<u>Output:</u>
f1 in A
f2 in A
f1 in B
f2 in A
f1 in A
f2 in A
f1 in B
f2 in B
<u>Explanation:</u>
In this snippet, the code makes use of virtual functions. A virtual function is defined as a function that is defined in the base class and redefined in the derived class. If the derived function accesses the virtual function, the program will get executed with the derived class’s version of the function.
In this code, we define the virtual function f1() in class A and also redefine it in class B which is the derived class of A. While executing the program, the function g which takes the object b (class B’s object) as a parameter. It will print class B’s version of f1() rather than class A’s version. This is working off the virtual function.
It is the USB port..............................................
This vulnerability above is taking advantage of the race condition process in the application.
<h3>What is race condition? </h3>
This race condition is said to be in the critical section or one that is a part of the program and it is a place where shared memory is accessed and it is concurrently worked on or executed by two or more threads.
Hence, This vulnerability above is taking advantage of the race condition process in the application.
Learn more about race condition from
brainly.com/question/13445523
#SPJ2
Answer:
If it's a bird than the bigger the wing span the faster it can fly... or possibly glide in the air longer. I think all plan wing sizes don't change the effect of how it goes. If it is something like the sky gliders than yes. It would most likely be in the sky longer.
