public void Join(Message message)
{
Errors.AddRange(message.Errors);
Success.AddRange(message.Success);
Warnings.AddRange(message.Warnings);
Info.AddRange(message.Info);
refreshType();
}
public Result Merge(Result result)
{
if (result != null)
{
Successes.AddRange(result.Successes);
Warnings.AddRange(result.Warnings);
Errors.AddRange(result.Errors);
}
return(this);
}
public Room(csharpmatic.Generic.Room dr)
{
Name = dr.Name;
ISEID = dr.ISEID;
if (dr.SingleSwitchControlDevices != null)
{
//get heating actuators
if (dr.SingleSwitchControlDevices.Where(w => w.Functions.Contains(Function.Heating) && w.State.Value).FirstOrDefault() != null)
{
HeatingActive = true;
}
//get dehumidyfier actuators
if (dr.SingleSwitchControlDevices.Where(w => w.Functions.Contains(Function.Humidity) && w.State.Value).FirstOrDefault() != null)
{
DehumidifierActive = true;
}
}
//get temps
if (dr.TempControlDevices != null && dr.TempControlDevices.GroupLeader != null)
{
var pts = dr.TempControlDevices.Select(s => s.Actual_Temperature.Value);
ActualTempAvg = Math.Round(pts.Average(), 1);
ActualTempMax = Math.Round(pts.Max(), 1);
ActualTempMin = Math.Round(pts.Min(), 1);
SetTemp = dr.TempControlDevices.GroupLeader.Set_Point_Temperature.Value;
WindowOpen = dr.TempControlDevices.GroupLeader.Window_State.Value == ITempControl_Windows_State_Enum.OPEN;
BoostActive = dr.TempControlDevices.GroupLeader.Boost_Mode.Value;
BoostSecondsLeft = dr.TempControlDevices.GroupLeader.Boost_Time.Value;
}
//get humidity
if (dr.HumidityControlDevices != null && dr.HumidityControlDevices.GroupLeader != null)
{
var pts = dr.HumidityControlDevices.Select(s => Convert.ToDecimal(s.Humidity.Value));
HumidityAvg = Math.Round(pts.Average());
HumidityMin = Math.Round(pts.Min());
HumidityMax = Math.Round(pts.Max());
}
//get valve opens
if (dr.ValveControlDevices != null && dr.ValveControlDevices.GroupLeader != null)
{
var pts = dr.ValveControlDevices.Select(s => Convert.ToDecimal(s.Level.Value));
ValveOpenAvg = Math.Round(pts.Average() * 100);
ValveOpenMin = Math.Round(pts.Min() * 100);
ValveOpenMax = Math.Round(pts.Max() * 100);
}
//get warnings
Warnings.AddRange(
dr.HmIPDevices.Where(w => w is ILowBatteryInfo).Cast <ILowBatteryInfo>().Where(w => (w.Low_Bat.Value))
.Select(s => String.Format($"{s.Name}: low voltage"))
.ToList()
);
Warnings.AddRange(
dr.HmDevices.Where(w => w.PendingConfig)
.Select(s => String.Format($"{s.Name}: pending configuration"))
.ToList()
);
Warnings.AddRange(
dr.HmDevices.Where(w => !w.Reachable)
.Select(s => String.Format($"{s.Name}: unreachable"))
.ToList()
);
//room device list
Devices = dr.HmDevices.Select(s => s as Device).Where(w => w != null).ToList();
}
public CodePragmaWarningDirective(CodePragmaWarningSetting setting, IEnumerable <int> warnings)
{
Setting = setting;
Warnings.AddRange(warnings);
}
public void Add(PaJaMaResults results)
{
Errors.AddRange(results.Errors);
Warnings.AddRange(results.Warnings);
SystemExceptions.AddRange(results.SystemExceptions);
}
// WARNINGS
public Result AddWarnings(params string[] warnings)
{
Warnings.AddRange(warnings);
return(this);
}
public void Concat(ValidationResult result)
{
Errors.AddRange(result.Errors);
Warnings.AddRange(result.Warnings);
}
public void AddWarning(List <string> messages)
{
Warnings.AddRange(messages);
}
