Software quality is often described as having three facets: Structural, Functional, and Process. Much fuss is allocated to Functional Quality while meeting the Process Quality goals of dates and budgets; however, Structural Quality is the stuff of Software Engineering and affects all aspects of a project for its entire lifecycle. A car can get you from point A to point B safely but if you have to pull the engine out for an oil change, it fails the structural quality test. Much of the software writing across industry focuses on function and schedule but has no concern for malleability or maintainability.
Structural Quality includes Testability, Malleability/Maintainability, Understandability, Efficiency, and Security. In this talk, we will explore these aspects from the perspective of architecture, design, and implementation strategies. While there is no single "silver bullet", there are a few strategies that have substantial impact on quality. We will look at these strategies in the concrete with implementations in embedded firmware; a domain that often neglects Structural Quality because of perceived resource constraints (memory and/or cycles).
Please join me as we discuss software engineering and practical solutions that are enable via contemporary C++.
View Slides
Michael started using C++ with embedded systems in 1990. He continues to be passionate about combing his degree in Electrical Engineering with elegant software solutions. Michael is a Senior Principal Engineer at Intel where he works with a talented team putting magic into silicon. He is always excited to share his discoveries with others.
When he isn't fighting with compilers or robots, he enjoys fencing with a sabre.