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The title “Name Every File the Agent May Touch. Fail the Job If git Disagrees.” points to a practical control for AI-assisted coding: declare the agent’s permitted file scope, then compare that declaration with what Git shows changed. The available listing identifies an article by Dakota Liu, dated “Sep 17” without a visible year, but its body could not be verified. Its exact procedure, failure rules, and guarantees therefore remain unresolved.
What can be verified about the article
A DEV Community listing attributes the article to Dakota Liu and shows a Sep 17 date, but no publication year is visible. The listing associates it with AI, testing, Git, and Python. Another listing places it in a broader trend cluster about evaluating AI-generated code and tests. These details establish the topic’s context, not the contents or conclusions of the article.
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The article body was unavailable, so its specific implementation cannot responsibly be described as fact. The evidence does not establish how it declares allowed files, compares that list with Git state, handles unexpected changes, or treats edge cases such as untracked, deleted, and renamed files.
What the title’s proposed safeguard means
Read literally, the title suggests two checks: specify which files an agent may touch, then fail a job if Git reports changes outside that scope. This is an interpretation of the title, not a verified account of Liu’s method. A robust implementation would need to define what “touch” means and exactly which Git changes count, but the listing does not answer those questions.
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In particular, it does not establish whether the allowed-file list is captured before an agent runs, whether the comparison covers all relevant Git states, or whether failure means stopping execution, rejecting a patch, or marking a CI job unsuccessful. The title alone cannot support a security guarantee.
A separate example of scoped access
The csa-google-workspace project documents a different, document-focused example: separate allowlists for reading and modifying Google document URLs. Its documentation distinguishes an unset setting from an attempted but unusable allowlist and says malformed attempted configuration is rejected rather than silently granting access. That describes the project’s own behavior; it is not evidence about Liu’s article, a universal agent standard, or proof that allowlists alone provide sufficient security.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What remains to be confirmed
- The original publication year and the article’s full text.
- The exact mechanism used to declare permitted files.
- How the Git comparison treats untracked, deleted, and renamed paths.
- When the baseline is captured and what event causes the job to fail.
- Any implementation examples, test results, or limitations attributed to the author.
Until the original text is available, the title is a useful prompt for examining agent file scope, but not enough to reproduce or endorse a particular workflow.
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