home / skills / zhanghandong / makepad-skills / evolution

evolution skill

/skills/evolution

This skill helps Makepad developers continuously improve by auto-routing, documenting learnings, and evolving patterns during project development.

npx playbooks add skill zhanghandong/makepad-skills --skill evolution

Review the files below or copy the command above to add this skill to your agents.

Files (13)
SKILL.md
11.8 KB
---
name: evolution
description: |
  CRITICAL: Use for makepad-skills self-evolution and contribution. Triggers on:
  evolve, evolution, contribute, contribution, self-improve, self-improvement,
  add pattern, new pattern, capture learning, document solution,
  hooks, hook system, auto-trigger, skill routing,
  template, pattern template, shader template, troubleshooting template,
  演进, 贡献, 自我改进, 添加模式, 记录学习, 文档化解决方案
---

# Makepad Skills Evolution

This skill enables makepad-skills to self-improve continuously during development.

## Quick Navigation

| Topic | Description |
|-------|-------------|
| [Collaboration Guidelines](references/collaboration.md) | **Contributing to makepad-skills** |
| [Hooks Setup](#hooks-based-auto-triggering) | Auto-trigger evolution with hooks |
| [When to Evolve](#when-to-evolve) | Triggers and classification |
| [Evolution Process](#evolution-process) | Step-by-step guide |
| [Self-Correction](#self-correction) | Auto-fix skill errors |
| [Self-Validation](#self-validation) | Verify skill accuracy |
| [Version Adaptation](#version-adaptation) | Multi-branch support |

---

## Hooks-Based Auto-Triggering

For reliable automatic triggering, use Claude Code hooks. Install with `--with-hooks`:

```bash
# Install makepad-skills with hooks enabled
curl -fsSL https://raw.githubusercontent.com/ZhangHanDong/makepad-skills/main/install.sh | bash -s -- --with-hooks
```

This will install hooks to `.claude/hooks/` and configure `.claude/settings.json`:

```json
{
  "hooks": {
    "UserPromptSubmit": [
      {
        "matcher": "",
        "hooks": [
          {
            "type": "command",
            "command": "bash .claude/hooks/makepad-skill-router.sh"
          }
        ]
      }
    ],
    "PreToolUse": [
      {
        "matcher": "Bash|Write|Edit",
        "hooks": [
          {
            "type": "command",
            "command": "bash .claude/hooks/pre-tool.sh"
          }
        ]
      }
    ],
    "PostToolUse": [
      {
        "matcher": "Bash",
        "hooks": [
          {
            "type": "command",
            "command": "bash .claude/hooks/post-bash.sh"
          }
        ]
      }
    ]
  }
}
```

### What Hooks Do

| Hook | Trigger Event | Action |
|------|---------------|--------|
| `makepad-skill-router.sh` | UserPromptSubmit | Auto-route to relevant skills |
| `pre-tool.sh` | Before Bash/Write/Edit | Detect Makepad version from Cargo.toml |
| `post-bash.sh` | After Bash command fails | Detect Makepad errors, suggest fixes |
| `session-end.sh` | Session ends | Prompt to capture learnings |

---

## Skill Routing and Bundling

The `makepad-skill-router.sh` hook automatically loads relevant skills based on user queries.

### Context Detection

| Context | Trigger Keywords | Skills Loaded |
|---------|------------------|---------------|
| **Full App** | "build app", "从零", "完整应用" | basics, dsl, layout, widgets, event-action, app-architecture |
| **UI Design** | "ui design", "界面设计" | dsl, layout, widgets, animation, shaders |
| **Widget Creation** | "create widget", "创建组件", "自定义组件" | widgets, dsl, layout, animation, shaders, font, event-action |
| **Production** | "best practice", "robrix pattern", "实际项目" | app-architecture, widget-patterns, state-management, event-action |

### Skill Dependencies

When loading certain skills, related skills are auto-loaded:

| Primary Skill | Auto-loads |
|---------------|------------|
| robius-app-architecture | makepad-basics, makepad-event-action |
| robius-widget-patterns | makepad-widgets, makepad-layout |
| makepad-widgets | makepad-layout, makepad-dsl |
| makepad-animation | makepad-shaders |
| makepad-shaders | makepad-widgets |
| makepad-font | makepad-widgets |
| robius-event-action | makepad-event-action |

### Example

```
User: "我想从零开发一个 Makepad 应用"

[makepad-skills] Detected Makepad/Robius query
[makepad-skills] App development context detected - loading skill bundle
[makepad-skills] Routing to: makepad-basics makepad-dsl makepad-event-action
                            makepad-layout makepad-widgets robius-app-architecture
```

