Graphically Manage AUTOSAR Architectural Data

The Architectural Data section of a Simulink^® data dictionary enables interfaces, data types, constants, and AUTOSAR-specific data to be authored, managed, and shared between AUTOSAR components and compositions modeled in Simulink. The Architectural Data section provides scalability for system-level and multicomponent designs by containing these shared elements in a central location.

You can configure architectural data and apply your changes to a model using this basic workflow:

1. Create a data dictionary.

2. Design interface, data types, and constants with the Architectural Data Editor.

3. Link the data dictionary containing architectural data to a Simulink or architecture model.

4. Apply architectural data to a model in the Simulink environment.

Create Simulink Data Dictionary and Open Architectural Data Section for Editing

To create a data dictionary from the AUTOSAR architecture model toolstrip, on the Modeling tab, open the Design gallery, and select Create New Dictionary from the Interfaces and Types section.

Design Data Types, Interfaces, and Constants Using Architectural Data Editor

Once you create your data dictionary, you can add and edit architectural data using the Architectural Data Editor. This tool allows you to author elements shared outside of the context of a particular component or composition and allow multiple team members to define and manage these elements.

Open Architectural Data Editor

To open the editor from an AUTOSAR architecture model:

• In the Simulink editor of an AUTOSAR architecture model, on the Modeling tab, open the Design gallery and select Architectural Data Editor.

To open the editor from outside the context of a model, use one of these methods:

• In the MATLAB^® Current Folder browser, navigate to and double-click the .sldd file to open Model Explorer. Expand the data dictionary file and select Architectural Data, then click Open Architectural Data Editor from the Dialog pane.

• Use the show function on an Architectural Data object created using Simulink.dictionary.archdata.create or Simulink.dictionary.archdata.open.

• Enter archdataeditor at the MATLAB command line.

Add and Configure Data Using Architectural Data Editor

With the Architectural Data Editor, you can create, configure, and manage architectural data.

• Create — On the toolstrip, in the Create section, add data type definitions, interfaces, and constants. Data types, interfaces, and constants each have a dedicated tab for data management.

• Configure — In the right panel, use the Details pane to configure your data. The Details pane can also display platform-specific properties.

  For example, when you set the deployment platform to AUTOSAR Classic, the Details pane displays AUTOSAR interface communication properties such as InterfaceKind, IsService, and Package.

• Manage — You can filter, sort, and search data on the Interfaces, Data Types, and Constants tabs.

In addition to the Interfaces, Data Types, and Constants tabs, the Architectural Data Editor displays platform-specific software address method data for the AUTOSAR Classic Platform in the SwAddrMethods tab.

Add and Configure Data Using Architectural Data Editor

With the Architectural Data Editor, you can create, configure, and manage architectural data.

• Create — On the toolstrip, in the Create section, add data type definitions, interfaces, and constants. Data types, interfaces, and constants each have a dedicated tab for data management.

• Configure — In the right panel, use the Details pane to configure your data. The Details pane can also display platform-specific properties.

  For example, when you set the deployment platform to AUTOSAR Classic, the Details pane displays AUTOSAR interface communication properties such as InterfaceKind, IsService, and Package.

• Manage — You can filter, sort, and search data on the Interfaces, Data Types, and Constants tabs.

In addition to the Interfaces, Data Types, and Constants tabs, the Architectural Data Editor displays platform-specific software address method data for the AUTOSAR Classic Platform in the SwAddrMethods tab.

Link Data Dictionary to Model

To link an existing data dictionary from the AUTOSAR architecture model toolstrip, on the Modeling tab, open the Design gallery and select Link Existing Dictionary from the Interfaces and Types section. When you create a component model from an AUTOSAR architecture model, Simulink automatically links it to the data dictionary.

Use Interface Editor to Apply Interfaces to AUTOSAR Model

Alternatively, you can apply the interfaces to your AUTOSAR model by using the Interface Editor or Property Inspector. In the AUTOSAR model toolstrip, on the Modeling tab, open the Design gallery and select Interface Editor. The editor opens as a pane in the current Simulink editor window.

The primary focus of this model-centric editor is applying interfaces to ports. It displays the available interfaces in the linked data dictionary. See Interface Editor (System Composer) for more information.

