//第二种用法：独立线程检测并处理任务
static void Test2()
{
Queue <TaskPack> tpQue = new Queue <TaskPack>();
//独立线程驱动计时
PETimer pt = new PETimer(5);
pt.SetLog((string info) => {
Console.WriteLine("LogInfo:" + info);
});
pt.AddTimeTask((int tid) => {
Console.WriteLine("Process线程ID:{0}", Thread.CurrentThread.ManagedThreadId.ToString());
}, 10, PETimeUnit.Millisecond, 0);
//设置回调处理器
pt.SetHandle((Action <int> cb, int tid) => {
if (cb != null)
{
lock (obj) {
tpQue.Enqueue(new TaskPack(tid, cb));
}
}
});
while (true)
{
if (tpQue.Count > 0)
{
TaskPack tp = null;
lock (obj) {
tp = tpQue.Dequeue();
}
tp.cb(tp.tid);
}
}
}
public void Init()
{
Instance = this;
pt.SetLog((string info) => {
Debug.Log("PETimerLog" + info);
});
}
public void InitSvc()
{
_timer = new PETimer();
_timer.SetLog((string info) =>
{
Debug.Log(info);
});
}
public void InitSvc()
{
peTimer = new PETimer();
//设置日志输出方式
peTimer.SetLog((string info) =>
{
PECommon.Log(info);
});
PECommon.Log("Init TimerSvc...");
}
public void InitSvc()
{
instance = this;
pt = new PETimer();
//日志输出
pt.SetLog((string info) =>
{
Debug.Log(info);
});
}
public override void InitSvc()
{
pt = new PETimer();
//设置日志输出
pt.SetLog((string info) => {
Debug.Log(info);
});
Debug.Log("Init TimerSvc...");
}
public void InitSvc()
{
instance = this;
pt = new PETimer();
//设置日志输出
pt.SetLog((info) =>
{
PECommon.Log(info);
});
Debug.Log("TimeSvc ResSvc...");
}
private void Awake()
{
pt = new PETimer();
//设置日志输出
pt.SetLog((string info) => {
Debug.Log(info);
});
_instance = this;
Debug.Log("Init TimerSvc...");
}
public void InitSvc()
{
_instance = this;
pt = new PETimer();
pt.SetLog((info) =>
{
Debug.Log(info);
});
Debug.Log("Init TimerSvc...");
}
public void InitSvc()
{
Instance = this;
pt = new PETimer();
//设置日志输出
pt.SetLog((string info) => {
Debug.Log(info);
});
Debug.Log("Init TimerSvc...");
}
public void InitSys()
{
Instance = this;
pt = new PETimer();
pt.SetLog((string info) => {
Debug.Log("PETimeLog:" + info);
});
//pt.SetLog(delegate(string info) {
// Debug.Log("PETimeLog:" + info); });
Debug.Log("TimerSys Init Done");
}
public void InitSvc()
{
Instance = this;
pt = new PETimer();
// 设置日志输出
pt.SetLog((string info) =>
{
PECommon.Log(info);
});
PECommon.Log("Init TimeSvc...");
}
public void InitSvc()
{
Instance = this;
pt = new PETimer();
// 设置日志输出
pt.SetLog((info) => {
Common.Log(info);
});
Debug.Log(GetType() + "/InitSvc()/ Init Timer Service...");
}
public void InitSvc()
{
Instance = this;
//实例化计时类
pt = new PETimer();
//日志工具接口
pt.SetLog((string info) =>
{
PECommon.Log(info);
});
PECommon.Log("Init TimerSvc...");
}
public void Init()
{
PECommon.Log("TimerSvc Init Done!");
timer = new PETimer(0);//表征100ms调用一次事件的计时器
timer.SetLog(info => PECommon.Log(info));
//设置Handle的逻辑体，即驱动函数在驱动至一个满足条件的回调时，不再执行回调，而是将回调加入队列当中
timer.SetHandle((cb, tid) =>
{
lock (tpQueLock)
{
tpQue.Enqueue(new TaskPack(tid, cb));
}
});
}
public void Init()
{
PETimer = new PETimer(100);
taskPackQueue.Clear();
PETimer.SetLog((string info) => PeRoot.Log(info));//设置日志输出
PETimer.SetHandle((Action <int> cb, int tid) =>
{
if (cb != null)
{
lock (queueLock)
{
taskPackQueue.Enqueue(new TaskPack(tid, cb));
}
}
});
PeRoot.Log("TimerSvc Init Done.||计时服务.");
}
//第一种用法：运行线程检测并处理任务
static void Test1()
{
//运行线程驱动计时
PETimer pt = new PETimer();
pt.SetLog((string info) => {
Console.WriteLine("LogInfo:" + info);
});
pt.AddTimeTask((int tid) => {
Console.WriteLine("Process线程ID:{0}", Thread.CurrentThread.ManagedThreadId.ToString());
}, 10, PETimeUnit.Millisecond, 0);
while (true)
{
pt.Update();
}
}
//在主线程检测并处理
static void Test1()
{
PETimer pt = new PETimer();
pt.SetLog((string info) => {
Console.WriteLine("ConsoleLog:" + info);
});
pt.AddTimeTask((int tid) => {
Console.WriteLine("Time:" + DateTime.Now);
Console.WriteLine("Process线程ID:{0}", Thread.CurrentThread.ManagedThreadId.ToString());
