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## π οΈ Optimization Task: Improve findNext() in BtreeSF.javaΒ #2
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Description
π οΈ Optimization Task: Improve findNext() in BtreeSF.java
Please help by optimizing the findNext() method in BtreeSF.java.
π― Goal
Refactor the findNext() method to use parallelStart() β similar to how it's used in the find() method.
This marks code regions that can be executed in parallel by the underlying bit machine, enabling better instruction scheduling.
β Tasks
- Review how
find()usesparallelStart(). - Apply a similar structure to
findNext(). - Ensure parallelizable instructions are grouped appropriately.
- Keep the logic correct β functional behavior must remain unchanged.
- Add/maintain inline comments for clarity.
π Performance Testing
You can verify your optimization with the following steps:
-
Run
BtreeSF.javamethod with the call totest_first_lastuncommented:- This will show the number of clock cycles used by
findNext(). - β A successful optimization will reduce the number of clock cycles.
- This will show the number of clock cycles used by
-
(Optional, for the brave): Run the generated Silicon Compiler output:
- Make sure the optimized version still places and routes correctly.
- This step ensures your changes are compatible with the hardware flow.
π Need help?
If you need help understanding the existing code or tools, feel free to comment or open a discussion! We're happy to guide you.
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