![]() acc_image src ON ass.id = src.acc_slide_idĬonnect_image tgt ON src.acc_image_id = tgt.acc_image_id acc_slide ass ON s.id = ass.acc_specimen_id acc_specimen s ON a.primary_specimen_id = s.id Src.data, src.created_date, src.row_version, src.sort_order Src.image_color_depth, src.image_thumbnail, Src.data_format, src.label, src.description, Src.acc_image_id, a.id, src.image_type_id, INSERT INTO connect_image (acc_image_id, acc_id, image_type_id,ĭata, created_date, row_version, sort_order) Here's the stored procedure code: ALTER PROCEDURE. I have an inserted_date that I don't know if I can use to optimize: CREATE TABLE. IDENTITY(1,1) NOT FOR REPLICATION NOT NULL, I'm not sure how I should modify the stored procedure to pull data more quickly based on the max(identity).įYI, I can add columns to the target table if it makes sense to add a column to help filter this data further so that it only looks for recent images. There is also an identity column ( acc_image_id) in the source table. I am not sure if I can use the created_date in the source table to filter the data so it doesn't look thru all the data. I've included the source and target table schema so you can see all columns that I have to work with. The business requirements are to run this every minute, but based on the current outcome that is not possible. My goal would be to optimize so that we can run this on a re-occuring schedule. Is there any way to optimize this stored procedure so that it pulls only new records. The job is not being blocked and is still runnable. I've already moved all images over to this table so there are no new images to pull over so I'm assuming it's still reading the table for new records. When I run the stored procedure it is still running over 1 hour and 22 minutes. The challenge is that the table stores "images" with over 2 million rows. About SSMS generate script options in Microsoft Docs.I created the below stored procedure to pull data from a source table and insert only "new records" into a destination table.Press Finish to close the generate scripts window. Finally you will see the status screen, you will see the status of the operations.Once actions are successful, you will notice the Insert script along with the schema is generated in a new query window.In the summary screen, verify the options you have selected and press Next.For this illustration, I’ve selected the option Save to new query window. Back in the Set Scripting Options screen, you have the option to save the script to a file or to the clipboard or to a Query Window.On the pop-up Advanced Scripting Options screen, under General section, in the field Types of data to script, select the either Data Only or Schema and Data or Schema Only based on your requirement.In the Set Scripting Options screen, press Advanced button.You can even select all the tables and other objects. Now, the choose objects screen, choose Select specific database objects and choose the tables you want to script.In the Generate and Publish Scripts pop-up window, press Next to choose objects screen. ![]() From the right-click menu, go to Tasks > Generate Scripts.In SSMS Object Explorer, right-click the database. ![]()
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