Develop a Target
A target deploys MATLAB® and Simulink® designs to embedded hardware. With targets, you can prototype, verify, and deploy your application by generating processor-specific code, integrating real-time operating systems and device drivers, and profiling execution on your embedded hardware.
The Embedded Coder® Support Package for ARM Cortex-R Processors helps you develop new Embedded Coder targets based on the ARM Cortex-R processor. This support package provides you with the following classes and functions to help develop your targets, collectively referred to as the Target Software-Development-Kit (SDK).
Before you start, see What Is a Target? and Prerequisites. When you are ready to start creating your own target, follow the steps in Implement a Target.
|Create an object for the target being developed|
|Create an object for the hardware that a target supports|
|Delete a target|
|Load a target|
|Save a target|
|Test the features of the target using the supported hardware|
|An object for the target being developed|
|Create an object for a bare metal scheduler used for hardware|
|Trigger that runs base rate task in generated code|
|Application deployment configuration|
|External mode configuration|
|IO interface connected to hardware|
|Operating system that runs on hardware|
|Processor-in-the-loop simulation configuration|
|Code execution profiler that collects timing information for generated code|
|Hardware that runs generated code|
|Ethernet interface connected to hardware|
|Serial interface connected to hardware|
|An object that describes how to load code to hardware|
|Configuration that describes how to build generated code|
- What Is a Target?
An overview of the concepts of a target, including the hierarchy of targets, target features, and how targets work.
An overview of the system and product requirements, and recommended skills of a developer needed to create a target.
- Implement a Target
Procedural guide to create a target for the ARM Cortex derived hardware board. Follow the sections provide to create a custom Simulink target for your ARM Cortex derived hardware board.
- STEP 1: Preliminary Steps
- STEP 2: Create the Framework
- STEP 3: Specify the Hardware
- STEP 4: Define and Activate Features
- STEP 5: Activate the Application Deployment Feature
- STEP 6: Activate the Scheduling Feature
- STEP 7: Activate the Processor-in-the-Loop Feature
- STEP 8: Activate the External Mode Feature
- STEP 9: Activate the Code Replacement Feature
- STEP 10: Activate the Profiler Feature
- Deliver Your Target to End-Users
I/O device driver blocks generate code that sends and receives data for algorithm code.
- Design Case for ARM Cortex-R Processors
Example design case for creating a target for an ARM Cortex-R processor.
- Class Diagram for the Target SDK
A class diagram showing the relationship and hierarchy of the Target SDK classes.