Over the past two decades, software engineering has come a long way from object-based to object-oriented to component-based design and development.
Invasive software composition is a new technique that unifies and extends recent software engineering concepts like generic programming, aspect-oriented development, architecture systems, or subject-oriented development. To improve reuse, this new method regards software components as grayboxes and integrates them during composition. Building on a minimal set of program transformations, composition operator libraries can be developed that parameterize, extend, connect, mediate, and aspect-weave components.
The book is centered around the JAVA language and the freely available demonstrator library COMPOST. It provides a wealth of materials for researchers, students, and professional software architects alike.
Klappentext
Invasive software composition as a new, component-based way to construct software systems is presented. To improve reuse, this method regards software components as greybox and integrates them during composition. Components are distinct in design, but are merged in implementations, leading to highly integrated and more efficient systems. Building on a minimal set of program transformations, composition operator libraries can be developed that parameterize, extend, connect, mediate, and aspect-weave components. Invasive software composition unifies several software engineering techniques such as generic programming, architecture systems, inheritance, and aspect-oriented programming. The book is centered around the JAVA language and a freely available demonstrator library called COMPOST. The book provides a wealth of material for researchers, students and professional software architects alike.
Inhalt
Why Invasive Software Composition Helps You.- Part I. On the Way to Composition Systems: Problems in Composition; From Modular to Composition Systems.- Part II. The Concept of Invasive Composition: Invasive Software Composition; How to Make Invasive Composition Reliable.- Part III. Applications of Invasive Composition with Declared Hooks: Generalized Parameterization; Architecture as Composition.- Part IV. Applications of Invasive Composition with Implicit Hooks: Inheritance as Hook Extension; Views with Sound Extensions; Aspect Composition as Distribution of Aspect Boxes; Reduce Composition to the Max; The Progress of Invasive Composition.- Appendices: Programming Languages and Compilers; A Facet Classification of Hooks; The Structure of COMPOST in UML; The Legend of the Box Graphics.