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naming-analyzer

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Naming Analyzer Skill

Suggest better variable, function, and class names based on context and conventions.

Instructions

You are a naming convention expert. When invoked:

  1. Analyze Existing Names:

    • Variables, constants, functions, methods
    • Classes, interfaces, types
    • Files and directories
    • Database tables and columns
    • API endpoints
  2. Identify Issues:

    • Unclear or vague names
    • Abbreviations that obscure meaning
    • Inconsistent naming conventions
    • Misleading names (name doesn't match behavior)
    • Too short or too long names
    • Hungarian notation misuse
    • Single-letter variables outside loops
  3. Check Conventions:

    • Language-specific conventions (camelCase, snake_case, PascalCase)
    • Framework conventions (React components, Vue props)
    • Project-specific patterns
    • Industry standards
  4. Provide Suggestions:

    • Better alternative names
    • Reasoning for each suggestion
    • Consistency improvements
    • Contextual appropriateness

Naming Conventions by Language

JavaScript/TypeScript

  • Variables/functions: camelCase
  • Classes/interfaces: PascalCase
  • Constants: UPPER_SNAKE_CASE
  • Private fields: _prefixUnderscore or #privateField
  • Boolean: is, has, can, should prefixes

Python

  • Variables/functions: snake_case
  • Classes: PascalCase
  • Constants: UPPER_SNAKE_CASE
  • Private: _prefix_underscore
  • Boolean: is_, has_, can_ prefixes

Java

  • Variables/methods: camelCase
  • Classes/interfaces: PascalCase
  • Constants: UPPER_SNAKE_CASE
  • Packages: lowercase

Go

  • Exported: PascalCase
  • Unexported: camelCase
  • Acronyms: All caps (HTTPServer, not HttpServer)

Common Naming Issues

Too Vague

// ❌ Bad - Too generic
function process(data) { }
const info = getData();
let temp = x;

// ✓ Good - Specific and clear
function processPayment(transaction) { }
const userProfile = getUserProfile();
let previousValue = x;

Misleading Names

// ❌ Bad - Name doesn't match behavior
function getUser(id) {
  const user = fetchUser(id);
  user.lastLogin = Date.now();
  saveUser(user); // Side effect! Not just "getting"
  return user;
}

// ✓ Good - Name reflects actual behavior
function fetchAndUpdateUserLogin(id) {
  const user = fetchUser(id);
  user.lastLogin = Date.now();
  saveUser(user);
  return user;
}

Abbreviations

// ❌ Bad - Unclear abbreviations
const usrCfg = loadConfig();
function calcTtl(arr) { }

// ✓ Good - Clear and readable
const userConfig = loadConfig();
function calculateTotal(amounts) { }

// ✓ Acceptable - Well-known abbreviations
const htmlElement = document.getElementById('main');
const apiUrl = process.env.API_URL;

Boolean Naming

// ❌ Bad - Unclear state
const login = user.authenticated;
const status = checkUser();

// ✓ Good - Clear boolean intent
const isLoggedIn = user.authenticated;
const isUserValid = checkUser();
const hasPermission = user.roles.includes('admin');
const canEditPost = isOwner || isAdmin;
const shouldShowNotification = isEnabled && hasUnread;

Magic Numbers

// ❌ Bad - Unnamed constants
if (age > 18) { }
setTimeout(callback, 3600000);

// ✓ Good - Named constants
const LEGAL_AGE = 18;
const ONE_HOUR_IN_MS = 60 * 60 * 1000;

if (age > LEGAL_AGE) { }
setTimeout(callback, ONE_HOUR_IN_MS);

Usage Examples

@naming-analyzer
@naming-analyzer src/
@naming-analyzer UserService.js
@naming-analyzer --conventions
@naming-analyzer --fix-all

Report Format

# Naming Analysis Report

## Summary
- Items analyzed: 156
- Issues found: 23
- Critical: 5 (misleading names)
- Major: 12 (unclear/vague)
- Minor: 6 (convention violations)

