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The following code from Listing 6-5 implements the object interface type IShape using an object expression: let circle(center:Point,radius:int) = { new IShape with member x.Contains(p:Point) = let dx = float32 (p.X - center.X) let dy = float32 (p.Y - center.Y) sqrt(dx*dx+dy*dy) <= float32 radius member x.BoundingBox = Rectangle(center.X-radius,center.Y-radius,2*radius+1,2*radius+1) } The type of the function circle is as follows: val circle : Point * int -> IShape The construct in the braces, { new IShape with ... }, is the object expression. This is a new expression form that you haven t encountered previously in this book, because it s generally used only when implementing object interface types. An object expression must give implementations for all the members of an object interface type. The general form of this kind of expression is simple: { new Type optional-arguments with member-definitions optional-extra-interface-definitions } The member definitions take the same form as members for type definitions described earlier in this chapter. The optional arguments are given only when object expressions inherit from a class type, and the optional interface definitions are used when implementing additional interfaces that are part of a hierarchy of object interface types. You can use the function circle as follows: > let bigCircle = circle(Point(0,0), 100);; val bigCircle : IShape > bigCircle.BoundingBox;; val it : Rectangle = {X=-100,Y=-100,Width=201,Height=201} > bigCircle.Contains(Point(70,70));; val it : bool = true > bigCircle.Contains(Point(71,71));; val it : bool = false Listing 6-5 also contains another function square that gives a different implementation for IShape, also using an object expression:

they are a result of valid process activity that should be provisioned, or if they are occurring for other reasons. TIP: Once you have your sandbox profiles honed in and deployed, it may be desirable to deploy monitoring software to alert you in the event of any syslog deny entries. This will allow you to promptly respond to any unexpected behavior. We have now declared our profile version and logging (debug) behavior. At this point, we begin with our restriction declarations. While not always necessary, it is often desirable to first declare our default behavior. To clarify, we must declare whether we allow or deny any activity that is not explicitly defined in our file. In this case, our profile is meant to prohibit all activity that we don t explicitly define as okay. Thus, our default behavior will be to deny access (this is a lockdown profile after all):

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> let smallSquare = square(Point(1,1), 1);; val smallSquare : IShape > smallSquare.BoundingBox;; val it : Rectangle = {X=0,Y=0,Width=2,Height=2} > smallSquare.Contains(Point(0,0));; val it : bool = false

(deny default)

Note In OO languages, implementing types in multiple ways is commonly called polymorphism, which you may

If this were the end of our profile, we wouldn t get very far. Although this is a perfectly valid sandbox profile, we have only defined default access, and are denying access at that. So at this point, any applicable activity that our program attempts will be met with failure. To that end, we must now define explicitly what a locked-down process can do. First and foremost, we need to give it process execution capabilities. Typically this profile will be used for a very specific purpose, so we can give execution privileges to that program specifically. In this case, our lockdown profile is a generic profile that can be applied to multiple processes. As such, we will allow all process execution:

Networked Blogs (www.networkedblogs.com) is a tool for porting blog posts into Facebook fan pages. There are many other solutions as well, including free and paid apps. If you want to go beyond simply scooping a feed from one place and putting it into another, you can use a more powerful cross-posting tool. Ping.fm, as mentioned earlier, is a free tool that can cross-post to Facebook fan pages. It can also cross-post to an impressive variety of social networks, blogs, and microblogs. From within Ping.fm, you can also make groups of media to post to; for instance, you could have a press release group that goes to your business Twitter account, Facebook fan page,

call polymorphism of implementation. Polymorphism of this kind is present throughout F#, and not just with respect to the OO constructs. In functional programming, the word polymorphism is used to mean generic type parameters. These are an orthogonal concept discussed in s 2 and 5.

(allow process-exec)

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