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In any *nix terminal environment, numerous information channels exist that control the flow of information between a process and its console session. The three primary data channels from a scripting perspective are standard input (stdin), standard output (stdout), and standard error (stderr). These data streams can be captured, evaluated, and redirected through scripting. Standard input, or stdin, represents data resulting from a read operation. This can be text input via keyboard or text that has been programmatically redirected. Standard output, or stdout, represents any data output by a program. The output will typically go to the current console session but can also be redirected to other programs or files. Standard error, or stderr, is a data channel that represents textual error information. For instance, if a program detects an error in one of its subroutines, it will typically spit the details of this error out to stderr. Understanding the use of these channels by any program you intend to script will help you to more efficiently write your code. As mentioned, we can use pipelines or redirects to control the flow of data between separate programs. The most common use of pipelines is the practice of piping stdout from one script to stdin of another. Take the previous until loop example. In this instance, we call the command:

You can create new server controls for ASP.NET on two conceptual levels: user controls and custom (web) server controls. User controls are similar to web forms: they re a collection of server control and/or HTML markup, which is named (declared) and then used via reference. They can also expose public properties that you can set to control various aspects of the user control. This chapter considers only user controls. User controls are contained in .ascx files. You can create a new user control in Visual Studio by selecting the Web User Control template from the New/File menu option. The new user control is empty except for a Control directive that acts similarly to the Page directive of a web form. You can add any additional markup as needed. As an example, consider a user control that repeats a given text fragment a specified number of times. This user control (RepeatText.ascx in Listing 14-10) contains a single control: a placeholder label. The code-behind file is located in RepeatText.ascx.fs, shown in Listing 14-11.

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Listing 14-10. RepeatText.ascx: A Simple User Control Implemented in F# <%@ Control Language="F#" AutoEventWireup="true" CodeFile="RepeatText.ascx.fs" Inherits="MyUserControl.RepeatText" %> <asp:Label ID="Place" runat="server"/> Listing 14-11. RepeatText.ascx.fs: The Implementation of an ASP.NET User Control namespace MyUserControl open System open System.Web.UI.WebControls type RepeatText() = inherit System.Web.UI.UserControl() /// This is the internal state and parameters of the control let mutable text = "" let mutable count = 0 /// This internal control is initialized by ASP.NET [<DefaultValue>] val mutable Place : Label /// These properties allow the state to be used from the page member self.Text with get() = text and set(v) = text <- v member self.RepeatCount with get() = count and set(v) = count <- v /// This event is automatically wired up through the use of the /// AutoEventWireup ASP.NET directive (true by default) member self.Page_Load (sender: obj, e: EventArgs) = let acc = new Text.StringBuilder() for i in 1..count do acc.Append(self.Text) |> ignore self.Place.Text <- acc.ToString() The state and parameters of the control are ultimately held in the variables text and count. Note how you define public properties (Text and RepeatCount) that are available when you use the control from a page. All you need to do to use this user control from a page is to register it using the Register directive, giving a tag prefix and a tag name by which you can refer to it. For example, the code in Listing 14-12 results in an HTML label element containing the text Monkey! 10 times. Listing 14-12. TestRepeat.aspx: Using the Control from Listing 14-4 <%@ Page AutoEventWireup="true" %> <%@ Register Src="RepeatText.ascx" TagName="Repeater" TagPrefix="text" %> <!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> <html xmlns="http://www.w3.org/1999/xhtml">

If you were to look up the man page for grep (man grep), you would find that the program takes optional flags and two arguments, a string pattern and a path to a file. However, in this context, we are simply calling grep with only one argument. How does that work Well, the answer is due to our implementation of command pipes |. As mentioned, the

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