public void run() {
while (test.getWl().getSize() > 0) {
// socket模块的接收实例化,取出cli对象
// 先调出wl的对象,然后才是socket的对象
setCli(test.minus());
System.out.println("the setted client is: " + cli.getRoomID());
if (cli != null) {
try {
if (noticeflag[0] == 0 || noticeflag[1] == 0 || noticeflag[2] == 0) { // 有线程还未被初始化
num = control.threadControl(cli, noticeflag);
System.out.println("the client " + cli.getRoomID() + " is executing");
continue;
} else if ((threads[0].getNoticeflag() == 1)
&& (threads[1].getNoticeflag() == 1)
&& (threads[2].getNoticeflag() == 1)) { // 当前等待线程存在等待对象且所有的都在执行
// num = control.threadControl(test.minus(),noticeflag); //弹出当前
num = -1;
// 加入首对象重复判断
if (control.isExist(cli.getRoomID()) != -1) {
num = control.threadControl(cli, noticeflag);
System.out.println("substitute");
} else {
// 未发现重复对象，等待
while (threads[0].getNoticeflag() != 2
|| threads[1].getNoticeflag() != 2
|| threads[2].getNoticeflag() != 2) { // 说明从死循环里面出来了
// System.out.println("server is waiting");
}
num = control.threadControl(cli, noticeflag);
System.out.println("the waiting client " + cli.getRoomID() + " is working now");
}
continue;
// test.add(cli); //接收的放进waiting list
} else if ((threads[0].getNoticeflag() == 2)
|| (threads[1].getNoticeflag() == 2)
|| (threads[2].getNoticeflag() == 2)) { // 某线程执行结束之后
// judge(noticeflag); //更新
// if (test.getWl().getSize()>0){
num = control.threadControl(cli, noticeflag);
System.out.println("the current size of queue is: " + test.getWl().getSize());
continue;
// }
// else{
// num = control.threadControl(cli, noticeflag);
// }
}
System.out.println("the thread is executing is: " + num);
// control.updatethread("free", num, "");
// control.saverecord(threads[num-1]);
// cli = null;
// threads[num-1].wait();
} catch (Exception e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
}
}
public void judge(int[] input) throws Exception {
for (int i = 0; i < input.length; i++) {
if (input[i] == 2) control.updatethread("free", i + 1, "");
}
}
/*
* 总线程,控制整个流程
* 接收socket的函数
*/
public class serverthread extends Thread {
// controlDao control = new controlDao();
serverdao control = new serverdao();
client cli = new client(); // socket接收传入对象
int[] noticeflag = {0, 0, 0}; // 等待信号量 未初始化0 执行中1 执行结束2
private boolean signal; // 执行信号量,来源于control中的开关命令
private waitingthread test;
executethread[] threads = control.getThreads(); // 三条执行线程
int num;
// socket接收模块的启动接口
public serverthread(waitingthread test) {
this.test = test;
}
public void setSignal(boolean signal) { // 设置总线程的信号量函数
this.signal = signal;
}
public synchronized void setCli(client cli) {
this.cli = cli;
}
public void judge(int[] input) throws Exception {
for (int i = 0; i < input.length; i++) {
if (input[i] == 2) control.updatethread("free", i + 1, "");
}
}
public void run() {
while (test.getWl().getSize() > 0) {
// socket模块的接收实例化,取出cli对象
// 先调出wl的对象,然后才是socket的对象
setCli(test.minus());
System.out.println("the setted client is: " + cli.getRoomID());
if (cli != null) {
try {
if (noticeflag[0] == 0 || noticeflag[1] == 0 || noticeflag[2] == 0) { // 有线程还未被初始化
num = control.threadControl(cli, noticeflag);
System.out.println("the client " + cli.getRoomID() + " is executing");
continue;
} else if ((threads[0].getNoticeflag() == 1)
&& (threads[1].getNoticeflag() == 1)
&& (threads[2].getNoticeflag() == 1)) { // 当前等待线程存在等待对象且所有的都在执行
// num = control.threadControl(test.minus(),noticeflag); //弹出当前
num = -1;
// 加入首对象重复判断
if (control.isExist(cli.getRoomID()) != -1) {
num = control.threadControl(cli, noticeflag);
System.out.println("substitute");
} else {
// 未发现重复对象，等待
while (threads[0].getNoticeflag() != 2
|| threads[1].getNoticeflag() != 2
|| threads[2].getNoticeflag() != 2) { // 说明从死循环里面出来了
// System.out.println("server is waiting");
}
num = control.threadControl(cli, noticeflag);
System.out.println("the waiting client " + cli.getRoomID() + " is working now");
}
continue;
// test.add(cli); //接收的放进waiting list
} else if ((threads[0].getNoticeflag() == 2)
|| (threads[1].getNoticeflag() == 2)
|| (threads[2].getNoticeflag() == 2)) { // 某线程执行结束之后
// judge(noticeflag); //更新
// if (test.getWl().getSize()>0){
num = control.threadControl(cli, noticeflag);
System.out.println("the current size of queue is: " + test.getWl().getSize());
continue;
// }
// else{
// num = control.threadControl(cli, noticeflag);
// }
}
System.out.println("the thread is executing is: " + num);
// control.updatethread("free", num, "");
// control.saverecord(threads[num-1]);
// cli = null;
// threads[num-1].wait();
} catch (Exception e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
}
}
public static void main(String[] args) {
waitinglist wl = new waitinglist();
waitingthread thread = new waitingthread(wl);
serverthread sthread = new serverthread(thread);
sthread.control.init();
Timestamp time;
String[] roomID = {"510", "506", "507", "508", "507"};
client[] cli = new client[5];
int i;
for (i = 0; i < roomID.length - 1; i++) {
cli[i] = new client();
cli[i].setRoomID(roomID[i]);
cli[i].setCurrenttemper(25);
cli[i].setEndtemper(24 - i * 0.5);
cli[i].setFlowpower("high");
time = new Timestamp(System.currentTimeMillis());
cli[i].setStarttime(time);
cli[i].setTemperdirection("cool");
thread.add(cli[i]);
}
thread.setWaitingflag(true);
sthread.setSignal(true); // 开机
sthread.start();
thread.start();
}
}