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The application is compiled using the following command line: resgen SampleForm.resx fsc.exe --resource:SampleForm.resource sample.fs sampleform.fs program.fs In the application, the resources are accessed from the type SampleForm contained in the file sampleform.fs. The following code fragments occur in that file. The first creates a ComponentResourceManager that is ready to read resources from an assembly. The argument typeof<SampleForm> ensures that the resource manager reads resources from the assembly that contains the type SampleForm (that is, the type being defined). 9 discusses the typeof function in more detail: open System.ComponentModel let resources = new ComponentResourceManager(typeof<SampleForm>) The following lines retrieve images from the resource stream: open System.Windows.Forms let imageList = new System.Windows.Forms.ImageList() imageList.ImageStream <- (resources.GetObject("imageList.ImageStream") : > System.Windows.Forms.ImageListStreamer) imageList.Images.SetKeyName(0, "Help") imageList.Images.SetKeyName(1, "BookStack") imageList.Images.SetKeyName(2, "BookClosed") imageList.Images.SetKeyName(3, "BookOpen") imageList.Images.SetKeyName(4, "Item") imageList.Images.SetKeyName(5, "Run") The images from the resource file are associated with graphical components using the ImageKey property of various Windows Forms controls. For example, the application s Run button is associated with the Run image stored in the resource file using the following lines: let runButton = new Button(ImageAlign = ContentAlignment.MiddleRight, ImageKey = "Run", ImageList = imageList)

not as ad hoc queries. Methods are exposed in the embedded server to take ad hoc queries as parameters and to initiate the server to execute them. This means that the embedded MySQL server can only be accessed via another application. However, as you will see in the next few sections, embedded software can exist in a number of applications ranging in their level of integration from a closed programmatic-only access to a fully functional system that is hidden by the host application. Let s first look at the most common types of embedded systems.

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People often ask if the .NET Common Language Runtime will automatically clean up resources such as file handles in the same way it cleans up memory. It is true that when an object gets garbage collected, it may be finalized, which, if the object is well-implemented, results in it deallocating any unmanaged resources, closing any outstanding file connections, and releasing any operating system resources. However, although it is appropriate to rely on finalization when prototyping, you should never rely on finalization in code where you are hitting resource limits. For example, let s say you have a loop where you open files using System.IO.File.OpenRead. If you forget to close the file handles, you may quickly allocate thousands of file handles. If you are lucky, the garbage collector may finalize these before you run out of OS resources, but if not, one of your File.OpenRead calls will fail with an exception, even if the file actually exists on disk. You should also be aware of the potential for memory leaks. Memory leaks occur when the .NET Common Language Runtime is unable to garbage collect memory even though objects have become unreachable. This happens especially when long-running computations and inactive callbacks hold on to object handles related to the earlier phases of execution of a program. Memory leaks can also lead to objects never being finalized, reinforcing that you should not rely on finalization to release nonmemory resources. Memory profiling tools such as CLRProfiler are indispensable when tracking down memory leaks in production code or longrunning applications.

Note .NET uses application configuration files (for static application settings) and isolated storage for settings

There are many types of embedded systems They can be difficult to classify because of the unique nature of their use However, embedded systems generally fall into one (or more) of these categories: Real-time: A system that is used in installations that require a response and action within a given threshold on the part of the host system The feature most common to this set of systems is timing The execution time of every command process must be minimized to achieve the goals of the system Often these systems are required to perform within events that occur externally rather than any internal processing speed An example of a real-time system would be a router or a telecommunications switch Reactive: A system that responds solely to external events.

Sometimes the lifetime of a resource is not simple in the sense that it doesn t follow a stack discipline. In these cases, you should almost always adopt one of two techniques:

private to an installed application for a particular user, including for applications downloaded from the Web. You can access isolated storage using the System.IO.IsolatedStorage namespace and access the Windows registry using the Microsoft.Win32.Registry namespace.

These events tend to be recurring and cyclic in nature, but may also be in the form of user input (interactive systems are reactive systems) Reactive systems are designed to always be available for operation Timing is usually secondary and limited only by the frequency of the cyclic operations An example of a reactive system would be a safety monitoring system designed to page or alert service personnel when certain events or thresholds occur Process control: A system designed to control other systems These systems tend to be those designed to monitor and control hardware devices such as robots and processing machinery These systems are typically programmed to repeat a series of actions and generally do not vary from their intended programming or respond to external events or the threshold of status variables or conditions.

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