public bool CheckIfActuatorIsWithinUsageLimits(ISingleSwitchControlDevice dev)
{
foreach (var ul in UsageLimits)
{
UsageTracker ut = null;
if (!UsageTracker.TryGetValue(dev.ISEID, out ut))
{
continue;
}
int cnt = ut.GetEventCount(ul.TimeSpan, true);
if (cnt > ul.MaximumTrue)
{
if (dev.State.Value)
{
LOGGER.Info($"{dev.Name} is above usage limit: {cnt} (max {ul.MaximumTrue} in {ul.TimeSpan}");
}
return(false);
}
}
return(true);
}
private void AddActuatorUsage(ISingleSwitchControlDevice dev)
{
if (!UsageTracker.ContainsKey(dev.ISEID))
{
UsageTracker.Add(dev.ISEID, new UsageTracker());
}
UsageTracker ut = UsageTracker[dev.ISEID];
ut.SetUsageTrueWins(dev.State.Value);
}
private void SetAlarmOutputDevicesSate(bool turnOn)
{
List <Task> taskList = new List <Task>();
var alarmDevices = DeviceManager.Devices.Where(w => w.Functions.Contains(Function.Alarm)).ToList();
foreach (var d in alarmDevices)
{
//switch devices
ISingleSwitchControlDevice switchDevice = d as ISingleSwitchControlDevice;
if (switchDevice != null)
{
bool newState = turnOn;
if (switchDevice.State.Value != newState)
{
LOGGER.Info($"ALARM Activating '{switchDevice.Name}'");
taskList.Add(switchDevice.State.SetValueAsync(newState));
}
}
/*
* //dimmer devices
* HMIP_BDT dimmerDevice = d as HMIP_BDT;
* if (dimmerDevice != null)
* {
* decimal newState = turnOn ? 1.0M : 0.0M;
*
* if (dimmerDevice.Level.Value != newState)
* taskList.Add(dimmerDevice.Level.SetValueAsync(newState));
* }
*/
/* LAUD!
*
* //smoke detectors
* HMIP_SWSD smokeDetector = d as HMIP_SWSD;
* if(smokeDetector != null)
* {
* ISmokeDetectorDevice_Smoke_Detector_Command_Enum newState = turnOn ? ISmokeDetectorDevice_Smoke_Detector_Command_Enum.INTRUSION_ALARM : ISmokeDetectorDevice_Smoke_Detector_Command_Enum.INTRUSION_ALARM_OFF;
*
* if (smokeDetector.Smoke_Detector_Command.Value != newState)
* taskList.Add(smokeDetector.Smoke_Detector_Command.SetValueAsync(newState));
* }
*
*/
}
if (taskList.Count > 0)
{
Task.WaitAll(taskList.ToArray());
}
}
