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I can almost guarantee that you will need to get some form of textual information from the users of your Web site. The TextBox control is the only Web Form control provided by ASP.NET that lets a user enter text. Most of the properties that you will use with the TextBox will only be implemented at design time. For example, the TextMode property determines if the text box is SingleLine (the default), MultiLine, or Password. The width of the TextBox is specified by its Columns property. If the TextMode of the TextBox is set to MultiLine, then its height is specified by the Rows property. Under normal conditions, none of these properties would be changed at runtime (not that this isn t possible). An important property that you will normally leave alone but that occasionally comes in handy is the EnableViewState property. This Boolean property specifies whether the state of the text is retained, or in other words, it specifies whether the text within the control remains after a trip from the client to the server and back. The properties that you will most likely use with the TextBox control are as follows: BackColor is a System::Drawing::Color that represents the background color of the control and defaults to Color::Empty. This property gets or sets the CSS1 Style property background-color. BorderColor is a property that gets or sets a System::Drawing::Color that represents the color of the control s border. It defaults to Color::Empty, which signifies that the property is not set. This property gets or sets the CSS1 Style property border-color. Enabled is a property that gets or sets a bool value that specifies whether the control is enabled. The default is true.

Your logical datacenter design can be created from scratch or may be provided to you by an infrastructure architect in your organization. For this example, you will use Visual Studio 2005 to add a new logical datacenter diagram to the solution you created in 8. 1. Right-click your MyDesign solution and select Add New Distributed System Diagram. 2. Select Logical Datacenter Diagram and provide the name MyDesign.ldd, as shown in Figure 9-17, and then click Add. You will be brought in to the Logical Datacenter Designer with a blank work surface and a default logical datacenter diagram (.ldd).

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All keys for either type of dictionary must be unique. If you try to repeat a key using the Add() method, the dictionary is going to throw the exception: System.ArgumentException: An item with the same key has already been added. On the other hand, if you repeat a key using the default index property, the value is just replaced: dict->Add("Key3", "3"); dict["Key3"] = "Three"; dict->Add("Key3", "3"); // replaces value // throws exception

To access the value for a key, simply call the default index property with the index of the key: String^ value = dict["Key3"]; Both dictionaries contain two properties to access their keys and values. These properties are implemented for the Dictionary<K,V> class using the classes Dictionary<K,V>::KeyCollection and Dictionary<K,V>::ValueCollection, and for the SortedDictionary<K,V> class using the classes SortedDictionary<K,V>::KeyCollection and SortedDictionary<K,V>::ValueCollection. From these classes, you grab an enumerator to the keys and values with the GetEnumerator() method: Dictionary<K,V>::KeyCollection::Enumerator ^k = dict->Keys->GetEnumerator(); Dictionary<K,V>::ValueCollection::Enumerator ^v =dict->Values->GetEnumerator(); while ( k->MoveNext() && v->MoveNext()) { Console::WriteLine("Key = [{0}]\tValue = [{1}]", k->Current, v->Current); } and SortedDictionary<K,V>::KeyCollection::Enumerator ^k = dict->Keys->GetEnumerator(); SortedDictionary<K,V>::ValueCollection::Enumerator ^v = dict->Values->GetEnumerator(); while ( k->MoveNext() && v->MoveNext()) { Console::WriteLine("Key = [{0}]\tValue = [{1}]", k->Current, v->Current); } Both dictionary types allow you to remove key/value pairs from the collection using the Remove() method, which takes as a parameter the key. Here is one last note before moving on to an example. A for each statement requires, as the first part of the statement, the type of each element in the collection. Since each element of the dictionaries is a key/value pair, the element type is not the type of the key or the type of the value. Instead, the element type is KeyValuePair<K,V>. Therefore, to use the for each statement to iterate through the collection, you need to code something similar to this: for each (KeyValuePair<K,T> pair in dictionary) { Console::WriteLine("Key = [{0}]\tValue = [{1}]", pair->Key, pair->Value); } Listing 7-12 shows the Dictionary<K,V> and SortedDictionary<K,V> in action.

Figure 9-17. Creating a new logical datacenter diagram The Logical Datacenter Designer Toolbox comes preconfigured with eleven predefined prototypes (.lddprototype): five logical server prototypes and six endpoint prototypes to be used while designing your logical datacenter. These generic logical server types include a Windows client, Internet Information Server (IIS) web server, database server, generic server, and zone. The Toolbox objects are described in Table 9-2. Table 9-2. The Logical Datacenter Designer Toolbox Objects

Let s return to DudelViewController, and make the implementation changes to match the new things in the interface. Open DudelViewController.m, and start off by adding the following near the top of the file, so that the controller will get access to the new TextTool class we ll soon create:

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