The Latest and Greatest dbForge SQL Complete 7.0 Is Now at Your Service!
dbForge SQL Complete is, without a doubt, one of our key add-ins for SSMS, designed to level up the speed and precision of your routine SQL coding, formatting, and debugging. And today, we’re happy to herald the release of its latest incarnation—version 7.0. Traditionally, here’s a detailed overview of all the new goodies awaiting you in it; so buckle up, since it’s going to be a long ride—but by no means boring.
First off, let us introduce the brand new?T-SQL Code Analyzer, a comprehensive tool that helps developers and DBAs scrutinize and optimize T-SQL scripts, making sure they conform to precisely defined rules, guidelines, and best practices. The Analyzer is available in the newly introduced?Enterprise Edition?of SQL Complete.
You should definitely check it out if you are seeking to improve your T-SQL coding practices and optimize database performance. With the help of the Analyzer, you will easily identify potential issues and performance bottlenecks in your T-SQL scripts; things like inefficient queries and missing indexes will no longer stand in your way.
What’s even better, your actual work with T-SQL Code Analyzer will be extremely easy. Just write your code, run the Analyzer, and get the verdict. To see how it’s done in detail, check our video guide.
You can enjoy the seamless integration of SQL Complete with?Microsoft SQL Server Management Studio 20.2?and?Microsoft Visual Studio 2022, which are the latest versions of these tools as of this release.
Our next stop is a set of handy code prompting enhancements. The first one comprises the newly supported?suggestions of non-aggregated columns in GROUP BY statements. With their help, you can quickly add non-aggregated columns after the GROUP BY keyword via a dropdown list, skipping the routine of seeking them out and inserting them manually. Instead, you can either add all the suggested columns from the SELECT List with a single click or add them one by one in the preferred order—as fast and convenient as it can get.
Next, you can view the?MSDescription?property for the database you’re working with.
More useful suggestions? You got it. For instance, here is the?PERSISTENT_LOG_BUFFER?construct in?CREATE DATABASE?statements.
Or how about suggestions of the?RSA_OAEP?algorithm in?CREATE COLUMN ENCRYPTION KEY?statements? We’ve added them as well.
Next, we have added support for the?COLUMN MASTER KEY?server object.
What if you are using graph databases? Then we’ve got a way to simplify your work by adding support for the entire variety of?T-SQL graph functions.
Another useful function we’ve added for your convenience is?TERTIARY_WEIGHTS.
We have extended support for the?CREATE AVAILABILITY GROUP?and?ALTER AVAILABILITY GROUP?constructs.
Finally, we have implemented suggestions for?implicit procedure execution, ensuring the validity of all stored procedures that may not contain EXEC or EXECUTE.
Now let’s move on to SQL Query History, where we’ve tweaked the interface a bit—namely, redesigned the toolbar with an updated?date range selection?and a handy new?Clear?button to help you free your storage by clearing the history.
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Additionally, following the requests of our users, a reopened SSMS now keeps the?user-defined layout of columns in SQL Query History.
The final chapter of our today’s overview is dedicated to a few new command-line capabilities aiming to streamline some of your routine work.
Find Invalid Objects?does exactly what it says on the tin; it’s a feature that helps identify and manage invalid database objects in the most efficient way. Now it’s been powered up with?CLI automation?to reduce manual intervention and thus help you get your job done even faster. Simply run the script against the required database and get the list of invalid objects that hinder its performance.