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 Tailwind simple tree view selection component?

The tree view component in Tailwind CSS is a customizable UI element for displaying hierarchical data and organizing tree structures effectively. It ensures smooth navigation by structuring children nodes inside a div class with w full support for responsiveness. The tree view displays data in a structured format, allowing users to interact efficiently with the currently open element node. Each node is contained within a div, ensuring clear organization. The function of this structure is to provide seamless interaction while maintaining an accessible UI. Users can assign a value to each node, making it easier to track selections. Additionally, a note can be attached to specific nodes for better context, with another div ensuring proper layout. The tree view enhances user experience by allowing smooth expansion and collapse functionality, making navigation intuitive. By using div class elements, the tree structure remains adaptable, ensuring clarity across different devices. The class properties within each div help standardize the interface while improving responsiveness. Developers can optimize the tree by implementing code snippets that fine-tune interactivity and style. The node hierarchy remains structured through well-placed class attributes in each div class. Additional code allows further customization, refining the tree interface. With multiple class definitions managing alignment, spacing, and layout, the tree remains flexible and easy to navigate. The use of code enhances performance, ensuring that each node within the tree integrates seamlessly into the tree view component.

How to use Tailwind simple tree view selections?

To use Tailwind simple tree view selections, structure your basic tree view using a div class and wrap each node with a span class for labels. The tree view ensures clarity by maintaining an organized tree structure, making it easy to track each node and its assigned value. Use aria expanded attributes to manage and enable collapse sections effectively while ensuring smooth navigation. The div class layout provides w full support, keeping the tree view responsive. Users can interact with selections via checkbox inputs and use holding shift to multi-select, enhancing usability. With focus and customization options, the UI remains highly accessible. Implement two heading to improve structural organization and create a more readable tree view layout. Utilize span class multiple times to emphasize text elements, ensuring proper alignment within the div class. The inclusion of group elements aids in structured layout management. The collapse feature ensures that unnecessary details remain hidden until expanded, keeping the tree concise. Developers can improve the tree view further with additional code that refines class properties for styling and interactions. The div structure enhances flexibility, making the tree adaptable across different screen sizes. Implementing w full properties ensures that the div class elements remain fully responsive. Additionally, filtering allows users to sort and organize large datasets within the tree view, making navigation more intuitive. The md configuration ensures compatibility across multiple platforms, and incorporating scripts can further enhance functionality. Applying disabled attributes where necessary helps manage inactive states, improving access and usability. With proper code implementation, each node remains interactive and well-defined, ensuring that users can efficiently manage their selections within the tree view.

How to style Tailwind simple tree view selections?

To style a Tailwind simple tree view, you can apply utility classes such as w full, span class, and group to define a clean and structured layout. The tree structure relies on a well-organized div class system, ensuring seamless interaction with each node while maintaining a visually appealing design. Elements like text field, icon, and the boolean FALSE can help enhance the design, making it more interactive and user-friendly. Furthermore, you can refine the structure by adding features such as two heading, two collapse, and various collapse options to improve organization and readability. The aria expanded attribute plays a crucial role in making collapsible sections more accessible, ensuring users can interact efficiently with each tree element. Implementing checkbox inputs allows for multi-selection, and assigning a value to each node ensures better tracking of selections. The use of div class elements provides flexibility, and additional div structures enhance the overall responsiveness of the tree layout. Additionally, using filtering allows you to sort nodes dynamically, ensuring that the tree view remains easy to navigate even as the data grows. Applying w full properties further optimizes the div class responsiveness, making it adaptable across different screen sizes. Using span class elements enhances text alignment within the tree view, and incorporating aria expanded attributes ensures accessibility. A well-structured div layout, along with defined code snippets, makes customization straightforward. The focus on maintaining a consistent class structure ensures that all interactive components function correctly. By adding additional collapse elements, users can expand and hide content efficiently, keeping the tree streamlined. Proper note placement improves contextual understanding, and dynamically assigned value properties further refine the interaction process. The strategic use of code enhances styling and functionality, ensuring that the tree view is visually appealing and easy to use.

How to build Tailwind simple tree view selections using Purecode AI?

To create Tailwind simple tree view selections with PureCode AI, enter project details on the platform and configure elements using div class, input, and md files. Implement plugin, use package management, and structure message notifications for improved interactivity. The example below demonstrates how data attributes and disabled states enhance usability. Adjust scripts and html elements to match project needs. Once the code is generated, copy and paste it into your project to quickly implement the tree view and customize it to your requirements. Use div class for layout and structure, and ensure you use span class for additional styles. Checkbox inputs are useful for selections, with a value attribute to capture the user's choice. Implement node elements with children nodes for a hierarchical structure, using boolean values to determine visibility or collapse state. For interactive elements, use data attributes to store relevant information, ensuring accessibility with access attributes. For collapsible sections, implement two collapse actions, allowing focus management for better user navigation. The value for each checkbox should be tied to its corresponding node, and the children of a node can be dynamically updated. You can also implement filtering options to refine results based on boolean logic or FALSE values, allowing users to interactively modify what is displayed. Div class elements should be used to wrap each section, ensuring flexibility in md configurations and screen responsiveness. Use function callbacks for custom behavior and disabled states to prevent unwanted interactions, making it easier to customize the UI as needed.