memory.java

操作系统课程设计

import java.awt.*;
import java.awt.List;
import java.awt.event.*;
import java.io.DataInputStream;
import java.io.IOException;
import java.lang.reflect.InvocationTargetException;
import java.net.*;
import java.io.*;
import java.util.*;
import javax.swing.JButton;
import javax.swing.JFrame;
import javax.swing.JLabel;
import javax.swing.JPanel;
import javax.swing.JProgressBar;
import javax.swing.JTextField;
import javax.swing.SwingUtilities;

public class memory extends JFrame {
	int msize=1;
	private static int DELAY = 100;
	int maxmem=100;//最大内存
	int memvalue=10;
	int runtime=1;
	 boolean flag = true;
	 int omgtime=0;
	Label c0 = new Label("0");
	Label c1=new Label("10");
	Label c2=new Label("20");
	Label c3=new Label("30");
	Label c4=new Label("40");
	Label c5=new Label("50");
	Label c6=new Label("60");
	Label c7=new Label("70");
	Label c8=new Label("80");
	Label c9=new Label("90");
	Label c10=new Label("100(MB)");
	JProgressBar aJProgressBar = new JProgressBar(0, 10);//进度条类哦
	 		List Lready;
	List Lwaiting;
	 List Lsuspend;
	List L_cpus_info, L_memory_table, L_memory_gra;
	
				JButton BCpuscheduler,BRestore, Bgetp_r, BgetP_s, Bgetp_s_r,random;

	JTextField tp_name, tp_time, tp_priority, tp_memory_size;
	 JTextField tcpuinfo;

	JLabel p_name, p_time, p_priority, p_memory_size, r_queue, w_queue, s_queue,
			memory_gra, memory_table, cpus_info;

	JPanel p1, p2, p3, p4,p5,p6;
	PCB FirstPcb = new PCB();
	notable stable = new notable(10,90,true);
	ArrayList<notable> notables = new ArrayList<notable>();
	ArrayList<notable> cnotables = new ArrayList<notable>();
	ArrayList<PCB> pcbs = new ArrayList<PCB>();
	ArrayList<PCB> Gpcbs = new ArrayList<PCB>();
	ArrayList<PCB> Hpcbs = new ArrayList<PCB>();
	
	Timer timer = new Timer();
	
	void sort(ArrayList<PCB> pcbs){
		  for(int i=0;i<pcbs.size()-1;i++){
			    
			    for(int j = i+1 ; j<pcbs.size();j++){
					 
			    	if(pcbs.get(i).getPriority() >pcbs.get(j).getPriority()){
				    		
				    		 PCB  d = pcbs.get(i);
				    		 pcbs.set(i,pcbs.get(j));	
				    		 pcbs.set(j,d);
				      }
			
			    }
		  }
	}
	
	void fenpei(PCB pcb){
		int size=pcb.getSize();
		for(int i=0;i<notables.size();i++){
			notable table=notables.get(i);
			if(table.isState()){
				if(table.getSize()>=pcb.getSize()){
					if(table.getSize()>pcb.getSize()+msize){
						notable ta1=new notable(table.getStmem(),pcb.getSize(),false);
						notable ta2=new notable(table.getStmem()+pcb.getSize(),table.getSize()-pcb.getSize(),true);
						pcb.setStmem(table.getStmem());
						notables.remove(i);
						notables.add(i, ta1);
						notables.add(i+1, ta2);
						return;
					}else{
						pcb.setStmem(table.getStmem());
						notables.get(i).setState(false);
						return;
					}
				}else {
					
				}
			}
		}
		int cc=0;
		int sta=10;
		for(int i=0;i<notables.size();i++){
			notable table=notables.get(i);
			if(table.isState()){
				
