It allows developers to keep using SSMS to make database changes and check those changes into version control. Redgate's SQL Toolbelt provides a very nice user experience. Using SQL Source Control, check in the new stored procedure to version control.In SSMS, Adjust stored procedure until it runs as expected.
#REDGATE SQL TOOLBELT 2018 KEYGEN CODE#
NET code using Visual Studio to call the new stored procedure. In SSMS, create a stored procedure using the SQL created in the previous step.Verify results, adjust the query as needed. Open up SSMS and write the SQL for the search.Let's break down a typical workflow for making a SQL change using Redgate's SQL Toolbelt, let's say creating a new stored procedure to search for customers. Having a SSMS plug-in makes all the difference in the world.
Redgate's SQL Toolbelt provides many different tools, including SQL Source Control which is a SQL Server Management Studio (SSMS) plug-in. Microsoft SSDT is a Visual Studio plug-in. The difference is the user interface used to kick off this process. nupkg for DLM Automation, and deployed to SQL Server (or Azure SQL Server if you are using PaaS). In fact, they both follow the same core concepts. Both Microsoft's SSDT and Redgate's Toolbelt can be used to automate database deployments. Hence this post.īefore I dive too deep into this post, let's get the elephant in the room out of the way. And you know what, they're right, it would make a good post. The email mentioned the answer might be a good post. I was sent an email asking for further clarification on why Redgate was chosen over Microsoft SSDT. Could it do what Redgate did? Could we build additional functionality around it? In the end, the answer was no, but that delayed us as well. Microsoft SSDT Tooling Considered - the increased cost of licenses forced us to take a hard look at Microsoft's SSDT tooling.
Back in the article How Redgate Helped Define our Process, there was this small blurb about SSDT:
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