Add Eq and NotEq methods for ListType with corresponding tests #405
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| def test_list_type_equality(): | ||
| type1 = Type() # Replace with the actual way to instantiate `Type` | ||
| type2 = Type() # Another `Type` object, could be the same or different | ||
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| list1 = ListType(typ=type1) | ||
| list2 = ListType(typ=type1) | ||
| list3 = ListType(typ=type2) | ||
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| assert list1 == list2 | ||
| assert list1 != list3 |
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The instantiation of Type objects in the test_list_type_equality function is ambiguous and may lead to confusion or errors if Type requires specific parameters or setup. This can result in tests that do not accurately reflect real-world usage or fail unexpectedly.
Recommendation: Ensure that Type objects are instantiated correctly with all necessary parameters or setup. If Type requires specific arguments, replace the placeholder comments with the actual instantiation code.
| def __ge__(self, other): | ||
| return isinstance(other, ListType) and self.typ >= other.typ |
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The __ge__ method uses the >= operator on self.typ and other.typ without ensuring that self.typ and other.typ are of a type that supports this operation. This could lead to a TypeError at runtime if self.typ or other.typ are not comparable.
Recommended Solution:
Add a type check or ensure that self.typ and other.typ are of a type that supports the >= operation before performing the comparison.
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Hi @odedNea |
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| def test_list_type_equality(): | ||
| type1 = Type() # Replace with the actual way to instantiate `Type` | ||
| type2 = Type() # Another `Type` object, could be the same or different |
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Also please note that comments like this make me question whether this code was at least manually checked by yourself before submitting and I may reserve the right to reject further submissions as spam.
I do not oppose LLM generated code, but I do oppose you submitting automatically generated code and expecting me to review it.
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Closing this as stale. |
__eq__and__ne__methods in theListTypeclass to enable semantic comparison of list contents.ListTypeobjects are compared correctly based on theirtypattribute.ListTypeinstances, addressing the issue where lists could previously only be compared through casting toAnythingor through datums containing them.Closes: #368