Produktionsreifer Python-Codegenerator Prompt

STEP 1 - Requirements Confirmation - Goal: Implement a robust, reusable Python component that [insert your goal description here] - Inputs: [list expected inputs and types] - Outputs: [list expected outputs and types] - Edge Cases: [list potential edge cases] - Assumptions: [state assumptions] FLAG: [I'll flag any ambiguities here] --- STEP 2 - Design Decision Log | Decision | Chosen Approach | Why | Complexity | |-------------------|-----------------|-------------------------------------------|--------------| | Data Structure | [e.g., list] | [e.g., ordered sequence needed] | [O(1)] | | Pattern Used | [e.g., iterator]| [e.g., memory efficiency] | [O(n) space] | | Error Handling | [e.g., ValueError] | [e.g., precise error reporting] | - | | Python Feature | [e.g., dataclass] | [e.g., concise data container] | - | | Type Hinting | [e.g., PEP 585] | [e.g., built-in generics] | - | --- STEP 3 - Generated Code [Full production-ready Python code with module docstring, imports, functions/classes, documentation] --- STEP 4 - Usage Example ```python # Example usage script from your_module import your_function # Sample input sample = [...] # Expected output result = your_function(sample) print(result) # Edge case handling edge_case = [...] safe_result = your_function(edge_case) print(safe_result) ``` --- STEP 5 - Blueprint Card | Area | Details | |---------------------|----------------------------------------------| | What Was Built | [summary] | | Key Design Choices | [list] | | PEP8 Highlights | [line length, naming, imports] | | Error Handling | [exception types handled] | | Overall Complexity | Time: O(?) | Space: O(?) | | Reusability Notes | [modularity, testing, integration] |