public static void Cancel(Link_Cfg_Param param)
{
if (param.ThresholdList.Count == 0) //Kill all
{
TimedReport tr;
do
{
tr = TimedReport.FindTimedReport(param.Link_Param_Type.AbsoluteType, param.Timer_Interval, TimedReports);
if (tr != null)
{
TimedReports.Remove(tr);
tr.Timer.Dispose();
}
} while (tr != null);
Console.WriteLine("Removed a timed report.");
}
foreach (ActiveThreshold a in ActiveThresholds)
{
if (a.Param_Type == param.Link_Param_Type.AbsoluteType && param.ThresholdList.Contains(a.Threshold))
{
ActiveThresholds.Remove(a);
}
}
}
/// <summary>
/// This method handles a Link_Cfg_Param related with the DataRate analisis.
/// </summary>
/// <param name="linkCfgParam">The Link_Cfg_Param</param>
private void subscribeLinkParamGen_DataRate(Link_Cfg_Param linkCfgParam)
{
List <LinkParamGenDataRateEventWatcher> thList = new List <LinkParamGenDataRateEventWatcher>();
foreach (Threshold th in linkCfgParam.ThresholdList)
{
LinkParamGenDataRateEventWatcher lpgdre = new LinkParamGenDataRateEventWatcher(th);
lpgdre.Start();
thList.Add(lpgdre);
}
}
/// <summary>
/// This method is reponsible for handling and registering a Link_Cfg_Param.
/// </summary>
/// <param name="linkCfgParam">The Link_Cfg_Param.</param>
public void HandleOneShotParamConf(Link_Cfg_Param linkCfgParam)
{
switch (linkCfgParam.Link_Param_Type.Type)
{
case Link_Param_Types.LINK_PARAM_GEN:
{
HandleLinkParamGenType(linkCfgParam);
break;
}
case Link_Param_Types.LINK_PARAM_802_11: { break; }
}
}
public bool RegisterLinkCfgParam(Link_Cfg_Param linkCfgParam)
{
Timer timer = new Timer(FindParamCallback(linkCfgParam), null, linkCfgParam.Timer_Interval, linkCfgParam.Timer_Interval);
if (linkCfgParam.Th_Action == TH_Action.CANCEL_THRESHOLD)
{
CancelThreshold(linkCfgParam);
return(true);
}
configuredPeriodicReports.Add(new KeyValuePair <Link_Cfg_Param, Timer>(linkCfgParam, timer));
return(true);
}
/// <summary>
/// This is a "submethod" that handles the Link_Cfg_Param of Generic Type in particular.
/// </summary>
/// <param name="linkCfgParam">The Link_Cfg_Param.</param>
private void HandleLinkParamGenType(Link_Cfg_Param linkCfgParam)
{
switch (linkCfgParam.Link_Param_Type.SubType)
{
case (int)LINK_PARAM_GEN_SUBTYPES.DataRate:
{
subscribeLinkParamGen_DataRate(linkCfgParam);
break;
}
case (int)LINK_PARAM_GEN_SUBTYPES.PacketErrorRate: { break; }
case (int)LINK_PARAM_GEN_SUBTYPES.SINR: { break; }
case (int)LINK_PARAM_GEN_SUBTYPES.Throughtput: { break; }
}
}
private TimerCallback FindParamCallback(Link_Cfg_Param linkCfgParam)
{
switch (linkCfgParam.Link_Param_Type.Type)
{
case Link_Param_Types.LINK_PARAM_GEN:
{
return(LinkParamGenTimerCallBacks.LinkParamGenSubTypeTimerCallBack(linkCfgParam.Link_Param_Type.SubType));
}
case Link_Param_Types.LINK_PARAM_802_11:
{
return(LinkParam80211TimerCallBacks.linkParam80211SubTypeTimerCallBack(linkCfgParam.Link_Param_Type.SubType));
}
default: return(null);
}
}
private void CancelThreshold(Link_Cfg_Param linkCfgParam)
{
// TODO optimizar condições de verificação. i.e. verificar o tipo de linkcfgparam.
configuredPeriodicReports.Where(t => t.Key.Link_Param_Type == linkCfgParam.Link_Param_Type && t.Key.Link_Param_Type.SubType == linkCfgParam.Link_Param_Type.SubType).Single().Value.Change(Timeout.Infinite, Timeout.Infinite);
}
public void HandlePeriodicParameterConfig(Link_Cfg_Param linkCfgParam)
{
throw new System.NotImplementedException();
}
