In SQL Server, the DATETIME2FROMPARTS() function works similar to the DATETIMEFROMPARTS() function, except that it accepts 8 arguments and returns a datetime2 value. The DATETIMEFROMPARTS() function on the other hand, accepts just 7 arguments and it returns a datetime value.
Basically, you provide all the date/time parts and this function will return a datetime2 value based on the parts you provide.
In SQL Server, the DATETIMEFROMPARTS() function works just like the DATEFROMPARTS() function, except that it also returns the time portion of the date.
The DATETIMEFROMPARTS() function accepts seven arguments, each representing a different part of the date/time. The function then returns a datetime value from the given parts.
You can use the T-SQL DATEFROMPARTS() function in SQL Server to return a date value that maps to the date parts that you provide as integer expressions.
The way it works is, you provide three values (one for each of the year, month, and day values), and SQL Server will return a date value based on the values you provide.
Examples below.
You can use ODBC scalar functions when running T-SQL statements in SQL Server. There are various types of ODBC scalar functions, including string functions, numeric functions, system functions, and of course, date/time functions (also referred to as date, time, and interval functions).
Below are examples of the date, time and interval functions you can use in SQL Server.
SYSUTCDATETIME() and GETUTCDATE() are two T-SQL date/time functions available for use in SQL Server. These functions return the date and time of the computer on which the instance of SQL Server is running. Both functions return the date and time as UTC time (Coordinated Universal Time).
So, both functions do the same thing. Almost.
Here’s how these two functions differ:
GETUTCDATE() returns its value as a datetime value.SYSUTCDATETIME() returns its value as a datetime2 value.This means that SYSUTCDATETIME() provides more seconds precision. The datetime2 data type also has a larger range than datetime.
SQL Server has a bunch of functions that return the current date/time. Two of these are the GETDATE() and SYSDATETIME() functions.
At first glance, these two functions appear to do the same thing – get the current date and time from the operating system of the computer on which the instance of SQL Server is running.
However, there’s a subtle difference between the two.
In SQL Server, just as you can use T-SQL to get the month name from a date, you can also use the same methods to get the day name. By day name, I mean Monday or Tuesday for example, and not the date number or number of the day of the week (which you can also get if you need it).
Here are three ways to return the day name from a date in SQL Server using T-SQL.
When using SQL Server, you have a few different options when you need to return the month name from a date using T-SQL. By month name, I’m not talking about the month number (such as 07). I’m talking about the full name of the month (such as July).
For example, when given a date of 2018-07-01, you want July to be returned.
This article presents three ways to return the month name from a date in SQL Server using T-SQL.
When a new login is created in SQL Server, it is assigned a default language. This language is used for system messages and date/time formats. This language will be used as the default language whenever that login connects to SQL Server (but it can also be changed to a different language within the session).
If you ever wish to find out the language that’s assigned to the current session, you can run one of the options on this page.
In SQL Server, you can set the language to be used for the current session. The current language setting determines the language used on all system messages, as well as the date/time formats to use.
This article demonstrates how to use T-SQL to set the current language environment in SQL Server.