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This dialog box indicates that a single file was selected to be branched. The branched file, by default, has a target name of the filename + "-branch." This will become the name of the file in your local workspace so it does not conflict with the original file. The branch-from version can be based on the changeset, the date, the latest version, the workspace version, or a specific label. The result of a branch is shown in Figure 3-22.

To understand how you can bind an element to another element, consider the simple window shown in Figure 16-1. It contains two controls: a Slider and a TextBlock with a single line of text. If you pull the thumb in the slider to the right, the font size of the text is increased immediately. If you pull it to the left, the font size is reduced.

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The Dictionary<K,V> and SortedDictionary<K,V> are extremely handy key/value pair collections With the addition of generics, you are now provided an elegant way to control your key/value pair type storage Each allows you to define the data types of both the key and the value, and then ensure that those data types are the only ones used when implementing the collection The Dictionary<K,V> and SortedDictionary<K,V> are very similar in many respects Obviously, as the collection names suggests, their biggest difference is that the SortedDictionary<K,V> is sorted (Why do I want to write Duh! here ) You also have greater control over the elements when working with the SortedDictionary<K,V>, mainly because it is sorted Both dictionary collections have six constructors The first three are pretty standard: default with no parameters, a parameter of capacity, and a parameter of IDictionary for preloading.

Figure 16-1. Linked controls through data binding Clearly, it wouldn t be difficult to create this behavior using code. You would simply react to the Slider.ValueChanged event and copy the current value from the slider to the TextBlock. However, data binding makes it even easier.

Figure 3-22. Branch results A new file (the branched file) is created and added to the source code control. At this point you can add the branched file to another project and work on it as normal (or add it to the same project if you want).

Dictionary<K,V>^ dict1 = gcnew Dictionary<K,V>(); SortedDictionary<K,V>^ dict2 = gcnew SortedDictionary<K,V>(); Dictionary<K,V>^ dict3 = gcnew SortedDictionary<K,V>(100); SortedDictionary<K,V>^ dict4 = gcnew SortedDictionary<K,V>(100); Dictionary<K,V>^ dict5 = gcnew SortedDictionary<K,V>(inDictionary); SortedDictionary<K,V>^ dict6 = gcnew SortedDictionary<K,V>(inDictionary); One thing that you might note is that since both the Dictionary<K,V> and SortedDictionary<K,V> inherit from the IDictionary interface, you can interchangeably load from either dictionary type One requirement of both these dictionary types is that the key s data type needs to implement IComparable<K> or System::IComparable If it doesn t, then you need to use one of the three remaining constructors that take the additional parameter of IComparer<K>, thus adding the ability to compare the keys One cool feature is that you can implement your own version of IComparer<K> for the dictionary This allows, in the case of SortedDictionary<K,V>, a way of sorting the elements as you wish.

s Data binding also has another benefit it allows you to create simple XAML pages that you can run Tip

in the browser without compiling them into applications. (As you learned in 1, if your XAML file has a linked code-behind file, it can t be opened in a browser.)

s If you are branching a file or a project but not editing it, you can uncheck the Create local working Tip

You can load either of these dictionaries using either the Add() method or the default index property The default index property takes as its index the key of the value dict->Add("Key1", "One"); dict["Key2"] = "Two";.

When using data binding, you don t need to make any change to your source object (which is the Slider in this example). Just configure it to take the right range of values, as you would usually:

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

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