Code Generation for AUTOSAR Adaptive Applications

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Course Details

This two-day course discusses AUTOSAR Adaptive-compliant modeling and code generation using AUTOSAR Blockset. Workflows for top-down and bottom-up software development approaches are discussed in the context of Model-Based Design. This course is intended for automotive industry software developers and systems engineers who use Embedded Coder for automatic C/C++ code generation. Topics include:

Generating Simulink models from existing ARXML system descriptions
Configuring Simulink models for AUTOSAR Adaptive compliant code generation
Configuring AUTOSAR Adaptive events and methods in Simulink
Importing and exporting AUTOSAR Adaptive software architectures and compositions
Modeling calls to AUTOSAR Runtime for Adaptive Applications

Day 1 of 2

AUTOSAR Adaptive Platform Overview

Objective: Understand the differences between the AUTOSAR platforms and how Simulink and AUTOSAR blockset facilitate AUTOSAR Adaptive software design.

AUTOSAR overview
AUTOSAR Adaptive platform
Service-oriented architecture
Using Simulink for AUTOSAR Adaptive application design

Understanding AUTOSAR Adaptive C++ Code and Artifacts

Objective: Configure a Simulink model for AUTOSAR Adaptive code generation and simulation, and navigate generated AUTOSAR Adaptive C++ code and ARXML files.

Generating generic C and C++ code
Configuring models for AUTOSAR Adaptive code generation
Generating AUTOSAR Adaptive C++ code and ARXML files
Simulating AUTOSAR Adaptive models

Modeling AUTOSAR Adaptive Events

Objective: Author and model AUTOSAR Adaptive ports and interfaces that use event-based communication.

Configuring AUTOSAR Adaptive ports and interfaces
Using Simulink buses in AUTOSAR Adaptive applications

Modeling AUTOSAR Adaptive Multirate Applications

Objective: Schedule periodic and nonperiodic rates in an AUTOSAR Adaptive application.

AUTOSAR Adaptive modeling domains
Modeling event-driven AUTOSAR Adaptive applications

Day 2 of 2

Modeling AUTOSAR Adaptive Methods

Objective: Model client and server applications that communicate using AUTOSAR Adaptive methods.

Configuring service interfaces between AUTOSAR Adaptive applications
Modeling blocking method calls
Modeling non-blocking method calls

Importing AUTOSAR Adaptive Applications

Objective: Import existing ARXML files to automatically generate Simulink models with correct architecture and interfaces.

AUTOSAR Adaptive XML (ARXML) description
Importing AUTOSAR Adaptive applications
Array and enumeration data types
Adding functionality to generated Simulink models
Simulating with a harness model
AUTOSAR Adaptive code generation
Structure and fixed-point data types
Managing imported data types in Simulink
Importing modified ARXML files

Modeling AUTOSAR Adaptive Software Architecture

Objective: Create an AUTOSAR Adaptive software architecture design, and populate it with working AUTOSAR Adaptive applications and compositions.

Creating AUTOSAR Adaptive software architectures and compositions
Generating AUTOSAR Adaptive applications
Exporting AUTOSAR Adaptive compositions and applications
Simulating AUTOSAR Adaptive software architecture models

Modeling AUTOSAR Adaptive Runtime Services

Objective: Configure AUTOSAR Adaptive applications to read and write persistent data and utilize the standard logging utility.

Modeling key-value persistency
Outputting to standard logging utility

Level: Intermediate

Prerequisites:

Simulink Fundamentals (or Simulink Fundamentals for Automotive Applications or Simulink Fundamentals for Aerospace Applications).
Embedded Coder for Production Code Generation
Knowledge of C++ programming language and the AUTOSAR Adaptive platform.

Duration: 2 day

Languages: 中文