Follow up of API for large years#272
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Codecov Report✅ All modified and coverable lines are covered by tests. Additional details and impacted files@@ Coverage Diff @@
## main #272 +/- ##
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Coverage 99.29% 99.30%
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Files 20 20
Lines 3847 3894 +47
Branches 121 122 +1
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+ Hits 3820 3867 +47
Misses 26 26
Partials 1 1
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@abhishekpradhan wdyt ? :) |
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Looks good overall. I left one inline note on the new Display behavior, since it seems to drop subsecond precision at the moment, but the rest of the follow-up cleanup makes sense to me. With this work completed, I think #160 is effectively resolved as well. 🙂
abhishekpradhan
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abhishekpradhan
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Great, I think we’re good to go here. I left one minor nit on the README example, but otherwise this looks good to me.
Provide a standard formatting path so callers (and tests) can use `.to_string()` instead of hand-rolling offset formatting everywhere.
Document that expect_in_range is intended for tests/trusted contexts and that Extended values never compare equal to a Zoned.
The Timestamp variant was #[cfg(test)]-gated dead code outside tests. The parse_timestamp function already calls set_timestamp on the builder directly, bypassing the TryFrom<Vec<Item>> path. Remove the variant and refactor builder tests to exercise set_timestamp directly instead.
Replace hand-rolled format_offset_colon / format_for_assert helpers with the new Display impls. Replace local expect_in_range_datetime test helpers with ParsedDateTime::expect_in_range().
Add a dedicated fuzz_large_year target with structured inputs biased toward large years (near 9999 boundary, up to GNU_MAX_YEAR). Keep the original fuzz_parse_datetime target unchanged for raw-bytes fuzzing.
When nanoseconds are non-zero, include them in Display output as `.NNNNNNNNN` between seconds and the offset. This avoids silently dropping sub-second precision from the formatted representation.
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see #263