Sql server on mac mini
Why Not Just might argue “why not just running and that would be a good and logical argument. Then, you can run Query 1 for group 1, Query 2 for Group 2, and finally compile the 2 reports into one.
#Sql server on mac mini windows
In case you have many Windows and Linux based SQL Server instances, including unsupported ones, I would suggest creating two groups of registered servers in SSMS, one for SQL Server instances up to SQL Server 2016 (Group 1), and another one for SQL Server 2017 instances and later (Group 2). The Best Option in the Case of Multiple Windows and Linux DB Servers Note: Supports both Windows and Linux machines Query 2: When your Servers Group Contain Only SQL Server 2017 and Later – Windows and Linux SELECT host_platform, host_distribution, host_release FROM sys.dm_os_host_info
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The easiest approach for such cases, is to have a group of registered SQL servers in SSMS that contains all these servers, then right-click on the group and run one of the below T-SQL statements for all registered servers, based on each case: Query 1: When your Servers Group Contain Unsupported SQL Server 2005/2008/2008R2 Instances – Windows SELECT AS OSVersion What about however, if you administer hundreds of SQL Server instances and machines, and you need an efficient way of compiling a report with their underlying Operating System versions? Within SSMS, while you are connected to the SQL Server instance, you right-click on the instance name, navigate to “Properties” and in the “General” Tab (that’s the first tab that opens by default), you can find the OS version in the “Operating System” field.Īpplicable in: All active SQL Server versionsĪ second method is to run the below T-SQL statement that uses the sys.dm_os_windows_info dmv: SELECT windows_release,windows_service_pack_level FROM sys.dm_os_windows_info Īpplicable in: SQL Server 2008 R2 and laterĪnother method is to run the below T-SQL statement that use the sys.dm_os_host_info dmv: SELECT host_platform, host_distribution, host_releaseĪnother method of getting the OS version of your SQL Server machine, is the obvious: remotely connect to the database server, and run the “ winver” command to get OS version info such as: version, build, etc.įinding the OS version of Many SQL Server Instances Great! Now let’s talk about the different methods you can use, in order to find the OS version of your SQL Server machines. That’s OK because SSMS, even though it is a Windows-based tool, it can also connect to remote Linux SQL Server instances (I really like this since SSMS is my favorite tool ? In many of the methods I list below, you will see that I’m using SSMS for SQL Servers on both Windows and Linux. Working with unsupported SQL Server instances (i.e.Working with SQL Server on Windows vs working with mixed SQL Server Instances on Windows and Linux.Working with just a single SQL Server instance vs working with hundreds of SQL Server instances.These methods take into consideration various scenarios: However, what about when you work with hundreds of SQL Server instances? How can you efficiently generate a report with the OS versions? This article discusses some of the methods you can use to find the OS version of your SQL Server machine. Specify additional segments after the account locator.Finding the Windows OS version of a single SQL Server machine is easy. The account uses a different cloud provider, you need to If the account is in a different region or if Note that testodbc2 uses an account in the AWS US West (Oregon) region. Testodbc2 uses the account locator xy12345 as the account identifier. Testodbc1 uses an account identifier that uses anĪccount identifier that specifies the account myaccount in the organization The following example illustrates an odbc.ini file that configures two data sources that use different forms of an For details about the parameters that can be set for each DSN, see ODBC Configuration and Connection Parameters. Parameters are specified in the form of =. Any connection parameters you add to the DSN do not need to be specified in the ODBC connect string.Īny additional parameters, such as default role, database, and warehouse.
#Sql server on mac mini driver
ĭirectory path and name of the driver file, in the form of Driver = /opt/snowflake/snowflakeodbc/lib/universal/libSnowflake.dylib.Ĭonnection parameters, such as server and uid (user login name).
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If you are creating the first DSNįor the driver, you must manually create the odbc.ini file and add the entry to the file.ĭSN name and driver name (Snowflake), in the form of =.
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If a user or system DSN has already been created for the driver, add the new entry to the odbc.ini file that already exists in the corresponding directory for the type of DSN you are creating. Creating a DSN by Adding an Entry in the odbc.ini File ¶