---

## When to Evolve

Trigger skill evolution when any of these occur during development:

| Trigger | Target Skill | Priority |
|---------|--------------|----------|
| New widget pattern discovered | robius-widget-patterns/_base | High |
| Shader technique learned | makepad-shaders | High |
| Compilation error solved | makepad-reference/troubleshooting | High |
| Layout solution found | makepad-reference/adaptive-layout | Medium |
| Build/packaging issue resolved | makepad-deployment | Medium |
| New project structure insight | makepad-basics | Low |
| Core concept clarified | makepad-dsl/makepad-widgets | Low |

---

## Evolution Process

### Step 1: Identify Knowledge Worth Capturing

Ask yourself:
- Is this a reusable pattern? (not project-specific)
- Did it take significant effort to figure out?
- Would it help other Makepad developers?
- Is it not already documented in makepad-skills?

### Step 2: Classify the Knowledge

```
Widget/Component Pattern     → robius-widget-patterns/_base/
Shader/Visual Effect         → makepad-shaders/
Error/Debug Solution         → makepad-reference/troubleshooting.md
Layout/Responsive Design     → makepad-reference/adaptive-layout.md
Build/Deploy Issue           → makepad-deployment/SKILL.md
Project Structure            → makepad-basics/
Core Concept/API             → makepad-dsl/ or makepad-widgets/
```

### Step 3: Format the Contribution

**For Patterns**:
```markdown
## Pattern N: [Pattern Name]

Brief description of what this pattern solves.

### live_design!
```rust
live_design! {
    // DSL code
}
```

### Rust Implementation
```rust
// Rust code
```
```

**For Troubleshooting**:
```markdown
### [Error Type/Message]

**Symptom**: What the developer sees

**Cause**: Why this happens

**Solution**:
```rust
// Fixed code
```
```

### Step 4: Mark Evolution (NOT Version)

Add an evolution marker above new content:

```markdown
<!-- Evolution: 2024-01-15 | source: my-app | author: @zhangsan -->
```

### Step 5: Submit via Git

```bash
# Create branch for your contribution
git checkout -b evolution/add-loading-pattern

# Commit your changes
git add robius-widget-patterns/_base/my-pattern.md
git commit -m "evolution: add loading state pattern from my-app"

# Push and create PR
git push origin evolution/add-loading-pattern
```

---

## Self-Correction

When skill content causes errors, automatically correct it.

### Trigger Conditions

```
User follows skill advice → Code fails to compile/run → Claude identifies skill was wrong
                                                      ↓
                                         AUTO: Correct skill immediately
```

### Correction Flow

1. **Detect** - Skill advice led to an error
2. **Verify** - Confirm the skill content is wrong
3. **Correct** - Update the skill file with fix

### Correction Marker Format

```markdown
<!-- Correction: YYYY-MM-DD | was: [old advice] | reason: [why it was wrong] -->
```

---

## Self-Validation

Periodically verify skill content is still accurate.

### Validation Checklist

```markdown
## Validation Report

### Code Examples
- [ ] All `live_design!` examples parse correctly
- [ ] All Rust code compiles
- [ ] All patterns work as documented

### API Accuracy
- [ ] Widget names exist in makepad-widgets
- [ ] Method signatures are correct
- [ ] Event types are accurate
```

### Validation Prompt

> "Please validate makepad-skills against current Makepad version"

---

## Version Adaptation

Provide version-specific guidance for different Makepad branches.

### Supported Versions

| Branch | Status | Notes |
|--------|--------|-------|
| main | Stable | Production ready |
| dev | Active | Latest features, may break |
| rik | Legacy | Older API style |

### Version Detection

Claude should detect Makepad version from:

1. **Cargo.toml branch reference**:
   ```toml
   makepad-widgets = { git = "...", branch = "dev" }
   ```

2. **Cargo.lock content**

3. **Ask user if unclear**

---

## Personalization

Adapt skill suggestions to project's coding style.

### Style Detection

Claude analyzes the current project to detect:

| Aspect | Detection Method | Adaptation |
|--------|------------------|------------|
| Naming convention | Scan existing widgets | Match snake_case vs camelCase |
| Code organization | Check module structure | Suggest matching patterns |
| Comment style | Read existing comments | Match documentation style |
| Widget complexity | Count lines per widget | Suggest appropriate patterns |

---

## Quality Guidelines

### DO Add
- Generic, reusable patterns
- Common errors with clear solutions
- Well-tested shader effects
- Platform-specific gotchas
- Performance optimizations

### DON'T Add
- Project-specific code
- Unverified solutions
- Duplicate content
- Incomplete examples
- Personal preferences without rationale

