⚡ Bolt: Optimize JobEvent sequence resolution - #159
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💡 What: Replaced `list_for_job(limit=1000)[-1]` with a direct `func.max(JobEventModel.sequence_no)` query inside `JobEventRepository.get_max_sequence_no`. Updated all call sites in `apps` and `packages`. Added an entry to `.jules/bolt.md` documenting this finding. 🎯 Why: The original approach loaded up to 1000 records from the database and into memory just to determine the maximum sequence number. This caused an N+1 query-like inefficiency and excessive memory consumption that scaled linearly with job events. 📊 Impact: The query is now $O(1)$ and executes efficiently on the database level, preventing large memory overheads. 🔬 Measurement: - Inspect performance when viewing or adding events to jobs with hundreds of events. - Unit and integration tests pass, proving business logic functions exactly as before. Co-authored-by: crabcanon <3458947+crabcanon@users.noreply.github.com>
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💡 What:
Replaced
list_for_job(limit=1000)[-1]with a directfunc.max(JobEventModel.sequence_no)query insideJobEventRepository.get_max_sequence_no. Updated all call sites inappsandpackages. Added an entry to.jules/bolt.mddocumenting this finding.🎯 Why:
The original approach loaded up to 1000 records from the database and into memory just to determine the maximum sequence number. This caused an N+1 query-like inefficiency and excessive memory consumption that scaled linearly with job events.
📊 Impact:$O(1)$ and executes efficiently on the database level, preventing large memory overheads.
The query is now
🔬 Measurement:
PR created automatically by Jules for task 14922766928616109423 started by @crabcanon