A powerful model-based test development environment for Automotive ECU testing. Design test cases visually using flowcharts, generate Python-based test automation scripts for CAN network testing, and extend to any scripting language through our flexible template engine.
Test GenX currently supports generating Python-based test automation scripts for CAN network testing, with powerful features for automotive ECU validation
Design test cases using intuitive flowcharts. No coding required - test engineers who understand requirements can build comprehensive test cases visually.
Automatically generate clean, maintainable Python test scripts from your visual test designs. Ready-to-run scripts for CAN-based network testing.
Full support for CAN and CAN-FD protocols. Test message transmission, signal validation, diagnostic services, and network behavior verification.
Import and parse Vector DBC database files for signal definitions, message structures, and network configurations. Seamless integration with existing databases.
Create variant-based test cases for different ECU configurations, regions (Europe, US, Asia Pacific), and platform variants from a single test design.
Maintain full traceability from requirements to test cases. Generate comprehensive test reports with requirement coverage analysis.
Test GenX generates well-structured Python code that follows best practices. The generated scripts are easy to understand, modify, and integrate into your existing CI/CD pipelines.
Test GenX features a powerful template engine that can generate test scripts for any scripting language. Extend your test automation to match your tool ecosystem.
Native support for python-can based test automation
Available NowGenerate CAPL scripts for Vector toolchain
Template ReadyLow-level test scripts for embedded systems
Template ReadyCreate your own templates for any language
ExtensibleThe template engine allows you to create custom code generators for Vector CANoe, BusMaster, dSPACE ControlDesk, IPG CarMaker, ETAS INCA, and more. One test design, multiple tool outputs.
From requirements to executable tests in a seamless, visual workflow
Deploy across all development phases: MIL, SIL, and HIL testing with consistent test designs
Import Vector DBC, ARXML, and other standard automotive database formats
Developers and system engineers can review test designs without learning scripting languages
Support for programming-based, table-based, and graphical test notations
Develop concrete test cases (CTC) by varying logical test cases (LTC) for maximum coverage
Quality scripts adaptable across OEMs and platforms with easy E/E architecture migration
Test GenX supports various automotive testing scenarios
Experience the power of visual test design with Python-based execution for CAN network testing