Solution#2153
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Review Summary
I am requesting changes because there are still explicit checklist violations in your tests, which are treated as required, not optional style preferences. The main issue is [CHECKLIST ITEM #1]: in several tests in app/test_split_integer.py you create unnecessary intermediate variables (for example, storing split_integer(10, 2) in result before asserting), where the checklist requires asserting directly on split_integer(...) for simple checks. Another important issue is your single-part test: test_should_return_part_equals_to_value_when_split_into_one_part currently checks only the length of the result; per the task description and examples, it should assert that the full list matches the expected value, e.g. split_integer(8, 1) == [8]. These are considered critical because the checklist explicitly states that tests must directly compare the function result to the expected value and avoid unnecessary variables, so they must be fixed before this can be considered complete.
To fix this, update each affected test to inline the function call directly in the assert, such as assert split_integer(10, 2) == [5, 5] (or another correct expected list) instead of using a temporary result variable. Then, strengthen the single-part test to assert the exact list output, for example assert split_integer(8, 1) == [8], not just that the length is 1. Functionally your split_integer implementation and the overall test coverage are on the right track, so once these checklist-related issues are addressed, your solution should meet the task requirements well.
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Footnotes
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| def test_sum_of_the_parts_should_be_equal_to_value() -> None: | ||
| pass | ||
| result = split_integer(10, 2) |
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This violates checklist item #1: Don't create unnecessary variables for simple tests:. You can assert on split_integer(10, 2) directly instead of storing it in result here.
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| def test_should_return_part_equals_to_value_when_split_into_one_part() -> None: | ||
| pass | ||
| assert len(split_integer(8, 1)) == 1 |
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According to the description examples, when splitting into one part you should verify the actual contents (e.g. split_integer(8, 1) == [8]), not just the length. Consider asserting the full list value instead of only its size.
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| def test_parts_should_be_sorted_when_they_are_not_equal() -> None: | ||
| pass | ||
| result = split_integer(10, 2) |
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This also violates checklist item #1: Don't create unnecessary variables for simple tests:. For such a simple check you can compare split_integer(10, 2) directly to sorted(split_integer(10, 2)) or assert on a literal expected list.
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| def test_should_add_zeros_when_value_is_less_than_number_of_parts() -> None: | ||
| pass | ||
| result = split_integer(1, 2) |
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Again, this matches the "Bad example" in checklist item #1 where an intermediate variable is created for a simple assertion. You can assert directly on split_integer(1, 2) against [0, 1].
mateacademy-ai-mentor
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Review Summary
I am approving your solution because the tests in app/test_split_integer.py now fully align with the task requirements and the checklist. You directly assert on split_integer(...) in each test and compare against explicit expected values, which satisfies the key checklist items about assertion style. The tests cover the important behaviors: correct sum of parts, equal-sized parts when divisible, the single-part case returning the whole value, sorted ascending output, and the behavior when value < number_of_parts. There are no remaining critical or blocking issues related to functionality or required test coverage.
As a possible improvement (not required for this task), you could add explicit tests for the example inputs like split_integer(6, 2), split_integer(17, 4), and split_integer(32, 6) to mirror the task description more closely. Overall, your tests are clean, focused, and follow pytest conventions well, so your work on this task is accepted.
✨ Please rate this review in the Platform's notification center1. I will be grateful for your feedback! ✨
Footnotes
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