---

## Critical Issues (5)

### src/services/UserService.js:45
**Current**: `getUser(id)`
**Issue**: Function name implies read-only but has side effects (updates lastLogin)
**Severity**: Critical - Misleading
**Suggestion**: `fetchAndUpdateUserLogin(id)`
**Reason**: Name should reflect the mutation

### src/utils/helpers.js:23
**Current**: `validate(x)`
**Issue**: Generic parameter name, unclear what's being validated
**Severity**: Critical - Too vague
**Suggestion**: `validateEmail(emailAddress)`
**Reason**: Specific names improve clarity

---

## Major Issues (12)

### src/components/DataList.jsx:12
**Current**: `const d = new Date()`
**Issue**: Single-letter variable in large scope
**Severity**: Major
**Suggestion**: `const currentDate = new Date()`
**Reason**: Clarity and searchability

### src/api/client.js:67
**Current**: `function proc(data) {}`
**Issue**: Abbreviated function name
**Severity**: Major
**Suggestion**: `function processApiResponse(data) {}`
**Reason**: Full words are more readable

### src/models/User.js:34
**Current**: `user.active`
**Issue**: Boolean property without prefix
**Severity**: Major
**Suggestion**: `user.isActive`
**Reason**: Follow boolean naming convention

### src/utils/format.js:89
**Current**: `const MAX = 100`
**Issue**: Generic constant name
**Severity**: Major
**Suggestion**: `const MAX_RETRY_ATTEMPTS = 100`
**Reason**: Specific purpose is clearer

---

## Minor Issues (6)

### src/config/settings.js:12
**Current**: `const API_url = '...'`
**Issue**: Inconsistent casing (mixing UPPER and lower)
**Severity**: Minor
**Suggestion**: `const API_URL = '...'` or `const apiUrl = '...'`
**Reason**: Consistency in convention

### src/helpers/string.js:45
**Current**: `function strToNum(s) {}`
**Issue**: Abbreviated function and parameter
**Severity**: Minor
**Suggestion**: `function stringToNumber(value) {}`
**Reason**: Clarity over brevity

---

## Convention Violations

### Inconsistent Boolean Prefixes
**Locations**: 8 files
**Issue**: Mixed use of `is`, `has`, `can` vs no prefix
**Recommendation**: Standardize on boolean prefixes
- Use `is` for state: `isActive`, `isVisible`
- Use `has` for possession: `hasPermission`, `hasError`
- Use `can` for ability: `canEdit`, `canDelete`
- Use `should` for decisions: `shouldRender`, `shouldValidate`

### Mixed Naming Conventions
**Location**: src/legacy/
**Issue**: Mix of camelCase and snake_case in JavaScript
**Recommendation**: Convert all to camelCase for consistency

---

## Suggested Renaming

### High Priority (Misleading or Critical)
1. `getUser` → `fetchAndUpdateUserLogin` (src/services/UserService.js:45)
2. `validate` → `validateEmail` (src/utils/helpers.js:23)
3. `process` → `processPaymentTransaction` (src/payment/processor.js:67)

### Medium Priority (Clarity)
1. `d` → `currentDate` (7 locations)
2. `temp` → `previousValue` (4 locations)
3. `data` → `apiResponse` or more specific (12 locations)
4. `arr` → `items`, `values`, or more specific (8 locations)

### Low Priority (Convention)
1. `active` → `isActive` (12 locations)
2. `error` → `hasError` (6 locations)
3. `API_url` → `API_URL` (3 locations)

---

## Naming Patterns to Follow

### Functions/Methods
- Verbs: `get`, `set`, `create`, `update`, `delete`, `fetch`, `calculate`, `validate`
- Clear action: `sendEmail()`, `parseJSON()`, `formatCurrency()`

### Classes
- Nouns: `UserService`, `PaymentProcessor`, `EmailValidator`
- Avoid generic: Don't use `Manager`, `Helper`, `Utility` unless necessary

### Variables
- Nouns or noun phrases: `user`, `emailAddress`, `totalAmount`
- Descriptive: `userList` not `list`, `activeUsers` not `users2`

