Solution

[Teashrock]

No description provided.

[mateacademy-ai-mentor]

Review Summary

Your solution is approved because it correctly implements split_integer according to the requirements: the function returns the right number of parts, they sum to the original value, differ by at most 1, and are sorted in ascending order. Your tests in app/test_split_integer.py use pytest, are well-named, and cover important behaviors like sum correctness, equal splitting, single-part behavior, sorting, and handling cases where the value is smaller than the number of parts.

One minor style point to improve (not a blocker) is in the sorted-order test in app/test_split_integer.py, where you assign result = split_integer(777, 42) and then only use result in a single assert; you could inline the function call directly in the assertion to better follow [CHECKLIST ITEM #1] about avoiding unnecessary variables in simple tests. For example:

• assert split_integer(777, 42) == sorted(split_integer(777, 42))

Overall, the functionality and test coverage are solid, and with that small style tweak you’ll be perfectly aligned with the checklist expectations. Nice work on meeting the core behavioral requirements of the task.

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