- A Monolithic structure
- B Organizing code into independent modules
- C Inlining all functions
- D Eliminating functions
Modular Programming - Quiz
- A A large, unstructured code file
- B A set of unrelated functions
- C An independent and reusable unit of code
- D A single line of code
- A Increased compilation time
- B Decreased code reusability
- C Enhanced maintainability and scalability
- D Limited collaboration among developers
- A Procedural programming
- B Object-oriented programming
- C Functional programming
- D Imperative programming
- A Exposing internal details of a module
- B Combining unrelated functions in a module
- C Hiding internal details and exposing a well-defined interface
- D Avoiding the use of modules
- A Improved code maintainability
- B Enhanced code reusability
- C Increased dependency and difficulty in modification
- D Simplified collaboration among developers
- A By avoiding the creation of modules
- B By isolating functions within a single module
- C By organizing code into independent and reusable modules
- D By using monolithic structures
- A Inlining code
- B Tight coupling
- C Global variables
- D Well-defined interfaces
- A Testing
- B Deployment
- C Design
- D Maintenance
- A Limited code organization
- B Increased code dependencies
- C Difficulty in creating reusable modules
- D Limited collaboration among developers
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Modular Programming - Quiz
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- A. Monolithic structure
- B. Organizing code into independent modules
- C. Inlining all functions
- D. Eliminating functions
Remarks:
Explanation:
Modular programming emphasizes breaking down code into independent, manageable modules to enhance maintainability, reusability, and collaboration among developers.
- A. A large, unstructured code file
- B. A set of unrelated functions
- C. An independent and reusable unit of code
- D. A single line of code
Remarks:
Explanation:
A module in modular programming is a self-contained unit of code with well-defined functionality, designed to be reusable and independent of other modules.
- A. Increased compilation time
- B. Decreased code reusability
- C. Enhanced maintainability and scalability
- D. Limited collaboration among developers
Remarks:
Explanation:
Modular programming enhances maintainability and scalability by promoting code organization, reusability, and independent development of modules.
- A. Procedural programming
- B. Object-oriented programming
- C. Functional programming
- D. Imperative programming
Remarks:
Explanation:
Object-oriented programming shares similarities with modular programming by promoting code organization into reusable and independent units called objects.
- A. Exposing internal details of a module
- B. Combining unrelated functions in a module
- C. Hiding internal details and exposing a well-defined interface
- D. Avoiding the use of modules
Remarks:
Explanation:
Encapsulation involves concealing the internal workings of a module and exposing only a well-defined interface to interact with the outside world.
- A. Improved code maintainability
- B. Enhanced code reusability
- C. Increased dependency and difficulty in modification
- D. Simplified collaboration among developers
Remarks:
Explanation:
Tightly coupled modules in modular programming can lead to increased dependency, making it challenging to modify one module without affecting others.
- A. By avoiding the creation of modules
- B. By isolating functions within a single module
- C. By organizing code into independent and reusable modules
- D. By using monolithic structures
Remarks:
Explanation:
Code reusability in modular programming is achieved by creating independent modules with well-defined functionality that can be reused across different parts of an application.
- A. Inlining code
- B. Tight coupling
- C. Global variables
- D. Well-defined interfaces
Remarks:
Explanation:
Communication between modules in modular programming is facilitated through well-defined interfaces, promoting loose coupling and independent development.
- A. Testing
- B. Deployment
- C. Design
- D. Maintenance
Remarks:
Explanation:
Modular programming significantly aids the maintenance phase of the software development process by simplifying code modifications and updates.
- A. Limited code organization
- B. Increased code dependencies
- C. Difficulty in creating reusable modules
- D. Limited collaboration among developers
Remarks:
Explanation:
While modular programming promotes code organization, excessive dependencies between modules can pose a challenge by making the codebase more interconnected.