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Create a new plug-in project named orgeclipsecontributionjunit Use the default plug-in structure, but uncheck theGenerate code for the class button on the final page You will have to delete the lineclass="orgeclipsecontributionjunitJUnitPlugin" from pluginxml, as the manifest generation code assumes there will be a plug-in class Next, we need to say how the contribution will appear to the user: as a menu item available when a type is selected When programming in Eclipse, always begin by finding a similar application and copying its structure, the Monkey See/Monkey Do Rule:

For example, it is not a viable solution to attach a global positioning system (GPS) device to a sensor node r Ef ciency Due to the low weight and small size of the sensor nodes used in many sensor network applications, they possess limited resources such as energy, memory, computation power, and so on The security mechanisms developed within the time synchronization protocols must adapt to the limited computation power and memory of these sensor nodes since most security protocols are complex and require extensive resources to run ef ciently Additionally, communication capabilities are also limited due to these resource constraints GPS or Universal Time (UTC) are generally used to synchronize the network to an accurate time in traditional protocols such as Network Time Protoocol (NTP) [9] Using GPS requires high energy consumption; therefore, it is not considered a viable solution.

Every plug-in is represented by an instance of a plug-in class The plug-in class Singleton has hook methods for the life cycle of the plug-in You can load resources when the plug-in is first loaded You can clean up when the plug-in is terminated (eg, when Eclipse is closed) The plug-in is also the source for shared information like preferences, images, and persistent dialog settings The plug-in we're defining here doesn't perform any life-cycle actions like loading images so far, nor does it need any shared information We rely on the default plug-in class Later if we need a plug-in class, we will define one

Reducing the energy consumption can be achieved by transmitting over sequences of hops of short distances rather than a single one-hop long path The secure time synchronization algorithms should also take into consideration the time needed to synchronize the nodes..

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r Infrastructure Sensor networks may have to be deployed in a random fashion to remote or dangerous regions In this case, the sensor nodes are expected to self-organize themselves into a network since they cannot rely on an existing infrastructure such as NTP [9] in which the precise time is available to any node in the network from only a few hops away NTP achieves this by providing the reference time at various points in the network The task of the secure time synchronization becomes complex due to the many factors such as scalability issues, mobility, and of course the lack of infrastructure to rely on r Lifetime The duration of the synchronization can be one of the two forms: (i) almost instantenous or (ii) persistent, in which case the synchronization lasts as long as the lifetime of the network itself.

Let's say you want to add a menu item that displays when a class is selected and the user pops up the context menu You need to create an Object Contribution Object Contributions are specific to the selected object Applying Monkey See/Monkey Do, where can we find some examples of object contributions Orgeclipseui is where the extension point is defined for pop-up menus If you know the name of the extension point, you can search the on-line help for the name of the extension point, or you can use the plug-in search to find its uses or definition, as shown in Figure 51

The nearly instantenous synchronization can be appropriate for applications in which an immediate action needs to be triggered based on the nodes detection times of a speci c event r Network Dynamics Regardless of the type of deployment (random versus preengineered), sensor nodes face a high degree of network dynamics such as frequent changes in the network topology due to mobility, network partitioning, or energy depletion of the nodes Designing secure time synchronization protocol becomes an even more complex task when one needs to consider ways to ensure the running of the network operations smoothly under these dynamic changes r Precision The level of precision or accuracy required generally depends on both the application and the objective of the synchronization There are three basic types of synchronization methods The rst one relies on the ordering of messages and events; it is considered the simplest.