project
Pylint is a static analysis tool for Python that checks code for errors, enforces coding standards, and flags duplicate or problematic patterns.
No evidence-backed relationships are recorded.
A dev.to design essay argues CI was sized for human review speed and proposes tiering checks by cost and failure probability. Its figures are examples, so the case rests on the failure modes it names.
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contextlib.suppress discards the exception exactly as try/except/pass does, but it is a call expression rather than a handler, so rules that dispatch on handlers never see it. One new analyzer counts the gap.
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A Rust duplicate-code checker claims 191x to 250x against isolated Pylint. The more useful part of the argument is why R0801 cannot be sharded across CI workers.
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A Rust duplicate-code checker for Python claims roughly 219x on the one job Ruff skips and Pylint R0801 does slowly. Version 2 spent its effort on stable finding identity, not the algorithm.
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Two runtime-equivalent calls, one no-member error. The cause sits in astroid's implicit __call__ path, where a failed attribute lookup kills the generator before the correct branch runs.
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A developer hit the seam between Ruff's speed and Pylint's R0801 and wrote a single-purpose checker called Arid rather than keep waiting. No benchmarks published.
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A 16,000-line Flask app shipped a GIF trimmer that accepted start and end times and threw them away. Python does not warn about redefinition. Pylint E0102 does, for free.
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