int Asize = 0; TreeSize(A,&Asize); printf("结点个数%d",Asize); size = 0; int Bsize = 0; TreeSize(B, &Bsize); printf("结点个数%d", Bsize); 1. 2. 3. 4. 5. 6. 7. 方法三 分治 int TreeSize(BTNode* root) { return root == NULL ? 0:TreeSize(root->left) + Tree...
// 判断二叉树是否是完全二叉树 bool BinaryTreeComplete(BTNode* root) { Queue q; QueueInit(&q); if (root) QueuePush(&q, root); int levelSize = 1; while (!QueueEmpty(&q)) { BTNode* front = QueueFront(&q); QueuePop(&q); if (front == NULL) break; QueuePush(&q, front->lef...
(BiTree T)//后序递归遍历二叉树 { if(T) { pro_order(T->lchild); pro_order(T->rchild); cout<<T->data; } } int main() { BiTree T; int n; char pre[100],mid[100],last[100]; cout<<"1. 前序中序还原二叉树\n"; cout<<"2. 后序中序还原二叉树\n"; cout<<"0. 退出\n...
struct node *root = create_node(1);。 root->left = create_node(2);。 root->right = create_node(3);。 root->left->left = create_node(4);。 root->left->right = create_node(5);。 printf("Inorder traversal of binary tree: ");。 inorder_traversal(root);。 return 0;。 }。...
//先序创建二叉树voidCreatBinarTreeNode(BiThrTree*T){charc;scanf("%c",&c);//输出空格就是没有了if(' '==c){*T=NULL;}else{*T=(BiThrNode*)malloc(sizeof(BiThrNode));(*T)->data=c;//创建完跟节点创建下面左右子树CreatBinarTreeNode(&(*T)->LeftTreeNode);CreatBinarTreeNode(&(*T)...
View Code main.c(用于测试) #include <stdlib.h>#include<stdio.h>#include"BinaryTree.h"intmain(void) { BinaryTree tree={0}; BinaryTreeCreate(&tree,7,10);//first leveladdLeftNodeByIndex(&tree,2,9,1); addRightNodeByIndex(&tree,3,6,1);//second leveladdLeftNodeByIndex(&tree,4,8,...
~BinaryTree() {} // 树的生成 void add_iter(int item); // 迭代方式生成树(广度遍历逆操作) void add_recur1(); // 递归捕获用户输入方式 void add_recur2(vector<int>& item); // 直接遍历数组实现 // 遍历部分 void breadth_travel(); // bfs ...
vectormsg {"Hello", "C++", "World", "from", "VS Code", "and the C++ extension!"}; for (const string& word : msg) { cout << word << " "; } cout << endl; } { // See https://go.microsoft.com/fwlink/?LinkId=733558 ...
The CMake build step builds an already generated project binary tree. It's equivalent to invokingcmake --buildfrom the command line. For more information on the CMake build step, see theCMake documentation. To build a CMake project, you have these choices: ...
JSON parsers bloat the compiled C binary compared to pure Flatbuffer usage because they inline the parser decision tree. A JSON parser for monster.fbs may add 100K +/- optimization settings to the executable binary. Generated Files The generated code for building flatbuffers, and for parsing and...