private void ClockCheck(SD_Thread Bit)//心跳检测线程
{
while (Bit.isStart)
{
TimeOut = SS_TriggerMarker.Clock_System(LateTime, GetOutTime); //心跳超时检测
Thread.Sleep((int)ClockTimeDelay * 1000); //处理延时
}
}
/// <summary>
/// 计时器[系统时间]：判断执行时间
/// 循环触发：到达指定时间返回一帧true，并重置时间再次计时
/// 持续触发：到达指定时间后，一直返回true
/// </summary>
/// <param name="targetSeconds">定时</param>
/// <param name="Switch">true/false（循环触发/持续触发）</param>
/// <returns>return : 触发标记</returns>
public bool IF_Clock_System(float targetSeconds, bool Switch)
{
bool bit = SS_TriggerMarker.Clock_System(StartTime_System, targetSeconds);
if (bit && Switch)
{
Reset_Marker();
}
return((Switch) ? MarkerEdge.isEdge(bit) : bit);
}
private void DataQueueProcessor(SD_Thread Bit)//数据队列处理器
{
while (Bit.isStart)
{
if (SS_TriggerMarker.Clock_System(LateTime, ClockTimeDelay) && StartClock) //心跳时间判断
{
SetQueue.Enqueue(new byte[] { 1 }); //心跳消息暂时为Byte 1
LateTime = DateTime.Now; //刷新心跳时间
}
if (SetQueue.Count > 0)//发送数据
{
byte[] data = (byte[])SetQueue.Dequeue();
udpSet.Send(data, data.Length, SetServerPoint); //针对发送数据
LateTime = DateTime.Now; //刷新心跳时间
}
Thread.Sleep((int)SetTimeDelay * 1000);//处理延时
}
}
/// <summary>
/// 计时器[系统时间]：判断执行时间(一次性)
/// 到达指定时间返回一帧true
/// </summary>
/// <param name="targetSeconds">定时</param>
/// <returns>return : 触发标记</returns>
public bool IF_Clock_System(float targetSeconds)
{
return(MarkerEdge.isEdge(SS_TriggerMarker.Clock_System(StartTime_System, targetSeconds)));
}