AI + VS Code = 🤯

Steve (Builder.io)
14 Mar 202302:26

TLDRThe video script showcases the innovative use of AI with Visual Studio Code to streamline and enhance coding tasks. By leveraging GitHub Copilot Labs extension and custom key bindings, developers can issue commands to automatically format, style, and refactor code, regardless of the CSS framework in use. The AI's capabilities extend to adding types, fixing bugs, and even generating new code sections. This integration is powered by OpenAI's Edits API, making it a flexible tool for developers to quickly prototype and iterate on their projects, with the option to visually edit and download code for live updates to their websites or apps.

Takeaways

  • 🤖 AI can be integrated with Visual Studio Code to assist in editing and rewriting code.
  • 🎨 Users can give commands like 'Center the button', and AI will automatically adjust the code based on the detected CSS framework, such as Tailwind.
  • 💅 AI can enhance the visual appeal of elements, like buttons, by adding appropriate styles.
  • 📝 The AI's capabilities are not limited to a specific CSS framework; it works with Tailwind, Emotion, plain CSS, etc.
  • 🔑 Custom key bindings can be set up in VS Code to quickly access AI prompts, such as 'command + shift + A'.
  • 🖌️ GitHub Copilot Labs VS Code extension offers built-in options and supports custom prompts for various code manipulations.
  • 🔍 AI can improve code readability, fix bugs, and add missing types or functionalities.
  • 📈 The OpenAI Edits API powers these features, making it easy to integrate AI into products.
  • 🛠️ AI functionality has been added to builder.io, allowing users to generate and visually edit page sections.
  • 📥 Changes made using AI can be exported as code, and updates can be automatically applied to websites or apps.
  • 📚 A step-by-step guide on configuring the IDE for AI commands is available on the builder.io blog.

Q & A

  • What is the main topic of the script?

    -The main topic is the integration of AI with Visual Studio Code (VS Code) for code editing and enhancement using GitHub Copilot Labs VS Code extension.

  • How does the AI detect the use of Tailwind in the script?

    -The AI automatically detects the use of Tailwind by analyzing the code context and applying appropriate styles based on the user's instructions.

  • What are some examples of visual and abstract commands mentioned in the script?

    -Examples include making a button prettier by adding the right classes and adding space around the text or above the button.

  • How can users customize the AI prompts?

    -Users can customize AI prompts by adding custom key bindings, such as Command + Shift + A, to access prompts from GitHub Copilot Labs brushes.

  • What other features are available with GitHub Copilot Labs brushes?

    -Other features include adding types, fixing bugs, improving code readability, and customizing code behavior, such as changing sorting order.

  • How is the openai-edits API utilized in the script?

    -The openai-edits API is used to power the AI functionality, making it easy to integrate into products like builder.io for generating page sections using AI.

  • What can users do with the AI in builder.io?

    -Users can generate page sections using AI, visually edit them like in Figma, or use AI to add elements like a second button, and download the code for their website or app.

  • How does the AI assist in code generation for Tailwind?

    -The AI can add new Tailwind code generation options or integrate with the API, allowing the edits made to go live automatically on the user's website or app.

  • Where can users find a step-by-step guide on configuring their IDE for AI commands?

    -A step-by-step guide on configuring the IDE for AI commands from a keyboard shortcut can be found on the builder.io blog.

  • What is the significance of the openai-edits API's ease of use?

    -The ease of use of the openai-edits API allows developers to quickly integrate AI capabilities into their products, enhancing functionality with minimal effort.

Outlines

00:00

🤖 AI and VS Code Integration

The paragraph discusses the use of AI with Visual Studio Code (VS Code) to edit and rewrite code. It highlights the ability to give commands like 'Center the button' and have the AI automatically apply the correct CSS, such as using Tailwind, without needing to specify the exact CSS rules. The AI can also enhance the visual appeal of elements by adding styles. The user mentions using GitHub Copilot Labs VS Code extension and custom key bindings for quick access to AI prompts. The AI's capabilities extend to adding types, fixing bugs, and customizing code behavior. The integration is powered by OpenAI's edits API, which is easy to use and can be incorporated into products like builder.io, allowing for AI-generated page sections and visual editing. The AI can also add missing types and perform other tasks, with changes made through a visual interface or AI commands. The user can download the code or integrate it into an API for live updates to a website or app.

