Linux Driver Verification Architecture

Abstract

The paper discusses requirements to a twofold verification system that should be an open platform for experimentation with various verification techniques as well as an industrial-ready domain specific verification tool for Linux device drivers. An architecture of a verification system implementing the requirements is presented and its components are described in details. Finally, we discuss the first experience of usage of the system and evaluate directions for its further development.

Keywords

• статический анализ кода
• правила корректности
• верификация драйверов устройств
• моделирование окружения драйвера
• аспектно-ориентированное программирование
• верификатор достижимости
• визуализация трассы ошибки