Answer:
Following are the program in the C++ Programming Language:
#include <iostream>//header file
using namespace std;//namespane
//set main method
int main() {
int a[100]; //set integer type array variable
int value, i = 0; //set integer variables
cout<<"Enter less than 0 to exit:"<<endl; //message for exit
cout<<"Enter the integer numbers:"<<endl; //message to enter numbers
do{ //set do while
cin>>value; //get input from the user
a[i++] = value; //append elements in array
}while(value>=0);
i--;
cout<<"\nArray are:"<<endl;//message for array
for(int k = 0;k<i;k++){ //set for loop
cout<<a[k]<<" "; //print array
}
return 0;
}
<u>Output</u>:
Enter less than 0 to exit:
Enter the integer numbers:
1
2
3
4
5
-1
Array are:
1 2 3 4 5
Explanation:
Here, we set the integer data type main method "main()" and inside it:
- we set integer type array variable with index value 100.
- we set two integer type variable "value" and "i" initialize value 0.
- we set the do-while loop in which we get the input from the user and and append in the array and pass condition if the value is greater then equal to 0.
- Finally, set for loop and print the elements of an array.
Answer:
c.O(n)
Explanation:
In the array based list implementation of the ADT the worst case time complexity of the getEntry method is O(n).In the worst case it has to travel upto n elements then it has to do the operation.In doing so the time complexity will come out to be O(n).So we conclude that the answer to this question is O(n).
Answer:
Argentina se creó tras su independencia respecto de España el 9 de julio de 1816, tras 6 años de guerra por la independencia del país, donde líderes como Manuel Belgrano, Martín Miguel de Güemes y José de San Martín derrotaron a los españoles.
La unidad nacional de los argentinos, a su vez, se originó tras las invasiones inglesas de 1806 y 1807, y se consolidó tras la conquista de España por parte de los Bonaparte, que dio origen a la Revolución de Mayo de 1810, donde los argentinos decidieron imponer un gobierno propio.
Answer:
Listed below are the few ways Linux Server can be secured
1. Group policies: This is a way to ensure security by applying group policies and permissions both on the group level and the files level. Through proper permission configuration we can easily restrict other users from accessing those files and directories.
2. Implementation of the firewall: Implementing firewall in each of the Linux server will definitely help in securing your machine from outside threats. Iptables will help in filtering the network traffic that are entering into the system and even going out of the system.
3.Enabling SELINUX: Enabling SELINUX is another way to secure your system especially a Linux Server. Selinux is a powerful security that checks and allows applications to run into the system. It won't allow any untrusted application to run into the system.
It can approximately be around 20 basically it depends on your text how long or short the text is
