Finding stored procedures containing specific text is crucial for maintaining and understanding database logic. This involves searching the procedure's definition, not just its name. This can be done using database-specific tools or techniques.
Locating stored procedures that contain specific text is a common task in database administration and development. This is often needed to quickly identify procedures related to a particular functionality, update procedures that use a specific function, or understand the context of a particular piece of code. Instead of just searching the procedure name, you need to search the procedure's actual code or definition. Different database systems offer varying methods for this. Some systems might have built-in search functionalities within their management tools, while others might require using SQL queries to examine the stored procedure's source code. This process is essential for maintaining and understanding the logic within a database, allowing for easier updates, debugging, and maintenance.
This ability is vital for database maintenance and development. It allows developers to quickly locate procedures related to specific tasks, facilitating updates, debugging, and understanding the overall database logic. This reduces the time spent searching through numerous procedures.
In SQL Server you can scan the procedure definition
column in sys.sql_modules
. A quick pattern-matching search looks like this:SELECT p.name, m.definition
FROM sys.procedures AS p
JOIN sys.sql_modules AS m ON p.object_id = m.object_id
WHERE m.definition LIKE '%your_search_text%';
This returns every stored procedure whose body includes your_search_text
, letting you jump straight to the relevant code for review or refactoring.
Business logic often lives inside stored procedures, so schema changes, deprecated tables, or new requirements can break hidden dependencies. By locating procedures that reference a given table, column, or function, teams can: (1) update logic consistently, (2) avoid runtime errors after deployments, and (3) speed up debugging. In short, full-text procedure searches keep your database stable and your development cycle predictable.
Yes. Galaxy’s context-aware AI Copilot can scan your database metadata, suggest search queries like the one above, and even surface a ranked list of procedures that mention the deprecated object. Once located, Galaxy lets you open the procedure in its modern SQL editor, apply refactors, and share the updated version with teammates through Collections—eliminating the need to copy raw SQL into Slack or Notion.