public static void TurnZoneOff(
string name)
{
foreach (Device d in Zones[name])
{
TP_Link.TurnOff(d.ipAddress, d.name, d.isSocket);
}
ZoneStates[name] = "off";
}
// GET: Security/Off?id=NNN
public ActionResult Off(
string id,
string socket = "no")
{
string ipAddr = "192.168.1." + id;
TP_Link.TurnOff(ipAddr, ipAddr, socket != "no");
return(Content("OK"));
}
/// <summary>
/// Apply any initial on/off settings in the current schedule, recording the current state for each device
/// </summary>
static void InitSchedule()
{
if (CurrentProfileSchedules.radioSchedule != null)
{
if (CurrentProfileSchedules.radioSchedule.initiallyOn || CurrentProfileSchedules.radioSchedule.initiallyOff || CurrentProfileSchedules.radioSchedule.onPeriods.Any())
{
Running.ExitAllPrograms();
DesktopClient.SendSpecialkey("ClearDesktop");
}
if (CurrentProfileSchedules.radioSchedule.initiallyOn)
{
Receiver.Security();
RadioState = "on";
}
if (CurrentProfileSchedules.radioSchedule.initiallyOff)
{
RadioState = "off";
}
}
foreach (var zoneKV in CurrentProfileSchedules.zoneSchedules)
{
if (zoneKV.Value.initiallyOn && Zones.ContainsKey(zoneKV.Key))
{
foreach (Device d in Zones[zoneKV.Key])
{
TP_Link.TurnOn(d.ipAddress, d.name, d.isSocket);
}
ZoneStates[zoneKV.Key] = "on";
}
if (zoneKV.Value.initiallyOff && Zones.ContainsKey(zoneKV.Key))
{
foreach (Device d in Zones[zoneKV.Key])
{
TP_Link.TurnOff(d.ipAddress, d.name, d.isSocket);
}
ZoneStates[zoneKV.Key] = "off";
}
}
}
/// <summary>
/// Periodically (typically evey minute) check the current time against the schedule to determine if ant lights need switching
/// </summary>
/// <param name="when"></param>
public static void Tick(DateTime when)
{
if (CurrentProfileSchedules != null)
{
// If the date has changed, re-load the profile in order to get the new day's schedule
if (when.Date != DateLoaded)
{
LoadProfile(CurrentSecurityProfileId, true);
}
if (CurrentProfileSchedules.radioSchedule.onPeriods.Count != 0)
{
try
{
var radioOn = TestIfOn(when, CurrentProfileSchedules.radioSchedule.onPeriods);
if (radioOn && RadioState != "on")
{
Receiver.Security();
RadioState = "on";
}
else if (!radioOn && RadioState != "off")
{
Receiver.TurnOff();
RadioState = "off";
}
}
catch (Exception ex)
{
logger.Error(ex, "Can't schedule Radio: {0}", ex.ToString());
}
}
foreach (var zoneKV in CurrentProfileSchedules.zoneSchedules)
{
if (zoneKV.Value.onPeriods.Count != 0 && Zones.ContainsKey(zoneKV.Key))
{
try
{
var zoneOn = TestIfOn(when, zoneKV.Value.onPeriods);
if (zoneOn && (!ZoneStates.ContainsKey(zoneKV.Key) || ZoneStates[zoneKV.Key] != "on"))
{
foreach (Device d in Zones[zoneKV.Key])
{
TP_Link.TurnOn(d.ipAddress, d.name, d.isSocket);
}
ZoneStates[zoneKV.Key] = "on";
}
if (!zoneOn && (!ZoneStates.ContainsKey(zoneKV.Key) || ZoneStates[zoneKV.Key] != "off"))
{
foreach (Device d in Zones[zoneKV.Key])
{
TP_Link.TurnOff(d.ipAddress, d.name, d.isSocket);
}
ZoneStates[zoneKV.Key] = "off";
}
}
catch (Exception ex)
{
logger.Error(ex, "Can't schedule Zone {0}: {1}", zoneKV.Key, ex.ToString());
}
}
}
}
}