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cccskills
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learn-alternatives

Compare alternative ways to solve a coding problem, including when each approach fits and its advantages and drawbacks. Get a comparison table and a recommendation based on the current context, with code examples in detailed mode.

OriginalShow the original description

Compare different approaches to solve the same problem

See how to install

Good for

  • Compare authentication approaches
  • Choose how to manage form state
  • Evaluate data fetching or styling options
  • Review alternatives with code examples

Files included (1)

  • SKILL.md4.9 KB

SKILL.md (original)

Review the instructions the agent will receive before you install.

Show alternatives

Compare different approaches to solve the same problem.

Usage

/learn:alternatives              # Compare approaches for current code
/learn:alternatives auth         # Compare authentication methods
/learn:alternatives state        # Compare state management options
/learn:alternatives --detailed   # Include code examples for each

Instructions

  1. Identify the problem being solved (from context or argument)
  2. Present 3-5 alternative approaches
  3. For each approach, explain:
    • What it is (one sentence)
    • When to use it
    • Trade-offs (pros/cons)
  4. Provide a recommendation based on context
  5. Optionally show code examples for top choices

Response format

## Problem: [What we're trying to solve]

### Approach 1: [Name]

**What**: [One-sentence description]

**When to use**:
- [Scenario 1]
- [Scenario 2]

**Pros**: [List]
**Cons**: [List]

---

### Approach 2: [Name]
...

---

## Comparison Table

| Criteria | Approach 1 | Approach 2 | Approach 3 |
|----------|------------|------------|------------|
| Complexity | Low | Medium | High |
| Performance | ★★☆ | ★★★ | ★★☆ |
| Bundle size | Small | Medium | Large |
| Learning curve | Easy | Medium | Steep |

## Recommendation

**For your case**: [Recommended approach] because [reason based on context]

**Consider instead if**: [Alternative scenarios]

Comparison criteria

Standard criteria to evaluate (adjust based on problem):

CriteriaDescription
ComplexityHow hard to implement and maintain
PerformanceRuntime speed, memory usage
Bundle sizeImpact on frontend bundle
Learning curveTime to understand and use correctly
FlexibilityEase of extending or modifying
CommunityDocumentation, ecosystem, support
TestingHow easy to test
Type safetyTypeScript support quality

Depth modes

Default

  • 3-4 alternatives
  • Brief description each
  • Comparison table
  • Recommendation

--detailed

  • 4-5 alternatives
  • Code example for each
  • Detailed trade-offs
  • Migration considerations
  • Real-world case studies

--quick

  • 2-3 alternatives
  • One-line each
  • Quick recommendation

Example session

User: I'm using useState for form state. /learn:alternatives

Claude: ## Problem: Managing Form State in React

### Approach 1: Multiple useState

**What**: Separate useState for each field

**When to use**:
- Simple forms (< 5 fields)
- No complex validation
- No cross-field dependencies

**Pros**: Simple, no dependencies, easy to understand
**Cons**: Verbose with many fields, scattered state

---

### Approach 2: Single useState with Object

**What**: One useState holding all fields as object

**When to use**:
- Medium forms (5-10 fields)
- Need to reset entire form
- Want cleaner code

**Pros**: Grouped state, easy reset, cleaner
**Cons**: Need spread operator, can cause unnecessary re-renders

---

### Approach 3: useReducer

**What**: Reducer pattern for complex state transitions

**When to use**:
- Complex validation logic
- Multi-step forms
- Undo/redo functionality

**Pros**: Predictable updates, handles complex logic, testable
**Cons**: More boilerplate, learning curve

---

### Approach 4: Form Library (React Hook Form, Formik)

**What**: Dedicated form state management library

**When to use**:
- Large forms (10+ fields)
- Complex validation (async, cross-field)
- Performance critical (many fields)

**Pros**: Optimized re-renders, validation built-in, less code
**Cons**: Dependency, learning curve, bundle size

---

## Comparison Table

| Criteria | useState | useReducer | React Hook Form |
|----------|----------|------------|-----------------|
| Complexity | Low | Medium | Medium |
| Performance | ★★☆ | ★★☆ | ★★★ |
| Bundle size | 0kb | 0kb | ~8kb |
| Validation | Manual | Manual | Built-in |
| Best for | Simple | Complex logic | Large forms |

## Recommendation

**For your case**: If this is a simple login/contact form, stick with **useState**. If you're building a multi-step checkout or admin form, consider **React Hook Form** for the validation and performance benefits.

**Consider useReducer if**: You need undo/redo, complex state machines, or want reducer-style testing.

Common alternative comparisons

TopicTypical Alternatives
StateuseState, useReducer, Zustand, Redux, Jotai
StylingCSS Modules, Tailwind, styled-components, CSS-in-JS
Data fetchingfetch, axios, React Query, SWR
FormsuseState, React Hook Form, Formik
AuthJWT, sessions, OAuth, magic links
API designREST, GraphQL, tRPC, gRPC
TestingJest, Vitest, Testing Library, Cypress
DatabasesPostgreSQL, MySQL, MongoDB, SQLite

$ARGUMENTS

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