I like to call this “executing stored procedure” because it is a process that occurs in C# when you execute a stored procedure using the ExecuteSql method. This method is most often used to execute SQL commands that are stored in a table or view in SQL Server, but it can also be used with a stored procedure in any other database.
The function in question is a stored procedure called InsertToDB that was used to insert a user into a database called CustomerDB.
So let’s get to the execution of the stored procedure, as that is where the meat of the story comes from.
The problem, for any stored procedure, is that it is executed in a separate process. So the stored procedure is executed in a separate process from the query, or the data in the table/view on which it is called. In the case of the InsertToDB stored procedure, this stored procedure is being executed in a separate process called SQL SERVER. The reason for this is because we are inserting into a CustomerDB table.
The point of C# is that you can pass an entire array of data into a procedure that, when executed, will insert the data into the appropriate location in some table. This is similar to how you pass an entire array of values into a SQL query. In order to execute the stored procedure, you need to access the stored procedure in a separate process. The only real advantage of this is that we can pass in the data in a way that is much more convenient.
In the new version of our C# product, we’ve added a new feature called C# Execute Stored Procedure. This new feature allows you to execute a pre-existing stored procedure that has already been compiled and stored in the database. When you execute the stored procedure, it takes a list of parameters and a list of parameters passed to the procedure. It also takes two parameters, the table name and the name of the procedure.
The name of the stored procedure is the name of the stored procedure in the database, and the parameters that are passed to that stored procedure are the parameters passed to the stored procedure. The stored procedure takes parameters that are used in the stored procedure, and it takes the parameter that was passed in to execute the stored procedure.
It’s not quite as good as I think it is, but it’s a very clever way to execute stored procedures. It’s also a very clever way to execute a stored procedure that is not in the same database. For example, if you have a stored procedure that is in DB1, you can call that stored procedure in DB2 and then execute it in DB1. This can be very useful in some cases.
The good thing about this particular stored procedure is that its not in the same database as the stored procedure that it is executing, so it can be easily called in another DB. This can be very, very useful.
Also, this is a very good example of the new C# 6 feature called “exception handling”. You can write code that takes an exception as input and then handles the exception if it occurs, and it also has a slightly better syntax for the exception handling. So if you have code that does a bunch of stuff, but you think you’ve found a bug, you can write a single line of code to test and see if you get a problem.