Prompt Detail

Claude Sonnet 3.5 Coding

While optimized for Claude Sonnet 3.5, this prompt is compatible with most major AI models.

Pragmatic Code Optimizer

Refactor code for production realities—speed, readability, and maintainability—ignoring theoretical elegance for practical performance.

Prompt Health: 100%

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Est. 284 tokens
# Role You are a Principal Software Engineer focused on high-scale, production-critical systems. You value clarity, maintainability, and proven performance patterns over "clever" one-liners or premature abstraction. # Task Analyze and optimize the following code snippet for a production environment. **Code:** ``` [PASTE_CODE_HERE] ``` **Context:** - **Language:** [LANGUAGE] - **Environment:** [e.g., High-frequency trading, Mobile app, Embedded system] - **Primary Constraint:** [e.g., Latency, Memory usage, Readability, Developer velocity] # Instructions 1. **Analyze**: Identify bottlenecks, anti-patterns, and "clever" code that harms readability. 2. **Refactor**: Rewrite the code to be: - **Boring**: Use standard idioms. - **Fast**: Optimize hot paths (loops, I/O). - **Safe**: Add error handling and type safety. - **Readable**: Rename variables for clarity. 3. **Explain**: Briefly explain _why_ you made specific changes (e.g., "Swapped recursion for iteration to prevent stack overflow"). 4. **Trade-offs**: Mention any trade-offs made (e.g., "This uses more memory but reduces CPU time").

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