NvMServiceCaller

Call AUTOSAR NVRAM Manager (NvM) service interface NvMService

• 

Libraries:
AUTOSAR Blockset / Classic Platform / Basic Software / NVRAM Manager (NvM)

Description

The AUTOSAR standard defines a NVRAM Manager (NvM) service as a part of Basic Software (BSW) that runs in the AUTOSAR Runtime Environment (RTE). AUTOSAR software components access NvM services through client-server calls. The NvMServiceCaller block calls the AUTOSAR NvM service interface NvMService by to initiate specified operation.

Examples

Simulate AUTOSAR Basic Software Services and Run-Time Environment

Simulate AUTOSAR component calls to Basic Software memory and diagnostic services by using reference implementations.

• Open Live Script

Parameters

Client port name — Name of client port AUTOSAR component uses to call NvM service interface NvMService

NvMService (default) | character vector

Enter the name of the client port the AUTOSAR software component uses to call the NvM service interface NvMService.

Programmatic Use

Block Parameter: PortName

Type: character vector

Values: 'NvMService' | unique name

Default: 'NvMService'

Operation — Specify operation defined in NvM service interface NvMService

GetDataIndex (default) | GetErrorStatus | EraseNvBlock | InvalidateNvBlock | ReadBlock | RestoreBlockDefaults | SetDataIndex | SetRamBlockStatus | WriteBlock

Select the operation that the AUTOSAR software component calls from the NvM service interface NvMService. The AUTOSAR standard defines the operations. After you select the operation, the inports and outports for the block are generated to support the operation.

Programmatic Use

Block Parameter: Operation

Type: character vector

Values: 'GetDataIndex' | 'GetErrorStatus' | 'EraseNvBlock' | 'InvalidateNvBlock' | 'ReadBlock' | 'RestoreBlockDefaults' | 'SetDataIndex' | 'SetRamBlockStatus' | 'WriteBlock'

Default: 'GetDataIndex'

Argument specification — Specify data type and dimensions for operation read or write access

uint8(1) (default) | character vector

A MATLAB expression that specifies data type and dimensions for data to be read or written by the operation.

• To specify a multidimensional data type, you can use array syntax, such as int8([1 1; 1 1]).

• To specify a structured data type, you can create a Simulink.Parameter data object, type it with a Simulink.Bus object, and reference the parameter name.

For examples, see Argument Specification for Simulink Function Blocks.

Dependencies

Specify this parameter when Operation is set to ReadBlock, RestoreBlockDefaults, or WriteBlock.

Programmatic Use

Block Parameter: ArgumentSpecification

Type: character vector

Values: 'uint8(1)' | character vector

Default: 'uint8(1)'

Sample time — Block sample time

-1 (default) | scalar

Block sample time. The default sets the block to inherit its sample time from the model.

Programmatic Use

Block Parameter: st

Type: scalar

Values: '-1' | scalar

Default: '-1'

Extended Capabilities

C/C++ Code Generation
Generate C and C++ code using Simulink® Coder™.

Version History

Introduced in R2016b

R2023a: Basic Software caller blocks support all AUTOSAR schema versions

Starting in 23a, Basic Software caller (BSW) blocks support all AUTOSAR schema versions supported by AUTOSAR Blockset. The BSW blocks inherit the same schema version specified by the model. Code and ARXML generated from the component reflect the schema version specified on the model. When you change the schema version specified by the model, the software automatically replaces software calls to the correct operation.

In some cases, the software may prompt you to confirm a change when moving between schema versions. The software may also display a warning as you update to new schema versions as some modeling patterns are no longer compliant with the configured AUTOSAR schema version.