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C++ for Embedded Systems

1).What makes C++ suitable for embedded systems?

1) Low-level memory access
2) High-level abstractions
3) Object-oriented programming features
4) All of the above

2).Which of the following C++ features is most useful in embedded systems for efficient memory management?

1) RAII (Resource Acquisition Is Initialization)
2) Polymorphism
3) Inheritance
4) None of the above

3).What is the main challenge of using C++ in embedded systems?

1) Large binary size
2) Lack of high-level libraries
3) Limited memory
4) None of the above

4).What is the primary advantage of using object-oriented principles in embedded systems?

1) Easier management of hardware resources
2) Modular and reusable code
3) Real-time performance optimization
4) None of the above

5).Which C++ feature should be avoided in embedded systems due to its overhead?

1) Virtual functions
2) Direct memory access
3) Inline functions
4) None of the above

6).What type of C++ features are preferred for performance-critical embedded systems?

1) Low-level language features
2) High-level abstractions
3) Object-oriented features
4) None of the above

7).What is a typical problem when using exceptions in embedded systems?

1) Increased memory usage
2) Increased runtime performance
3) Lack of exception handling libraries
4) None of the above

8).Which of the following is the most common C++ standard for embedded systems?

1) C++98
2) C++11
3) C++17
4) None of the above

9).Which tool is most commonly used for cross-compiling C++ for embedded systems?

1) GCC
2) Clang
3) MSVC
4) None of the above

10).What should embedded system developers focus on when writing C++ code?

1) Performance
2) Memory usage
3) Real-time constraints
4) All of the above