makepad-2.0-app-structure
by ZhangHanDongmakepad-2.0-app-structure skill guide for Makepad 2.0 app structure, Rust + Splash integration, hot reload, and app bootstrapping. Learn how to install makepad-2.0-app-structure, read the core references, and use it for frontend development without guessing at boilerplate.
This skill scores 78/100, which means it is a solid directory candidate with real workflow value for Makepad 2.0 app structure and Rust/Splash integration. Directory users should see enough concrete guidance to install it, though they should expect a niche, framework-specific skill rather than a broadly reusable one.
- Strong triggerability: the frontmatter lists many concrete trigger phrases like "makepad app", "App::run", "hot reload", and "wasm deploy".
- Operationally useful reference docs: the skill points to dedicated boilerplate and Rust↔Splash integration files, giving agents runnable patterns instead of only generic advice.
- Good instructional depth: the body is substantial with many headings, code fences, and explicit constraints for app structure and communication patterns.
- Niche scope: this is tightly focused on Makepad 2.0 app structure, so it is only useful when the user is already in that stack.
- No install command or scripts: adoption depends on reading the docs and manually applying the patterns; there is less automation than in more packaged skills.
Overview of makepad-2.0-app-structure skill
What this skill does
The makepad-2.0-app-structure skill helps you build or adapt a Makepad 2.0 app with the right Rust + Splash structure, instead of guessing at boilerplate. It is most useful when you need a working app shell, event routing, hot reload setup, or Rust-to-Splash integration that actually matches Makepad’s patterns.
Who should use it
Use the makepad-2.0-app-structure skill if you are starting a new Makepad app, cleaning up an existing one, or trying to understand where App::run, app_main!, MatchEvent, ScriptVm, and from_script_mod fit. It is a strong fit for frontend-style UI work in Makepad, especially when app structure, scripting, and runtime actions matter more than generic Rust advice.
What it is best at
This skill is strongest for app scaffolding, template selection, and integration decisions that block adoption: Cargo setup, minimal working structure, hot reload/live reload, and how Splash scripting connects to Rust logic. The makepad-2.0-app-structure skill is also useful when you need to interpret the repo’s reference docs instead of copying snippets blindly.
How to Use makepad-2.0-app-structure skill
Install and trigger it correctly
Install with:
npx skills add ZhangHanDong/makepad-skills --skill makepad-2.0-app-structure
Then trigger the makepad-2.0-app-structure skill with a prompt that names your goal, your current files, and your target runtime. Good triggers mention things like makepad new project, Cargo.toml setup, --hot, wasm deploy, or audio-related needs if those are part of your app.
What to include in your request
The skill works best when you provide the app type, your current folder layout, and what you want the output to produce: a starter app, a migration plan, a UI shell, or Rust/Splash wiring. If you already have code, include the relevant Cargo.toml, app entry file, and any existing widget or script module names so the skill can map the structure instead of inventing one.
Files to read first
Start with SKILL.md, then read references/app-boilerplate.md for the minimal working template and references/rust-splash-integration.md for communication patterns. Those two files answer the practical questions that usually block install decisions: how the app boots, where scripting lives, and how UI callbacks reach Rust business logic.
Workflow that gives better output
A strong makepad-2.0-app-structure usage workflow is: 1) describe the target app, 2) confirm whether you want Rust-only logic, Splash-driven UI, or both, 3) ask for the exact file structure and startup sequence, and 4) request a short implementation plan before code. For example: “I need a Makepad 2.0 desktop counter app with hot reload, one window, and a Rust action handler; show the file layout and the minimal App::run path.”
makepad-2.0-app-structure skill FAQ
Is this only for Makepad 2.0?
Yes. The makepad-2.0-app-structure skill is for Makepad 2.0 app structure and Rust integration, not for generic Rust UI frameworks. If you are not using Makepad’s app lifecycle, script modules, and widget refs, a normal prompt may be enough.
Do I need to be an expert to use it?
No. It is beginner-friendly if you can share a clear goal and a partial file tree. The main beginner trap is asking for “an app” without specifying whether you need a template, a migration, or an integration example; the skill performs better when the request names the starting point.
When should I not use it?
Do not use makepad-2.0-app-structure if you only need isolated Rust syntax help, if your app has no Splash scripting, or if you are looking for design guidance unrelated to Makepad structure. It is also a poor fit when you need deep product architecture beyond app bootstrapping and UI-action wiring.
How is it different from a generic prompt?
A generic prompt may give you plausible Makepad code, but this skill is tuned to the repository’s actual structure, references, and integration patterns. That matters when you want the makepad-2.0-app-structure guide to reduce guesswork around templates, event handling, and module registration.
How to Improve makepad-2.0-app-structure skill
Give the skill the right constraints
The fastest way to improve results is to state what must not change: edition, target platform, hot reload expectations, existing module names, or whether you are using App::run with ScriptVm. The more precise the constraint set, the less likely the makepad-2.0-app-structure skill will return a structure that looks valid but does not fit your project.
Share stronger starting material
Instead of “make me a Makepad app,” provide the current Cargo.toml, the src/ entry file, and one representative UI module or action handler. If you are migrating, say what is already working and what is broken, such as “the window renders, but handle_actions never receives the button click.”
Watch for the common failure modes
The most common failure is mixing Rust-side logic with Splash-side UI responsibilities, which creates code that compiles poorly or is hard to extend. Another failure is under-specifying whether the app should be minimal, multi-module, or hot-reload-friendly, which can lead to the wrong template path.
Iterate from a small working slice
Ask the skill first for a minimal bootable structure, then expand to multi-module composition, scripting callbacks, or audio/media integration only after the base app is stable. For makepad-2.0-app-structure usage, this stepwise approach usually produces cleaner output than asking for the final app in one shot.