Solution#2139
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Review Summary
I am requesting changes because some core functional requirements from the task description are not yet fully tested, which is a blocking issue for this assignment. The task explicitly requires tests that verify the exact outputs for split_integer(8, 1) == [8], split_integer(6, 2) == [3, 3], split_integer(17, 4) == [4, 4, 4, 5], and split_integer(32, 6) == [5, 5, 5, 5, 6, 6]; currently you only assert exact equality for the 6, 2 case. For split_integer(8, 1), your test only checks that the sum of parts equals 8, which is weaker than required because it would pass even if the function returned something like [3, 5]; update this test to assert split_integer(8, 1) == [8] directly. You are also missing any test for split_integer(17, 4), so you should add a new test function (e.g., test_split_integer_17_4) that asserts the exact list [4, 4, 4, 5]. For the split_integer(32, 6) scenario, your current test only verifies that the result is sorted, but the requirement is to check the specific distribution [5, 5, 5, 5, 6, 6]; adjust or add a test that directly compares the function output to this list.
Once you add these explicit equality assertions, your tests will fully match the required examples while still respecting the checklist items (direct asserts, no extra variables), and your overall structure and naming are already in good shape. This is a good opportunity to practice turning informal requirements (like example outputs in a spec) into precise, strong test cases that catch subtle regressions.
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Footnotes
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| def test_sum_of_the_parts_should_be_equal_to_value() -> None: | ||
| pass | ||
| assert sum(split_integer(8, 1)) == 8 |
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This test only checks that the sum of parts equals the value; the task requires a test verifying the explicit example split_integer(8, 1) == [8], so you should assert the exact list, not just the sum.
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| def test_should_return_part_equals_to_value_when_split_into_one_part() -> None: | ||
| pass | ||
| assert split_integer(10, 1) == [10] |
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The task description requires testing split_integer(17, 4) == [4, 4, 4, 5], but there is no test for this case in this file; add a dedicated test that asserts this exact result.
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| def test_parts_should_be_sorted_when_they_are_not_equal() -> None: | ||
| pass | ||
| assert split_integer(32, 6) == sorted(split_integer(32, 6)) |
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Here you only check that the result is sorted, but the description requires verifying the concrete example split_integer(32, 6) == [5, 5, 5, 5, 6, 6]; add or adjust a test to assert that exact list.
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Review Summary
Your solution is approved because the tests now fully cover all required example cases and align with the task’s constraints. Each test directly asserts split_integer(...) against the exact expected list outputs for 8,1, 6,2, 17,4, and 32,6, which confirms that the core behavior is correct and stable. The tests follow pytest conventions, live in the correct app/test_split_integer.py location, and use clear, behavior-focused function names. There are no unnecessary variables, leftover debug statements, or helper functions, so [CHECKLIST ITEM #1], [CHECKLIST ITEM #2], and [CHECKLIST ITEM #3] are all respected. Overall, your work meets the functional requirements and testing standards for this task—well done tightening the tests to assert the exact example outputs.
✨ Please rate this review in the Platform's notification center1. I will be grateful for your feedback! ✨
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