摘要： 根据赵会群等[2]提出的抽象组件定义,给出了相应的连接件的定义。在此基础上,提出了支持接口连接式和插头插座式体系结构类型的组件模型,并对静态连接和组装给出了形式化的描述。虽然满足了静态相容性,但是系统不一定能正常工作,因此还考虑3组件的互操作性及更进一步的分布透明性,为组件的互操作提供了支持的总线机制。完成了基于软件体系结构的组件集成组装框架,为提高重用率、软件开发效率和质量提供了可能。

关键词: 软件体系结构, 组件, 连接件, 互操作性, 软件总线

Abstract: According to the abstract definition of component put forward by Zhao Huiqun, etc.[2],the corresponding definition of connector is given first. Then,the architectural component model of supporting interface-to-interface and pins-and-sockets type is proposed,and the formalized depiction of static connection and construction is proposed at the same time. The system may not work normally despite meeting the static compatibility,the interoperability of components and the further distributed transparency need for consideration, and the mechanism that supports the interoperability of components is called bus.Thus, the architecture-based component integration framework is completed, which makes increasing the reuse, efficiency and quality of software development possible.

中图分类号: 

• TP311