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It is important to understand that the permissions defined in the application manifest is what your application is given at runtime, even if you could obtain more privileges (or full trust) via some other form of evidence (for example, a signed publisher certificate or origin-based evidence). This is known as available permissions, via evidence, versus actual permissions, which are defined in the application manifest. Let s say you deploy a partial trust application from the intranet zone. By default, applications deployed from the intranet zone have the ReflectionPermission permission (see Table 7-2). This means you can use reflection to peek into other assemblies. But because you don t require this permission, you configure the application to exclude this permission. Thus, when your application runs within the CAS security sandbox, your application will not have this permission, even though it could have because of its evidence. That is, even though the evidence your application possesses has more available permissions defined, the actual permissions your application gets are what are defined in the application manifest. Essentially, you can think of an application as being locked down.

Now that you re sure your mirror View matrix will be correct at any moment, you re ready to render your scene, as seen by the mirror, using this mirror View matrix. Because you will need to render your scene twice (one time as seen by the mirror, then again as seen by the normal camera), it s a good idea to refactor your code that actually draws your scene into a separate method: private void RenderScene(Matrix viewMatrix, Matrix projectionMatrix) { Matrix worldMatrix = Matrix.CreateScale(0.01f, 0.01f, 0.01f) * Matrix.CreateTranslation(0, 0, 5); myModel.CopyAbsoluteBoneTransformsTo(modelTransforms); foreach (ModelMesh mesh in myModel.Meshes) { foreach (BasicEffect effect in mesh.Effects) { effect.EnableDefaultLighting(); effect.World = modelTransforms[mesh.ParentBone.Index] * worldMatrix; effect.View = viewMatrix; effect.Projection = projectionMatrix; } mesh.Draw(); } //draw other objects of your scene ... } This method should render your whole scene, using the View and Projection matrices you specify as arguments. In your Draw method, add this code that activates your custom render target and renders the whole scene as seen by the mirror using the mirror View matrix into the custom render target. After that has been done, you deactivate your custom render target by setting the back buffer as the active render target (see recipe 3-9), and you store the contents of the custom render target into a texture: //render scene as seen by mirror into render target device.SetRenderTarget(0, renderTarget); graphics.GraphicsDevice.Clear(Color.CornflowerBlue); RenderScene(mirrorViewMatrix, fpsCam.ProjectionMatrix); //deactivate custom render target, and save its contents into a texture device.SetRenderTarget(0, null); mirrorTexture = renderTarget.GetTexture();

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need to implement proxy classes and all of the associated error handling logic for working with external services. Clearly, this adds an undesirable layer of code and complexity to the business component that is superfluous because the business client will never call this code directly. For example, consider Company A, which has built a business component that processes stock trades and provides stock quotes. In order to provide this functionality, the business component uses an external Web service that is provided by a premier brokerage company, Company B. Company A uses its own custom data types, which are encapsulated in the StockTraderTypes assembly. Company B, however, defines its own data types that are equivalent but not the same as Company A s. For example, Company A uses a Quote data type that defines a property called Open, for the day s opening share price. Company B uses a Quote data type that defines an equivalent property called Open_Ext. Company A uses strings for all of its custom data type properties, whereas Company B uses a mix of strings, floats, and dates. Given these differences, Company A s service agent will perform two important functions: 1. It will implement the infrastructure that is required to communicate with Company B s external service. It will be responsible for the maintenance work that will be required if the external service updates its interface. It will translate the responses from the external service and will relay them back to Company A s business component using a mutually understood interface.

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