Answer:
Place an ACL on the line when configuring the RO community string.
Explanation:
Controlling Access via SNMP
SNMP is a protocol used by network management systems to monitor and control network-attached devices. Ciscoworks, HP Openview, and other management stations all use SNMP.
SNMP access can be granted on a network device in two ways—read-only and read-write. Read-only access allows the management station to poll the device for statistics and other information, but it does not allow anything to be changed. Read-write access allows the management station to make changes to the configuration of the device.
It's obviously a good idea to make sure you trust the devices allowed to make changes to your configuration, but some versions of SNMP use only a simple shared password to permit access. To make this more secure, an ACL can be applied, which limits the source IP addresses that can use SNMP.
Answer:
In ADT graph the efficiency of addVertex has efficiency O(logn).
Explanation:
The time complexity of the method addvertex in ADT graph is O(logn). addVertex method has time complexity of O(logn) because it has to divide the list in half and add the vertex according to the place where the needs to be added.
hence we conclude that the answer is O(logn).
<span>The answer is mpeg-4. The most commonly used video formats are the mpeg-4 format, the windows media audio/video format, and the audio visual interleave format.</span>
Answer:
I can give you the perimeter "algorithm" but not the flowchart.
Here you go:
p = w * 4
p = perimiter,
w = width/height
4 = the amount of sides needed.
perimeter = width * 4
to include both width and height, we would instead use:
perimeter = 2(width+height)
This also works with rectangles ^
--------------------------------------------------------------------------
To find an area, it is just width * height. This is also compatible with rectangles.
Answer:
Algorithm:
1. Declare an integer variable N.
2. Read the value N from user.
3.While(N):
3.1 find r=N%10;
3.2 print r in new line.
3.3 Update N as N=N/10.
4.end program.
Implementation in C++.
// header
#include <bits/stdc++.h>
using namespace std;
// main function
int main()
{
// variable
int N;
cout<<"Enter an Integer:";
cin>>N;
// find the digits of number
while(N)
{
// last digit
int r=N%10;
// print last digit
cout<<r<<endl;
// update the number
N=N/10;
}
return 0;
}
Output:
Enter an Integer:329
9
2
3
