Doctoral thesis

Reification as the key to augmenting software development : an object is worth a thousand words


130 p

Thèse de doctorat: Università della Svizzera italiana, 2018

English Software development has become more and more pervasive, with influence in almost every human activity. To be able to fit in so many different scenarios and constantly implement new features, software developers adopted methodologies with tight development cycles, sometimes with more than one release per day. With the constant growth of modern software projects and the consequent expansion of development teams, understanding all the components of a system becomes a task too big to handle. In this context understanding the cause of an error or identifying its source is not an easy task, and correcting the erroneous behavior can lead to unexpected downtime of vital services. Being able to keep track of software defects, usually referred to as bugs, is crucial in the development of a project and in containing maintenance costs. For this purpose, the correctness and completeness of the information available has a great impact on the time required to understand and solve a problem. In this thesis we present an overview of the current techniques commonly used to report software defects. We show why we believe that the state of the art needs to be improved, and present a set of approaches and tools to collect data from software failures, model it, and turn it into actionable knowledge. Our goal is to show that data generated from errors can have a great impact on daily software development, and how it can be employed to augment the development environment to assist software engineers to build and maintain software systems.
  • English
Computer science and technology
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