Model Architecture and Design

Model componentization, hierarchy, and execution order considerations for code generation

When developing Simulink^® models for code generation, consider:

Scheduling requirements and relevant modeling techniques
Products and blocks that support code generation
Code generation treatment of Simulink modeling semantics

Decide whether to represent application components as subsystems, reference models, or Stateflow^® charts. Consider whether you want to generate reusable code.

Configure test or production hardware or control the location of generated code files.

As you evolve your model, use the Model Advisor to check whether the model is ready for code generation.

Topics

Scheduling
Time- and event-based scheduling requirements
Messages
Generate C/C++ code to use messages for communication
Block Usage
Configure blocks for code generation
Component-Based Modeling
Modularization, reentrancy, and reuse
Model Configuration
Configure models for simulation and code generation
Block Authoring and Customization
Define code generation behavior for user-defined blocks

Featured Examples

Spawn and Synchronize Execution of RTOS Task

Simulate and generate code for asynchronous events on a multitasking, real-time operating system (VxWorks^®).

Simulink Coder Documentation

Support

10 Best Practices for Deploying AUTOSAR Using Simulink

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