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Note that each mode in Figure 193 is interconnected via curved lines with arrows that represent transitions from one mode to another These transitions are initiated by pre-de ned triggering events or conditions Our discussion here focuses on the entity relationships of phases, modes, use cases, use case scenarios, and required operational capabilities The question is: What causes a system, product, or service to transition from one phase, mode, and use case to another during a mission This brings us to a discussion of triggering events Triggering Event-Based Transitions Most systems, as state machines, are designed to cycle within a given mode of operation until some external stimulus such as an operator initiates a transition to a new mode of operation The occurrence of the external stimulus is marked as a triggering event As discussed earlier, the triggering event may be data or interrupt driven whereby: 1.

The system receives data from an external system 2 A system User enters/inputs data into the system in accordance with prescribed Standard Operating Practices and Procedures (SOPPs) or rules of engagement to transition to the next phase or mode of operation Data-driven triggering events may be synchronous (ie, periodic) or asynchronous (ie, random) occurrences When making the transition from one mode to another, the User may impose speci c time requirements and constraints Figure 194 illustrates a simple, two-mode system that transitions from Mode 1 to Mode 2 when triggering Event 1 occurs and from Mode 2 back to Mode 1 on triggering Event 2 Triggering event transitions from Mode 1 to Mode 2 and back to Mode 1 require different sets of assumptions and conditions The graphic depicts the bidirectional transition as two separate transitions, T1 and T2.

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appropriate language. Initially, we carried out this modification manually. In other words, the code shown in boldface in Figure 14.3 was generated and inserted into the class definitions by hand. As a step toward automating our approach, however, we have developed the PolySPINner toolset, details of which can be found in [Barrett 1996]. The most important aspect of this interoperability mechanism is that applications view persistent data as if it were implemented in the language of the application itself. All the details of transparent polylingual aspect are hidden inside the name management mechanism. In addition, the implementations of methods must be instrumented with interoperability code, whereas method interfaces remain unchanged. Thus, an interface to a persistent object does not need to be changed in order to interoperate in a polylingual setting.

For T1, some external triggering Event t1 initiates the transition from Mode 1 to Mode 2; transition to Mode 2 is completed at Event t2 Some time later, another stimulus triggers Event t3, which initiates a transition from Mode 2 to back to Mode 1; transition to Mode 1 is completed by Event t4..

Fault management is the process associated with managing failures or faults. This would include anything from sending alerts for power or thermal sensor indications, to logging software errors or other types of exceptions. Alerts are delivered via asynchronous messages or stored locally as information that is collected at a later time. Fault management is typically handled by the firmware and software of the managed system and by systems, network, and enterprise management software used by the organization, including such products as IBM Director, HP Insight Manager, and Dell Open Manage at the systems level, and IBM Tivoli, HP OpenView, and CA Unicenter at the enterprise level. As mentioned previously, fault monitoring and management is a huge strength for blades. Blade-specific tools are available from the blade vendors, with full remote capabilities to handle everything short of physically swapping out a failing blade. (In addition, blade swapping is so simple, it can be done by a nontechnical person; it involves simply looking for the light indicators on the failing blade, popping out that blade, and inserting a new one. All other tasks to bring that blade online can be done remotely through the management software.) More details on this, as well as a couple of screen images, are provided later in this chapter.

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