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alter-table: Total time: 4 wallclock secs ( 0.05 usr 0.01 sys + 0.00 cusr 0.00 csys = 0.06 CPU) ATIS: Total time: 6 wallclock secs ( 1.33 usr 0.28 sys + 0.00 cusr 0.00 csys = 1.61 CPU) big-tables: Total time: 0 wallclock secs ( 0.14 usr 0.01 sys + 0.00 cusr 0.00 csys = 0.15 CPU) connect: Total time: 4 wallclock secs ( 0.69 usr 0.39 sys + 0.00 cusr 0.00 csys = 1.08 CPU) create: Total time: 1 wallclock secs ( 0.02 usr 0.00 sys + 0.00 cusr 0.00 csys = 0.02 CPU) insert: Total time: 11 wallclock secs ( 2.59 usr 0.67 sys + 0.00 cusr 0.00 csys = 3.27 CPU) select: Total time: 16 wallclock secs ( 4.06 usr 0.45 sys + 0.00 cusr 0.00 csys = 4.52 CPU) transactions: Test skipped because the database doesn't support transactions wisconsin: Total time: 15 wallclock secs ( 2.66 usr 0.44 sys + 0.00 cusr 0.00 csys = 3.10 CPU) All 9 test executed successfully

Let s look at the implementation of the Length property: member vLength = sqrt(vDX * vDX + vDY * vDY) Here, the identifier v stands for the Vector2D value on which the property is being defined In many other languages, this is called this or self, but in F# you can name this parameter as you see fit The implementation of a property such as Length is executed each time the property is invoked; in other words, properties are syntactic sugar for method calls For example, let s repeat the earlier type definition with an additional property that adds a side effect: member vLengthWithSideEffect = printfn "Computing!" sqrt(vDX * vDX + vDY * vDY) Each time you use this property, you see the side effect: > let x = {DX = 30; DY=4.

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b.Bind(expr,(fun pat -> cexpr )) b.Let(expr,(fun pat -> cexpr )) b.Using(expr,(fun pat -> cexpr )) b.Bind(expr,(fun x -> b.Using(x,fun pat -> cexpr ))) b.Bind(expr,(fun () -> cexpr )) b.Let(expr,(fun () -> cexpr )) b.For(expr,(fun pat -> cexpr )) b.While((fun () -> expr),b.Delay(fun () -> cexpr )) if expr then cexpr1 else cexpr2 if expr then cexpr else b.Zero() v.Combine( cexpr1 , b.Delay(fun () -> cexpr2 )) b.Return(expr) expr

0 };; val x : Vector2D > xLengthWithSideEffect;; Computing! val it : float = 50 > xLengthWithSideEffect;; Computing! val it : float = 50 The method members for a type look similar to the properties but also take arguments For example, let s look at the implementation of the ShiftX method member: member vShiftX(x) = { v with DX=vDX+x } Here the object is v, and the argument is dx The return result clones the input record value and adjusts the DX field to be vDX+dx Cloning records is described in 3 The ShiftXY method member takes two arguments: member vShiftXY(x,y) = { DX=vDX+x; DY=vDY+y } Like functions, method members can take arguments in either tupled or iterated form For example, you could define ShiftXY as follows: member vShiftXY x y = { DX=vDX+x; DY=v.

8. M. Kruckenberg and J. Pipes. Pro MySQL (Berkeley, CA: Apress, 2005).

Note If you ve never seen F# workflows or Haskell monads before, then you may find workflows take a

DY+y } However, it s conventional for methods to take their arguments in tupled form This is partly because OO programming is strongly associated with the design patterns and guidelines of the NET Framework, and arguments always appear as tupled when using NET methods from F# Discriminated unions are also a form of concrete type In this case, the shape of the data associated with a value is drawn from a finite, fixed set of choices Discriminated unions can also be given members For example:.

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