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In this section, you ll put together what you ve learned, and create your first shader using HLSL. As a good habit, you should start by declaring the uniform and varying variables: // Matrix received from the application - Uniform // (World * View * Projection) float4x4 matWVP : WorldViewProjection; // Struct used for the input vertex - Varying struct vertexInput { float4 position : POSITION0; }; // Struct used to pass the VS output to the PS input - Varying struct vertexOutput { float4 hposition : POSITION; float3 color : COLOR0; }; Your shader will expect the matWVP matrix to be set by your XNA application. This worldview-projection matrix is created by the camera, and it should be set by your XNA program. It is needed when your vertex shader transforms 3D positions to 2D screen coordinates. You use the vertexInput struct to define the information that the vertex shader can expect. As you can see, this vertex shader will be capable of processing all vertices that contain position data. You use the vertexOutput struct to define the kind of data that is passed from the vertex shader to the rasterizer, and after linear interpolation, to the pixel shader. Your vertex shader will generate the mandatory position, as well as a color. An important note here is that the vertex position output by the vertex shader is not accessible by the pixel shader. This 2D screen position is required by the rasterizer, so a good way to remember that you cannot access it from your pixel shader is to keep in mind that it is consumed by the rasterizer. If you need this 2D screen position in your pixel shader, you should pass it as an additional TEXCOORDINATE[n] semantic. Next, declare the vertex shader itself:

You have to do some additional preparation, which involves preparing the libvirt tools that you will use to create virtual machines. First, add the user account you want to use for KVM management purposes to the libvirtd group by using the sudo adduser <username> libvirtd command (replace <username> with the name of the user whose account you want to use).

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An element called <firstname>, which is a name simple type An element called <lastname>, which is a name simple type An element called <homephone>, which is a phone simple type An element called <notes>, which is a notes simple type A required attribute called employeeid, which is of type int Finally, we will have an element called <employees> that will contain zero or more subelements named <employee>. The <employee> subelements will be of the complex type I just mentioned. To create the schema by using the SOM, you need to create a Windows application like the one shown in Figure 5-12.

user accounts. There is also the adduser account, which is used here (it adds an existing user to a group).

// Vertex shader code pixelInput SimpleVS(vertexInput IN) { pixelInput OUT; // Transform the vertex position OUT.hposition = mul(IN.position, matWVP); OUT.color = float3(1.0f, 1.0f, 0.0f); return OUT; } The vertex shader is called on each vertex rendered by your XNA application. This vertex is accepted by your shader as a vertexInput object and processed into a pixelInput object. In the SimpleVS function, you calculate the output 2D screen position by transforming (multiplying) it by the matWVP matrix. The output vertex color is set to yellow, RGB (1, 1, 0). Next, you define the pixel shader: // Pixel shader code float4 SimplePS(pixelInput IN) : COLOR0 { return float4(IN.color.rgb, 1.0f); } This pixel shader simply returns the color received from the vertex processing stage. This color will be used as the final pixel color. Great! Now you have defined a vertex shader and a pixel shader. In your XNA application, however, you don t specify separately which vertex shader and pixel shader should be used to render your triangles to the screen. Instead, you specify which technique to use.

Figure 5-12. Application for creating a schema by using the SOM The application consists of a text box wherein you can specify the full path and name of the destination schema file. Clicking the Create Schema button generates, compiles, and saves the schema to the specified location. The Click event handler of the Create Schema button is shown in Listing 5-8. Listing 5-8. Creating a Schema by Using the SOM private void button1_Click(object sender, EventArgs e) { XmlSchema schema = new XmlSchema(); //define NameSimpleType XmlSchemaSimpleType nametype = new XmlSchemaSimpleType(); XmlSchemaSimpleTypeRestriction nameRes = new XmlSchemaSimpleTypeRestriction(); nameRes.BaseTypeName = new XmlQualifiedName("string", "http://www.w3.org/2001/XMLSchema"); XmlSchemaMinLengthFacet nameFacet1 = new XmlSchemaMinLengthFacet(); nameFacet1.Value = "3"; XmlSchemaMaxLengthFacet nameFacet2 = new XmlSchemaMaxLengthFacet(); nameFacet2.Value = "255"; nameRes.Facets.Add(nameFacet1); nameRes.Facets.Add(nameFacet2); nametype.Content = nameRes;

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