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You can register an IResourceChangeListener with the workspace Your listener will be informed whenever a resource changes (files added and deleted, file contents changed, marker changes) The changes are communicated in the form of a resource delta, a tree describing the difference between the state at the previous notification and the current state A builder is attached to a project When the project is built, the builder is notified, also with a resource delta, but builders receive a delta only describing changes since the last build There are several distinctions between resource listeners and builders: Heartbeat Resource change listeners are run every time a resource changes Builders are only run when the project builds If auto-build is turned on, a listener and a builder will see a similar stream of deltas Builder order dependency Resource listeners are invoked in an unspecified order Builders are explicitly ordered Project order dependency When building the workspace, projects are built based on their prerequisite relationships You can see the dependencies on the Project References page of the project properties Dependent projects are guaranteed to be built after their referenced projects This order can be modified by the Build Order global preference page Granularity With resource listeners, there is no notion of "change all the resources in the system" like there is with Build All, which will invoke all builders for all projects Independence Resource change listeners should not depend on each other Builders, because they are called in a defined order, can depend on each other For example, you might generate HTML with one builder and check link consistency with another Sharing Resource listeners are dynamically created Builders are permanently attached to projects, stored in the repository, and shared by everyone using the project (builders are stored in the project file, the serialized form of the ProjectDescription) Scope Resource listeners are notified by changes anywhere in the workspace A builder is only notified about changes to resources within its project.

Although the idea is similar to the VEC mechanism reported in reference 48, this time it is inspired by the equilibrium of particles in Physics The particles follow.

You can see the registered builders by looking at the External Tools Builders property page On this page you can add additional builders that should be run The builders registered programmatically are shown on this page as well Figure 181 shows the builders for a plug-in project, as seen in Eclipse

the law of Coulomb and push themselves to reach equilibrium in an environment. Therefore, the authors de ne forces for each sensor node in the network based on the internode distances and the local density of nodes. The partial force on a node i from node j at time t is expressed as follows: ft

The following three case studies provide you with some real-life examples of plan design projects we have recently worked on with clients.

could be Trickle [15], and the routing strategy could be any suitable one used for sensor networks To elucidate further, Firecracker is composed of three main parts: (a) Broadcast Protocol, (b) Routing Protocol, and (c) Seed Selection The broadcast protocol is very important to the functioning of Firecracker It not only must propagate data to nodes that do not have the data, but also decide when to propagate Moreover, the protocol should minimize the cost of detection but propagate rapidly, and temporary network disconnections should not prevent reception The basic purpose of the routing phase is to spread data to distant points in the network so that the initial seeds are placed as deep as possible into the network This facilitates the following broadcast process to spread the data rapidly In this regard, a naming scheme that allows nodes to choose such points is helpful.

Because this is a PDE plug-in project, it has additional builders for validating plug-in manifests The plug-in manifest builder is an example of a builder that has validation as its primary purpose (see Figure 181) The same builders are represented in Eclipse as an array of builder ids contained in the project's ProjectDescription A ProjectDescription stores the metadata for a project, as shown in Figure 182

Since wireless data, even during the routing phase, is essentially broadcast in the neighborhood, nodes along the route should be able to snoop on routed traf c to cache the data as they pass by Moreover, reliability and nonredundancy are more important than minimum hop paths Therefore, taking a long, winding path through different areas of the network could bene t the subsequent broadcast protocol in quickly installing the code in all the nodes The choice of the seed nodes is also equally important to the performance of Firecracker The farther the seeds are from the original source and the farther they are spread apart from themselves, the faster the data would propagate to all the nodes of the network In general, epidemic algorithms for data dissemination follow the model of nature to spread information and de ne simple rules for information to ow between nodes of a network.

Here are the levels involved in describing a project's builders: Project Represents an Eclipse project internally ProjectDescription Stores information about the project, like how the project is built and how this project depends on other projects ICommand/BuildCommand A record that describes build arguments