代码重用

适当设计模型，使代码生成器能够从中生成可重用的函数代码。

通过设计可生成可重用代码的模型，简化软件分发并减少开发软件所需的时间和资源。使用关键的 Simulink^® 组件化方法，将一个模型分为若干个可分别进行仿真、代码生成和验证的设计组件。代码生成器从引用模型、子系统和库子系统生成可重用的函数代码。

主题

What Is Code Reuse?
Why you reuse code and associate code reuse and reentrancy.
Choose a Componentization Technique for Code Reuse
Comparison of techniques for generating reusable code.
Simulink Function Blocks and Code Generation
Generate reusable code from Simulink Function blocks.

Generate Reusable Code from Library Subsystems Shared Across Models
Create reusable library subsystems to generate code for subsystems that models share.
Determine Why Subsystem Code Is Not Reused
Determine why the code generator does not reuse subsystem code as you expect.
Generate Reusable Code from Model Reference Hierarchy
Generate reusable subsystem code from a top model with Model blocks.
Shared Constant Parameters for Code Reuse
Share generated code for constant parameters across models.
Generate Reusable Code from Stateflow Atomic Subcharts
Generate reusable code for linked and unlinked atomic subcharts.

What Is Reentrant Code?
Why generate reentrant code.
从顶层模型生成可重入代码
从顶层模型生成可重用的可重入代码。
Generate Reentrant Code from Subsystems
Generate reusable, reentrant code from subsystems.
Generate Reentrant Code from Simulink Function Blocks
Generate reusable, reentrant code from Simulink Function blocks that are scoped to a model.
Code Definition and Mapping Limitations and Considerations
Restrictions, constraints, and considerations that apply to code definitions and code mappings.

Generate Shared Utility Code
Modularize and share common Model block functionality as helper functions.
Generate Shared Utility Code for Fixed-Point Functions
Generate reusable code for fixed-point support functions.
Generate Shared Utility Code for Custom Data Types
Generate reusable code for custom data types.