What is SSDT? SQL Server Data Tools (SSDT) is a toolset which provides an integrated environment for database developers to carry out all their database design work for any SQL Server platform (both on and off premise) within Visual Studio. Database developers can use the SQL Server Object Explorer in VS to easily create or edit database objects and data, or execute queries.
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In a I have described on how to install SSDT into the VS environment. During this I will briefly describe few of it’s features.
SSDT’s intention is not to replace the SQL Server Management Studio, but provide a developer a complete development environment, which the developer need not required to leave Visual Studio IDE to do any database related development. The tool does not contain all the features which you find in SSMS, yet it’ll provide sufficient functionality which will required to most of the developers during their development tasks. I find following features, pretty much interesting and helps to increase the productivity of the developer/team. Design & Code view in a single screen. Ability to see the design view and the code view in a single screen is a wonderful thing. You do not have to move across screens.
Writing drivers to perform kernel-level SSDT hooking The goal of the reader is to perform the the below points while following the tutorial. KernelMode Rootkits: Part 1, SSDT hooks. To detect such a hook, we need to load a driver that will scan the SSDT and compare each pointer to.
And the changes you do to the design view will be affected to the code immediately and vice versa. Ability to add Constraints, Indexes, Foreign Keys and Triggers without changing the screen Adding constraints, indexes, etc. Are much easier.
You can add those by right clicking and choosing the ‘add ’ menu like shown below. It uses ‘Declarative – Model Based Development’ What this means is that there is always an in-memory representation of what a database looks like—an SSDT database model— and all the SSDT tools (designers, validations, IntelliSense, schema compare, and so on) operate on that model. This model can be populated by a live connected database (on-premise or SQL Azure), an offline database project under source control, or a point-in-time snapshot taken of an offline database project (you will work with snapshots in the upcoming exercises).
But to reiterate, the tools are agnostic to the model’s backing; they work exclusively against the model itself. Thus, you enjoy a rich, consistent experience in any scenario—regardless of whether you’re working with on-premise or cloud databases, offline projects, or versioned snapshots. Connected Development Although SSDT places great emphasis on the declarative model, it in no way prevents you from working imperatively against live databases when you want or need to.
You can open query windows to compose and execute T-SQL statements directly against a connected database, with the assistance of a debugger if desired, just as you can in SSMS. Disconnected Development The new SQL Server Object Explorer lets you connect to and interact with any database right from inside Visual Studio.
But SSDT offers a great deal more than a mere replacement for the connected SSMS experience. It also delivers a rich offline experience with the new SQL Server Database Project type and local database runtime (LocalDB).
Actually this is one great feature it has. Because due to many reasons, most of the time we are requested to work offline, or to do our development locally and later on merged.
So this feature allows us to maintain a local database and do all the development using that. And later on merged/published to other database. And by doing a schema comparison, it’s possible to find out the changes we have done. Schema Comparison This is a very valuable feature. This allows us to do a schema comparison between our development environment and the physical database (or vice versa) and find out the changes very quickly. Saving snapshots of the Database Sometimes it’s required to keep snapshots of your database at different stages of the development.
And the best thing is, it even allows you to compare between two database snapshots. So it’s easy to see the changes you have done compared to the previous stages. Ability to find any errors or reference issues in design time When SSDT is used it’s easy to identify any syntax issue or any reference issue before deploying it to the database.
Assume we have one view which is referring to few columns of a table. Usually if someone change or remove any columns from the table which this view is referring, there is no way of identify that, till the view is used in our application. But when SSDT is used, it will show you these issues, when building the project. So these can be eliminated before we apply these to the deployment server. These are some features which I have found very interesting and most developers would expect.
But having said that I am not saying it’s the complete set of features. There are a few missing functionalities which I felt would have been even nicer, if those were there. And you can find a good article in here: regarding SSDT. You can find things in more depth.
My passion lies in building business intelligence and data-based solutions, writing about things I work with and talking about it. New technologies relevant to my line of work interest me and I am often seen playing with early releases of such technologies. My current role involves architecting and building a variety of data solutions, providing database maintenance and administration support, building the organization’s data practice, and training and mentoring peers.
My aspiration over the next several years is to achieve higher competency and recognition in the field of Data Analytics and move into a career of data science. Specialities: SQL Server, T-SQL Development, SQL Server Administration, SSRS, SSIS, C#, ASP.Net, Crystal Reports.