Question 1

How do I deploy a Makepad app to the web with WebAssembly?

Accepted Answer

Install the Makepad build tool with 'cargo makepad wasm install-toolchain', then run 'cargo makepad wasm run -p [project] --release' and access via localhost:8010. For smaller builds, use flags like --strip and --wasm-opt for optimization.

Question 2

Makepad vs Flutter for Rust developers?

Accepted Answer

Makepad is Rust-native with GPU-accelerated rendering and AI workflows, while Flutter uses Dart and has a larger ecosystem. Choose Makepad if you need Rust integration and high-performance graphics; Flutter is better for rapid prototyping with more pre-built components.

Question 3

Can I use existing Rust crates with Makepad?

Accepted Answer

Yes, Makepad is built on Rust, so you can integrate most Rust crates, but UI components may require adaptation to the custom DSL. The framework's Rust-first approach ensures compatibility with the broader Rust ecosystem.

Question 4

How to use the AI features in Makepad Studio?

Accepted Answer

Run Makepad Studio with 'cargo run -p makepad-studio --release', then use the built-in AI automation to inspect UI elements and generate code. The studio integrates AI tools for faster iteration, as mentioned in the AI-accelerated workflow.

Question 5

What's the performance overhead of Makepad's GPU rendering?

Accepted Answer

GPU acceleration provides high performance for 2D/3D graphics, but requires compatible hardware and adds complexity. For simple UIs, it might be overkill compared to lighter frameworks.

Question 6

Is Makepad good for mobile app development?

Accepted Answer

Yes, it supports Android and iOS via toolchains, but setup is involved with 'cargo makepad android' commands. It's suitable for performance-intensive mobile apps, though ecosystem tools are less mature than dedicated mobile frameworks.

Makepad

What is Makepad?

Overview

Use Cases

Best For

Related Projects

Found a gem we're missing?

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions