/// <summary>
/// 获取等待时间最长的用户请求，请求出队列
/// </summary>
/// <returns>等待时间最长的用户请求</returns>
public UserRequestElement DeQ()
{
lock (lockObj)
{
if (urgentReqQ.Count > 0)
{
current = urgentReqQ.Dequeue();
}
else if (normalReqQ.Count > 0)
{
current = normalReqQ.Dequeue();
}
// 队列中无请求
else
{
current = null;
}
// 当用户请求队列中无请求原子时，重置心情求入队列信号
if ((urgentReqQ.Count + normalReqQ.Count) <= 0)
{
sigNewReqArrived.Reset();
}
return(current);
}
}
/// <summary>
/// 将新的用户请求入紧急或者普通队列
/// </summary>
/// <param name="element">新请求元素</param>
/// <returns>true表示请求入队列成功，false表示请求入队列失败，意味请求队列已满</returns>
public bool EnQ(UserRequestElement element, bool urgent = false)
{
lock (lockObj)
{
// 检查请求队列是否已满
if ((normalReqQ.Count + urgentReqQ.Count) >= capacity)
{
return(false);
}
// 请求队列未满
// 根据请求紧迫程度入队列
if (urgent)
{
urgentReqQ.Enqueue(element);
}
else
{
normalReqQ.Enqueue(element);
}
sigNewReqArrived.Set();
return(true);
}
}
public void Reset()
{
// 重置底层
if (m_Ser != null)
{
m_Ser.Reset();
}
m_bBusyTx = false;
m_u8CmdId = enCmd.CMDID_END;
m_u8OutputBufLen = 0;
Adapter2MeshBridge = null;
lock (m_dicAsyncCmdRespRecords)
{
m_dicAsyncCmdRespRecords.Clear();
}
m_asigMgrResponsed.Reset();
}
/// <summary>
/// 将用户请求转换成有意义的字符串
/// </summary>
/// <param name="element">用户请求元素</param>
/// <returns>用户请求字符串描述</returns>
private string describeCmd(UserRequestElement element)
{
if (element == null)
{
return("");
}
if (element.cmd != enCmd.CMDID_SENDDATA)
{
return(element.cmd.ToString());
}
else
{
tSENDDATA sendData = (tSENDDATA)element.param;
enAppMainCMD cmd = (enAppMainCMD)(sendData.u8aData[APP_CMD_OFFS_IN_NOTF_DATA] >> 5);
byte subCmd = (byte)(sendData.u8aData[APP_CMD_OFFS_IN_NOTF_DATA] & 0x1F);
switch (cmd)
{
case enAppMainCMD.eNotify:
{
if (subCmd == (byte)enAppNotifySubCMD.eSelfReport)
{
return("ReplySelfReport(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppNotifySubCMD.eHealthReport)
{
return("ReplyHealthReport(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppNotifySubCMD.eWaveDesc)
{
return("ReplyWaveDesc(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppNotifySubCMD.eWaveData)
{
return("ReplyWaveData(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppNotifySubCMD.eEigenVal)
{
return("ReplyEigenVal(" + sendData.mac.ToHexString() + ")");
}
else
{
return(null);
}
}
case enAppMainCMD.eSet:
{
if (subCmd == (byte)enAppSetSubCMD.eTimeCali)
{
return("SetTimeCali(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eNetworkID)
{
return("SetNetworkID(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eMeasDef)
{
return("SetMeasDef(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eSn)
{
return("SetSn(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eCaliCoeff)
{
return("SetSensorCali(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eADCloseVolt)
{
return("SetADCloseVolt(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eRevStop)
{
return("SetRevStop(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eTrigParam)
{
return("SetTrigParam(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eWsRouteMode)
{
return("SetWsRouteMode(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppSetSubCMD.eWsDebugMode)
{
return("SetWsDebugMode(" + sendData.mac.ToHexString() + ")");
}
else
{
return(null);
}
}
case enAppMainCMD.eGet:
{
if (subCmd == (byte)enAppGetSubCMD.eSn)
{
return("GetSn(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppGetSubCMD.eCaliCoeff)
{
return("GetCaliCoeff(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppGetSubCMD.eADCloseVolt)
{
return("GetADCloseVolt(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppGetSubCMD.eRevStop)
{
return("GetRevStop(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppGetSubCMD.eTrigParam)
{
return("GetTrigParam(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppGetSubCMD.eWsRouteMode)
{
return("GetWsRouteMode(" + sendData.mac.ToHexString() + ")");
}
else
{
return(null);
}
}
case enAppMainCMD.eRestore:
{
if (subCmd == (byte)enAppRestoreSubCMD.eWS)
{
return("RestoreWS(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppRestoreSubCMD.eWG)
{
return("RestoreWG" + sendData.mac.ToHexString() + ")");
}
else
{
return(null);
}
}
case enAppMainCMD.eReset:
{
if (subCmd == (byte)enAppResetSubCMD.eWS)
{
return("ResetWS(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppResetSubCMD.eWG)
{
return("ResetWG" + sendData.mac.ToHexString() + ")");
}
else
{
return(null);
}
}
case enAppMainCMD.eUpdate:
{
if (subCmd == (byte)enAppUpdateSubCMD.eFwDesc)
{
return("UpdateFwDesc(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppUpdateSubCMD.eFwData)
{
return("UpdateFwData(" + sendData.mac.ToHexString() + ")");
}
else if (subCmd == (byte)enAppUpdateSubCMD.eControl)
{
return("UpdateControl(" + sendData.mac.ToHexString() + ")");
}
else
{
return(null);
}
}
default: return("");
}
}
}
