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#Aria maestosa add pause delay before playing code#

In most imperative languages, including current versions of Visual Basic and C#, the execution of methods (or functions, or procedures or whatever we choose to call them) is continuous. It is indeed why there are so many control structures to choose from: You want sequential composition to be really convenient and well-structured.

Statements such as continue, throw and goto let you transfer control non-locally to other parts of the program.īuilding up your logic using control structures results in sequential composition, and this is the lifeblood of imperative programming.

Loop statements such as for, foreach and while let you repeat the execution of a certain set of steps multiple times.

Conditional statements such as if and switch let you choose different subsequent actions based on the current state of the world.

#Aria maestosa add pause delay before playing code#

Most statement-level language constructs are control structures that give you a variety of ways to specify the order in which the discrete steps of a given body of code are to be executed: Visual Basic and C# are imperative programming languages-and proud of it! This means they excel in letting you express your programming logic as a sequence of discrete steps, to be undertaken one after the other.

In this article, I’ll take a closer look at what the new await keyword actually does, starting at the conceptual level and working my way down to the iron. Volume 26 Number 10 Asynchronous Programming - Pause and Play with AwaitĪsynchronous methods in the upcoming versions of Visual Basic and C# are a great way to get the callbacks out of your asynchronous programming.