import java.util.concurrent.locks.Lock; import java.util.concurrent.locks.ReentrantLock; public class PrintQueue...semaphore; //是否空闲打印机 private boolean freePrinters[]; private Lock lockPrinters; public PrintQueue...printQueue; public Job(PrintQueue printQueue){ this.printQueue=printQueue; }...printQueue=new PrintQueue(); //启动12个打印线程 Thread thread[]=new Thread[12]; for (int i...=0; i<12; i++){ thread[i]=new Thread(new Job(printQueue),"Thread "+i); }
printQueue; public Job(PrintQueue printQueue) { this.printQueue = printQueue; }...has been printed Thread 2: PrintQueue: Printing a Job during 6 seconds Thread 2: PrintQueue: Printing...printed Thread 4: PrintQueue: Printing a Job during 4 seconds Thread 4: PrintQueue: Printing a Job during...6: PrintQueue: Printing a Job during 2 seconds Thread 6: PrintQueue: Printing a Job during 6 seconds...document has been printed Thread 9: PrintQueue: Printing a Job during 3 seconds Thread 9: PrintQueue
} qu.front = (qu.front + 1) % MAXSIZE; data = qu.data[qu.front]; return 0; } void PrintQueue...(i = 0; i < sizeof(array)/sizeof(ElemType); i++) { InQueue(queue, array[i]); } PrintQueue...(queue); OutQueue(queue, data); OutQueue(queue, data); PrintQueue(queue); InQueue(queue..., 11); InQueue(queue, 12); PrintQueue(queue); return 0; }
import java.util.concurrent.locks.Lock; import java.util.concurrent.locks.ReentrantLock; public class PrintQueue...private Semaphore semaphore; //是否空闲打印机 private boolean freePrinters[]; private Lock lockPrinters; public PrintQueue...printQueue; public Job(PrintQueue printQueue){ this.printQueue=printQueue; }...printQueue=new PrintQueue(); //启动12个打印线程 Thread thread[]=new Thread[12]; for (int i=0; i...<12; i++){ thread[i]=new Thread(new Job(printQueue),"Thread "+i); } for (int i=0; i<12
printQueue = printDialog.PrintQueue; // 使用打印参数打印文档 // ...}需要注意的是，PrintDialog控件是一个模态对话框，即当它弹出时，...另外，该控件提供了一些常用的打印设置，但如果需要更精细的控制，可以使用PrintTicket和PrintQueue对象自己进行参数的设置。...1.属性介绍WPF中PrintDialog控件有以下属性：PrintQueue：获取或设置当前打印任务的打印队列。PrintTicket：获取或设置用于打印任务的打印机设置。...(printDialog.ShowDialog() == true) { // Set printer and page settings printDialog.PrintQueue...= new PrintQueue(new PrintServer(), "Microsoft Print to PDF"); printDialog.PrintTicket = printDialog.PrintQueue.DefaultPrintTicket
其中设置打印属性的是PrintTicket，管理打印机的是PrintQueue。...FrameworkElement element) { var printDialog = new PrintDialog(); SetPrintProperty(printDialog); var printQueue...= SelectedPrintServer(PrintServerName, PrintName); if (printQueue !...= null) { printDialog.PrintQueue = printQueue; printDialog.PrintVisual(element, ""); } } /// <summary...= printServer.GetPrintQueue(printerName); return printQueue; } catch (Exception) { return null;//没有找到打印机
subprocess.PIPE) out=p.stdout.read() result=regex.findall(out.decode(decoding)) if result: printQueue.put...(result[0][0]),int(result[0][1]),int(result[0][2]))) return (ip,result[0]) def resultPrint(printQueue...): while True: try: data=printQueue.get() except queue.Empty: ...pass else: with safeprint: print(data) printQueue=queue.Queue()...safeprint=_thread.allocate_lock() thread=threading.Thread(target=resultPrint,args=(printQueue,)) thread.daemon
初始化队列 ：initqueue ， 销毁队列： destroyqueue ， 判断为空： emptyqueue // 进队列 enqueue ， 出队列 dequeueu 打印队列 printqueue...>front=(q->front+1)%maxsize; e=q->data[q->front];//因为队列中必须空一个数，空的数我们让front指向 return true; } void printqueue...} int main(){ squeue *q; elemtype e; initqueue(q); for(elemtype i=1;i<=10;i++) enqueue(q,i); printqueue...(q); enqueue(q,5); enqueue(q,7); printqueue(q); dequeue(q,e); dequeue(q,e); dequeue(q,e); printqueue
