Generate and Review Complex Code
Demonstrates Claude Opus 4.6's coding and reasoning capabilities for complex software engineering tasks.
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Why it matters
Leverage state-of-the-art coding and reasoning to tackle complex software engineering tasks, including handling ambiguity and performing tradeoff analysis.
Outcomes
What it gets done
Generate high-quality code for complex problems.
Analyze and review code for quality and correctness.
Debug and resolve issues in software development.
Evaluate tradeoffs in software design and implementation.
Install
Add it to your toolbox
Run in your project directory:
curl -fsSL https://spark.entire.vc/get/pfoo-opus-4-6-coding | bash Capabilities
What this chain does
Writes source code or scripts from a description.
Analyzes code for bugs, style issues, and improvements.
Traces errors to their root cause and suggests fixes.
Overview
Opus 4 6 Coding
What it does
This prompt chain demonstrates Claude Opus 4.6's coding and reasoning capabilities, specifically its ability to handle complex software engineering tasks with ambiguity and tradeoff analysis.
How it connects
Use this to explore and understand how Claude Opus 4.6 handles complex software engineering tasks that involve ambiguity and tradeoff analysis.
Source README
anthropic/opus-4-6-coding (Claude Opus 4.6 Advanced Coding)
This example demonstrates Claude Opus 4.6's state-of-the-art coding and reasoning capabilities, showcasing its ability to handle complex software engineering tasks with ambiguity and tradeoff analysis.
You can run this example with:
npx promptfoo@latest init --example anthropic/opus-4-6-coding
cd anthropic/opus-4-6-coding
What This Tests
Claude Opus 4.6 is the best model in the world for coding, agents, and computer use. This example evaluates:
- Complex code analysis: Understanding multi-file codebases and architectural decisions
- Bug diagnosis: Identifying root causes in complex, multi-system scenarios
- Ambiguity handling: Making informed decisions when requirements are unclear
- Tradeoff reasoning: Evaluating different approaches and explaining pros/cons
- Code generation: Writing high-quality, production-ready code
Features Demonstrated
- State-of-the-art coding: Opus 4.6 achieves the highest score on SWE-bench Verified among frontier models
- Reasoning about tradeoffs: The model excels at analyzing different approaches and making informed decisions
- Handling ambiguity: Unlike models that require hand-holding, Opus 4.6 figures things out
- Extended thinking: Support for thinking budgets up to 128K tokens for complex reasoning
Running the Example
# Set your API key
export ANTHROPIC_API_KEY=your_api_key_here
# Run the evaluation
npx promptfoo@latest eval
# View results
npx promptfoo@latest view
Expected Results
The evaluation tests Opus 4.6's ability to:
- Diagnose bugs across multiple system boundaries
- Choose appropriate data structures with clear reasoning
- Write production-quality code with proper error handling
- Analyze architectural decisions and propose improvements
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Discussion
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