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Figure 10-1. A GUI for the Fibonacci numbers This GUI lets you display the results of your calculation in a reasonable way; unfortunately, your GUI becomes unreactive as soon as the calculation starts to take a long time. The code is responsible for the unresponsiveness: // do all the work when the button is clicked button.Click.Add(fun _ -> output.Text <- Printf.sprintf "%A" (fib (Int32.Parse(input.Text)))) This code means that you do all the calculation on the same thread that raised click event: the GUI thread. This means that it is the GUI thread that is responsible for making the calculations, and it cannot process other events while it performs the calculation. It s fairly easy to fix this using the background worker:

crs_profile -delete resource^name [-dir directory^path] [-q]

This command deletes an application profile, either from the default location or from the directory specified by the -dir option, for example:

When you are deleting resource profiles, make sure you are logged in as the user who created the resource; otherwise, the command will fail silently if it cannot find thefilein the default location. If you are in doubt, specify the directory path explicitly using the -dir option. print This option prints all the parameters configured for the specified resource using the following syntax: crs_profile -print [resource^name [,..]] [-dir directory^path] [-q]

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A two-node deployment will use one node for the infrastructure tier, and one node for the middle tier. The infrastructure node will provide the identity management services and also host the database used for the Content Services and Mail datastores. The middle tier node will run the application components and host the Calendar node database. The volume of traffic between the nodes will be substantial, and network bandwidth should be made available as necessary. Nodes consisting of twin CPUs and 4GB of main memory should be capable of supporting several hundred concurrent users; more powerful servers will be able to support in excess of 1,000 concurrent users. A significant advantage that the two-node deployment has over a single-node deployment, apart from having the potential for supporting more users, is to do with network security. It now becomes possible to place the middle tier node in the DMZ of the firewall and the infrastructure node behind the firewall in the secure area, as shown in Figure 4-1.

For example, the output of the -print option for the H F e o application is as follows: A Dm [oracleglondonl oracle]$ crs_profile -print hafdemo NAME=hafdemo ACTION_SCRIPT-/tmp/HAFDerno$erver

Although F# can use all the classes available in the .NET BCL, it also ships with its own set of libraries. The F# libraries are split into two, FSharp.Core.dll, which is also referred to as the F# core library or the native F# library, and FSharp.PowerPack.dll, sometimes just referred to as the power pack. The F# core library contains everything that the F# compiler really needs to work. For example, it contains the Tuple class that is used when you use a tuple. The power pack is designed to supplement the F# core library with other useful functions. There are two primary reasons for splitting the library in two: first, an effort was made to try and keep the core library as small as possible, so if application developers were making an effort to keep the footprint small the dependency on FSharp.Core.dll would not cause too much trouble. Secondly, and perhaps more importantly, to try and keep FSharp.Core.dll as stable as possible, so that it will only change with new releases of the compiler and allow the F# team to ship new versions of FSharp.PowerPack.dll, with interesting new features, more often. The objective of this chapter is not to completely document every nuance of every F# library type and function. It is to give you an overview of what the modules can do, with a particular focus on features that aren t readily available in the BCL. The F# online documentation (http://msdn.microsoft.com/fsharp) is the place to find detailed documentation about each function.

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