⚡ Fix N+1 Query in category initialization#39
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Introduced `addAppsToCategory` to handle multiple applications in a single transaction and bulk insert, replacing the inefficient N+1 query pattern during category initialization and auto-population. This change reduces the number of database roundtrips from 2N to 2 per batch operation and optimizes UI updates by notifying listeners only once.
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Introduced `addAppsToCategory` to handle multiple applications in a single transaction and bulk insert, replacing the inefficient N+1 query pattern during category initialization and auto-population. This change reduces the number of database roundtrips from 2N to 2 per batch operation and optimizes UI updates by notifying listeners only once.
Introduced `addAppsToCategory` to handle multiple applications in a single transaction and bulk insert, replacing the inefficient N+1 query pattern during category initialization and auto-population. This change reduces the number of database roundtrips from 2N to 2 per batch operation and optimizes UI updates by notifying listeners only once. Resolved conflicts with master where some bulk logic was partially implemented.
Introduced `addAppsToCategory` to handle multiple applications in a single transaction and bulk insert, replacing the inefficient N+1 query pattern during category initialization and auto-population. This change reduces the number of database roundtrips from 2N to 2 per batch operation and optimizes UI updates by notifying listeners only once. Resolved all conflicts with the latest master branch.
Introduced `addAppsToCategory` to handle multiple applications in a single transaction and bulk insert, replacing the inefficient N+1 query pattern during category initialization and auto-population. This change reduces the number of database roundtrips from 2N to 2 per batch operation and optimizes UI updates by notifying listeners only once. Resolved all merge conflicts by consolidating the logic into the new bulk method.
Introduced `addAppsToCategory` to handle multiple applications in a single transaction and bulk insert, replacing the inefficient N+1 query pattern during category initialization and auto-population. This change reduces the number of database roundtrips from 2N to 2 per batch operation and optimizes UI updates by notifying listeners only once. This version represents a clean application of the fix after resetting to the base commit.
💡 What: Optimized
AppsServiceto use bulk database operations for category initialization and population.🎯 Why: Previously, the code used a loop to add applications one by one, triggering an N+1 query pattern (2 DB calls per app: one to get the next index and one to insert). For many apps, this was significantly slower and inefficient.
📊 Measured Improvement: In a scenario with 100 apps, database operations are reduced from 200 calls to just 2. Additionally,
notifyListeners()and sorting logic now run once per batch instead of per application. Note: Direct benchmarking in the environment was prevented by persistent network issues (socket errors reaching pub.dev), but the theoretical and practical improvement is standard for such database optimizations.PR created automatically by Jules for task 13996517302584726622 started by @LeanBitLab