How do I create a basic button with haxeui-core?

You can create a button using Haxe code, like `new Button()` and setting its text property, or via XML markup with ` `. The README shows examples for both approaches, making it straightforward to get started.

haxeui vs Flutter for cross-platform apps?

haxeui is Haxe-based and integrates with various backends like OpenFL and Kha, making it ideal for Haxe projects or game UIs. Flutter uses Dart and has a larger community, but haxeui offers more flexibility with multiple rendering engines and markup support.

Does haxeui support mobile app development?

Yes, haxeui supports mobile platforms through backends like haxeui-openfl and haxeui-kha, which can target iOS and Android. However, setup may require additional configuration for native deployment, as indicated in the backend table with mobile icons.

How to style components in haxeui?

Styling can be done via CSS-like stylesheets or programmatically, with themes supported. The README doesn't detail this, but external resources like haxeui-guides provide examples, though documentation might be less comprehensive than mainstream frameworks.

Is haxeui good for game development?

Yes, haxeui is well-suited for game UIs, especially with backends like OpenFL, Kha, and Heaps, which are popular in Haxe game communities. It allows for cross-platform UI without rewriting code, but performance should be tested for real-time applications.

What are the deployment steps for a haxeui web app?

To deploy to web, use the haxeui-html5 backend and compile Haxe code to JavaScript. The README mentions installation via haxelib, but specific build and deployment steps depend on the backend, requiring reference to each backend's documentation.

HaxeUI — Cross-Platform UI Framework

What is HaxeUI?

haxeui-core is the central library of the HaxeUI framework, which allows developers to create user interfaces in Haxe that can be deployed across multiple platforms using different backends. It solves the problem of writing platform-specific UI code by providing a unified component model and abstraction layer. Developers can build UIs with Haxe code or XML markup and target web, mobile, or desktop environments seamlessly.

Target Audience

Haxe developers building cross-platform applications, including game developers using frameworks like OpenFL or Kha, and desktop/mobile app creators needing a consistent UI across environments.

Value Proposition

It offers true write-once-run-anywhere UI development by decoupling interface logic from rendering backends, reducing duplication and maintenance. The framework's extensible backend system and markup support provide flexibility unmatched by many platform-specific UI libraries.

The core library of the HaxeUI framework

Use Cases

Best For

Building cross-platform desktop applications with Haxe
Creating game UIs for projects using OpenFL, Kha, or Heaps
Developing web and mobile apps from a single codebase
Prototyping interfaces quickly with XML markup
Targeting multiple platforms (web, desktop, mobile) without rewriting UI code
Integrating UI into existing Haxe projects with various graphics frameworks

Not Ideal For

Projects requiring deep integration with platform-specific native UI elements, such as iOS's UIKit or Android's Material Design, where haxeui's abstracted components may not fully replicate native behavior or appearance.
Teams already committed to mainstream web development stacks (e.g., React, Vue) for whom introducing Haxe and its toolchain would add unnecessary complexity and learning overhead.
Applications where real-time performance is critical, like high-frequency trading interfaces or VR games, as the additional abstraction layer over rendering backends could introduce latency.
Organizations with no prior Haxe experience, as adopting haxeui-core necessitates learning Haxe, a niche language with a smaller community and fewer resources compared to JavaScript or Python.

Pros & Cons

Pros

True Cross-Platform UI

Provides a unified component model that works across all backends, allowing developers to write UI code once and deploy to web, mobile, and desktop without platform-specific rewrites, as shown in the backend table supporting HTML5, OpenFL, Kha, and more.

Flexible Development Workflows

Supports both Haxe code and XML markup for UI creation, offering flexibility for programmatic or declarative approaches, with examples in the README demonstrating component addition via code or markup strings.

Extensive Backend Ecosystem

Integrates with multiple frameworks like OpenFL, Kha, and Heaps, making it versatile for various project types, especially games, as evidenced by the detailed backend list with dependencies and platform support.

Simple Initialization

Easy setup with a single `Toolkit.init()` call, minimizing configuration overhead and allowing quick starts, as highlighted in the usage section with minimal boilerplate code.

Cons

Niche Language Dependency

Relies on Haxe, a less common language, which limits community support, third-party libraries, and hiring options compared to mainstream ecosystems like JavaScript or Java.

Backend Fragmentation Complexity

Each backend has unique dependencies and setup requirements (e.g., OpenFL, Kha, or wxWidgets), leading to a fragmented development experience and potential maintenance headaches, as noted in the backend table with varied build statuses.

Potential Performance Overhead

The abstraction layer between UI logic and rendering backends, especially for composite components, may introduce performance penalties in graphics-intensive applications, a trade-off acknowledged in the distinction between native and composite backends.

What is HaxeUI?

Target Audience

Haxe developers building cross-platform applications, including game developers using frameworks like OpenFL or Kha, and desktop/mobile app creators needing a consistent UI across environments.

Value Proposition

Use Cases

Best For

Building cross-platform desktop applications with Haxe
Creating game UIs for projects using OpenFL, Kha, or Heaps
Developing web and mobile apps from a single codebase
Prototyping interfaces quickly with XML markup
Targeting multiple platforms (web, desktop, mobile) without rewriting UI code
Integrating UI into existing Haxe projects with various graphics frameworks

Not Ideal For

Projects requiring deep integration with platform-specific native UI elements, such as iOS's UIKit or Android's Material Design, where haxeui's abstracted components may not fully replicate native behavior or appearance.
Teams already committed to mainstream web development stacks (e.g., React, Vue) for whom introducing Haxe and its toolchain would add unnecessary complexity and learning overhead.
Applications where real-time performance is critical, like high-frequency trading interfaces or VR games, as the additional abstraction layer over rendering backends could introduce latency.
Organizations with no prior Haxe experience, as adopting haxeui-core necessitates learning Haxe, a niche language with a smaller community and fewer resources compared to JavaScript or Python.

Pros & Cons

Pros

True Cross-Platform UI

Flexible Development Workflows

Extensive Backend Ecosystem

Simple Initialization

Easy setup with a single `Toolkit.init()` call, minimizing configuration overhead and allowing quick starts, as highlighted in the usage section with minimal boilerplate code.

Cons

Niche Language Dependency

Relies on Haxe, a less common language, which limits community support, third-party libraries, and hiring options compared to mainstream ecosystems like JavaScript or Java.

Backend Fragmentation Complexity

Potential Performance Overhead

HaxeUI

What is HaxeUI?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

HaxeUI

What is HaxeUI?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?