下面是二叉搜索樹需要用到的頭文件binary_tree.h

#include <stdio.h>struct BinaryTreeNode{int value;BinaryTreeNode* pLeft;BinaryTreeNode* pRight;
};BinaryTreeNode* CreateBinaryTreeNode(int value){BinaryTreeNode* pNode = new BinaryTreeNode();pNode->value = value;pNode->pLeft = NULL;pNode->pRight = NULL;return pNode;
}void ConnectTreeNodes(BinaryTreeNode* pParent, BinaryTreeNode* pLeft, BinaryTreeNode* pRight){if(pParent != NULL){pParent->pLeft = pLeft;pParent->pRight = pRight;}
}void PrintTreeNode(BinaryTreeNode* pNode){if(pNode != NULL){printf("value of this node is: %d\n ", pNode->value);if(pNode->pLeft != NULL)printf("value of its left child is: %d \n", pNode->pLeft->value);elseprintf("left child is null. \n");if(pNode->pRight != NULL)printf("value of its right child is: %d \n", pNode->pRight->value);elseprintf("right child is null. \n");}else{printf("this node is null. \n");}printf("\n");
}void PrintTree(BinaryTreeNode* pRoot){PrintTreeNode(pRoot);if(pRoot != NULL){if(pRoot->pLeft != NULL)PrintTree(pRoot->pLeft);if(pRoot->pRight != NULL)PrintTree(pRoot->pRight);}
}void DestroyTree(BinaryTreeNode* pRoot){if(pRoot != NULL){BinaryTreeNode* pLeft = pRoot->pLeft;BinaryTreeNode* pRight = pRoot->pRight;delete pRoot;pRoot = NULL;DestroyTree(pLeft);DestroyTree(pRight);}
}

總結

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