Program Complexity Analysis Questions
Code cohesion refers to the degree to which the elements within a module or component of code are related and work together to achieve a common purpose. It measures how closely the responsibilities and functionalities of the code are related to each other.
High code cohesion indicates that the code within a module or component is focused and well-organized, with each element performing a specific and closely related task. This leads to better readability, maintainability, and understandability of the code. It also reduces the chances of introducing bugs or errors when making changes to the code.
On the other hand, low code cohesion means that the elements within a module or component are loosely related or perform unrelated tasks. This can result in increased program complexity as it becomes harder to understand and modify the code. It may also lead to code duplication, decreased reusability, and increased coupling between different modules or components.
In summary, code cohesion plays a crucial role in determining the complexity of a program. Higher code cohesion leads to lower complexity, while lower code cohesion increases complexity and makes the code more difficult to understand and maintain.