Challenge
Manually deriving test cases from sequence diagrams is time-consuming and prone to missing edge cases. The client needed a tool to automatically generate tests from UML sequence diagrams in MxGraph format, ensuring complete coverage of all possible scenarios.
Solution
We developed a specialized Test Generator tool that transforms sequence diagrams into executable tests using Eclipse Modeling Framework (EMF) for model representation, Epsilon framework for model-to-model transformations, and automated generation capabilities for handling complex scenarios.
Results
generation of tests directly from design models
coverage and consistency in testing scenarios
time savings by eliminating manual test design
Key Features
Automated Test Generation
Generates test cases for all possible interaction scenarios in the sequence diagram automatically.
Model-Driven Engineering
Uses Eclipse Modeling Framework (EMF) to represent models and ensure accurate parsing.
Model Conversion
Leverages Epsilon framework for efficient and consistent model-to-model transformations.
Scalability
Capable of handling complex sequence diagrams with multiple scenarios and interactions.
UML Integration
Direct integration with MxGraph sequence diagrams for seamless workflow integration.
Extensible Architecture
Reusable and extensible tool that can be adapted to different modeling workflows.
Tech Stack
modeling
languages
tools
frameworks
concepts
Need model-driven engineering solutions?
This project demonstrates our expertise in model-driven engineering, automated code generation, and bridging design and implementation. We can help you build tools that transform your design models into executable code, reducing manual effort while improving consistency and reliability.