Mindmap

Keywords

💡AI

Artificial Intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think, learn, and make decisions like humans. In the context of the video, AI is used to assist in coding and design tasks, such as automatically centering a button or adding styling to a webpage. The AI in question is likely a code-assisting tool that understands the user's intent and applies it to the codebase.

💡VS Code

Visual Studio Code (VS Code) is a free, open-source code editor developed by Microsoft. It supports a wide range of programming languages and tools, making it a popular choice among developers. In the video, VS Code is used as the platform where AI integration occurs, allowing users to edit and rewrite code with AI assistance.

💡Tailwind

Tailwind CSS is a utility-first CSS framework for rapidly building custom designs directly in your markup. It provides low-level utility classes to the HTML that can be composed to create unique designs without having to write custom CSS. In the video, Tailwind is used as the styling framework, and the AI tool is able to understand and work with it to apply styles like centering elements.

💡GitHub Copilot Labs

GitHub Copilot Labs is an extension for VS Code that leverages AI to assist developers in writing code. It suggests code completions, fixes bugs, and can understand natural language prompts to perform various coding tasks. The video demonstrates how this tool can be customized with key bindings to provide a more interactive and efficient coding experience.

💡Custom Key Binding

A custom key binding in software like VS Code allows users to assign specific actions to a combination of keys. This can streamline workflows and provide quick access to frequently used features. In the video, the user has set up a custom key binding (command + shift + A) to quickly access AI prompts from GitHub Copilot Labs.

💡Brushes

In the context of the video, 'brushes' refers to a set of predefined AI commands or prompts that can be used to perform specific tasks, such as adding types, fixing bugs, or styling elements. These brushes are part of the GitHub Copilot Labs extension and can be customized or expanded upon to fit the user's needs.

💡OpenAI Edits API

The OpenAI Edits API is a service that allows for easy integration of AI capabilities into products. It enables users to pass in code and instructions, and the API will provide the necessary edits or suggestions. In the video, this API powers the AI functionality in builder.io, allowing users to generate and edit page sections using AI.

💡Builder.io

Builder.io is a platform that enables users to visually build and edit web pages. It integrates with AI to enhance the user experience, allowing for features like generating page sections with AI and visually editing them. The video mentions how the OpenAI Edits API was integrated into builder.io to provide these capabilities.

💡Code Generation

Code generation is the process of automatically creating code based on certain inputs or specifications. In the video, AI is used for code generation, such as creating Tailwind CSS classes or page sections. This can save time and effort for developers by automating repetitive tasks and providing suggestions for code improvements.

💡API Integration

API integration involves connecting an application or service with another system through an Application Programming Interface (API). This allows for the exchange of data and functionality between the two. In the video, the user discusses how the OpenAI Edits API was integrated into builder.io, enabling AI-driven features within the platform.

💡Visual Editing

Visual editing refers to the process of manipulating the appearance of content or elements in a graphical user interface (GUI). In the video, the user mentions the ability to visually edit code in builder.io, similar to how one would use a design tool like Figma, but with the added benefit of AI assistance.

Highlights

Using AI with VS Code to edit and rewrite code

AI can automatically detect and apply Tailwind CSS

AI can make visual and abstract changes to code

Adding custom key bindings for AI prompts

GitHub Copilot Labs VS Code extension

Built-in options like adding types or fixing bugs

Custom prompts for specific code modifications

AI can improve code readability

AI can add missing types or reorder code

OpenAI Edits API for easy integration

AI functionality added to builder.io

AI can generate page sections and allow visual editing

AI can add or adjust elements like buttons and spacing

AI edits can be downloaded as code

New Tailwind CSS code generation option

AI edits go live automatically to websites or apps

Learn more about VS Code tricks with AI

Step-by-step guide on configuring IDE for AI commands

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