Registry indexed
Generate codemods (automated code transformation scripts) for design system migrations — token renames, component API changes, prop deprecations, and import path updates. Produces ready-to-run jscodeshift or custom AST transform scripts that safely apply changes across consuming
--- name: codemod-generator description: "Generate codemods (automated code transformation scripts) for design system migrations — token renames, component API changes, prop deprecations, and import path updates. Produces ready-to-run jscodeshift or custom AST transform scripts that safely apply changes across consuming codebases. Trigger when someone says: generate a codemod, automate this migration, write a transform script, bulk rename tokens, auto-migrate components, jscodeshift for this change, create a migration script, update all imports, rename this prop everywhere, or anything about automating code changes across consumers of a design system. Do NOT trigger for planning the deprecation process — use deprecation-process for that. Do NOT trigger for writing release notes about a change — use change-communication for that." references: - ../../knowledge-notes/component-governance.md - ../../knowledge-notes/design-to-code-contract.md ---
# Codemod Generator
A skill for producing automated code transformation scripts that apply design system changes across consuming codebases. When a token is renamed, a component API changes, or an import path moves, this skill generates the script that makes the change everywhere — safely, consistently, and with a dry-run option.
**Output type:** File creation. This skill produces executable transformation scripts (JavaScript/TypeScript) and documentation. It does not execute the transformations — it generates scripts that teams run in their own codebases.
---
## Why this exists
A design system change without a migration path is a breaking promise. When you rename `color.brand.primary` to `color.action.primary`, every consumer who uses that token has to find and replace it — manually, across every file, hoping they do not miss one. When you change a `Button` prop from `type` to `variant`, every consuming team has to grep their codebase, update every instance, and test every page.
This manual work is where migration debt accumulates. Teams delay adopting the new version because the upgrade cost is too high. The system fragments — some teams on v3, some on v4, some on a custom fork they stopped updating two versions ago.
Codemods fix this by automating the mechanical part of migration. A codemod is a script that reads source code, applies a specific transformation, and writes the result — safely, deterministically, and across thousands of files in seconds.
This skill generates those scripts. It does not replace the deprecation plan or the migration guide — those are context-heavy, human-judgment outputs. It replaces the mechanical labour of applying the changes.
---
## Configuration
Check for `.ds-ops-config.yml` in the project root:
```yaml codemods: language: "typescript" # typescript, javascript, or both transform_engine: "jscodeshift" # jscodeshift, ts-morph, or custom output_directory: "codemods/" test_framework: "jest" # jest or vitest for codemod tests style_dictionary_format: false # If tokens use Style Dictionary format css_custom_properties: true # If tokens are consumed as CSS custom properties ```
If no configuration exists, use these defaults: - Language: TypeScript - Transform engine: jscodeshift - Output directory: `codemods/` - Test framework: jest
---
## Codemod types
This skill generates five types of codemods:
### Type 1: Token rename Renames a design token across all consuming files.
**Scope:** CSS custom properties, JavaScript/TypeScript token imports, Sass variables, style objects, className references.
**Example input:** ``` Rename: color.brand.primary → color.action.primary Affects: CSS custom properties (--color-brand-primary → --color-action-primary) JS token imports (tokens.color.brand.primary → tokens.color.action.primary) Sass variables ($color-brand-primary → $color-action-primary) ```
### Type 2: Component prop rename Renames a component prop across all usage sites.
**Example input:** ``` Component: Button Rename prop: type → variant Value mapping: type="primary" → variant="primary" (no value change) ```
### Type 3: Component prop removal Removes a deprecated prop with a safe fallback or migration.
**Example input:** ``` Component: Button Remove prop: isLoading Migration: Replace <Button isLoading> with <Button loading> ```
### Type 4: Import path update Updates import paths when packages are restructured.
**Example input:** ``` Old: import { Button } from '@myds/components' New: import { Button } from '@myds/react/Button' ```
### Type 5: Component replacement Replaces one component with another, mapping props.
**Example input:** ``` Replace: DatePicker → DatePickerNext Prop mapping: - value → selectedDate - onChange → onDateChange - format → dateFormat (default: "yyyy-MM-dd") - minDate → min - maxDate → max Removed props: locale (now uses system locale) New required props: none ```
---
## Step 0: Determine the codemod type
From the user's request, determine:
1. **What is changing?** Token name, prop name, import path, or component replacement 2. **What are the before and after states?** Exact old and new values 3. **What is the scope?** CSS, JS/TS, Sass, all of the above 4. **Are there edge cases?** Conditional logic, dynamic values, spread props 5. **Is there a value mapping?** Or is it a straight rename
If the request is unclear on any of these, ask before generating. A codemod that transforms the wrong thing is worse than no codemod at all.