By using the Interfaces tab you can:

• Assign an interface to a selected port on the canvas by right-clicking on the interface.

• Trace between ports and interfaces.

• Focus on a particular interface by using the Port Interface View.

• View and configure a selected interface by using the Property Inspector.

Configure AUTOSAR Classic Platform Properties in Architectural Data Section

Once you specify the platform as AUTOSAR Classic you can configure the platform-specific interface and calibration properties as well as the software address methods. Specifically:

• Define software address methods on the dedicated SwAddrMethods tab.

• Configure the AUTOSAR communication kind and calibration properties for data interfaces and interface elements.

• Set XML export options.

• Export a data dictionary, including architectural data, to ARXML.

To specify the AUTOSAR Classic Platform:

• On the toolstrip, in the Platform section, select AUTOSAR Classic. The toolstrip, the main Contents pane, and the Details pane update to display platform-specific options.

To create and configure software address methods:

1. On the toolstrip, in the Create section, click SwAddrMethod. A software address method definition is added on the SwAddrMethods tab.

2. Under SwAddrMethods, set SectionType, MemoryAllocationKeywordPolicy, and Exported XML File as needed.

For more information about configuring software address methods, see Configure AUTOSAR SwAddrMethods.

To create and configure data interfaces and data elements:

1. On the toolstrip, in the Create section, click Data Interface. A data interface object is added under the Interfaces tab.

2. Under Interfaces, click a data interface and edit its name as needed.

3. While the interface is selected, configure the attributes of the interface in the main Contents pane and in the Details pane. Platform-specific interface properties InterfaceKind, IsService, and Package are located under the AUTOSAR section in the Details pane.

4. While the interface is selected, on the toolstrip, in the Create section, click Interface Element to add elements to the interface.

5. Click a data element and edit its name as needed.

6. While the data element is selected, configure its attributes in the main Contents pane and in the Details pane.

   • For Type, supported data types include ones you have created, located on the Data Types tab. See Create and Configure Interface, Data Type, and Constant Definitions for more information.

   • Platform-specific calibration properties DisplayFormat, SwAddrMethod, SwCalibrationAccess are located under the AUTOSAR section in the Details pane.

To create and configure constants:

1. On the toolstrip, in the Create section, click Constant. A constant object is added under the Constants tab.

2. Under the Constants tab, click a constant and edit its name as needed.

3. While the constant is selected, configure its attributes in the main Contents pane and in the Details pane.

   • For the Value field, only double data types are supported.

   • The MappedTo and Package properties are located under the AUTOSAR section in the Details pane.

When you save the Architectural Data section, the interface, data type, constant, and platform-specific data is saved in the .sldd file.

For more information about AUTOSAR interface and calibration properties, see Configure AUTOSAR Communication Interfaces and Configure AUTOSAR Data for Calibration and Measurement. For more information about setting AUTOSAR properties programmatically, see setPlatformProperty.

Configure AUTOSAR XML Options in Architectural Data Section

The XML Options button is available in the Platform section when the development platform is set to AUTOSAR Classic. Component and architecture models linked to the data dictionary use the same XML export parameter values as defined in the linked data dictionary.

On the toolstrip, under Platform, click the XML Options button to configure the export options.

Clicking the XML Options button opens the View and Edit XML Options dialog box and lets you set options for export to ARXML files.

For more information about XML options for classic architecture modeling, see Configure AUTOSAR XML Options and AUTOSAR XML Options Settings.

Export AUTOSAR Definitions to ARXML and Support Files

You can export AUTOSAR definitions and other architectural data defined in a data dictionary to ARXML.

On the toolstrip, under Share, click the Export button.

Clicking the Export button exports the data dictionary contents to ARXML and RTE stub header files. This operation creates a folder in the current folder that contains the ARXML files. You can use exportDictionary to programmatically perform this operation.

Limitations

Some limitations for AUTOSAR mapped data dictionaries include:

• Data dictionary reference hierarchies are not supported for data dictionaries mapped to the AUTOSAR Classic Platform.

• The Interface Editor (System Composer) can only view and edit data interfaces. To author and view other kinds of interfaces for AUTOSAR workflows, such as client/server, parameter, and trigger interfaces, use the AUTOSAR component dictionary.