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In the architecture of TextProcessor, the bootstrap code is in the ReaderWriter assembly. The TextProcessor console application must call the bootstrap code and instantiate a local type that has implemented the IProcessor interface. The Main() method of TextProcessor is implemented as follows (this is the best time to add a reference to the ReaderWriter project through References Add Reference Projects ReaderWriter): using ReaderWriter; namespace TextProcessor { public static class Program { static void Main(string[] args) { Bootstrap.Process(args, new LottoTicketProcessor()); } } } TextProcessor.Main() passes all of the given arguments (contained in the args array) to the actual processing routine (Bootstrap.Process()). The LottoTicketProcessor class implements the IProcessor interface and will serve for the temporary purpose of echoing data. The IProcessor interface is defined as follows: namespace ReaderWriter { public interface IProcessor { string Process(string input); } } The IProcessor interface has a single method Process(), which accepts a string to be processed, and the return value is the processed string. The implementation of LottoTicketProcessor is as follows: using ReaderWriter; namespace TextProcessor { // TODO: Finish implementing the class class LottoTicketProcessor : IProcessor { public string Process(string input) { return input; } } }

Tip Sometimes it gets a little tricky to lay out detailed interfaces with the layout controls. The problem is that you'll often end up with many nested layers. For example, you might have a FlowLayoutPanel that contains other panels, which in turn contain still more panels, which contain ordinary .NET controls. To get an overview of these levels of hierarchy, you can use the Document Outline window. Just choose View Other Windows Document Outline. The Document Outline window also allows you to rearrange the order of controls in their container. This is important because order determines layout in controls like the FlowLayoutPanel and TableLayoutPanel, unlike other .NET containers

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You can create a dynamic effect by using the Anchor property to anchor the control to the edge of the containing form The following example creates a form with a single textbox on it; this form grows or shrinks as the user resizes the form: open System open SystemWindowsForms let form = // create a form let temp = new Form().

The TableLayoutPanel is a more advanced layout control. It arranges controls in a grid with a fixed number of rows and columns. Each control occupies a single cell. You have the ability to set how the rows and columns are sized for a variety of effects. Table 21-2 gives you an at-a-glance look at the properties of the TableLayoutPanel.

The implementation of the Process() method takes the input parameter and returns it as the answer There is no processing, just a redirection of the data For the BootstrapProcess() method, we could have defined a class EchoProcessor and then passed that class But remember that right now, we are just trying to assemble pieces, and EchoProcessor is not an actual class that we will be using in the future The real class is LottoTicketProcessor, except temporarily it will act as an echo Now let s look at implementing the ReaderWriter assembly For this first phase, the reader/writer will also be minimal, so that we can see that all of the pieces are in place and working The first phase will assume that the data is received on the console and will be sent on the console Here is the implementation of Bootstrap: using System.

Sets the number of columns that are in the table. Sets the number of rows that are in the table. Provides a collection of ColumnStyle objects, one for each row in the table. Each ColumnStyle object has two properties: Width and SizeType. Width sets the preferred width, while SizeType indicates the sizing mode. Depending on the sizing mode, the width of the column may be expanded, as you will soon see. Provides a collection of RowStyle objects, one for each row in the table. Each RowStyle object has two properties: Height and SizeType. Height sets the preferred height, while SizeType indicates the sizing mode. Depending on the sizing mode, the height of the row may be expanded. The GrowStyle property sets how the table will expand itself when more controls are added programmatically. You can use one of three enumeration values: AddRows (insert new rows for the added controls), AddColumns (insert new columns), or FixedSize (throw an exception if you try to add a control to a full table). Sets the border that will be shown around the TableLayoutPanel and between each cell. You can use etched (Inset), embossed (Outset), solid lines (Single), or no lines (None, the default).

To try out the TableLayoutPanel, begin by dragging it onto a form. The TableLayoutPanel starts out with two columns and two rows, for a total of four cells. You can adjust the number of cells by modifying the RowCount and ColumnCount properties.

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