Program Complexity Analysis Questions Medium
Functional program complexity refers to the complexity of the functional requirements of a program, which are the specific tasks and operations that the program needs to perform. It focuses on the logic and algorithms used to achieve the desired functionality. This includes factors such as the number of functions, control structures, and data structures used in the program, as well as the complexity of the relationships and interactions between them.
On the other hand, non-functional program complexity refers to the complexity of the non-functional requirements of a program, which are the qualities or attributes that the program needs to possess. These qualities include factors such as performance, reliability, maintainability, usability, and security. Non-functional program complexity is concerned with how well the program meets these requirements and the complexity of implementing and managing these qualities.
In summary, the difference between functional and non-functional program complexity lies in the focus of analysis. Functional program complexity focuses on the complexity of the functional requirements and the logic of the program, while non-functional program complexity focuses on the complexity of meeting the non-functional requirements and the qualities of the program.