An approach to implementing dynamic adaptation in C++
This paper describes TRAP/C++, a software tool that enables new adaptable behavior to be added to existing C++ programs in a transparent fashion. In previous investigations, we used an aspectoriented approach to manually define aspects for adaptation infrastructure, which were woven into the original application code at compile time. In follow-on work, we developed TRAP, a transparent shaping technique for automatically generating adaptation aspects, where TRAP/J is a specific instantiation of TRAP. This paper presents our work into building TRAP/C++, which was intended to be a port of TRAP/J into C++. Designing TRAP/C++ required us to overcome two major hurdles: lack of reflection in C++ and the incompatibility between the management of objects in C++ and the aspect weaving technique used in TRAP/J. We used generative programming methods to produce two tools, TrapGen and TrapCC, that work together to produce the desired TRAP/C++ functionality. Details of the TRAP/C++ architecture and operation are presented, which we illustrate with a description of a case study that adds dynamic auditing capabilities to an existing distributed C++ application.
Proceedings of the 2005 Workshop on Design and Evolution of Autonomic Application Software, DEAS 2005
Fleming, S., Cheng, B., Kurt Stirewalt, R., & McKinley, P. (2005). An approach to implementing dynamic adaptation in C++. Proceedings of the 2005 Workshop on Design and Evolution of Autonomic Application Software, DEAS 2005 https://doi.org/10.1145/1083063.1083088