I am working on some binary tree algorithms and need a \"find node with searchindex...\" function. The design for treenodes is basically
One of my favorite interview questions is In O(n) time and O(1) space, determine whether a linked list contains a cycle.
I\'m looking for a binary data structure (tree, list) that enables very fast searching. I\'ll only add/remove items at the beginning/end of the program, all at once. So it\'s gonna be fixed-sized, thu
while(count != 25) { tail = head; new_node = (binary_node*)malloc(sizeof(binary_node)); while(tail->next != N开发者_运维百科ULL)
Can anyone explain me the double order traversal? A /\\ BE /\\/\\ CDFG Double order Traversal output : ABCCBDDAEFFEGG
As开发者_如何学Python it currently stands, this question is not a good fit for our Q&A format. We expect answers to be supported by facts, references,or expertise, but this question will likel
I have this formula: negationExpr : NEGATION^* atom ; atom : \'a\'..\'z\' | \'A\'..\'Z\'; With grammer rules above, if I input formula ¬¬a, I wo开发者_运维技巧uld get this tree structure:
Suppose I have a binary search tree which, initially, satisfies all of the red-black conditions and contains one node for every integer s in some set S. Next, I want to a new node; say a开发者_运维技巧
I am trying to build a tree. I´m begging with the next piece of code: >>> class tree: def __init__(self, charge, left=None, right=None):
have been making progress, but still can\'t figure out where my infinite loop is... header file: #include <string>
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