Abstract

Abstract

Abstract
For the past fourteen years, the Workshop on Automating Test Case Design, Selection and Evaluation (A-TEST)1 has provided a venue for researchers and industry members alike to exchange and discuss trending views, ideas, state-of-the-art, work-in-progress, and scientific results on automated testing. The previous thirteen editions of A-TEST were co-located with several conferences over time: CISTI2 (first two editions), FEDCSIS 3 (three editions), and ESEC/FSE4 (seven editions). The 14th edition took place on September 15, 2023, in Kirchberg, Luxembourg, co-located with ASE 2023 (38th IEEE/ACM International Conference on Automated Software Engineering5). The A-TEST 2023 program featured an enlightening keynote on quantum software testing, followed by three technical sessions in which the authors of 6 full papers and 4 short papers dived into various aspects of automated testing, from neuroevolution and fuzzing techniques to GUI-based software testing and test case recommendations. This short report summarizes the keynote and paper presentations at A-TEST 2023.

Abstract

Abstract
The need for software developers is growing in a world where software systems play multiple roles in our daily lives. Due to the mental nature of their work, we are driven to address their needs. The concept of developer experience (DX) was defined as an extension of user experience, focusing on the dual role developers have as users and creators. This paper proposes a pattern language that can assist developers in improving their developer experience. In addition, we present a selection of patterns that focus on the cognitive dimension of the mind: Infrastructure Alignment, Adeqate Skills, It Takes A Village, Learning From A Master, Written Knowledge, and Practice Makes Perfect.

Abstract
The concept of patterns and pattern languages, although very common in software nowadays, was first approached by Christopher Alexander, in the area of architecture, in the book A pattern language: towns, buildings, construction. However, it was only in 1980 that the term was adapted for software development, gaining its popularity in 1994. Despite the fact that the concept of patterns has been used in the area of software development for more than 40 years, there is still no consensus on the best method to validate patterns and patterns languages, and the existing methods are scattered in several different papers and research across the scientific community. As such, in this paper, we conduct a systematic literature review about the existing methods in the scientific community to validate patterns and pattern languages.