The set and get functions are analogous to the accessor and mutator functions of C++. They are used in place of modifying a class member directly inside an object and making it public. An accessor function must be invoked in order to gain access to a private object member.
int mVal = winarr[0].getWidth();
for(int i = 1; i < winarrsize; i++)
{
if(winarr[i].getWidth() > mxVal)
mVal = winarr[i].getWidth();
}
cout << "The widest width is: "
<< mVal << endl;
By using encapsulation, a programmer can specify the labels for the data members and functions as well as whether or not other classes can access them. When data members are marked as "private," member functions of other classes cannot access or modify them which allows members access to these private data.
For a member such as Level, a function like GetLevel() returns the value of the member, while a function like SetLevel() gives it a value.
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did you just put random a*s word together and expect us to know the ¨answer¨
Answer:
Option A i.e., AES is correct.
Explanation:
The user corporation is installing the wireless server and seems to be worried when anyone representing the rival corporation might stands outside that property as well as gather wireless information. He ensured that corporation which WPA2 is safe. However, AES creates WPA2 stronger than WPA.
- Option B is incorrect according to the following scenario because it is the security mechanism used when component through the IEEE 802.11i WLAN standard.
- Option C is incorrect according to the following scenario because it is the protocol initially developed for configure wireless clients to such a dial-in connection device.
- Option D is also incorrect according to the following scenario because it is the terminal access control.
It can be any letter or number as long as its validated.
Answer:
// This program is written in C++ programming language
// Comments are used for explanatory purpose
// Program starts here
#include <iostream>
#include <string>
using namespace std;
// Declare variables
int inputvar;
// Declare output variable as array
int outputvar[32];
// Set a counter for binary array
int i = 0;
while (inputvar > 0) {
// Divide inputvar by 2 and store remainder in outputvar
outputvar[i] = n % 2;
inputvar/=2;
i++; // increment i by 1
}
// End of division
// Prin resulting array in reverse order
for (int j = i - 1; j >= 0; j--) {
cout << outputvar[j];
}
return 0;
}
// End of Program