}, 1000, 0, PETimeUnit.Millisecond);
while (true)
{
pt.Update();
}
}
public void Init()
{
tpQue.Clear();
pt = new PETimer(100);
//设置日志输出
pt.SetLog((info => { PECommon.Log(info); }));
pt.SetHandle(((cb, tid) =>
{
if (cb != null)
{
lock (tpQueLock)
{
tpQue.Enqueue(new TaskPack(tid, cb));
}
}
}));
PECommon.Log("TimerSvc Init Done.");
}
/// <summary>
/// 在独立线程检测并处理
/// </summary>
private static void Test2()
{
//任务包 防止异步同时计时
Queue <TaskPack> tpQue = new Queue <TaskPack>();
PETimer pt = new PETimer(50);
int id = pt.AddTimeTask((int tid) =>
{
Console.WriteLine($"Time:{DateTime.Now}");
Console.WriteLine($"Process线程ID：{Thread.CurrentThread.ManagedThreadId.ToString()}");
}, 1000, 0);
pt.SetLog((string info) =>
{
Console.WriteLine($"ConsoleLog{info}");
});
//pt.SetHandle((Action<int> cb, int tid) =>
//{
// if (cb != null)
// {
// lock (obj)
// tpQue.Enqueue(new TaskPack(tid, cb));
// }
//});
while (true)
{
//输入d测试删除
string ipt = Console.ReadLine();
if (ipt == "d")
{
pt.DeleteTimeTask(id);
}
if (tpQue.Count > 0)
{
TaskPack tp;
lock (obj)
tp = tpQue.Dequeue();
tp.cb(tp.tid);
}
}
}
public void Init()
{
pt = new PETimer(100);
// 设置日志输出
pt.SetLog((info) => {
Common.Log(info);
});
pt.SetHandle((Action <int> cb, int tid) => {
if (cb != null)
{
lock (tpQueLock)
{
tpQue.Enqueue(new TaskPack(tid, cb));
}
}
});
Common.Log("TimerSvc Init Done.");
}
public void Init()
{
pt = new PETimer(100);
tpQue.Clear();
pt.SetLog((info) =>
{
Common.Log(info);
});
pt.SetHandle((cb, tid) =>
{
if (cb != null)
{
lock (lockObj)
{
tpQue.Enqueue(new TaskPack(tid, cb));
}
}
});
Common.Log("TimerSvc Init Done");
}
public void Init()
{
pt = new PETimer(100);
tpQue.Clear();
//设置日志输出
pt.SetLog((string info) =>
{
PECommon.Log(info);
});
pt.SetHandle((Action <int> cb, int tid) => {
if (cb != null)
{
lock (tpQueLock)
{
tpQue.Enqueue(new TaskPack(cb, tid));
}
}
});
PECommon.Log("TimeSvc Init Done.");
}
private static readonly string tpQueLock = "tpQueLock"; // 锁
public void Init()
{
pt = new PETimer(100);
tpQue.Clear();
// 设置日志输出
pt.SetLog((string info) => {
PECommon.Log(info);
});
// 设置在主线程执行逻辑，将任务添加到一个队列里，之后再主线程去执行队列的的方法
pt.SetHandle((Action <int> cb, int tid) => {
if (cb != null)
{
lock (tpQueLock) {
tpQue.Enqueue(new TaskPack(tid, cb));
}
}
});
PECommon.Log("TimerSvc Init Done.");
}
/// <summary>
/// 在主线程检测并处理
/// </summary>
private static void Test1()
{
PETimer pt = new PETimer();
pt.SetLog((string info) =>
{
Console.WriteLine($"ConsoleLog{info}");
});
pt.AddTimeTask((int tid) =>
{
Console.WriteLine($"Time:{DateTime.Now}");
Console.WriteLine($"Process线程ID：{Thread.CurrentThread.ManagedThreadId.ToString()}");
}, 1000, 0);
while (true)
{
pt.Update();
//休眠20毫秒 不然CPU占用率高
Thread.Sleep(20);
}
}
//独立线程检测并处理
static void Test2()
{
Queue <TaskPack> tpQue = new Queue <TaskPack>();
PETimer pt = new PETimer(50);
pt.SetLog((string info) => {
Console.WriteLine("ConsoleLog:" + info);
});
int id = pt.AddTimeTask((int tid) => {
Console.WriteLine("Process线程ID:{0}", Thread.CurrentThread.ManagedThreadId.ToString());
}, 1000, 0, PETimeUnit.Millisecond);
//pt.SetHandle((Action<int> cb, int tid) => {
// if(cb != null){
// lock(obj){
// tpQue.Enqueue(new TaskPack(tid, cb));
// }
// }
//});
while (true)
{
string ipt = Console.ReadLine();
if (ipt == "d")
{
pt.DeleteTimeTask(id);
}
if (tpQue.Count > 0)
{
TaskPack tp;
lock (obj) {
tp = tpQue.Dequeue();
}
tp.cb(tp.tid);
}
}
}
public void Init()
{
peTimer = new PETimer(100);
tpQue.Clear();
peTimer.SetLog((string info) =>
{
PECommon.Log(info);
});
peTimer.SetHandle((Action <int> callback, int timeID) =>
{
if (callback != null)
{
lock (tpQueLock)
{
tpQue.Enqueue(new TaskPack(timeID, callback));
}
}
});
PECommon.Log("TimerSvc Init Done....");
}
/// <summary>
/// 初始化脚本
/// </summary>
public void InitSys()
{
Instance = this;
timer = new PETimer();
timer.SetLog((info) => Debug.Log(info));
}
