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In IPv6, you can use different types of addresses: Link local addresses: These IP addresses are used if no specific information about the network configuration could be found. They re intended for local use only, and they always start with FE80 in the first two bytes. They aren t routable, but they are necessary for neighbor discovery (see the next section, The Neighbor Discovery Protocol ). Link local addresses are always created automatically if IPv6 is enabled. Site local addresses: These are similar to addresses that are defined in the private address ranges for IPv4. They cannot be addressed from nodes outside this network. Site local addresses always start with FEC0 and have a default 48-bit subnet mask. The last 16 bits can be used for internal subnetting. Site local addresses are not created automatically. Aggregatable global unicast addresses: These are the normal worldwide unique addresses that are used on IPv6 networks. They are assigned by an administrator and always start with a 2 or 3 (binary 001). Multicast addresses: These addresses are used to address groups of nodes. They always start with FF. Anycast addresses: This is the IPv6 alternative for a broadcast address. When using anycast, the IPv6 node gets an answer from any node that matches the anycast criteria. In IPv6, broadcast addresses are not used. On a single Linux host that uses IPv6 (which by default is the case on Ubuntu Server), you ll always find more than one IPv6 address: A loopback address (::1) is used on the loopback interface. A link local address is generated automatically for every interface. If the administrator has configured it, every interface has a unicast address. This can be a site local address, an aggregatable global unicast address, or both.

Figure 13-4. Application that loads XML data in XElement The application consists of four radio buttons for selecting the place from which the XML data is to be loaded. The TextBox allows you to specify a URL where the XML file is located or raw XML markup. Clicking the Load button loads the data in an XElement and displays a message box with a success message. The Click event handler of the Load button is shown in Listing 13-7. Listing 13-7. Loading XML Data Using XElement private void button1_Click(object sender, EventArgs e) { try { XElement root = null; if (radioButton1.Checked) { root = XElement.Load(textBox1.Text); } if (radioButton2.Checked) { StreamReader reader = File.OpenText(textBox1.Text); root = XElement.Load(reader); }

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The Keyframe class is responsible for storing an animation frame for a bone in the skeleton. An animation frame must have a reference for the animated bone, the new configuration (position and orientation) of the referenced bone, and the time in which this new configuration should be applied. Note that you use the keyframes to modify the original bone configuration, changing its current configuration to a new one. You store the bone configuration as a matrix using XNA s Matrix class, and you store the animation time (the time after which this keyframe should be applied) as a TimeSpan. You store the reference for the bone that will be animated as an integer representing the index of the bone in the bones array of the AnimatedModelData class. The Keyframe class code follows: public class Keyframe : IComparable { int boneIndex; TimeSpan time; Matrix transform; // Properties... public TimeSpan Time { get { return time; } set { time = value; } } public int Bone { get { return boneIndex; } set { boneIndex = value; } }

One of the design goals of IPv6 was to make network configuration easier. For this purpose, the neighbor discovery protocol was defined in RFC 2461 (see www.ietf.org/ rfc-rfc2461.txt). The purpose of this protocol is to provide an automatic IP address assignment: neighbor discovery makes sure that a node can automatically find routers, addresses, prefixes, and other required configuration information, just by looking at what happens on the network.

if (radioButton3.Checked) { XmlReader reader = XmlReader.Create(textBox1.Text); root = XElement.Load(reader); } if (radioButton4.Checked) { root = XElement.Parse(textBox1.Text); } MessageBox.Show("XML Data Loaded Successfully!"); } catch (Exception ex) { MessageBox.Show(ex.Message); } } The code consists of a series of if blocks for checking the selected radio button. The first three if blocks use the Load() method of the XElement class. Notice that Load() is a static method of the XElement class and accepts a URI, a TextReader, or an XmlReader as a source of XML data. If the XML data is in the form of a raw string, the Parse() method is used instead of Load(). The Load() and Parse() methods return an instance of the XElement class that can be used for further processing.

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