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Through the <providers> element you can configure a number of providers responsible for event processing. The events that can be processed are registered through the <eventMappings> element. The connection between providers and events is drawn through the <rules> element, which defines the provider responsible for processing an event and some additional parameters. The <rules> section on its own may reference profiles that are defined in the <profiles> section. These profiles are some additional parameters that can be used for configuring the behavior of the event processing mechanism. Examples for such parameters are the number of times the event has to happen until it is raised by the monitoring system and the time that has to take place between two events.

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Enterprise Edition, and COM), or programming language, you do not want to maintain full type fidelity because you cannot assume all possible recipients can understand .NET-specific data types. Given this, SoapFormatter and XmlSerializer are ideal choices when you wish to ensure as broad a reach as possible for the persisted tree of objects.

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The reasons for splitting events and providers into two components are of course extensibility and flexibility The event itself defines a situation that has become reality in the application, and the provider specifies how the event will be processed ASP NET ships with several event providers for catching the following types of events that are all defined in the SystemWebManagement namespace: Heartbeats are events that are raised in a regular interval defined in the webconfig configuration file They provide you with information about the running process in regular intervals for monitoring memory consumption, CPU processor load, and much more The class that implements this event is the WebHeartBeatEvent class Application lifetime events enable you to catch several events raised during the application s life cycle such as startup, shutdown, session starts, session ends, and much more These types of events are encapsulated in the WebApplicationLifetimeEvent class.

You can use the BinaryFormatter type to illustrate how easy it is to persist an instance of the JamesBondCar to a physical file. Again, the two key methods of the BinaryFormatter type to be aware of are Serialize() and Deserialize(): Serialize(): Persists an object graph to a specified stream as a sequence of bytes. Deserialize(): Converts a persisted sequence of bytes to an object graph.

The WebAuditEvent class encapsulates security audit events such as failed logons or attempts for accessing resources without the necessary permissions Request-based and response-based events are encapsulated in the WebRequestEvent class You can catch several types of events such as the start of a request, its end, information about response generated, and much more Finally, you can catch and monitor several types of errors, either general application errors happening on startup/shutdown or request-based errors These errors are encapsulated in the WebErrorEvent class for general errors and the WebRequestErrorEvent class for requestspecific errors All these events are already registered with corresponding friendly names in the machinewide configuration of the default installation of ASPNET Of course, if you create your own type of event generated by the application, you can register it in the <eventMappings> section of the <healthMonitoring> section in the webconfig file.

Assume you have created an instance of JamesBondCar, modified some state data, and want to persist your spy mobile into a *.dat file. Begin by creating the *.dat file itself. You can achieve this by creating an instance of the System.IO.FileStream type. At this point, you can create an instance of the BinaryFormatter and pass in the FileStream and object graph to persist. Consider the following Main() method: // Be sure to import the System.Runtime.Serialization.Formatters.Binary // and System.IO namespaces. static void Main(string[] args) { Console.WriteLine("***** Fun with Object Serialization *****\n"); // Make a JamesBondCar and set state. JamesBondCar jbc = new JamesBondCar(); jbc.canFly = true; jbc.canSubmerge = false; jbc.theRadio.stationPresets = new double[]{89.3, 105.1, 97.1}; jbc.theRadio.hasTweeters = true; // Now save the car to a specific file in a binary format. SaveAsBinaryFormat(jbc, "CarData.dat"); Console.ReadLine(); } You implement the SaveAsBinaryFormat() method like this: static void SaveAsBinaryFormat(object objGraph, string fileName) { // Save object to a file named CarData.dat in binary. BinaryFormatter binFormat = new BinaryFormatter(); using(Stream fStream = new FileStream(fileName, FileMode.Create, FileAccess.Write, FileShare.None)) { binFormat.Serialize(fStream, objGraph); }

The syntax is basically the same as shown for the default events in machineconfig in the following code snippet: <healthMonitoring> <eventMappings> <add name="All Events" type="SystemWebManagementWebBaseEvent, SystemWeb,Version=2000,Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a" startEventCode="0" endEventCode="2147483647" /> <add name="HeartBeats" type="SystemWebManagementWebHeartBeatEvent, SystemWeb,Version=2000,Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a" startEventCode="0" endEventCode="2147483647" /> .. </eventMappings> </healthMonitoring>.

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