				/*notable ta= new notable(sta,table.getSize(),true);
				cnotables.add(ta);
				sta=sta+table.getSize();*/
			}
			else{
				table.setStmem(sta);
				sta=sta+table.getSize();
				cnotables.add(table);
			}
		}
		notable ta=new notable(sta,400-sta,true);
		cnotables.add(ta);
		notables=cnotables;
		fenpei(pcb);
		System.out.println("无法分区");
		tcpuinfo.setText(" 无法分区！");
	}
	
	void huishou(PCB pcb){
		int count=0;
		int stmem=pcb.getStmem();
		for(int i=0;i<notables.size();i++){
			notable table=notables.get(i);
			if(stmem==table.getStmem()){
				if(i==0){
					if(notables.get(i+1).isState()){
						notable ta1=new notable(table.getStmem(),table.getSize()+notables.get(i+1).getSize(),true);
						notables.add(i, ta1);
						notables.remove(i+1);
						notables.remove(i+1);
						return;
					}else{
						notables.get(i).setState(true);
						return;
					}
				}else {
					if(i==notables.size()-1){
						if(notables.get(i-1).isState()){
							notable ta1=new notable(notables.get(i-1).getStmem(),table.getSize()+notables.get(i-1).getSize(),true);
							notables.add(i+1,ta1);
							notables.remove(i);
							notables.remove(i-1);
							return;
						}else{
							notables.get(i).setState(true);
							return;
						}
					}else{
						notables.get(i).setState(true);
						if(notables.get(i-1).isState()){
							notable ta1=new notable(notables.get(i-1).getStmem(),table.getSize()+notables.get(i-1).getSize(),true);
							notables.add(i+1,ta1);
							notables.remove(i);
							notables.remove(i-1);
							count++;
						}
						if(count==0){
							if(notables.get(i+1).isState()){
								notable ta1=new notable(table.getStmem(),table.getSize()+notables.get(i+1).getSize(),true);
								notables.add(i, ta1);
								notables.remove(i+1);
								notables.remove(i+1);
								//return;
							}
						}else{
							if(notables.get(i).isState()){
								notable ta1=new notable(notables.get(i-1).getStmem(),notables.get(i-1).getSize()+notables.get(i).getSize(),true);
								notables.add(i, ta1);
								notables.remove(i+1);
								notables.remove(i-1);
								//return;
							}
						}
						
						return;
					}
				}
			}
		}
	}
	
	class MyTask extends java.util.TimerTask{
        @Override
        public void run() {
            int Ftime = 0;
			int Fpri = FirstPcb.getPriority()+1;
			if (Ftime > 0) {
				FirstPcb.setTime(Ftime);
				FirstPcb.setPriority(Fpri);
			} else {
				if(flag){
					memvalue = memvalue-FirstPcb.getSize();
					FirstPcb.setState("ready");
				}
				else{
					flag = true;
				}
				huishou(pcbs.get(0));
				pcbs.remove(FirstPcb);// 不能用remove（j） 感觉是不能用这个方法移除第一个类
				
			}
			
			if(pcbs.size()>0){
				tcpuinfo.setText(" 调度成功！");
			}
			else{
				tcpuinfo.setText(" 无进程在就绪队列中 ！");
			}
          //  Table a=new Table(notables);
            BCpuscheduler.setEnabled(true);
            BgetP_s.setEnabled(true);
			Bgetp_s_r.setEnabled(true);
				repaint();
				
        }
        
    }
	// Panel a = new Panel();
	// Panel b = new Panel();
	public static void main(String[] args) {
		
		new memory().View();
		// new ChatClient().reView();
		// new ChatClient().information();
	}
	