---
## Step 1: Generate the transform script
### For jscodeshift transforms (JavaScript/TypeScript)
Each codemod is a single file following the jscodeshift API:
```javascript /** * Codemod: [description] * Generated by Design System Ops — codemod-generator * * Usage: * npx jscodeshift --transform codemods/[name].js --extensions=tsx,ts,jsx,js src/ * * Dry run (preview changes without writing): * npx jscodeshift --transform codemods/[name].js --dry --print src/ * * What this codemod does: * [Clear description of the transformation] * * What this codemod does NOT do: * [Explicit list of things this codemod will not catch] */
module.exports = function transformer(file, api) { const j = api.jscodeshift; const root = j(file.source); let hasChanges = false;
// [Transform logic]
if (!hasChanges) { return undefined; // Return undefined when no changes — jscodeshift skips the file }
return root.toSource({ quote: 'single' }); };
module.exports.parser = 'tsx'; // or 'babel' for JS-only codebases ```
### For CSS/Sass transforms
CSS transforms cannot use jscodeshift (which is for JS ASTs). Generate a Node.js script using postcss for CSS or a regex-based transformer for Sass:
```javascript /** * Codemod: [description] (CSS) * Generated by Design System Ops — codemod-generator * * Usage: * node codemods/[name]-css.js --dir src/ [--dry-run] */
const postcss = require('postcss'); const fs = require('fs'); const path = require('path'); const glob = require('glob');
// [PostCSS-based transform logic] ```
### For Style Dictionary token transforms
If tokens use Style Dictionary format, generate a Style Dictionary pre-processor that transforms the token source files:
```javascript /** * Token migration: [description] * Generated by Design System Ops — codemod-generator * * Usage: * node codemods/[name]-tokens.js --dir tokens/ [--dry-run] */
// [JSON/YAML transform logic for token source files] ```
---
## Step 2: Generate test cases
Every codemod must include tests. Generate a test file alongside the transform:
```javascript /** * Tests for: [codemod name] * Generated by Design System Ops — codemod-generator */
const { applyTransform } = require('jscodeshift/dist/testUtils'); const transform = require('./[name]');
describe('[codemod name]', () => { // Test 1: Basic transformation it('transforms [basic case]', () => { const input = `[before code]`; const expected = `[after code]`; const result = applyTransform(transform, {}, { source: input }); expect(result).toBe(expected); });
// Test 2: No-op case (file without the pattern) it('does not modify files without [pattern]', () => { const input = `[unrelated code]`; const result = applyTransform(transform, {}, { source: input }); expect(result).toBeUndefined(); });
// Test 3: Edge case — dynamic values it('handles [edge case description]', () => { const input = `[edge case code]`; const expected = `[expected result]`; const result = applyTransform(transform, {}, { source: input }); expect(result).toBe(expected); });
// Test 4: Edge case — spread props it('flags [untransformable case] with a comment', () => { const input = `[untransformable code]`; const result = applyTransform(transform, {}, { source: input }); expect(result).toContain('/* TODO: Manual migration needed'); }); }); ```
### Test coverage requirements
Each codemod must have tests for: 1. **Basic case** — The simple, expected transformation 2. **No-op case** — A file that does not contain the pattern (should be untouched) 3. **Multiple occurrences** — File with the pattern appearing multiple times 4. **Edge case: dynamic values** — When the value is a variable, not a literal 5. **Edge case: spread props** — When props are spread (`{...props}`) 6. **Edge case: conditional rendering** — When the component/token is used conditionally 7. **Edge case: aliased imports** — When the import is renamed (`import { Button as Btn }`) 8. **Untransformable case** — When the pattern is too complex for automated transformation (should add a TODO comment, not transform incorrectly)
---
## Step 3: Generate the migration runner
Produce a `migrate.js` script that orchestrates running all codemods for a version upgrade:
```javascript /** * Migration runner: [system name] v[X] → v[Y] * Generated by Design System Ops — codemod-generator * * Usage: * node codemods/migrate.js --dir src/ [--dry-run] [--verbose] * * This script runs all codemods for the v[X] → v[Y] migration in the correct order. * Run with --dry-run first to preview changes. */
const { execSync } = require('child_process'); const path = require('path');
const CODEMODS = [ { name: '[codemod 1]', file: '[name-1].js', description: '[what it does]', order: 1, }, { name: '[codemod 2]', file: '[name-2].js', description: '[what it does]', order: 2, dependsOn: '[codemod 1]', // Must run after codemod 1 }, ];
// [Runner logic: execute codemods in order, report results, handle failures] ```
### Order matters
Some codemods must run before others: - Token renames before component prop updates (if components reference tokens by name) - Import path changes before component replacements (so the codemod finds the right imports) - Prop renames before prop removals (to avoid losing context)
The migration runner enforces this ordering.
---
## Step 4: Generate documentation
Produce a `MIGRATION.md` file alongside the codemods:
```markdown # Migration guide: v[X] → v[Y]
## What changed [Summary of all changes covered by these codemods]
## Automated migration Run the migration script: \`\`\`bash # Preview changes (recommended first step) node codemods/migrate.js --dir src/ --dry-run
# Apply changes node codemods/migrate.js --dir src/ \`\`\`
## What the codemods handle | Change | Codemod | Scope | |---|---|---| | [change 1] | [codemod file] | JS/TS/CSS | | [change 2] | [codemod file] | JS/TS only |
## What requires manual attention These changes cannot be fully automated: - [manual item 1 — why it cannot be automated] - [manual item 2 — why it cannot be automated]
For each manual item, search your codebase for: \`\`\`bash grep -r "[pattern]" src/ \`\`\`
## Verification After running the codemods: 1. Run your test suite: \`npm test\` 2. Run type checking: \`npx tsc --noEmit\` 3. Visually review the chan
Skill source recorded
Skill instructions are recorded. This is not a runtime test, safety guarantee or compatibility certification.
Review before install: Avoid automatic install
Listed tools are metadata hints, not tested compatibility. Agent prompts are suggested handoffs.
Check the source for dependencies, API keys and third-party costs. A public repository does not mean every service is free.
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Quality
69/100
Promising
Trust
63/100
Sandbox only
Audit
77/100
Needs review
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Copies are not installs. Installation counts require a reported successful installation; they are not a blanket quality guarantee.