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{ strPostalCode = value; } } } This class has five private string variables for storing street address, city, state, country, and postal code, respectively. These private variables are exposed to the external world by wrapping them in corresponding public properties. To store the employee type, you need to add a property called Type to the Employee class. The Type property will be an enumeration of type EmployeeType, which contains two values: Permanent and Contract. The EmployeeType enumeration is shown in Listing 8-7. Listing 8-7. The EmployeeType Enumeration public enum EmployeeType { Permanent, Contract } The email information is stored in a property called Emails. An employee can have more than one email address and hence this property is of the string array type. Listing 8-8 shows the modified version of the Employee class. Listing 8-8. The Employee Class After Adding Address, Type, and Emails Properties public class Employee { private int intID; private string strFName; private string strLName; private string strHPhone; private string strNotes; private string[] strEmails; private EmployeeType enumType; private Address objAddress=new Address(); public int EmployeeID { get { return intID; } set { intID = value; } }

The <channel> element contains the metadata for the feed its title, the site from which it can be obtained, and a human-readable description of its content. One of the deficiencies of the 0.9 format over later submissions is that it is restricted to a single channel, so a web site proffering diverse subject matter must provide multiple distinct feeds rather than a single RSS feed with multiple channels:

You can round off the corners of a rectangle with the RadiusX and RadiusY properties. These take a double value specifying the radius of the circle that is used to round the corner. For example, to change the preceding rectangle to have rounded corners that are inscribed by a 10 pixel circle, you would use this XAML:

<channel> <title>PortalBook Technical Notes</title> <link>http://portalbook.com/</link> <description> Discourse and exposition on Java and developing Portlets </description> </channel>

public string FirstName { get { return strFName; } set { strFName = value; } } public string LastName { get { return strLName; } set { strLName = value; } } public string HomePhone { get { return strHPhone; } set { strHPhone = value; } } public string Notes { get { return strNotes; } set { strNotes = value; } }

Lines are drawn in XAML using the Line object. You specify the starting point of the line using its X1 and Y1 properties, and its endpoint using its X2 and Y2 properties. Note that these are not absolute coordinates, but relative to the container of the line. For example, if you have the line within a Canvas that has a top of 50 and a left of 50, and X1 and Y1 are both set to 50, then the line will start drawing from (100,100). The line itself can also have its Canvas.Top and Canvas.Left properties set to change its overall drawing position. Here s an example:

The <item> element repeats multiple times, once for each article or item of interest that is being publicized in the feed. There is a hard limit of 15 items permissible in the channel. The items includes a title describing the data to be

9

public Address Address { get { return objAddress; } set { objAddress = value; } } public EmployeeType Type { get { return enumType; } set { enumType = value; } } public string[] Emails { get { return strEmails; } set { strEmails = value; } } }

The Path draws a series of connected lines and curves that are defined using a geometry. Silverlight uses the following geometries:

propagated and a link to the data in question. This extremely sparse information is all that is permitted:

Notice the property definitions marked in bold. The three public properties Address, Type, and Emails are of type Address, EmployeeType, and string array, respectively. The code in the Click event handler of the Serialize button now changes as shown in Listing 8-9. Listing 8-9. Serializing Complex Types private void button1_Click(object sender, EventArgs e) { Employee emp = new Employee(); emp.EmployeeID = int.Parse(textBox1.Text); emp.FirstName = textBox2.Text; emp.LastName = textBox3.Text; emp.HomePhone = textBox4.Text; emp.Notes = textBox5.Text; emp.Type = (comboBox1.SelectedIndex == 0 EmployeeType.Permanent : EmployeeType.Contract); emp.Address.Street = textBox6.Text; emp.Address.City = textBox7.Text; emp.Address.State = textBox8.Text; emp.Address.Country = textBox9.Text; emp.Address.PostalCode = textBox10.Text; emp.Emails = textBox11.Text.Split(','); FileStream stream = new FileStream(Application.StartupPath + @"\employee.xml", FileMode.Create); XmlSerializer serializer = new XmlSerializer(typeof(Employee)); serializer.Serialize(stream, emp); stream.Close(); if (checkBox1.Checked) { Process.Start(Application.StartupPath + @"\employee.xml"); } }

EllipseGeometry: Defines the path element as a simple ellipse. LineGeometry: Defines the path element as a line. RectangleGeometry: Defines the path element as a rectangle. PathGeometry: Defines the path element using a complex set of different shapes,