CAJ | 학술논문

整合重构的基本思想和物理设计的基本技术,提出了物理重构的概念.它是对软件物理结构的再设计,目的是在不改变软件外在行为的前提下,调整软件组织结构,从而提高软件的开发效率和可维护性等.在此基础上,提出用"识别-重构-评估"的迭代过程来实施物理重构,并介绍了常用的物理重构方法.实例研究表明,物理重构能够有效地优化系统的物理结构,使开发者从多个角度持续改善软件质量.
정합중구적기본사상화물리설계적기본기술,제출료물리중구적개념.타시대연건물리결구적재설계,목적시재불개변연건외재행위적전제하,조정연건조직결구,종이제고연건적개발효솔화가유호성등.재차기출상,제출용"식별-중구-평고"적질대과정래실시물리중구,병개소료상용적물리중구방법.실례연구표명,물리중구능구유효지우화계통적물리결구,사개발자종다개각도지속개선연건질량.
This paper proposes physical refactoring and digs into its process and methods. Physical refactoring is a disciplined technique for restructuring the physical structure of a software system, to improve the efficiency of software development, while preserving the system's external behavior. It follows the best practices of refactoring to change the system in small and iterative steps, and applies refactorings according to the standards of physical design. Case studies demonstrate that physical refactoring may continuously improve software quality from the viewpoint of the physical structure.