The new index on the user_id column in the profiles table significantly improves query performance for user-specific profile retrieval operations, reducing full table scans during authentication and profile loading workflows.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to optimize query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The new index on the `user_id` column in the `profiles` table improves query performance for user-specific profile retrieval operations, reducing full table scans during authentication and profile loading workflows.
The migration adds a new database index on the `user_id` column in the `profiles` table to optimize query performance when filtering or joining by user identifier. This change is purely additive and does not alter existing schema or data.
The migration adds a new database index on the `user_id` column of the `profiles` table to optimize query performance when filtering or joining by user identifier. This change targets the `20230614000001_add_user_id_index_to_profiles.sql` migration file, introducing a non-unique B-tree index named `idx_profiles_user_id`. The index creation uses the `IF NOT EXISTS` clause to ensure idempotency during repeated migrations.
The profiles table previously lacked an index on the user_id column, causing full table scans on join queries. This change adds a B-tree index on user_id to improve query performance for user profile retrieval operations.
The index on user_id column in profiles table improves query performance for user-specific lookups, reducing full table scans during authentication and profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table now includes a B-tree index on the user_id column, which improves query performance for user-specific profile retrieval operations. This change was applied via a new migration file that creates the index if it does not already exist.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table now includes a B-tree index on the user_id column, which improves query performance for user-specific profile retrieval operations. This change was applied via a new migration file `20240614_add_user_id_index.sql`.
The profiles table now includes a B-tree index on the user_id column, which significantly accelerates query performance when filtering or joining on user_id. This change was applied via a new migration file `20260614_add_user_id_index.sql` and affects the `profiles` table schema.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to improve query performance for profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during user lookups. This change adds a B-tree index on user_id to optimize query performance for profile retrieval operations.
The new index on the `user_id` column in the `profiles` table improves query performance when filtering or joining by user identifier, reducing full table scans during authentication and profile retrieval operations.
The profiles table previously lacked an index on the user_id column, causing full table scans during join operations with the users table. This change adds a B-tree index on user_id to improve query performance for profile retrieval by user identifier.
The change introduces a new database index on the `user_id` column of the `profiles` table, which will significantly improve query performance when filtering or joining on this field. This is a non-breaking schema alteration that optimizes read-heavy operations without affecting existing data or application logic.
