Visual studio ms sql data entry code#

In SQL Server Management Studio or Visual Studio’s menu, click ApexSQL Search It can search for text within database objects (including object names), data stored in tables and views (even encrypted ones) and repeat previous searches in a single click. Searching in multiple object types, and adding additional search criteria, such as including/excluding object names and bodies, or defining the escape character, brings even more complexity to SQL, which is prone to mistakes without proper and time-consuming testing.įor an unexperienced developer, for those which prefer a tested and error-free solution to searching SQL objects and data manually and for those which are not familiar with system objects that hold DDL information about database objects, use ApexSQL Search.ĪpexSQL Search is a SQL search add-in for SSMS and Visual Studio. To be able to do that, the object structure system needs to be well known, so it can be modified.

Visual studio ms sql data entry code#

The main disadvantage of these methods is that for every change in object types searched, the SQL code need to be changed. name LIKE '%' + '%' ORDER BY Schema_name, Object_name The ROUTINE_DEFINITION column contains the source statements that created the function or stored nvarchar( 50 ) SET = SELECT DISTINCT The INFORMATION_SCHEMA.ROUTINES view contains information about all stored procedures and functions in a database. Use SQL that queries the INFORMATION_SCHEMA.ROUTINES view to search for a specific parameter in all procedures. When searching for objects in other database object types – functions, triggers, columns, etc., or in multiple database object types at the same time, the SQL shown above should be modified accordingly. The following SQL examples search for the specified text – the variable – in stored procedures. However, all of these methods include querying system objects.

There are several methods that can be used. Searching for a database object name or object definition is a bit easier than searching for specific text. To search for other data types, such as time and datetime, a new code must be written. Another disadvantage is that it can be used to search for text data only. The drawbacks of this solution are: use of cursors, which are generally inefficient, high complexity, a lot of time needed for execution, even on small databases. OPEN CursorColumns FETCH NEXT FROM CursorColumns INTO WHILE =īEGIN SET = 'IF EXISTS (SELECT * FROM ' + ' WHERE ' + ' LIKE ''%' + '%'') PRINT ''' + ', ' + '''' EXECUTE FETCH NEXT FROM CursorColumns INTO END CLOSE CursorColumns DEALLOCATE CursorColumns FETCH NEXT FROM CursorSearch INTO, END CLOSE CursorSearch DEALLOCATE CursorSearch WHERE object_id AND system_type_id IN(167, 175, 231, 239) - the columns that can contain textual data Type = 'U' = tables(user-defined) OPEN CursorSearch įETCH NEXT FROM CursorSearch INTO, WHILE =īEGIN DECLARE CursorColumns CURSOR FOR SELECT name WHERE type = 'U' -list of tables in the current database. Varchar(200) varchar(100) int varchar(100) varchar(1000) -modify the variable, specify the text to search for SET = 'John' ĭECLARE CursorSearch CURSOR FOR SELECT name, object_id FROM sys.