporting this issue.

приведи мне по 5 пример микро тасков и макро тасков

Translates to (according to DeepL):

Give me five examples of micro shuffles and macro shuffles.

I'm not familiar with the concepts of micro shuffles and macro shuffles, and we don't seem to explain it on MDN.

However, here's the answer you would get with GPT-4 (requires a paid MDN Plus subscription, which is only available in some countries). Let me know what you think about it (Russian answer below):

In web development, the concepts of micro and macro shuffles aren't directly applicable as they are more commonly associated with data science, particularly in the context of data manipulation and algorithm design. However, if we adapt these concepts to web development, we could consider micro shuffles as small, local changes that affect the immediate structure or presentation of content, while macro shuffles could be seen as larger, more global changes affecting the overall structure or functionality of a web application. Here are examples of what could be considered micro and macro shuffles in the context of web development:

Micro Shuffles

1. CSS Property Changes: Modifying the CSS properties of elements, such as changing the color, font-size, or margin of text elements to improve readability or visual appeal. This is a micro shuffle as it affects the local styling of elements without altering the overall layout or functionality. CSS Styling Reference

2. JavaScript Event Listeners: Adding or removing small JavaScript event listeners to elements for interactive effects, like hover effects on buttons or links. This can be considered a micro shuffle as it adds interactivity to specific elements without changing the core functionality of the page. Event Reference

3. DOM Manipulation: Using JavaScript to dynamically change the text of a paragraph or the src attribute of an image. These are small, localized changes that don't significantly alter the page's structure or behavior. DOM Introduction

4. Form Validation Feedback: Implementing inline validation feedback for form inputs, such as indicating a required field is empty or an email address is formatted incorrectly. These adjustments are micro shuffles as they affect individual form elements' presentation and user interaction. Form Validation

5. Animation Tweaks: Adding subtle animations or transitions to UI elements like buttons, modals, or dropdown menus using CSS or JavaScript. These enhancements improve the user experience without making broad changes to the site's functionality. CSS Transitions

Macro Shuffles

1. Responsive Design Overhaul: Updating a website's layout to be fully responsive, ensuring it adapts smoothly to various screen sizes and devices. This is a macro shuffle as it affects the global presentation and usability of the website across different platforms. Responsive Design

2. Navigation Redesign: Reorganizing a website's navigation structure, such as changing from a top navigation bar to a hamburger menu for mobile views, or restructuring the site map to improve user flow. These changes affect the overall user experience and site architecture. Navigation Patterns

3. Implementing a Single Page Application (SPA) Architecture: Moving from a multi-page website to a SPA using frameworks like React, Angular, or Vue.js. This transition significantly alters how content is loaded and presented, making it a macro shuffle. Single Page Application

4. Adding Internationalization and Localization: Implementing support for multiple languages and regional differences across the website. This broad change affects content, UI elements, and potentially the layout, depending on the language's directionality and content length differences. Internationalization and localization

5. Integrating a Content Management System (CMS): Shifting from a static site to a dynamic site powered by a CMS like WordPress, Drupal, or a headless CMS. This change affects how content is managed, updated, and displayed, representing a significant shift in the site's architecture and functionality. Headless CMS

These examples illustrate how micro and macro shuffles can manifest in web development, affecting elements at different scales—from individual components to the entire website structure.

Russian answer:

В JavaScript, микро- и макро-таски являются частью механизма асинхронного программирования и управления событиями. Макро-таски обычно представляют собой крупные задачи, такие как выполнение скрипта, события, такие как setTimeout, setInterval, setImmediate (Node.js), I/O операции, и так далее. Микро-таски обычно связаны с обещаниями (Promises) и операциями, которые должны быть выполнены сразу после текущего выполненного кода, но до того, как браузер продолжит другие макро-таски, такие как рендеринг или обработка событий.

Примеры микро-тасков:

1. Выполнение обещания (Promise):

   Promise.resolve().then(() => console.log('Микро-таск 1: выполнение обещания'));

2. Async/Await функция:

   async function asyncCall() {
     console.log('Микро-таск 2: начало асинхронного вызова');
     await Promise.resolve();
     console.log('Микро-таск 2: завершение асинхронного вызова');
   }
   asyncCall();

3. Обработка queueMicrotask:

   queueMicrotask(() => console.log('Микро-таск 3: выполнение через queueMicrotask'));

4. Обещание внутри setTimeout (выполнится как микро-таск внутри макро-таска):

   setTimeout(() => Promise.resolve().then(() => console.log('Микро-таск 4: обещание внутри setTimeout')), 0);

5. Обещание после fetch (используя async/await):

   async function fetchData() {
     await fetch('https://example.com')/;
     console.log('Микро-таск 5: данные получены');
   }
   fetchData();

Примеры макро-тасков:

1. Таймеры:

   setTimeout(() => console.log('Макро-таск 1: выполнение setTimeout'), 0);

2. Интервалы:

   setInterval(() => console.log('Макро-таск 2: выполнение setInterval'), 1000);

3. Обработка событий:

   document.addEventListener('click', () => console.log('Макро-таск 3: обработка клика'));

4. I/O операции (в Node.js):

   const fs = require('fs');
   fs.readFile('example.txt', () => console.log('Макро-таск 4: чтение файла'));

5. setImmediate (специфично для Node.js):

   setImmediate(() => console.log('Макро-таск 5: выполнение setImmediate'));

Эти примеры демонстрируют различие между микро- и макро-тасками в JavaScript и то, как они могут быть использованы для управления асинхронным кодом.&sources=- Advanced techniques: Creating and sequencing audio

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