stdlib.h> #define N 8 typedef struct list { int data; struct list *next; } SLIST; SLIST *creatlist...return s; } int main() { SLIST *head; int a[N] = {12, 87, 45, 32, 91, 16, 20, 48}; head = creatlist...(a); outlist(head); printf("\nsum=%d\n", fun(head)); return 0; } SLIST *creatlist(int a[
string.h> #include const int maxn = 10000; struct node { int *elem; int len; }; void Creatlist...printf("\n"); } int main() { int n,m; scanf("%d%d",&n,&m); struct node list1,list2,list; Creatlist...(n,list1); Creatlist(m,list2); Merge(list1,list2,list); print(list); return 0; }
elemtype; typedef struct lnode { elemtype data; lnode* next; }*linklist; elemtype haha[10]; int creatlist_r...[i].year << endl; } } int main() { linklist haha; int n; cout << "请输出要输入的个数:"; cin >> n; creatlist_r
#include #include struct node { int *elem; int len; }; void CreatList...scanf("%d",&n); while(n --) { struct node list; scanf("%d",&m); CreatList
#include typedef struct Node List; struct Node { int m; int n; List * next; }; List *CreatList...); //求乘积函数 void traverse(List *p); //遍历链表 int main() { List *L1, *L2; List *sum, *mult; L1 = CreatList...(); L2 = CreatList(); mult = FunMult(L1, L2); traverse(mult); printf("\n"); sum = FunSum(L1, L2)...; traverse(sum); system("pause"); return 0; } List * CreatList() { int len; List *p = (List *)malloc
> using namespace std; const int maxn = 100001; struct node { int *elem; int len; }; void Creatlist...} } return ans; } int main() { int n; struct node list; scanf("%d",&n); Creatlist
stdio.h> #include #include struct node { int *elem; int len; }; void CreatList...scanf("%d",&n); while(n --) { struct node list; scanf("%d",&m); CreatList
stdio.h> #include typedef struct node { int data; struct node *next; }Node; Node *CreatList...next; while(p){ p = p->next; n++; } return n; } int main(void) { Node *phead; phead = CreatList
string aName=" ",string aTele=" "): m_aName(aName),m_aTele(aTele){}; Address::~Address(){}; Address* creatList...->m_aTele<<endl; i++; } } int main(void) { Address *head; Address num; int choice; head = creatList
> #include const int maxn = 1000000; struct node { int *elem; int len; }; void Creatlist...("%d",&n); while(n --) { struct node list; scanf("%d%d", &len, &m); Creatlist
stdc++.h> using namespace std; struct SeqList { int *List = NULL; int size, maxsize = 1000; }; void CreatList...i < temp.size; i++) cout << temp.List[i] << ' '; cout << endl; } int main() { SeqList a, b, c; CreatList...(a); CreatList(b); c.size = a.size + b.size; c.List = new int[c.size]; for (int i = 0; i < a.size
#include typedef struct node { int data; struct node *next; }Node; //创建链表 Node *CreatList...data); p = p->next; } printf("\n"); } int main(void) { Node *phead; phead = CreatList
通过已知数组元素创建顺序表 //通过已知数组元素创建顺序表 void creatlist( sequenlist *seqlist ) { int i; int a[10]={34,23,67,43,23,87,23,67,92,12...通过键盘输入创建顺序表 //通过键盘输入创建顺序表 void creatlist2( sequenlist *seqlist ) { int i;int n; datatype x; seqlist
stdio.h> #include typedef struct node { int data; struct node *next; }Node; Node *CreatList...data); p = p->next; } printf("\n"); } int main(void) { Node *phead; phead = CreatList
创建一个空链表,返回指向链表的指针 /*创建一个空链表,返回指向链表的指针*/ linklist *creatList() { linklist *head; head = initList(head...尾插法创建单链表 /*创建一个非空链表(按尾插法创建),返回指向链表的指针*/ linklist *creatList1() { datatype x; int n; linklist *head,*
namespace std; const int maxn = 50005; int num = 0; struct node { int *elem; int len; }; void Creatlist...mav3 + mav4); return ans; } int main() { int n; struct node list; scanf("%d",&n); Creatlist
t = t->next; } printf(" %d ", *t); s->next = NULL; free(s->next); } SLIST *creatlist...} } int main() { SLIST *head; int a[N] = {11, 12, 15, 18, 19, 22, 25, 29}; head = creatlist
std; const int maxn = 1000005; struct node { int *elem; int len; int listsize; }; void Creatlist...return m+1; } return 0; } int main() { int n,m,x; struct node list; cin>>n; Creatlist
> #include const int maxn = 1000000; struct node { int *elem; int len; }; void Creatlist...list.elem[list.len-1]); } int main() { int len,t,m; struct node list; scanf("%d",&len); Creatlist
Node *next; }Node; /*定义全局头尾节点*/ Node *head = NULL; Node *end = NULL; 3.创建链表 /*根据传入的参数添加链表节点*/ int CreatList...= 0; /*设置获得随机数的种子(固定代码,没有这句,随机数是固定不变的)测试可以不加*/ srand((int)time(0)); for (i =5;i>0;i--) CreatList...(rand()%MAX); // CreatList(i); printf("新创建的的链表为:"); PrintList(head); InsertListHead(4,10); printf
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