The analysis- and testing environment for CAN (FD), LIN and Automotive Ethernet
"CanEasy - from developers for developers!"
CanEasy is a Windows-based development tool that can be seamlessly integrated into any existing toolchain. With CanEasy real and simulated electronic control units [ECUs] communicate via different buses according to the communication matrix [residual bus simulation].
It supports UDS and XCP/CCP diagnostic functions and the reading of CDD, ODX/PDX, ELF, A2L and MAP files. Trace files such as ASC/LOG, MDF and BLF can be imported directly for analysis. Due to the automatically generated panels, the high level of automation and programmability, CanEasy can be used very quickly and flexibly. It saves effort, time and costs compared to common development tools.
User Interface
Attractive graphical RichPanels
Database editors
Automatically generated panels
Automation
Integration of any framework (robot framework, Matlab/Simulink)
Programming of dynamic processes
Scheduler for creating sequences
Residual bus simulation
Import of the communication matrix (DBC, ARMXL, LDF)
Simulation of non-existent control units
Support of various protocols (ISO-TP, UDS, KWP, XCP)
Signal modulations and arithmetic functions
Scheduler as LIN send controller
Analysis
Recording and playback functions
Trigger and alarm functions
Bus load and analysis of cycle times
Plots for measuring signal values
Traces for the analysis of logs
Diagnosis
Support of UDS, KWP2000 and XCP/CCP
Import of CDD, ODX, PDX, ELF, MAP and A2L files
Fault memory window
Reading and writing of ECU variables (via XCP and UDS)
Editing services and parameters
Compatibility
Import of complete CANoe configurations
Using CANoe Panels
Conversion of CAPL nodes as CanEasy plug-ins
Execution of CAPL test modules
Support of the file formats CFG, BLF, ASC, CAN, XVP, CNP
Extension
Extending the RichPanels with individual controls
Creation of user plug-ins in any programming language
Directly programmable in VBA and VSTA
Hardware
Support of many various hardware adapters, e.g. PEAK, Kvaser, IXXAT, Vector Informatik, National Instruments, etc.