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We’ve added safeguards to limit the number of attribute combinations that can be bulk-generated in production environments, ensuring better performance and stability.
The new limits prevent excessively large combinations, such as scenarios with hundreds or thousands of attribute values, which could negatively impact performance.
Example:
If you have 3 required attributes with 4, 3, and 2 possible values respectively, the total number of combinations is:
4×3×2=244 \times 3 \times 2 = 244×3×2=24
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Example Handling Conditional and Non-Required Attributes: |
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. In these cases, fewer combinations may be generated than suggested by the formula above. To calculate combinations for optional attributes, consider this example of a meal with 3 optional courses (attributes) |
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If users can pick any number of courses |
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, you |
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The total number of combinations would be:
must account for all combinations, from selecting 1 course to all 3 courses. Calculation: (2+1)×(3+1)×(2+1)−1=3×4×3−1=36−1=35(2 + 1) \times (3 + 1) \times (2 + 1) - 1 |
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Resulting in
= 3 \times 4 \times 3 - 1 = 36 - 1 = 35 |
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(2+1)×(3+1)×(2+1)−1=3×4×3−1=36−1=35 Thus, there are 35 possible meal combinations when considering different options for each course. |
Attribute Value Handling
The handling of handling of attribute values containing numbers to ensure correct processing has been improved.
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