Solution #1694
Solution #1694
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Thank you for your hard work on this Pull Request! 😊 While you've made a great effort, there are a few critical issues that need to be addressed to ensure the code meets the task requirements and functions correctly:
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Type Annotations and Handling: The type annotations for several methods (
__add__,__iadd__,__mul__,__truediv__, and comparison methods) are incorrect. These methods should accept either aDistanceobject or a numeric type (intorfloat). The current implementation assumesotheris always aDistanceobject, which can lead to runtime errors and does not align with the task requirements. -
Magic Methods Implementation: The
__mul__and__truediv__methods should be able to handle bothDistanceobjects and numeric types. The current implementation only supports numeric types, which contradicts the type annotations. -
Comparison Methods: The comparison methods (
__lt__,__gt__,__eq__,__le__,__ge__) should also handle bothDistanceobjects and numeric types. The current implementation assumesotheris a numeric type, which contradicts the type annotations. -
Code Style: There are unnecessary
elsestatements in the__add__and__iadd__methods. While this is a minor issue, it's important to follow best practices for cleaner and more maintainable code.
Please address these issues to ensure the class functions correctly and safely. Keep up the great work, and don't hesitate to reach out if you need any help! 🌟
✨ Please rate this review in the Platform's notification center. I will be grateful for your feedback! ✨
🔄 Fix the issues, commit the changes, and then re-request my review using the Re-request review button in the Reviewers tab.
app/main.py
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| def __mul__(self, other: Distance) -> Distance: | ||
| return Distance(self.km * other) |
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The __mul__ method should check if other is a Distance instance or a numeric type. The current implementation assumes other is a numeric type, which contradicts the type annotation.
app/main.py
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| def __truediv__(self, other: Distance) -> Distance: | ||
| return Distance(round(self.km / other, 2)) |
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The __truediv__ method should check if other is a Distance instance or a numeric type. The current implementation assumes other is a numeric type, which contradicts the type annotation.
app/main.py
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| def __lt__(self, other: Distance) -> bool: | ||
| return self.km < other |
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The __lt__ method should check if other is a Distance instance. The current implementation assumes other is a numeric type, which contradicts the type annotation.
app/main.py
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| def __gt__(self, other: Distance) -> bool: | ||
| return self.km > other |
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The __gt__ method should check if other is a Distance instance. The current implementation assumes other is a numeric type, which contradicts the type annotation.
app/main.py
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| def __eq__(self, other: Distance) -> bool: | ||
| return self.km == other |
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The __eq__ method should check if other is a Distance instance. The current implementation assumes other is a numeric type, which contradicts the type annotation.
app/main.py
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| def __le__(self, other: Distance) -> bool: | ||
| return self.km <= other |
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The __le__ method should check if other is a Distance instance. The current implementation assumes other is a numeric type, which contradicts the type annotation.
app/main.py
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| def __ge__(self, other: Distance) -> bool: | ||
| return self.km >= other |
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The __ge__ method should check if other is a Distance instance. The current implementation assumes other is a numeric type, which contradicts the type annotation.
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Great effort on improving the Distance class implementation! 🎉 While there are a few critical issues that need attention, such as ensuring the __mul__ and __truediv__ methods handle both Distance objects and numeric types, and updating the comparison methods to consider Distance objects, your progress is commendable. Remember to refine your type annotations and clean up unnecessary else statements for better code style. Addressing these points will enhance the functionality and safety of your code. Keep up the excellent work, and use this opportunity to learn and grow! 🌟
✨ Please rate this review in the Platform's notification center. I will be grateful for your feedback! ✨
| def __mul__(self, other: Distance | float) -> Distance: | ||
| return Distance(self.km * other) |
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The __mul__ method should handle both Distance objects and numeric types. Currently, it only supports numeric types. You need to add logic to handle the case where other is a Distance object.
| def __truediv__(self, other: Distance | float) -> Distance: | ||
| return Distance(round(self.km / other, 2)) |
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The __truediv__ method should handle both Distance objects and numeric types. Currently, it only supports numeric types. You need to add logic to handle the case where other is a Distance object.
| def __lt__(self, other: Distance | float) -> bool: | ||
| return self.km < other |
There was a problem hiding this comment.
The __lt__ method assumes other is always a numeric type. You need to add logic to handle the case where other is a Distance object.
| def __gt__(self, other: Distance | float) -> bool: | ||
| return self.km > other |
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The __gt__ method assumes other is always a numeric type. You need to add logic to handle the case where other is a Distance object.
| def __eq__(self, other: Distance | float) -> bool: | ||
| return self.km == other |
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The __eq__ method assumes other is always a numeric type. You need to add logic to handle the case where other is a Distance object.
| def __le__(self, other: Distance | float) -> bool: | ||
| return self.km <= other |
There was a problem hiding this comment.
The __le__ method assumes other is always a numeric type. You need to add logic to handle the case where other is a Distance object.
| def __ge__(self, other: Distance | float) -> bool: | ||
| return self.km >= other |
There was a problem hiding this comment.
The __ge__ method assumes other is always a numeric type. You need to add logic to handle the case where other is a Distance object.
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