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.

Create Tailwind Swipeable Drawer Components

What is Tailwind swipeable drawer component?

The Tailwind CSS drawer component is a reusable element designed for smooth transitions and seamless integration in web applications. It allows a hidden off canvas sidebar to be displayed dynamically based on drawer placement settings. The default drawer configuration includes a drawer label, drawer overlay, and data attributes to control drawer visibility effectively. Additionally, xmlns http www.w3 org and www.w3 org 2000 svg ensure proper SVG structuring within the document page. The drawer API ensures a seamless experience by managing interactions efficiently. Additionally, http www.w3 org 2000 plays a crucial role in maintaining the structural integrity of embedded SVGs within the interface. One advantage of using this approach is its adaptability, as it allows for seamless integration with drawer navigation, improving overall usability.

How to use Tailwind swipeable drawers?

To open the drawer, you need to apply the data drawer attribute, which helps toggle the appearance of the drawer component. The default value determines if the sidebar is initially visible or hidden. You can add form elements inside the sliding panel, such as a contact form inside, making it useful for interactive applications. The Tailwind drawer can also include a fixed element to ensure stability during body scrolling, improving user experience. By utilizing a data attribute, developers can better control the behavior of the panel, ensuring that it is shown completely or partially hidden as per design needs. Including a navigational sidebar inside the layout helps improve accessibility, while user actions determine how the layout responds dynamically. If a part of the panel needs to remain hidden, developers can configure it accordingly to hide a small part while keeping essential interactions accessible. Users can also implement event listeners to automatically open drawer components based on specific triggers, ensuring a dynamic and engaging experience.

How to style Tailwind swipeable drawers?

To style a Tailwind drawer, you can use div class and p class to structure the layout, ensuring proper alignment with items center justify. Applying text white enhances readability, while bg settings contribute to a visually appealing design. The sr only class improves accessibility by hiding elements visually but keeping them accessible to screen readers. You can also modify placement options, such as the right side or the drawer left example, using the drawer toggle. Additionally, attributes like viewbox 0 and fill none help in maintaining clean SVG designs. You can further refine the style by adjusting the top right bottom left properties to define the exact position of the layout. Adding subtle effects along the edge and ensuring a balanced display enhances aesthetics. Using round corners and defining a specific width contributes to a smoother user experience. Proper structuring ensures that no false adjustments affect the user interface while maintaining a smooth and responsive layout.

How to build Tailwind swipeable drawers using Purecode AI?

To build a drawer component using PureCode AI, start by navigating to the PureCode AI platform and selecting 'Drawer Component' from the menu. Enter the required specifications, such as layout preferences and framework compatibility. Click 'Generate Code' to create the base structure automatically. Once the code is generated, copy it and integrate it into your project. Next, set position settings like top, right, and bottom to define the behavior. Define the classname to manage styles and structure the drawer label properly. Inside the sliding panel, include textarea, ul, and list elements as needed. The description section should feature contact forms with relevant form attributes, such as email, subject, and message. Use const to manage state, and implement a button for user interactions. Clicking the button will trigger an event that controls the panel’s display status. Developers can follow structured guidelines from the PureCode AI reference page for efficient content generation. Developers can customize the layout by utilizing div elements effectively, ensuring the right classes are assigned for styling. Integrating a backdrop with an appropriate duration helps manage the transition smoothly. Implementing props allows developers to tailor interactions, and supporting React frameworks enhances flexibility. The ability to write reusable components in a structured theme simplifies project scalability. Furthermore, setting specific classes can optimize design efficiency, and a file containing predefined styles ensures consistency. The https protocol secures integration, while using a disabled state can help manage access restrictions when needed.