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Lets see an example about Styling a Button.

A Style is a collection of property values that you can apply to an element in one step.

A style allows us to encapsulate control property values as a reusable resource.

Silverlight supports only explicit styles.

Styles are similar to CSS (Cascading Style Sheet) standard in HTML markup.

We can set different properties for an element and store it in a name and then we can re-use it in our application.

Before going to create a style, we should decide where to put it.

We can store the Style in Resource property of a Control.

Every Style Element requires a Key, so that we can refer it anywhere using their Key.

It supports only named types.

It requires TargetType, which is the type of an element on which you r applying a style.

There are three ways to use Styles:

1. You can apply styles to particular page.

2. You can apply styles to particular Control.

3. You can apply styles globally.

Let us see all the steps one by one.

1. Applying Styles to a particular page:

Defining:

First we need to define the style in UserControl.Resource section like,

A Setter element is a definition of one property to set on the target object. A Setter has a two Property one is Property naming the property to set on the target and another one is Value property defining the value to set on the property.

Applying:

Then you apply the style which you have created using the Style property of a Button as shown in the below code.

2. Applying Styles to a particular Control:

To use Style for a particular Control, place the style directly in the control.

Here, no need to mention the x:Key attribute.

For Example,

3. Applying Styles Globally:

To use the Styles globally, i.e., you can use the Styles in any xaml pages throughout your application, for that you need to define the Style in Application.Resource in App.xaml file.

Here is your xaml file.

Hope you have understood this article.

1.The user request the HTML entry page in the browser.

2.The Silverlight Plug-in is loaded.It then downloads XAP file with your Silverlight application.

3.The Silverlight Plug-in reads the AppManifest.xml file from the XAP to find out assemblies used by your application. It then creates the Silverlight runtime environment and then loads your Silverlight application assembly.

4.The Silverlight Plug-in creates an instance of your custom application class, that is defined in the app.xaml and app.xaml.cs file.

5.The default constructor of the application class raises the Startup event.

6.Then your application handles the Startup event and creates the root visual.

From this your page takes over until it encounters the unhandled exception or exit.

Example:

The following code shows the example of Canvas using Left and Top property.

Left and Top property Example

Output:

This is the output of the above code.

Output

Example:

This is using the Z-index property.

Z-index Property

Output:

Output

It acts as a Container for other Silverlight controls.

You can position elements in a Canvas using a XAML feature called “Attached Properties” – which allow you to specify a control’s position relative to its immediate parent Canvas control’s Left, Top, Right or Bottom coordinates.

Example:

Canvas control

Output:

Canvas Control output

It support arranging controls in Multi-row and Multi-column layouts.

It is similar to HTML table.

Unlike an HTML Table, you don’t embed controls within column and row elements.

Instead you specify a Grid’s Row and Column definitions using <Grid.RowDefinitions> and <Grid.ColumnDefinitions> properties that are declared immediately under the <Grid> control.

Example:

Grid example

Output:

Output

There are three main Layout controls in Silverlight:

Grid.

Stack panel.

Canvas.

The controls are ordered one after another.

The default order direction is Vertical, we can change it to Horizontal also using the orientation property.

Example:

Stack panel

Output:

Horizontal

<HyperlinkButton NavigateUri=”http: // www.google.com” TargetName=”_blank”>

<Stackpanel Orientation=”Horizontal”>

<Image Source=”myresource.png”/>

</Stackpanel>

</HyperlinkButton>

   To define Resources,to be available to all pages.

AppManifest.xml:

   Contains list of Assemblies.

AssemblyInfo.cs:

   Contains information about the project.

Mscorlib.dll:

   Contains fundamental parts of .Net Framework.

System.dll:

   Contains generic collections,dealing with URL,regular expressions.

System.core.dll:

   Contains support for linq.

System.Net.dll:

   Contains support for networking.

System.windows.dll:

    Contains classes for building silverlight user interface.

System.windows.browser.dll:

    Contains classes for interacting with HTML elements.

System.xml.dll:

   Contains xmlReader & xmlwriter.