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人工智能 AI Code 写代码测试

用golang实现冒泡排序

package mainimport "fmt"func main() {arr := []int{3,2,1,3,2,4,8,7,9,2,3}bubbleSort(arr) //冒泡排序fmt.Println("排序后:",arr)
}func bubbleSort(arr []int){for i:= 0; i < len(arr)-1; i++{for j:=0;j < len(arr)-1-i ;j++{if arr[j] > arr[j+1]{arr[j],arr[j+1] = arr[j+1],arr[j]}}}
}

用golang实现计算环比函数

package mainimport "fmt"func main() {fmt.Println(calcLinkRatio(5,3))
}//计算环比值（升、降）
func calcLinkRatio(a, b float64) float64 {//环比linkRatio := (b - a) / a * 100return linkRatio
}

goroutine and channel

package mainimport "fmt"// create a channel
var ch = make(chan int)// send data to channel
func sendData(nums ...int) {for _, n := range nums {ch <- n}
}// receive data from channel
func receiveData() {for {num := <-chfmt.Println("receive data from channel:", num)}
}// main function
func main() {// create go routinego sendData(1, 2, 3, 4, 5, 6)go receiveData()// wait for all routines to finishvar input stringfmt.Scanln(&input)fmt.Println("Done")
}

用golang实现二叉树遍历代码

type TreeNode struct
{Val intLeft *TreeNodeRight *TreeNode
}//先序遍历
func PreOrder(node *TreeNode) {if node == nil {return}//访问根节点fmt.Printf("%d ", node.Val)PreOrder(node.Left)PreOrder(node.Right)
}//中序遍历
func InOrder(node *TreeNode) {if node == nil {return}InOrder(node.Left)fmt.Printf("%d ", node.Val)InOrder(node.Right)
}//后序遍历
func PostOrder(node *TreeNode) {if node == nil {return}PostOrder(node.Left)PostOrder(node.Right)fmt.Printf("%d ", node.Val)
}

用golang实现线程安全的HashMap操作代码

go
package mainimport ("fmt""sync"
)type SafeHashMap struct {lock *sync.Mutexm    map[int]int
}// 创建一个新的 HashMap，并初始化 Mutex 锁
func NewSafeHashMap() *SafeHashMap {return &SafeHashMap{ lock: new(sync.Mutex), m : make(map[int]int)}
}// 根据键值对 kv 向 HashMap 中插入一项数据
// 返回 bool 值，若插入成功则返回 true，否则返回 false
func (shm *SafeHashMap) Put(k int, v int) bool {// 上锁shm.lock.Lock()defer shm.lock.Unlock()// 若 key 已经存在，则返回 false_, ok := shm.m[k]if ok {return false}// 插入 key-value 键值对shm.m[k] = vreturn true
}// 根据 key 从 HashMap 中取出一项 key-value 键值对，
// 若 key 存在则返回对应的 value 以及 true 值，
// 否则返回零值以及 false 值
func (shm *SafeHashMap) Get(k int) (int, bool) {// 上锁shm.lock.Lock()defer shm.lock.Unlock()// 根据 key 取出 valuev, ok := shm.m[k]return v, ok
}// 从 HashMap 中移除一项 key-value 键值对，
// 若 key 存在则移除该项并返回 true 值，
// 否则返回 false 值
func (shm *SafeHashMap) Remove(k int) bool {// 上锁shm.lock.Lock()defer shm.lock.Unlock()_, ok := shm.m[k]if ok {delete(shm.m, k)}return ok
}// 返回 HashMap 中 key-value 键值对的项数
func (shm *SafeHashMap) Size() int {return len(shm.m)
}func main() {// 创建一个空的安全的 HashMapshm := NewSafeHashMap()// 插入 key-value 键值对shm.Put(1, 10)v, ok := shm.Get(1)fmt.Println(v, ok)// 移除 keyok = shm.Remove(1)fmt.Println(ok)// 获取 key 的数量fmt.Println(shm.Size())
}

using C programming language write a tiny Operation System

哈哈，让 AI 写一个操作系统，估计有点难为它了。目前来看，还达不到MOSS的水平，自动生成操作系统。

#include <stdio.h>
#include <stdlib.h>
#include <string.h>/******************** Function declarations ********************/
void clear(void); // clears the console
void print_welcome_message (void);  // prints an introductory message
void command_input(void); // get an input from the user
int run_command (char *inp); // runs the command which is given by the user/******************** Main code ********************/
int main(void)
{clear();print_welcome_message();command_input();return 0;
}/******************** Function definitions ********************/
void clear()
{#ifdef WINDOWSsystem("cls");#elsesystem("clear");#endif
}void print_welcome_message()
{printf("Welcome to our Tiny OS!\n");printf("Start typing the commands:\n\n");
}void command_input()
{char input_str[20];while(1){printf("> ");scanf("%s", input_str);if(run_command(input_str) == -1){break;}}
}int run_command(char *inp)
{if(strcmp(inp, "exit") == 0){printf("\nbye!\n\n");return -1;}else{printf("Invalid Command.\nType \"exit\" to Exit.\n\n");return 0;}}

