模拟操作系统进程调度：最高优先级优先算法

import java.util.LinkedList;
import java.util.Scanner;
public class scheduleProcess {
/PCB[] process={
     new PCB("进程1",5,1,3,0,"W"),new PCB("进程2",3,0,2,0,"W"),
     new PCB("进程3",1,4,4,0,"W")};
        private LinkedList list=new LinkedList();
        private PCB pointer=null;//指针设为空
        private int current_time=0;//初始化当前时间为0
        private int count=0;//标志位
        /*将当前时间的进程加入列表中*/
        int no;
        Scanner in=new Scanner(System.in);
        public scheduleProcess(){
         for(int i=0;i<process.length;i++){//如果当前时间大于等于进程到达时间，则加入列表
         if(current_time>=process[i].getArrtime()){
         list.add(process[i]);
         count++;//标志当前时间进入列表的个数
         }
         }
         }
        
        public void setList() {
for(int i=0;i<process.length;i++){
if(!list.contains(process[i]) && current_time>=process[i].getArrtime()&& process[i]!=pointer){
list.add(process[i]);
count++;
}
}
}

       
       
        public void getTen(){
         System.out.println("调度前各个进程的信息如下");
         System.out.println("进程名字"+"   "+"进程优先级"+"   "+"进程到达时间"+"    "+"需要时间"+"    "+"cpu时间"+"     "+"进程状态");
         for(int i=0;i<process.length;i++){
         System.out.print(process[i].getName());
             System.out.print("         "+process[i].getPriority());
             System.out.print("         "+process[i].getArrtime());
             System.out.print("           "+process[i].getTotaltime());
             System.out.print("           "+process[i].getCputime());
             System.out.print("         "+process[i].getState());
             System.out.println();
         }
         System.out.println("以下为调度情况");
         while((list.size()!=0 || count!=process.length||pointer!=null)){
         if(current_time!=0){
         if(!(count==process.length)){
         setList();
         }
         }
        
         if(list.size()>0){//获取列表中优先数最大的进程并进行相关操作
         int position=0,max=0;
         for(int i=0;i<list.size();i++){
         PCB p=(PCB)list.get(i);
         if(max<p.getPriority()){
         max=p.getPriority();
         position=i;//并获取标志该进程在列表的位置i
         }