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The last post set up a ladder.
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A series on how software architecture shapes AI-driven code degradation.
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Preprint / cs.SE / Empirical Software Engineering Telling the Agent the Cost Function Two architectures.
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The last two posts did one thing.
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A series on how software architecture shapes AI-driven code degradation.
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In the last experiment I held the coding agent fixed and changed only the architecture.
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Preprint / cs.SE / Empirical Software Engineering Change Impact in the Wild Twenty repositories.
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Some files attract bug fixes over and over.
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A series on how software architecture shapes AI-driven code degradation.
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A series on how software architecture shapes AI-driven code degradation.
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A series on how software architecture shapes AI-driven code degradation.
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A series on how software architecture shapes AI-driven code degradation.
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A series on how software architecture shapes AI-driven code degradation.
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Every time I publish results from the architecture-degradation experiment, the same objection arrives.
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A companion to the series on how software architecture shapes AI-driven code degradation.
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Fifth in a series on how software architecture shapes AI-driven code degradation.
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Fourth in a series on how software architecture shapes AI-driven code degradation.
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Third in a series on how software architecture shapes AI-driven code degradation.
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The anchor post for a series on how software architecture shapes AI-driven code degradation.
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Second in a series on how software architecture shapes AI-driven code degradation.
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A confound in measuring AI code degradation, and why we deleted every test to fix it.
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Early notes from an experiment that holds the AI fixed and lets the architecture vary.
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I gave a coding agent one task and one directory.
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The redesigned PetClinic-Evolve experiment has produced its first complete run of each architecture.
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This is a between experiments post.