Learn AUTOSAR-SAFETY-MODULES with Real Code Examples

Install AUTOSAR toolchain supporting Safety Modules

Configure Safety Module parameters via ARXML files

Generate RTE and BSW integration code

Integrate with ECU-specific hardware abstraction layers

Compile and deploy safety-enabled ECU software

Install AUTOSAR development toolchain

Load Safety Module templates and ARXML configurations

Configure RTE and BSW integration

Set up HIL or software-in-the-loop testing

Deploy to ECU for runtime validation

Safety Module ARXML configuration

RTE and BSW integration files

Diagnostic Event Manager configuration

Safety-critical task definitions

Test and verification artifacts

Mostly integrated in AUTOSAR toolchain GUI

ARXML configuration loaded into RTE generator

Safety verification and validation performed in simulation/HIL tools

Static analysis of safety code

Logs accessed through ECU debugging tools

Documentation in multiple languages

Tool GUI supports localization

Consortium guidelines standardized globally

Safety modules applicable to global automotive OEMs

Community and training resources worldwide

Accessible via AUTOSAR configuration tools

Simulation/HIL dashboards for testing

APIs for automated testing

Documentation and tutorials available

Community and consortium resources for support

Tool GUI for configuration of safety parameters

Dashboard for monitoring diagnostics

HIL and simulation visualizations

Not directly applicable to end-users

Focus on engineer-friendly visualization and alerts

Safety tasks maintain operational state

Watchdogs track execution timing

Diagnostic events trigger safe state transitions

Redundancy ensures consistency across tasks

Fail-safe logic manages abnormal conditions

Logs of diagnostic events stored in ECU memory

Safety parameters loaded from ARXML configuration

Fault injection test results recorded

Redundant computation ensures consistency

Communication stack monitors message integrity