K8S运行POD的节点称为 A: slave node B: master node C: worker node D: edge node
K8S运行POD的节点称为 A: slave node B: master node C: worker node D: edge node
"Are you okay?" I asked. She ______ and replied, "Yes". A: node B: nosed C: nodded D: notified
"Are you okay?" I asked. She ______ and replied, "Yes". A: node B: nosed C: nodded D: notified
以下______参数可以影响冗余组节点状态。 A: node priority B: node system-mac C: node编号 D: node weight
以下______参数可以影响冗余组节点状态。 A: node priority B: node system-mac C: node编号 D: node weight
设有以下定义: struct node { int data; struct node *next; }*p; 则以下的语句中正确的是()。 A: p=malloc(sizeof(struct node)) B: p=(struct node *)malloc(sizeof(struct node)) C: *p=(struct node *)malloc(4) D: p=(struct node )malloc(sizeof(struct node))
设有以下定义: struct node { int data; struct node *next; }*p; 则以下的语句中正确的是()。 A: p=malloc(sizeof(struct node)) B: p=(struct node *)malloc(sizeof(struct node)) C: *p=(struct node *)malloc(4) D: p=(struct node )malloc(sizeof(struct node))
有以下程序 #include struct NODE {int num; struct NODE *next; } main() {struct NODE *p,*q,*r; p=(struct NODE *)malloc(sizeof(struct NODE)); q=(struct NODE *)malloc(sizeof(struct NODE)); r=(struct NODE *)malloc(sizeof(struct NODE)); p->num=10;q->num=20;r->num=30; p->next=q;q->next=r; printf("%d ",p->num+q->next->num); } 程序运行后的输出结果是( )
有以下程序 #include struct NODE {int num; struct NODE *next; } main() {struct NODE *p,*q,*r; p=(struct NODE *)malloc(sizeof(struct NODE)); q=(struct NODE *)malloc(sizeof(struct NODE)); r=(struct NODE *)malloc(sizeof(struct NODE)); p->num=10;q->num=20;r->num=30; p->next=q;q->next=r; printf("%d ",p->num+q->next->num); } 程序运行后的输出结果是( )
决策树中包含以下哪些结点( ) A: 根结点(root node) B: 叶结点(leaf node) C: 内部结点(internal node) D: 外部结点(external node)
决策树中包含以下哪些结点( ) A: 根结点(root node) B: 叶结点(leaf node) C: 内部结点(internal node) D: 外部结点(external node)
决策树中包含一下哪些结点 A: 根结点(root node) B: 内部结点(internal node) C: 外部结点(external node) D: 叶结点(leaf node)
决策树中包含一下哪些结点 A: 根结点(root node) B: 内部结点(internal node) C: 外部结点(external node) D: 叶结点(leaf node)
Consider an implementation of unsorted singly linked list. Suppose it has representation which a head pointer only. Given the representation, which of the following operation can be implemented in O(1) time?(I). Insertion at the front of the linked list.(II). Insertion at the end of the linked list.(III). Deletion of the front node of the linked list.(IV). Deletion of the last node of the linked list. A: I, II, and IV B: I and II C: I, II, and III D: I and III
Consider an implementation of unsorted singly linked list. Suppose it has representation which a head pointer only. Given the representation, which of the following operation can be implemented in O(1) time?(I). Insertion at the front of the linked list.(II). Insertion at the end of the linked list.(III). Deletion of the front node of the linked list.(IV). Deletion of the last node of the linked list. A: I, II, and IV B: I and II C: I, II, and III D: I and III
以下那个是停止WAS的正确顺序() A: A-AppServer/Cluster dmgr Node B: B-AppServer/Cluster Node dmgr C: C-dmgr Node AppServer/Cluster D: D-dmgr Node AppServer/Cluster
以下那个是停止WAS的正确顺序() A: A-AppServer/Cluster dmgr Node B: B-AppServer/Cluster Node dmgr C: C-dmgr Node AppServer/Cluster D: D-dmgr Node AppServer/Cluster
中国大学MOOC: 对于如下语句struct node{ int id; struct node *next;}*p;p=(struct node*)malloc(sizeof(struct node)*10);如下说法正确的是
中国大学MOOC: 对于如下语句struct node{ int id; struct node *next;}*p;p=(struct node*)malloc(sizeof(struct node)*10);如下说法正确的是