TOOLS FOR NETWORKS AND DISTRIBUTED SYSTEMS Test Automation Editor 2.0 Easily create CANoe test modules for ECU testing use CAPL libraries to create test functions that can be used like the prepared test functions. Overview of advantages > Out-of-the-box tool for creating and parameterizing tests in all ECU development phases > Equally well-suited for ECU developers, test engineers and domain experts > CANoe Test Feature Set is easy to apply > Integration in CANoe: effective and iterative editing of test modules in the Test Automation Editor and execution of these modules in CANoe > Seamless integration of DOORS > Symbol-based parameterization of predefined test functions > Efficient drag & drop of symbols from the integrated Symbol Explorer Functions > Create and edit test sequences > Clearly organize test cases in test groups > Compose test cases by parameterizing pre-defined test functions or your own test functions > Access to symbols for CAN (DBC), LIN (LDF), FlexRay (FIBEX) and MOST (FCat) > Access to symbols of diagnostic descriptions (CDD, ODX) > Parameterize test functions symbolically, e.g. by drag & drop from the Symbol Explorer window > Integrate and parameterize test cases and functions from CAPL libraries > In-depth testing of test module parameterization, e.g. availability of the symbols used > Quickly navigate inside the CAPL libraries being used > Interface to DOORS: Generate test modules from DOORS, import CANoe test modules to DOORS and directly navigate in both directions, import test reports into the test tracking feature of DOORS > Print out a test list with the general comprehensibility of a test specification, which can be reviewed by test engineers as well as domain experts Application areas Test sequences are created, maintained and executed during many development phases of individual ECUs and networked systems. Use of CANoe in all of these development phases ensures that the CANoe test modules are always applicable. It is very easy to create and maintain test sequences in XML test modules using the Test Automation Editor. These sequences consist of a structured sequence of test cases; they are created either by parameterizing prepared test functions or by parameterizing references to dedicated test case libraries (CAPL or .NET). In addition, you can V2.3 2010-05 Test Automation Editor: Clear and easy to use tool for creating test modules More Information: www.vector.com/contact