What kind of tasks can PureCode AI help with?

PureCode AI can handle everything from debugging code, creating APIs, and writing scripts, to refactoring your codebase. It can even help build full-stack projects, either from scratch or within an existing codebase—making development smooth and efficient across frontend, backend, and infrastructure.

What kind of programming languages does PureCode AI support?

PureCode AI supports all major programming languages and frameworks, including JavaScript, TypeScript, Python, Java, Go, C#, PHP, and popular frameworks like React Native, Vue, Next.js, and Ant Design. Whether you're building new features, modifying existing code, or working across different layers of a full-stack application, PureCode AI can assist with any language or framework in your project.

How does PureCode AI understand my codebase?

With Advanced Indexing enabled by default, PureCode AI automatically indexes your entire codebase, analyzing its structure. Whenever you make changes, it re-indexes the code to ensure that suggestions, queries, and responses are always accurate, relevant, and based on the most up-to-date version of your project.

How does PureCode AI keep my code secure?

PureCode AI keeps your code local, never storing or processing it in the cloud, unlike other competitors. You retain full control over your intellectual property and data ownership. Plus, the platform automatically meets enterprise compliance standards, ensuring robust security throughout your development process.

Can I add custom documentation to PureCode AI?

To add custom documentation, go to Settings below the chat area and upload the public URL of your documentation. Once saved, you can reference it in chat by typing @Docs, then select your saved document. Similarly, you can use @UI to reference saved UI components in your project.

How can I solve errors using PureCode AI?

To solve errors using PureCode AI, type @terminal and simply say 'solve all errors' to fix issues in your terminal commands. If you're dealing with errors in a visible file, open the active file and use the 'Fix all errors' or 'Fix all errors with context' option. For better results, you can also add @codebase along with @terminal to resolve errors across the entire codebase more effectively. This ensures efficient error resolution in both your terminal and active files.

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What is the Tailwind CSS cardheader component?

The Tailwind CSS card header component is a customizable UI element for web design, enhancing layouts with responsive, modern styles. It provides an organized header for cards in Tailwind applications. The component allows developers to use xmlns http www.w3 org, which helps define the XML namespace for SVG elements. The card includes various utility classes that control the appearance and layout, making it adaptable to different designs. For example, the card image can be customized with w full max to ensure the image fills the container appropriately. The card title is an important element for identifying the purpose of the card, and it can be styled with text gray to provide a subtle appearance. Additionally, the card body contains the main content of the card, while the card element can include child elements aligned horizontally using div class flex and flex items center. For more advanced layouts, you can use card groups to arrange multiple cards together. An optional header can be used to add more context, and flex justify center can be utilized to center elements within the card. The card header can also incorporate an attached element like an icon or badge. For styling, you can use rounded lg to give the card a smooth, rounded appearance. When adding images, you might use the image caps class to style the image as a rounded corner. Furthermore, pointer events can be used to make the image interactive. The span class element can be used within the card for additional styling or content. You can also incorporate a natural lead in to smoothly introduce content, enhancing the user experience. In cases of empty state placeholder, you can display a message or graphic when the card does not contain any content. By using these classes and styles, you can create a highly flexible and visually appealing card component that adapts well across devices. This flexibility is enhanced by items center justify to align elements both horizontally and vertically. For better structure, p class can be used to add padding, ensuring consistent spacing between text and other content. Finally, the img class helps in managing the image's layout within the card, ensuring it aligns with the overall design. All of these elements together provide a cohesive and customizable card design, ideal for use with Creative Tim or any other Tailwind-based framework.

How to use Tailwind cardheaders?

To use Tailwind card headers, integrate the Tailwind CSS framework. Utilize classes like bg-gray-200, text-lg, or font-bold for styling. Create responsive designs easily. You can create a basic card by combining tailwind CSS classes such as flex flex col and text center to arrange the elements inside the card. The flex row class can be used for horizontal layouts, and font bold ensures that your text stands out. For user profiles, consider using a profile picture with a background image to make your card more engaging. Adjust the card's width by adding classes like w full or w-1/2 based on your layout needs. For an attractive look, you can use rounded s lg or rounded none md for different corner radii. When creating user cards, you can make the width equal width by applying flexbox classes. Add a card footer with text gray 900 for the text, and for details, make sure to include detailed information inside a p class text element to maintain proper formatting. To render cards dynamically, you can structure each card with a div class p container, ensuring clean spacing. If you’re working on open source projects, consider overlaying images to create visually appealing cards that grab attention. Use a path d for SVG icons or graphics to integrate visual elements seamlessly. To style buttons, add a button class with your preferred styles for interactivity. Finally, ensure the entire card remains responsive with classes like shadow sm to provide a soft shadow effect. This combination of classes gives your cards a professional and polished appearance, perfect for any web project.

How to style Tailwind cardheaders?

Style card headers in Tailwind CSS using classes like bg-gray-200, text-lg, font-bold, and p-4. Customize colors, padding, and typography for a modern design. To achieve a bg white background, use bg-transparent for sections that require transparency. For a more compact layout, apply sr only to hidden text elements. Use few options for flexibility in design. Add HTML copy of the original design, ensuring text sm font is applied for smaller text. If you'd like a bit longer text, adjust the padding accordingly with border color customizations. Display elements as inline block for cleaner alignment. For responsive layouts, define a specific width using max w sm. Combine class w full for fluidity, and add additional styles for specific adjustments. For links or buttons, use gray 700 for hover effects, and the class mb for margin adjustments. Follow friendly tips for accessibility and visual clarity. Make use of border gray for borders and border t for top borders. Adjust typography with text white to enhance contrast. Consider the following simple card component for card-based designs. Use footer sections to divide content, and organize elements with list groups. To create a wider card, ensure height columns are proportionally set. Add a rounded full style for rounded corners and use div class flex justify for flexible, justified layouts.

How to build Tailwind cardheaders using Purecode AI?

To create Tailwind cardheaders with PureCode AI, visit the website and input your project specifications. Choose Tailwind as your framework and customize your design preferences. Select a suitable variant, click 'Code' to generate the Tailwind code, make any necessary edits, and then copy the generated code into your project to enhance efficiency. quick example text for the title, followed by the leading normal description, accompanied by a background of gray 500. Use text sm font semibold for the small text underneath and include src https for image sources. Add additional content within the card’s body, styling the paragraph with font bold text. The card content section should feature a text xl heading, with a full max w layout for responsiveness. For mobile views, use sm text to adjust the size, and ensure everything is centrally aligned with center text. Add a stroke currentcolor to enhance the card’s outline. For layout, incorporate inline flex to make the design responsive and flow naturally. The card's text should be legible and clear with border b for the bottom border. Provide adequate spacing using mb 2 for margin. For interactive components, set equal height action buttons for consistent sizing, and use text right to align text to the right when needed. For images or content areas, apply overflow hidden to maintain clean edges and prevent content from spilling over. Ensure accessibility by using focus:outline none for better focus management. The SVG elements should be wrapped within viewbox 0, and apply a full border to create a clean outline around the card. Use b border to define solid card borders, and fill none to keep the design minimalist. To ensure the text remains clear, use sit amet for sample content, and add p 4 for padding around the card for spacing.