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![]() ## Summary This PR updates the `StringLike::FString` variant to use `ExprFString` instead of `FStringLiteralElement`. For context, the reason it used `FStringLiteralElement` is that the node is actually the string part of an f-string ("foo" in `f"foo{x}"`). But, this is inconsistent with other variants where the captured value is the _entire_ string. This is also problematic w.r.t. implicitly concatenated strings. Any rules which work with `StringLike::FString` doesn't account for the string part in an implicitly concatenated f-strings. For example, we don't flag confusable character in the first part of `"𝐁ad" f"𝐁ad string"`, but only the second part (https://play.ruff.rs/16071c4c-a1dd-4920-b56f-e2ce2f69c843). ### Update `PYI053` _This is included in this PR because otherwise it requires a temporary workaround to be compatible with the old logic._ This PR also updates the `PYI053` (`string-or-bytes-too-long`) rule for f-string to consider _all_ the visible characters in a f-string, including the ones which are implicitly concatenated. This is consistent with implicitly concatenated strings and bytes. For example, ```python def foo( # We count all the characters here arg1: str = '51 character ' 'stringgggggggggggggggggggggggggggggggg', # But not here because of the `{x}` replacement field which _breaks_ them up into two chunks arg2: str = f'51 character {x} stringgggggggggggggggggggggggggggggggggggggggggggg', ) -> None: ... ``` This PR fixes it to consider all _visible_ characters inside an f-string which includes expressions as well. fixes: #10310 fixes: #10307 ## Test Plan Add new test cases and update the snapshots. ## Review To facilitate the review process, the change have been split into two commits: one which has the code change while the other has the test cases and updated snapshots. |
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