In software engineering, accumulating code behind a release wall is akin to gathering water behind a dam.
Just as a dam must be built higher and stronger to contain an increasing volume of water, the more code we delay releasing, the more resources we must allocate to prevent a catastrophic flood—major bugs or system failures—while also managing the inevitable trickles—minor issues and defects. Frequent, smaller releases act like controlled spillways, effectively managing the flow of updates and reducing the risk of overwhelming both the system and the team.
The ideal of ci/cd may not be achievable for all teams, but smaller and faster is always better.
Instructions for Developers on Using the safe_delete Stored Procedure To enhance safety and auditability of delete operations within our databases, we have implemented a controlled deletion process using a stored procedure named safe_delete . This procedure relies on a temporary table ( temp_delete_table ) that lists complete records intended for deletion, not just their IDs. This approach helps prevent accidental deletions and provides a traceable audit log of delete actions. Why We Are Doing This Controlled Deletions : Centralizing delete operations through a stored procedure reduces the risk of erroneous or unauthorized deletions. Auditability : Using a temporary table to store complete records before deletion allows for an in-depth review and verification process, enhancing our ability to confirm and audit delete operations accurately. Security : Restricting direct delete permissions and channeling deletions through a specific proced...
Comments