---

## Skill File Locations

```
skills/
├── # === Core Skills (16) ===
├── makepad-basics/        ← Getting started, app structure
├── makepad-dsl/           ← DSL syntax, inheritance
├── makepad-layout/        ← Layout, sizing, alignment
├── makepad-widgets/       ← Widget components
├── makepad-event-action/  ← Event handling
├── makepad-animation/     ← Animation, states
├── makepad-shaders/       ← Shader basics
├── makepad-platform/      ← Platform support
├── makepad-font/          ← Font, typography
├── makepad-splash/        ← Splash scripting
├── robius-app-architecture/   ← App architecture patterns
├── robius-widget-patterns/    ← Widget reuse patterns
├── robius-event-action/       ← Custom actions
├── robius-state-management/   ← State persistence
├── robius-matrix-integration/ ← Matrix SDK
├── molykit/               ← AI chat toolkit
│
├── # === Extended Skills (3) ===
├── makepad-shaders/ ← Advanced shaders, SDF
│   ├── _base/             ← Official patterns
│   └── community/         ← Community contributions
├── makepad-deployment/    ← Build & packaging
├── makepad-reference/     ← Troubleshooting, code quality
│
├── # Note: Production patterns integrated into robius-* skills:
├── # - Widget patterns → robius-widget-patterns/_base/
├── # - State patterns → robius-state-management/_base/
├── # - Async patterns → robius-app-architecture/_base/
│
└── evolution/             ← Self-evolution system
    ├── hooks/             ← Auto-trigger hooks
    ├── references/        ← Detailed guides
    └── templates/         ← Contribution templates
```

---

## Auto-Evolution Prompts

Use these prompts to trigger self-evolution:

### After Solving a Problem
> "This solution should be added to makepad-skills for future reference."

### After Creating a Widget
> "This widget pattern is reusable. Let me add it to makepad-patterns."

### After Debugging
> "This error and its fix should be documented in makepad-troubleshooting."

### After Completing a Feature
> "Review what I learned and update makepad-skills if applicable."

---

## Continuous Improvement Checklist

After each Makepad development session, consider:

- [ ] Did I discover a new widget composition pattern?
- [ ] Did I solve a tricky shader problem?
- [ ] Did I encounter and fix a confusing error?
- [ ] Did I find a better way to structure layouts?
- [ ] Did I learn something about packaging/deployment?
- [ ] Would any of this help other Makepad developers?

If yes to any, evolve the appropriate skill!

## References

- [makepad-skills repository](https://github.com/ZhangHanDong/makepad-skills)
- [Makepad documentation](https://github.com/makepad/makepad)
- [Project Robius](https://github.com/project-robius)

Overview

This skill enables continuous self-improvement and contribution for the Makepad skills collection. It automates detection of learnings, captures reusable patterns or fixes, and helps submit structured contributions. Use it to keep skill content accurate, version-aware, and aligned with project conventions.

How this skill works

The skill listens for evolution triggers (keywords, hook events, or post-session prompts) and classifies discoveries into pattern, shader, troubleshooting, layout, or deployment categories. Hooks can auto-route context, run pre/post checks, detect Makepad version, and prompt the user to capture a contribution. It also supports automated correction and periodic validation of examples and code snippets.

When to use it

  • After discovering a reusable widget or component pattern
  • When you solve a compilation/runtime error worth documenting
  • After creating or refining a shader or visual effect
  • When you learn a layout or responsiveness technique
  • At the end of a session to capture lessons and prompts
  • When project conventions or Makepad versions require adaptation

Best practices

  • Capture only reusable, non-project-specific solutions with clear scope
  • Classify contributions into the existing folders (widgets, shaders, troubleshooting)
  • Include a short description, live_design! example, and minimal Rust snippet where applicable
  • Add an evolution or correction marker with date and source for traceability
  • Validate code examples and method names against the detected Makepad version
  • Prefer small, well-tested contributions over large unverified changes

Example use cases

  • Auto-detect a failed build after following advice and auto-generate a correction with a correction marker
  • Hook triggers on UserPromptSubmit to route a query and load relevant skills for a full-app workflow
  • After creating a cross-platform widget, format it as a pattern and open a contribution branch
  • Periodic validation run that compiles Rust examples and flags outdated API usages
  • Detect Makepad branch from Cargo.toml and adapt examples to match branch-specific APIs

FAQ

How does the skill decide what to capture?

It asks whether the knowledge is reusable, took significant effort, and is not already documented; if yes, it suggests classification and formatting for contribution.

Can evolution changes be corrected automatically?

Yes. When a contribution leads to errors, the skill can detect, verify, and update the content with a correction marker before prompting for a human review.