CANoe DENoe - KEMT FEI TUKE

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8 Option .LIN
In this chapter you get a short introduction in CANoe.LIN resp. DENoe.LIN.
The most important and most used functions, features and applications are introduced
here.
Note: Please refer to the online help for further details.
8.1 Configuration of a LIN Test Environment
It is possible to configure a LIN test environment in various ways:
• Configuration by a LIN database
It is possible to configure LIN Slaves entirely from a LIN database, including
reasonable initial values for their transmit messages.
• Configuration by simpler CAPL functions
If the transmitted data are to be changed during the measurement, there are
simple CAPL functions for doing this. They also permit configuration of the LIN
Master.
• Configuration by more complex CAPL functions
Full LINda functionality can be achieved by the more complex functions of
CAPL API.
8.2 LIN Scheduler
At the beginning of the measurement, the scheduler is automatically configured with
data from the CANdb database. To do this, a master node must be defined in the
simulation structure. At measurement start the scheduler begins to send automatically.
In addition to transmission requests of scheduling tables, transmission requests can
also be sent directly with output.
Using the LDFtoDBC converter, included with delivery, "LIN Description Files" (LDF)
can be converted directly into a CANdb database file.
To import a scheduler, follow the steps below:
• Generate a CANdb database with the LDFtoDBC converter.
• Assign the database
• Define a master node in the CANoe simulation structure or select the master
node as a LIN node in the CANalyzer.
The master node must be defined in the database that is generated.
8.3 LIN Simulator
In addition to simulating CAN networks, CANoe can also operate LIN networks without
hardware. Receiving and transmitting frames is simulated as for CAN.
© Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1