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2: Common Architectures and Protocols
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The architecture shall clearly indicate and justify how and at what stage in the development process, external constraints and engineering design decisions are introduced. Successful achievement of these goals relies on the adoption of a clear and systematic methodology. Again, an analogy can be made with building architecture with regard to the science, methods, and styles of building. Since the architectural methods are a generalization and abstraction of the architecture as a product, the remarks concerning multiple views and abstractions, different architectural styles, and the important influence of both engineering principles and materials are equally valid. In this case, however, architecture describes system domain elements and their functions and interactions; it does not describe how they actually function and interact in a specific system. For example, building architecture describes load-sharing component pools as elements serving the goal of performance; it does not specify how the pools should be implemented by each certified JEE vendor.
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Reference architecture refers to engineering and design principles used in a specific domain. A reference architecture aims at structuring the design of a system architecture by defining a unified terminology, describing the responsibilities of components, providing standard (template) components, giving example system architectures, and defining a development methodology. A reconfigurable and flexible system is able to evolve according to changing needs; it enables easy redesign, and its functions can be extended. In other words, the system allows you to add, remove, and modify system components during system operation. In addition, flexible systems minimize the need to adapt by maximizing their range of normal situations. To this end, reference architecture for reconfigurable/flexible systems shall specify the following:
n Special elements to enable and support reconfiguration and adaptation. In
a JEE system, this could be a Java Naming and Directory Interface (JNDI) agent who knows what system elements are present, where they are, and what services they offer.
Architectural Design and Principles
n Common characteristics of ordinary system elements to support
reconfiguration and adaptation. In other words, using JNDI, we can make objects available via their names, and new components can be constructed to leverage them without knowing the specifics regarding their implementation.
n Design rules to safeguard system flexibility. For instance, when designing a
system element, the developer shall not build on system constraints induced by other system elements with lower expected lifetime; otherwise, the system will lock into (arbitrary) design choices, which may need (nonarbitrary) revisions. Moreover, the system architecture for reconfigurable/flexible systems has specific characteristics. Using the analogy of building architectures, the load-sharing elements are moved out of the way of the functional space. Note that flexible system architecture gives little indication of how the system is used or even what customer service the system provides. It is no surprise that a flexible architecture leaves many questions unanswered; when all questions have been addressed and anticipated, the result is often an inflexible system. Reconfiguration and adaptation often require the capacity to provide maneuvering space. For instance, some buffer space is needed for a workstation that is temporarily unavailable during reconfiguration so as not to halt the entire production line. System architecture is an abstract description of a specific system. Indicating the functions of the system components, their interactions, and constraints helps to (re)develop the system. The architecture depends on engineering principles and available technology. The design of reconfigurable systems puts additional demands on the reference architecture, because the architecture shall allow adding, updating, and deleting system components during operation.
Architectural Design and Principles
Architecture is the overall structure of a system, and it can contain subsystems that interface with other subsystems. Architecture considers the scalability, security, and portability of the system. The implementation normally follows the architecture. At the architectural level, all implementation details are hidden.
2: Common Architectures and Protocols
The software architecture is the high-level structure of a software system. The important properties of software architecture must consider whether it is at a high enough level of abstraction that the system can be viewed as a whole. Also, the structure must support the functionality required of the system. Thus, the dynamic behavior of the system must be taken into account when the architecture is designed. The structure or architecture must also conform to the system capabilities (also known as nonfunctional requirements). These likely include performance, security, and reliability requirements associated with current functionality, as well as flexibility or extensibility requirements associated with accommodating future functionality at a reasonable cost of change. These requirements may conflict, and trade-offs among alternatives are an essential part of the design of architecture.
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