Solution#2147
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Review Summary
I am requesting changes because there are still checklist and requirement gaps that need to be addressed before this task is fully complete. Functionally, your tests exercise the core behaviors of split_integer well (length, sortedness, max/min difference), and pytest is used correctly, which is great.
The critical items to fix are:
- You are missing a dedicated test for the required example
split_integer(6, 2) == [3, 3]. Please add a simple test function (e.g.,test_split_integer_6_2) that callssplit_integer.split_integer(6, 2)and asserts the exact list[3, 3]. - In
app/test_split_integer.py, some simple tests violate [CHECKLIST ITEM #1] by introducing an unnecessary variableresultbefore asserting (for example, intest_sorted_ascendingandtest_max_min_difference). Instead, assert directly on the function call, e.g.,assert split_integer.split_integer(17, 4) == ...or computemax(...) - min(...)directly from the call.
These are small changes, but they are required for the task to meet all explicit checklist and example requirements. Once you add the missing example test and inline those simple assertions, your solution will be in good shape. Keep up the solid work on covering properties and using pytest effectively.
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Footnotes
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| def test_sorted_ascending() -> None: | ||
| result = split_integer.split_integer(17, 4) |
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This violates checklist item #1: "Don't create unnecessary variables for simple tests". In this case you can assert directly on split_integer.split_integer(17, 4) instead of storing it in result.
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| def test_max_min_difference() -> None: | ||
| result = split_integer.split_integer(32, 6) |
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This also violates checklist item #1: "Don't create unnecessary variables for simple tests". You can compute max(...) - min(...) directly from the function call without assigning to result.
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Review Summary
Your test file for split_integer now clearly meets the task requirements, so your solution is approved. The four required example calls (8,1, 6,2, 17,4, 32,6) are each tested explicitly, and the assertions compare the direct function call result to the expected lists, aligning with the checklist expectations. You also correctly added property-based tests that verify the results are sorted in ascending order and that the difference between the maximum and minimum parts is at most 1, which demonstrates a good understanding of the problem constraints. There are no unnecessary variables, debug prints, or leftover comments, and everything is structured cleanly with pytest functions and parametrization where appropriate. Overall, you’ve implemented thorough, focused tests that should reliably validate a correct split_integer implementation—nice work.
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