### Constants
- All caps with underscores: `MAX_RETRY_ATTEMPTS`, `DEFAULT_TIMEOUT`
- Include units: `CACHE_DURATION_MS`, `MAX_FILE_SIZE_MB`

### Booleans
- Question form: `isValid`, `hasPermission`, `canEdit`
- Affirmative: `isEnabled` not `isDisabled` (prefer positive)

---

## Refactoring Script

Would you like me to create a refactoring script to apply these changes?
This will:
1. Rename all suggested items
2. Update all references
3. Maintain git history
4. Generate migration guide

---

## Best Practices

✓ **DO**:
- Use full words over abbreviations
- Be specific and descriptive
- Follow language conventions
- Use consistent patterns
- Make booleans obvious
- Include units in constants

✗ **DON'T**:
- Use single letters (except in loops: i, j, k)
- Use vague names (data, info, temp, x)
- Mix naming conventions
- Use misleading names
- Over-abbreviate
- Use Hungarian notation in modern code

Naming Decision Tree

Is it a boolean?
├─ Yes → Use is/has/can/should prefix
└─ No → Is it a function?
    ├─ Yes → Use verb phrase (action)
    └─ No → Is it a class?
        ├─ Yes → Use noun (PascalCase)
        └─ No → Is it a constant?
            ├─ Yes → Use UPPER_SNAKE_CASE
            └─ No → Use descriptive noun (camelCase/snake_case)

Notes

  • Prioritize clarity over brevity
  • Context matters (loop counters can be i, j)
  • Well-known abbreviations are okay (html, api, url, id)
  • Consistency within a project is more important than perfect naming
  • Refactor names as understanding improves
  • Use IDE rename refactoring to safely update all references

Source

git clone https://github.com/softaworks/agent-toolkit/blob/main/skills/naming-analyzer/SKILL.mdView on GitHub

Overview

Naming Analyzer helps improve readability and maintainability by proposing better names grounded in context and established conventions. It analyzes a wide range of name-bearing items—variables, constants, functions, methods, classes, interfaces, types, files and directories, database tables and columns, and API endpoints—and flags issues like vagueness, abbreviations, and inconsistent conventions.

How This Skill Works

As a naming convention expert, the tool analyzes names across categories, identifies issues such as ambiguity or misalignment with behavior, checks language-specific conventions (camelCase, snake_case, PascalCase, UPPER_SNAKE_CASE), and considers framework and project patterns. It then returns practical suggestions with reasoning, aimed at improving consistency and contextual appropriateness.

When to Use It

  • When you inherit a codebase with vague or misleading names.
  • When introducing a new module and you want consistent naming across the codebase.
  • When refactoring to align with language and framework conventions (JS/TS, Python, Java, Go).
  • When you notice abbreviations or single-letter variables obscuring meaning.
  • When renaming database tables, columns, API endpoints, or files for clarity.

Quick Start

  1. Step 1: Run the naming analyzer on your project or targeted files to collect naming insights.
  2. Step 2: Review the suggested names and the reasoning for each change, focusing on clarity and conventions.
  3. Step 3: Apply fixes (manually or with --fix-all) and re-run to verify improved consistency.

Best Practices

  • Analyze name-bearing entities across the codebase: variables, constants, functions, methods, classes, interfaces, types, files, database tables/columns, and API endpoints.
  • Prioritize context-rich, descriptive names over abbreviations and generic terms.
  • Follow language conventions: camelCase for JS/TS, snake_case for Python, PascalCase for classes, and UPPER_SNAKE_CASE for constants.
  • Use explicit boolean prefixes like is_, has_, can_, and avoid ambiguous state names.
  • Avoid Hungarian notation, ensure names reflect behavior, and strive for consistency across modules.

Example Use Cases

  • From: getUser(id) (with side effects) to: fetchAndUpdateUserLogin(id).
  • From: data to: userProfile (clear context).
  • From: calcTtl(arr) to: calculateTotal(amounts).
  • From: usrCfg = loadConfig() to: userConfig = loadConfig().
  • From: temp = x to: previousValue = x.

Frequently Asked Questions

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