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The easiest way to browse your local network is in the Finder. Machines that have enabled an appropriate type of sharing, such as file sharing, will be listed in the Finder window under the Shared category, as if they were part of the system. Selecting the machine in the Finder will display a visual representation of that system s options. If you can connect to the system remotely, a Connect As button will let you do so. The available folders, including any public folders, will be listed by user account, as shown in Figure 21-1. If the machine has screen sharing enabled, the Share Screen button will let you activate it. Although built-in screen sharing is new to Leopard, it was previously available as part of the Apple Remote Desktop application, which has roots going all the way back to Mac OS 8.

The upshot is Leopard s screen-sharing feature can connect to machines that are not running Leopard. Both Tiger (10.4) and Panther (10.3) come with the necessary client software already installed. When you make a screen-sharing connection, you will be prompted for a username and password. Upon authentication, the system will launch an application named Screen Sharing. Its main window will contain a live, interactive image of the remote computer s desktop. Depending on the remote computer s settings, you can take control of the cursor, launch and use applications, and manipulate files. The Screen Sharing application has a few preferences worth checking out. By default, the remote screen is scaled to fit your screen, data is minimally encrypted to improve network performance, and drawing quality is adjusted on the fly depending on the quality of your connection. You can instead elect to view the screen at full size, to encrypt all data, or to draw the screen at full quality regardless of performance.

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The first sequence is enumerated and distinct elements are stored into an IEnumerable<T> type. The second sequence is enumerated as well and the elements not stored previously are added to the IEnumerable<T> return type. In Listing 1-50 the Union operator returns an IEnumerable<int> type composed of distinct elements from the two numeric sequences: 1, 3, 2, and 4.

NOTE This section deals only with connecting as a client to machines that already have a network service available. We ll discuss how to enable your machine as a server in the Sharing section later in this chapter.

We ll begin looking at the logical architecture of the MCMS system. Each component is described later in this section; however, let s start with a broad picture. First, a computer that will be configured to run MCMS must also be running a version of Windows: Windows Server 2003 (in this chapter, we ll be referring to Windows 2003 unless otherwise stated), Windows Server 2000 (only covered peripherally), or Windows XP Specific details about configur. ing the Windows operating system are outside the scope of this book, except where noted. Note that SQL Server must either be present locally or available remotely. To the left side of Figure 1-1, you ll note development components: Visual Studio, custom Web Services, and the ASPX templates. Visual Studio has tools for managing the development of MCMS solutions, including creating the templates. (Creating templates is covered in 9.)

The Finder s network browsing is limited to machines on your local network, but the Finder can address any machine, local or remote. As long as you can resolve an IP address or a domain name to it, you can connect to it directly using the Finder s Connect to Server window, as shown in Figure 21-2. Launch the Connect to Server window from the Finder s menu bar by selecting Connect to Server from the Go menu, or press Cmd+K. To connect to a machine, type its address in URL form into the Server Address text field. If you intend to connect to the machine on a regular basis, click the + button to add it to the Favorite Servers list. In the previous section, we connected to a machine using the Connect As button in the Finder. We could have also established that connection directly by typing the machine s URL, like so:

afp://10.0.1.5

int[] numbers = {1, 1, 3, 3}; int[] numbers2 = {1, 2, 3, 4}; ObjectDumper.Write(numbers.Union(numbers2));

Connecting to a machine in the Finder will use the default protocol. Connecting directly allows you to explicitly specify the protocol. Valid protocol declarations include the following:

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