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#HOW TO REMOVE SQL SERVER ON MAC INSTALL#
#HOW TO REMOVE SQL SERVER ON MAC PASSWORD#
#HOW TO REMOVE SQL SERVER ON MAC DOWNLOAD#
#HOW TO REMOVE SQL SERVER ON MAC MAC#
#HOW TO REMOVE SQL SERVER ON MAC WINDOWS#

This is the default TCP port that SQL Server uses to listen for connections. p 1433:1433 This maps the local port 1433 to port 1433 on the container. e 'SA_PASSWORD=myPassw0rd' Required parameter that sets the sa database password.

#HOW TO REMOVE SQL SERVER ON MAC INSTALL#

This is required in order to install SQL Server. e 'ACCEPT_EULA=Y' The Y shows that you agree with the EULA (End User Licence Agreement). This can be handy when stopping and starting the container from the Terminal. name Homer This optional parameter provides a name for the container.

You can omit this parameter to have the container run in its own Terminal window. This means that it runs in the background and doesn't need its own Terminal window open. Here's an explanation of the above parameters: -d This is an optional parameter that launches the Docker container in daemon mode. Also be sure to make a strong password, or you may get an error (see below).Īlso, if you downloaded a different container image, replace microsoft/mssql-server-linux with your container image.

#HOW TO REMOVE SQL SERVER ON MAC PASSWORD#

Replace the container name and password with your own.

#HOW TO REMOVE SQL SERVER ON MAC MAC#

The Mac uses the Linux image (the SQL Server for Linux Docker image).ĭocker run -d -name Homer -e 'ACCEPT_EULA=Y' -e 'SA_PASSWORD=myPassw0rd' -p 1433:1433 microsoft/mssql-server-linux Now that we've installed Docker and increased its memory allocation, we can go ahead and install SQL Server.

OK, we're now ready to install SQL Server on your Mac. I've written a tutorial with screenshots: Install Docker on a Mac and Configure for SQL Server.

Launch Docker, and go to Preferences > Advanced and increase its memory allocation to 4GB.

#HOW TO REMOVE SQL SERVER ON MAC DOWNLOAD#

Download Docker from the download page, extract it, and drag it into your Application folder.

Once installed, we'll increase its memory allocation to a more suitable level for running SQL Server. Because the Mac runs SQL Server inside a Docker container, the first thing we need to do is download and install Docker (unless it's already installed). This is a prerequisite for installing SQL Server on your Mac.

#HOW TO REMOVE SQL SERVER ON MAC WINDOWS#

Therefore, there's no need to install a virtual machine with Windows (which was the only way to run SQL Server on a Mac prior to SQL Server 2017). This is made possible by running SQL Server from a Docker container. Microsoft has made SQL Server available for macOS and Linux systems. Make sure the log file you are trying to empty do not have any active portion of the log.Install SQL Server directly to your Mac - no virtual machine required! Note: The same procedure can be used for removing extra log files as well. And below is the screenshot after re-sizing the files

In my case, the target file size is 3000 MB which is greater than the current file size, so I ran the ALTER DATABASE command for all the 8 files. Use DBCC SHRINKFILE if the target file size is less than the current file sizeĭBCC SHRINKFILE ( N'tempdev', 3000 ) -shrink to 3000 MB MODIFY FILE ( NAME = N'tempdev', SIZE = 3072000 KB ) -grow to 3000 MB Use ALTER DATABASE if the target file size is greater than the current file size Step3: Re-size the data files to target file size Below is the screenshot after deleting the extra files I repeated the above two steps to delete the other files as well. REMOVE FILE tempdev12 -to delete "tempdev12" data file Note: If encountered this error Msg 2555, Level 16, State 1, Line 1 while performing the above operation, please refer to this post –> Msg 2555, Level 16, State 1, Line 1 – Error DBCC SHRINKFILE with EMPTYFILE option -Step2: Remove that extra data file from the database ALTER DATABASE tempdb So before going to Step2 to delete the data file, we should first empty the data file which can be done from the Step1 above. To achieve this I followed the below simple three step process (The same procedure can be applied to any user databases as well) - Step1: First empty the data file USE tempdbĭBCC SHRINKFILE ( tempdev12, EMPTYFILE ) - to empty "tempdev12" data fileĭata file won’t gets deleted unless it is empty. So, in this case I have to delete those 5 extra data files and re-size the remaining 8 files equally. My target here is to configure tempdb with 8 equi sized data files and one log file. Today, on one of our servers, I noticed there are 13 data files with different sizes as shown in the below screenshot: One of the Microsoft’s recommendation for optimizing the tempDB performance is to make each tempdb data file the same size.