Sestavení aplikace pro testování softwarových komponent metodou SIL

Abstract

This bachelor’s thesis focuses on the design and implementation of a testing application for the verification of software components using the Software-in-the-Loop (SIL) method. In the automotive industry, where high demands are placed on safety, reliability, and development efficiency, SIL represents a key tool for validating control algorithms without the need for physical hardware. This work describes the advantages and principles of testing in a simulated environment, with emphasis on automation, repeatability, and scalability of test scenarios. The main part is dedicated to the development of a functional testing solution using the Vector CANoe platform and the integration of the SIL Kit library. It includes the design of the connection between the simulation environment and the system under test, the implementation of the necessary interfaces, and the generation of the final test report. The result is a flexible and portable application that enables efficient verification of software components without requiring a physical prototype.