import java.util.concurrent.locks.Lock; import java.util.concurrent.locks.ReentrantLock; public class PrintQueue...semaphore; //是否空闲打印机 private boolean freePrinters[]; private Lock lockPrinters; public PrintQueue...getPrinter(); Long duration=(long)(Math.random()*10); System.out.printf("%s: PrintQueue
var fdsCopy = xpsDoc.GetFixedDocumentSequence(); var xdw =System.Printing.PrintQueue.CreateXpsDocumentWriter...(this.PrintQueue); var vtxd = (VisualsToXpsDocument)xdw.CreateVisualsCollator();
->rear=q->front=NULL; else q->front=q->front->next; e=p->data; free(p); return true; } void printqueue...cout<<endl; } int main(){ int e; squeue * q; initqueue(q); for(int i=1;i<10;i++) enqueue(q,i); printqueue...(q); dequeue(q,e); dequeue(q,e); printqueue(q); } 教材标准队列 //链队运算算法 #include #include rear=q->front=NULL; else q->front=q->front->next; e=p->data; free(p); return true; } void printqueue...{ squeue *q; initqueue(q); int n;//声明n个人 n=8;//因为题目中是8个人 for(int i=1;i<=n;i++) enqueue(q,i); printqueue
else Q->next = node->next; free(node); node = NULL; Q->data--; } // 打印函数 void printQueue...) { Node* Q = initQueue(); enQueue(Q, 1); enQueue(Q, 2); deQueue(Q); printf("%d\n", Q->data); printQueue
return true; } //输出 void printQueue(SeqQueue* SQ) { if (isEmpty(SQ)) { return; } int...LQ->front) { LQ->rear = NULL; } return true; } //打印输出 void printQueue(LinkQueue* LQ) { if (!...队首指针后移 SQ->front = (SQ->front + 1) % MAX_SIZE; return true; } //打印输出 //从第一个位置之后，rear都指向一个空的位置 bool printQueue...recvPrev->next = deleteTmp->next; delete deleteTmp; Q->length--; return true; } //打印 bool printQueue
/ 打印 /// /// 打印机名称 /// 打印文件路径 public static void PrintXPS(string strPrint, string xpsFilePath) { PrintQueue...defaultPrintQueue = new PrintQueue(new PrintServer(), strPrint); string filename = Path.GetFileName(
_front = 0 def printqueue(self): for i in range(self....() myqueue.dequeue() myqueue.dequeue() print ('size was: ', str(len(myqueue))) myqueue.printqueue...() myqueue.enqueue(6) myqueue.enqueue(7) myqueue.printqueue() myqueue.dequeue() myqueue.dequeue...() print ('size was: ', str(len(myqueue))) myqueue.printqueue() myqueue.dequeue() myqueue.dequeue...() myqueue.dequeue() print ('size was: ', str(len(myqueue))) myqueue.printqueue() #myqueue.dequeue
我在下面只取了其中的几个值，可以根据你的需要获取状态 using System.Printing; public static void GetPrintStatus() { PrintQueue
初始化队列 ：initqueue ， 销毁队列： destroyqueue ， 判断为空： emptyqueue // 进队列 enqueue ， 出队列 dequeueu 打印队列 printqueue...>front=(q->front+1)%maxsize; e=q->data[q->front];//因为队列中必须空一个数，空的数我们让front指向 return true; } void printqueue
pq->phead; } void printQueue(Queue* pq) { assert(pq); QNode* cur = pq->phead; while... pushQueue(&pq, 1); pushQueue(&pq, 2); pushQueue(&pq, 3); pushQueue(&pq, 4); printQueue
fornt]; } //清空队列 void ClearQueue(SeqQueue* SQ) { SQ->fornt = SQ->rear = 0; } //打印队列中的与元素 void PrintQueue...12); EnterQueue(&SQ, 15); EnterQueue(&SQ, 16); //打印队列中的元素 printf("队列中的元素为："); PrintQueue...DeleteQueue(&SQ, &data); printf("出队元素为：%d\n", data); printf("\n"); printf("队列中的元素为："); PrintQueue...data); printf("#元素16入队#\n"); //元素16入队 EnterQueue(&SQ, 16); printf("队列中的元素为："); PrintQueue
// offer() 将元素插入对尾 integerQueue.offer(random.nextInt(i + 10)); } printQueue...split(" ")) { // offer() 将元素插入对尾 stringQueue.offer(str); } printQueue...(stringQueue); } private static void printQueue(Queue queue) { // peek() 在移除元素的情况下，返回对头元素
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