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F# stems from a tradition in programming languages where the emphasis has been on declarative and functional approaches to programming in which state is made explicit, largely by passing extra parameters. Many F# programmers use functional programming techniques first before turning to their imperative alternatives, and we encourage you to do the same, for all the reasons listed at the start of this chapter. However, F# also integrates imperative and functional programming together in a powerful way. F# is actually an extremely succinct imperative programming language! Furthermore, in some cases, no good functional techniques exist to solve a problem, or those that do are too experimental for production use. This means that in practice, using imperative constructs and libraries is common in F#: for example, many of the examples you saw in s 2 and 3 used side effects to report their results or to create GUI components. Regardless, we still encourage you to think functionally, even about your imperative programming. In particular, it s always helpful to be aware of the potential side effects of your overall program and the characteristics of those side effects. The following sections describe five ways to help tame and reduce the use of side effects in your programs.

Test-driven development is often associated with agile programming Indeed, test-driven development is often used by organizations that adopt extreme programming (XP) methods While that may sound scary and could deter you from reading on, allow me to expose to you a secret about XP: you don t have to adopt XP to use agile practices! I often find individuals who are deeply concerned about adopting agile practices because of all the negative hype tossed about in uninformed rants I am often saddened to learn that those who view traditional software engineering processes as cast in stone think that agile practices are designed to do more with less and are therefore inferior That is simply not the case.

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In the following sections, we explain how these constructs appear to the F# programmer and the role they play in F# programming. Subtyping in F# is the same as that used by the .NET Framework, so if you are familiar with another .NET language, you ll already know how things work.

When imperative programmers begin to use F#, they frequently use mutable local variables or reference cells heavily as they translate code fragments from their favorite imperative language into F#. The resulting code often looks very bad. Over time, they learn to avoid many uses of mutable locals. For example, consider the following (naive) implementation of factorization, transliterated from C code: let factorizeImperative n = let mutable primefactor1 = 1 let mutable primefactor2 = n let mutable i = 2 let mutable fin = false while (i < n && not fin) do if (n % i = 0) then primefactor1 <- i primefactor2 <- n / i fin <- true i <- i + 1 if (primefactor1 = 1) then None else Some (primefactor1, primefactor2) This code can be replaced by the following use of an inner recursive function: let factorizeRecursive n = let rec find i = if i >= n then None elif (n % i = 0) then Some(i,n / i) else find (i+1) find 2 The second code is not only shorter but also uses no mutation, which makes it easier to reuse and maintain. You can also see that the loop terminates (i is increasing toward n) and see the two exit conditions for the function (i >= n and n % i = 0). Note that the state i has become an explicit parameter.

Agile practices are designed to streamline software development, to reengage the customer, to produce only what is needed when it is needed, and to focus the job at hand on what the customer wants It is the customer who is the focus of agile methods, not the process Furthermore, agile practices are designed to be used either as a set or selectively in an application That is, organizations are encouraged to adopt agile practices as they see fit rather than jumping in with both feet and turning their developers world upside down That is the true reason behind the negative hype that and the resulting failures reported by organizations that tried to do too much too soon2 If you would like to learn more about the debate of agile versus traditional methods, direct your browser to the Agile Alliance web site, wwwagileallianceorg.

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