用 C 语言实现操作系统的自举启动的代码。

#include "boot.h"// 加载操作系统
void boot_load_os()
{    // 这里是一大堆代码// ...// 执行操作系统execute_os();
}

use C language write a tiny compiler

写个编译器看看。

#include <stdio.h>
#include <string.h>const int MAX_SIZE = 1000;// creating a structure to store the tokens.
struct tokens {char* type;char* value;
};//function to lex the program
struct tokens lex(char* input)
{struct tokens token;int i = 0;int startIndex = 0;while(input[i] != '\0'){char currentChar = input[i];if (currentChar == ' '){char* str = malloc(i - startIndex);memcpy(str, &input[startIndex], i - startIndex);token.type = str;token.value = NULL;break;}else if (currentChar == '+' || currentChar == '-'){token.type = "op";token.value = malloc(1);token.value[1] = '\0';token.value = currentChar;break;}i++;}return token;
}int main() {char input[MAX_SIZE];printf("Enter a simple expression:\t");scanf("%s", input);struct tokens token = lex(input);printf("Type: %s, Value: %s\n", token.type, token.value);return 0;
}

用golang实现B+树代码

package bptree// B+树定义
type BPTree struct {Order    int                    // B+树的阶数Root     *Node                  // 根节点Height   int                    // 树的高度Size     int                    // 树的大小Sequence func(interface{}, int) // B+树键比较函数
}// B+树中的节点
type Node struct {IsLeaf   bool              // 标识该节点是否为叶子节点Entries  []*Entry          // 节点上的数据条目Next     *Node             // 指向右兄弟节点Children []*Node           // 不是叶子节点时有效，存放子节点指针Parent   *Node             // 指向父节点Items    map[interface{}]*Entry // 键值对
}// 数据条目
type Entry struct {Key   interface{} // B+树索引键Value interface{} // 数据值
}// 构造函数，构建一棵B+树
func NewTree(order int, sequence func(interface{}, int)) *BPTree {tree := &BPTree{Order:    order,Root:     nil,Height:   0,Size:     0,Sequence: sequence,}return tree
}// 搜索数据，返回搜索键的数据记录
func (tree *BPTree) Search(key interface{}) interface{} {node := tree._search(tree.Root, key)if node == nil {return nil}entry := node.Items[key]if entry == nil {return nil}return entry.Value
}// 内部搜索函数，返回搜索键所在节点
func (tree *BPTree) _search(node *Node, key interface{}) *Node {if node == nil {return nil}// 在节点上搜索键i, _ := tree._binarySearch(node, key)// 找到键if i >= 0 && node.Entries[i].Key == key {return node}// 不是叶子节点，从子节点继续搜索if !node.IsLeaf {return tree._search(node.Children[i], key)}// 未找到键return nil
}// 二分搜索函数，在节点上搜索键
func (tree *BPTree) _binarySearch(node *Node, key interface{}) (int, bool) {low := 0high := len(node.Entries) - 1for low <= high {mid := (low + high) / 2result := tree.cmpFunc(key, node.Entries[mid])if result == 0 {return mid, true // 搜索成功} else if result < 0 {high = mid - 1} else {low = mid + 1}}return low, false // 搜索失败
}

使用 golang 写一个开启10个协程请求rpc接口的代码

// 请求rpc
func RpcRequest(aid int, ch chan int) {resp := sendRpc(aid) // 发送rpcch <- resp
}func main() {ch := make(chan int, 10)for i := 0; i < 10; i++ {go RpcRequest(i, ch)}for i := 0; i < 10; i++ {resp := <- chfmt.Println("resp:", resp)}
}

