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Explain Doubly Linked Lists?
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Answer / nashiinformaticssolutions
A specific kind of linked list that allows traversal across the data components in both directions is called a doubly linked list.
Every node has two linkages, one to the node next to it and one to the node in front of it, which enables accomplishing this.
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Answer / glibwaresoftsolutions
A specific kind of linked list that allows traversal across the data components in both directions is called a doubly linked list.
Every node has two linkages, one to the node next to it and one to the node in front of it, which enables accomplishing this.
| Is This Answer Correct ? | 0 Yes | 0 No |
A specific kind of linked list that allows traversal across the data components in both directions is called a doubly linked list.
Every node has two linkages, one to the node next to it and one to the node in front of it, which enables accomplishing this.
| Is This Answer Correct ? | 0 Yes | 0 No |
which type of question asked from c / c++ in interview.
In cryptography, you could often break the algorithm if you know what was the original (plain) text that was encoded into the current ciphertext. This is called the plain text attack. In this simple problem, we illustrate the plain text attack on a simple substitution cipher encryption, where you know each letter has been substituted with a different letter from the alphabet but you don’t know what that letter is. You are given the cipherText as the input string to the function getwordSets(). You know that a plain text "AMMUNITION" occurs somewhere in this cipher text. Now, you have to find out which sets of characters corresponds to the encrypted form of the "AMMUNITION". You can assume that the encryption follows simple substitution only. [Hint: You could use the pattern in the "AMMUNITION" like MM occurring twice together to identify this]
the expression a=30*1000+2768; evalutes to a) 32768 b) -32768 c) 113040 d) 0
Why n++ execute faster than n+1 ?
In the following code segment what will be the result of the function, value of x , value of y { unsigned int x=-1; int y; y = ~0; if(x == y) printf("same"); else printf("not same"); } a) same, MAXINT, -1 b) not same, MAXINT, -MAXINT c) same , MAXUNIT, -1 d) same, MAXUNIT, MAXUNIT e) not same, MAXINT, MAXUNIT
int n=1; while(1) { switch(n) { case 1:printf("a"); n++; continue; case 2:printf("b"); n++; continue; default : printf("c"); break; } break; }
a=(1,2,3); b=1,2,3; c=1,(2,3); d=(1,2),3; what's the value of 'a','b','c','d'
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C 
