![]() ![]() ![]() This comment replaces the above icomment of creating a new type in the target schema, etc. The main tip can be used for DEFAULTS and RULES. Works with both table and non-table types. Try this:ĪLTER SCHEMA target_schema TRANSFER TYPE::target_type There is a different syntax for moving types between schemas. ![]() The above script will work for both table and non-table user-defined types.įor completeness, the root Table Types will still reside in the SYS schema and need not be moved. Select * from sys.types where is_user_defined = 1 confirm by examining the schema_id field Set = 'alter schema transfer sp_executeSQL next from objCur into objCurĮxec('alter schema ' + + ' transfer 'Moved ' next from typCur into typCur Where (schema_id = schema_id('dbo') or schema_id = type in ('R', 'D') - Rules and Defaults Migration Script of All User-Defined Types from My attempt to recreate what happened using the hosting company's front-end database-creation screen: Tables in different schemas would be not visible to each other. In reviewing Books Online, a page on Securables shed some light. One work-around was to save the schema name prefix as a variable in the scripts (dbo for Development and on Production), but there's clarity in simplicity, having one less setting to recall. If executed on my development box, only dbo would have an object count. Is it possible to recreate the same schema on my machine? If so, can I move the objects from into it? Are there ways to tell programmatically what objects are where? There's a resounding 'Yes' to all three questions in this tip. ![]() Turns out they were in a schema named after the user and not as on my development machine. After creating a database and completing a working script on Development, running this script on Production unexpectedly resulted in 'Invalid object name' errors. The host has a front-end to create databases through a website. I'm using a hosted database service and figuring out ways to best maintain my development and production environments. Finally, get recommendations for prioritize issues you’ve found based on risk and likelihood, as well as how to handle cases where you can't meet the recommended setting or control. Next, learn about recommended security "good" practices for managing identity and permissions. Learn about standard SQL Server requirements for auditing to meet all your compliance criteria. Free MSSQLTips Webinar: How to Conduct a Security Review on SQL Server ![]()
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