用 C 语言实现一个HashMap 代码

/* 定义key-value字段 */
typedef struct
{void *key; //key void *value; //valuestruct ht_node *next; //单链表
} ht_node;/* 定义hashmap */
typedef struct
{int size; //字典的大小 ht_node **head;  //字典的头int count;   //元素的个数
}ht_hash_map;/*hash函数，计算键值*/
int hash_int_func(int key)
{key += ~(key << 15);key ^= (key >> 10);key += (key << 3);key ^= (key >> 6);key += ~(key << 11);key ^= (key >> 16);return (key & 0x7FFFFFFF);
}/* 创建hashmap */
ht_hash_map *ht_create(int size)
{ht_hash_map *ht = (ht_hash_map*)malloc(sizeof(ht_hash_map));ht->count = 0;ht->size = size;ht->head = (ht_node**)malloc(sizeof(ht_node*)*size);int i;for(i = 0; i < ht->size; i++){ht->head[i] = NULL;}return ht;
}/* 设置hashmap */
int ht_set(ht_hash_map *ht,void *key, void *value)
{int index = hash_int_func(*(int*)key) % ht->size;ht_node *tmp = ht->head[index];ht_node *last = NULL;while(tmp){if(*(int*)tmp->key == *(int*)key){tmp->value = value;return 0;}last = tmp;tmp = tmp->next;}// 没有重复映射ht_node *node = (ht_node*)malloc(sizeof(ht_node));node->key = key;node->value = value;node->next = NULL;// head为空if(ht->head[index] == NULL){ht->head[index] = node;}else{last->next = node;}ht->count++;return 1;
}/* 获取hashmap */
void *ht_get(ht_hash_map *ht, void *key)
{int index = hash_int_func(*(int*)key) % ht->size;ht_node *tmp = ht->head[index];while(tmp){if(*(int*)tmp->key == *(int*)key)return tmp->value;tmp = tmp->next;}return NULL;
}/* 删除hashmap */
int ht_remove(ht_hash_map *ht, void *key)
{int index = hash_int_func(*(int*)key) % ht->size;ht_node *tmp = ht->head[index];ht_node *last = NULL;while(tmp){if(*(int*)tmp->key == *(int*)key){if(last == NULL){//头节点ht->head[index] = tmp->next;}else{last->next = tmp->next;}free(tmp);return 0;}last = tmp;tmp = tmp->next;}return 1;
}/* 销毁hashmap */
void ht_destory(ht_hash_map *ht) {int i;for (i = 0; i < ht.size; i++) {item *cur_item, *cur_item_tmp;cur_item_tmp = ht->items[i];while (cur_item_tmp) {cur_item = cur_item_tmp;cur_item_tmp = cur_item_tmp->next;free(cur_item);}}free(ht);
}/* 查找hashmap中的key-value */
ht_item *ht_search(ht_hash_map *ht, const char *key) {int index;index = hash(key, ht->size);item *cur_item;cur_item = ht->items[index];while (cur_item) {if (strcmp(cur_item->key, key) == 0) { return cur_item; }cur_item = cur_item->next;}return NULL;
}

use C language write a Collection Operation API

#include <stdlib.h>typedef struct item {void *data;
} Item;typedef struct Collection{void* data;int size;
} Collection;// Create a new Collection
Collection* Collection_create() {Collection *collection = (Collection*)malloc(sizeof(Collection));if (collection == NULL) {return NULL;}collection->data = NULL;collection->size = 0;return collection;
}// Add an item to the Collection
int Collection_add(Collection *collection, void* item) {if (collection == NULL) return 0;// Increase the size of the collectionint newSize = collection->size + 1;Item *items = (Item*)realloc(collection->data, newSize*sizeof(Item));if (items == NULL) {return 0;}collection->data = items;// Add the itemItem *item_ptr = &items[collection->size];item_ptr->data = item;collection->size = newSize;return 1;
}// Remove an item from the Collection
int Collection_remove(Collection *collection, void* item) {if (collection == NULL || collection->size == 0) return 0;// Find the item to removeItem *items = (Item*)collection->data;int removeIndex = -1;int i;for (i = 0; i < collection->size; i++) {Item *item_ptr = &items[i];if (item_ptr->data == item) {removeIndex = i;break;}}if (removeIndex == -1) {return 0;}// Remove the itemint newSize = collection->size - 1;Item *newItems = (Item*)malloc(newSize*sizeof(Item));if (newItems == NULL) return 0;// Copy the elements before the removeIndexfor (i = 0; i < removeIndex; i++) {newItems[i] = items[i];}// Copy the elements after the removeIndexfor (i = removeIndex; i < newSize; i++) {newItems[i] = items[i+1];}free(collection->data);collection->data = newItems;collection->size = newSize;return 1;
}// Clear all items from the Collection
int Collection_clear(Collection *collection) {if (collection == NULL) return 0;free(collection->data);collection->data = NULL;collection->size = 0;return 1;
}// Delete the Collection
void Collection_delete(Collection *collection) {if (collection == NULL) return;free(collection->data);free(collection);
}

估计 csdn 封掉链接，不让贴，请私信我！