The first tutorial will provide an approach about autonomous teal-time software & systems testing. Thomas Fehlman will explain how for the Internet of Things (IoT), for safety in Automotive, or for data protection, to be legally compliant requires testing the impact of any actions before allowing them to occur. Here, system boundaries change at runtime. When adding a new, previously unknown device to the IoT orchestra, or when an autonomous car meets another, or with truck platooning, the original base system expands and needs being tested before it can do decisions with the potential of affecting harm to humans.
Sebastian Goetzinger will be in charge of the second tutorial-workshop, Code Coverage on μ-Controller. Measuring Code Coverage on embedded targets, more specifically targets with missing file systems (like certain microcontrollers), often leads to a real challenge for software developers, especially when it comes down to coverage data extraction. In the Workshop «Code Coverage on μ-Controller» it is shown on the example of Code Coverage Analyser Testwell CTC++, Arduino Uno and a common laptop, how to extract data in order to convert it to the corresponding reports.