	void View() {
	//	 new Thread(new PaintThread()).start();
		notables.add(stable);
		aJProgressBar.setStringPainted(true); // 显示百分比字符   
		aJProgressBar.setIndeterminate(false); // 不确定的进度条
		this.setSize(800, 600);
		this.setLocation(100, 100);
		this.setLayout(null);
		this.setBackground(Color.GRAY);
		this.setLayout(null/*new GridLayout(2, 1, 0, 200)*/);
		p_name = new JLabel("进程名");// 第一行,输入进程信息面板；
		tp_name = new JTextField(10);
		p_time = new JLabel("运行时间(s)");
		tp_time = new JTextField(10);
		p_priority = new JLabel("优先权");
		tp_priority = new JTextField(10);
		p_memory_size = new JLabel("所需主存大小(MB)");
		tp_memory_size = new JTextField(15);
		//Bgetp_r = new JButton("置入就绪队列");
		BRestore = new JButton("置入后备队列"); 
		random = new JButton("随机产生就绪队列");
		p1 = new JPanel(new FlowLayout(FlowLayout.LEFT));
		p1.setBounds(0, 0, 800, 60);
		p1.add(p_name);
		p1.add(tp_name);
		p1.add(p_time);
		p1.add(tp_time);
		p1.add(p_priority);
		p1.add(tp_priority);
		p1.add(p_memory_size);
		p1.add(tp_memory_size);
		//p1.add(Bgetp_r);
		p1.add(BRestore);
		p1.add(random);
		r_queue = new JLabel("就绪队列");// 第二行，队列名面板;
		w_queue = new JLabel("后备队列");
		s_queue = new JLabel("挂起队列");
		memory_gra = new JLabel("内存状态图");
		p2 = new JPanel(new FlowLayout(FlowLayout.CENTER, 130, 10));
		p2.setBounds(0, 70, 800, 70);
		p2.add(r_queue);
		p2.add(w_queue);
		p2.add(s_queue);
		p2.add(memory_gra);
		p2.add(aJProgressBar);
		Lready = new List(5);
		// 第三行，队列状态面板;
		//Lready.setSize(200, 40);
		Lwaiting = new List(5);
		// ?Lwaiting.setSize(200, 40);
		Lsuspend = new List(5);
		// ?Lsuspend.setSize(200, 40);
		L_memory_gra = new List(5);

		p3 = new JPanel(new GridLayout(1,4 ,0, 0));
		p3.setBounds(0, 400, 800, 100);
		p3.add(Lready);
		p3.add(Lwaiting);
		p3.add(Lsuspend);
		//p3.add(L_memory_gra);
		BCpuscheduler = new JButton("进行调度");// 第四行，调度面板;

		BgetP_s = new JButton("挂起");

		Bgetp_s_r = new JButton("解挂");

		tcpuinfo = new JTextField("info", 30);
		p4 = new JPanel(new FlowLayout(FlowLayout.CENTER, 30, 0));
		p4.setBounds(0, 520, 800, 70);
		p4.add(BCpuscheduler);
		p4.add(BgetP_s);
		p4.add(Bgetp_s_r);
		p4.add(tcpuinfo);
		c0.setBounds(140, 330, 15, 10);
		c1.setBounds(180, 330, 15, 10);
		c2.setBounds(220, 330, 15, 10);
		c3.setBounds(260, 330, 15, 10);
		c4.setBounds(300, 330, 15, 10);
		c5.setBounds(340, 330, 15, 10);
		c6.setBounds(380, 330, 15, 10);
		c7.setBounds(420, 330, 15, 10);
		c8.setBounds(460, 330, 15, 10);
		c9.setBounds(500, 330, 15, 10);
		c10.setBounds(520, 330, 50, 10);
		
		this.add(p4);
		this.add(p1);
		this.add(p2);
		this.add(p3);
		this.add(c0);
		this.add(c1);
		this.add(c2);
		this.add(c3);
		this.add(c4);
		this.add(c5);
		this.add(c6);
		this.add(c7);
		this.add(c8);
		this.add(c9);
		this.add(c10);
		
		this.setVisible(true);
		this.setResizable(false);
		this.addWindowListener(new MyWindowMonitor());
		this.addMouseListener(new MyMouseMonitor());
		//BgetLis b1 = new BgetLis();
		BCpuLis b2 = new BCpuLis();
		BgetP_sLis b3=new BgetP_sLis();
		Bgetp_s_rLis b4=new Bgetp_s_rLis();
		BRestoreLis b5=new BRestoreLis();
		randomLis b6=new randomLis();
		//Bgetp_r.addActionListener(b1);
		BCpuscheduler.addActionListener(b2);
		BgetP_s.addActionListener(b3);
		Bgetp_s_r.addActionListener(b4);
		BRestore.addActionListener(b5);
		random.addActionListener(b6);
	}
	
	class MyMouseMonitor extends MouseAdapter{
		public void mouseClicked(MouseEvent e){
			int x=e.getX();
			int y=e.getY();
			if(x<=740&&x>=650&&y<=180&&y>=160)
	        {
				  Table a=new Table(notables);
	        }
		}