What is meant by Module Structure?
The term "module structure" refers to the way a system or software is divided into various independent or interrelated modules. These modules represent functional units that perform specific tasks or functions within the overall system. A well-designed module structure allows for efficient organization, maintenance, and extension of the system by defining clear responsibilities and interfaces between modules.
Typical software functions in the area of "Module Structure":
- Module Creation and Management: Support for creating, configuring, and managing modules within the system.
- Module Linking: Definition and management of interactions and dependencies between different modules, including interfaces and data flows.
- Module Verification and Testing: Provision of functions to test and validate modules to ensure they function as expected and are free of errors.
- Modular Design and Architecture: Tools for designing the module structure to enable a clear and flexible architecture that can be easily extended and adapted.
- Module Update and Maintenance: Functions for updating and maintaining modules, including tracking changes and ensuring backward compatibility.
- Documentation and Description: Provision of documentation and description functions for each module to facilitate usage and maintenance.
- Access and Permission Management: Management of access rights and permissions for different modules to ensure that only authorized users can access certain functions or data.
- Versioning and History: Tracking versions and changes to modules to document the development history and restore previous versions if needed.
- Modular Code Generator: Automatic generation of code for new modules based on predefined templates or specifications.
- Interactive Visualization: Tools for visualizing the module structure and relationships between modules to better understand and analyze the system architecture.
