ISAGT 2018 is held Friday July 20, 2018 in Amsterdam, The Netherlands. The workshop discusses the use of reflection, runtime profiling, log analysis, AI, static analysis, and other techniques to facilitate the automated generation of unit tests and regression tests, allowing a more productive development process, while increasing test coverage and overall quality of software systems.
Software testing is difficult. Few developers like writing tests. At the same time, tests prevent breakage of builds and production apps and allow development teams to scale complexity. For instance, assume a complex system is inherited by a new development team. A lack of sufficient unit test coverage will in such case increase risk when features are added or code is being refactored. Adding unit tests after code has been developed is hard. Adding unit tests to code that someone else has written is even harder. This workshop aims to find approaches to facilitate the development of unit tests with assistive tooling, to allow software development teams to increase the robustness of their code more quickly.
This workshop brings together members from academia and industry to discuss systems that use both static and dynamic analysis techniques. Other possibilities would be to do post-execution analysis on logs or bug traces. Yet another approach would be to profile code and automatically generate realistic usage scenarios for individual software components. The aim is to produce executable tests that can be used to increase the quality of the underlying continuous integration process at minimal coding effort.
Approaches discussed will be specialized analysis techniques, including but not limited to profiling, statistical analysis, or machine learning to develop innovative, automated testing techniques.
Call for Papers
Submissions for presentations have closed.
Fri 20 Jul Times are displayed in time zone: Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna change
11:00 - 12:30
|Automatic Python test generation|
|Extracting tests from runtime behavior for R|
Filip KřikavaCzech Technical University
|Computer-aided unit-test generation with UTA|
14:00 - 15:30
|Checking Non-Deterministic Behavior in Unit Tests|
Luc BläserHochschule für Technik Rapperswil
|Generating tests for mobile platforms|
16:00 - 17:30
|Analyzing the analyzers|
Julia RubinUniversity of British Columbia
|Machine learning for compilers|
Chris CumminsUniversity of Edinburgh