Simulink supports modeling patterns to flexibly model the structure and behavior of AUTOSAR software components. To represent an AUTOSAR software component, Simulink creates blocks and connections, workspace or dictionary data, model parameters, and a mapped AUTOSAR configuration. The AUTOSAR configuration describes the AUTOSAR component and provides a mapping between Simulink model elements and AUTOSAR component elements. To learn more about Simulink representation of AUTOSAR software components, interfaces, behavior, and data, begin with Model AUTOSAR Software Components.
Model AUTOSAR Software Components
Model the structure and behavior of an AUTOSAR software component in a Simulink model.
Modeling Patterns for AUTOSAR Runnables
Use Simulink® models, subsystems, and functions to model AUTOSAR atomic software components and their runnable entities (runnables).
Model AUTOSAR Runnables Using Exported Functions
Use Simulink® exported functions to model AUTOSAR runnables.
Model communication between AUTOSAR software components with AUTOSAR ports and interfaces.
Model AUTOSAR Component Behavior
Model the internal behavior of an AUTOSAR software component, including the behavior of runnables, events, and inter-runnable variables.
Model variants that AUTOSAR software components use to enable or disable AUTOSAR interfaces or implementations in the execution path, based on defined conditions.
Model AUTOSAR Calibration Parameters and Lookup Tables
Model AUTOSAR calibration parameters and lookup tables, which support run-time tuning of the AUTOSAR application with measurement and calibration tools.
Model AUTOSAR data types for data elements, operation arguments, calibration parameters, measurement variables, and inter-runnable variables.
Simulink originated and round-trip workflows for modeling AUTOSAR software components in Simulink.
Round-Trip Preservation of AUTOSAR XML File Structure and Element Information
Preservation of imported AUTOSAR XML file structure, elements, and UUIDs for ARXML export.
Links to examples of key AUTOSAR design workflows.