json-render is a generative UI framework that allows developers to create dynamic, personalized user interfaces from prompts using AI. It focuses on reliability and predictability by utilizing predefined components and actions. The framework streamlines UI development through a three-step process: defining a catalog of components, letting AI generate JSON based on prompts, and then instantly rendering the UI as the JSON streams in.
Key features include guardrails to constrain AI output, streaming for progressive rendering, support for both React and React Native, data binding capabilities, and the ability to export generated UIs as standalone React code. This enables rapid prototyping and the creation of unique interfaces with minimal runtime dependencies.
Key features include guardrails to constrain AI output, streaming for progressive rendering, support for both React and React Native, data binding capabilities, and the ability to export generated UIs as standalone React code. This enables rapid prototyping and the creation of unique interfaces with minimal runtime dependencies.
An exploration of SHACL 1.2 UI and its potential for creating forms and views, drawing parallels to the earlier XForms technology. The article discusses the benefits of declarative UI generation, dynamic properties, and security features.
The article explores SHACL 1.2 UI as a powerful, declarative approach to building forms and views for RDF data, drawing parallels to the earlier (and ultimately unsuccessful) XForms standard. The author argues that SHACL 1.2 UI offers benefits like consistent data presentation, automated form generation, dynamic property computation, and enhanced security, potentially revolutionizing how we interact with data on the web. While current tooling is limited, existing DASH-compatible tools can be adapted, and the author envisions a future where data itself dictates its presentation, reducing the need for costly and inconsistent manual form creation.
The article explores SHACL 1.2 UI as a powerful, declarative approach to building forms and views for RDF data, drawing parallels to the earlier (and ultimately unsuccessful) XForms standard. The author argues that SHACL 1.2 UI offers benefits like consistent data presentation, automated form generation, dynamic property computation, and enhanced security, potentially revolutionizing how we interact with data on the web. While current tooling is limited, existing DASH-compatible tools can be adapted, and the author envisions a future where data itself dictates its presentation, reducing the need for costly and inconsistent manual form creation.
This article explores replacing JavaScript functionality with native HTML and CSS for improved performance and reduced resource usage, focusing on accordions, autofilter inputs, modals, and offscreen navigation.
Explores the compatibility of web components with server-side rendering (SSR) and discusses challenges and solutions for integrating them with client-side frameworks.
Program and schedule for Declarative Amsterdam 2024 conference.
A simple yet powerful approach to Web Component server-rendering, declarative behaviors, and JavaScript islands using DSD, HTMX, and Islands.
