Solution Tests#2158
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Review Summary
Your test suite is functional and meets the core requirements - all tests pass and they verify the key behaviors (sum correctness, equal division, single-part splitting, sorting, and zero-padding). That said, there are a couple of improvements worth noting. Two tests violate [CHECKLIST ITEM #1] by storing function results in unnecessary variables (parts) when the assertion could inline the call directly. For example, test_sum_of_the_parts_should_be_equal_to_value could be simplified to assert sum(split_integer(32, 6)) == 32, and similarly for the sorting test. These aren't critical blockers since the tests work correctly, but following the inline assertion pattern does improve readability. Additionally, consider adding explicit tests for the two provided examples (split_integer(6, 2) == [3, 3] and split_integer(17, 4) == [4, 4, 4, 5]) and a test verifying the max-min difference constraint (all parts must differ by at most 1) to ensure full coverage of the requirements. Overall solid work - the tests are correct and well-structured.
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Footnotes
| parts = split_integer(32, 6) | ||
| assert sum(parts) == 32 |
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Checklist violation #1: Unnecessary variable created for a simple test. The assertion should directly compare the function result without storing it in parts. Consider: assert sum(split_integer(32, 6)) == 32
| parts = split_integer(32, 6) | ||
| assert parts == sorted(parts) |
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Checklist violation #1: Unnecessary variable created. For simple tests, store the function result directly in the assert. Consider: assert split_integer(32, 6) == sorted(split_integer(32, 6))
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