implement Split integer

[RuslanSamsonovych]

No description provided.

[mateacademy-ai-mentor]

Review Summary

I am approving your solution because it correctly implements the required behavior of split_integer and your tests satisfy the checklist rules and core functional requirements. The function produces integer parts that sum to the original value, handles more parts than the value, and returns results in sorted order, and your tests clearly verify these aspects. There are no critical blockers: no failing core scenarios, no missing required features, and no violations of the explicit test-style checklist items.

That said, there are a couple of meaningful improvements you could make in future iterations. First, add an explicit test that checks the max–min distribution rule, for example using result = split_integer(17, 4) followed by assert max(result) - min(result) <= 1, so incorrect distributions that still sum correctly would be caught. Second, consider adding a dedicated test for the example split_integer(6, 2) to fully mirror the task description. Finally, you could make the intent of your sorting test clearer by asserting either an explicit expected list or by checking result == sorted(result) rather than comparing two calls to split_integer. Overall, this is solid work that meets the requirements, and these suggestions would just strengthen your test suite further.

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