public BaseAUPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
{
DriverProperty = driverProperty;
Device = device;
if (!Device.Properties.Any(x => x.Name == driverProperty.Name))
{
Save(driverProperty.Default, false);
}
if (Device.DeviceProperties == null)
{
Device.DeviceProperties = new List<GKProperty>();
}
var deviceProperty = Device.DeviceProperties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (deviceProperty != null)
{
DeviceAUParameterValue = deviceProperty.Value.ToString();
//if ((deviceProperty.DriverProperty != null) && (deviceProperty.DriverProperty.DriverPropertyType == XDriverPropertyTypeEnum.EnumType))
//DeviceAUParameterValue = deviceProperty.DriverProperty.Parameters.FirstOrDefault(x => x.Value == deviceProperty.Value).Name;
}
else
DeviceAUParameterValue = "Неизвестно";
UpdateDeviceParameterMissmatchType();
}
public BasePropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
{
DriverProperty = driverProperty;
IsAUParameter = driverProperty.IsAUParameter;
Device = device;
if (!Device.Properties.Any(x => x.Name == driverProperty.Name))
{
Save(driverProperty.Default, false);
}
if (Device.DeviceProperties == null)
{
Device.DeviceProperties = new List<GKProperty>();
}
var deviceProperty = Device.DeviceProperties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (deviceProperty != null)
{
double value = deviceProperty.Value;
if (DriverProperty.Multiplier != 0)
value /= DriverProperty.Multiplier;
DeviceAUParameterValue = value.ToString();
}
else
DeviceAUParameterValue = "Неизвестно";
UpdateDeviceParameterMissmatchType();
}
public static GKDriverProperty AddPlainEnumProprety(GKDriver driver, byte no, byte offset, string propertyName, string parameter1Name, string parameter2Name)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
Default = (ushort)(1 << offset),
Mask = (short)((1 << offset) + (1 << (offset + 1)))
};
var parameter1 = new GKDriverPropertyParameter()
{
Name = parameter1Name,
Value = (ushort)(1 << offset)
};
var parameter2 = new GKDriverPropertyParameter()
{
Name = parameter2Name,
Value = (ushort)(2 << offset)
};
property.Parameters.Add(parameter1);
property.Parameters.Add(parameter2);
driver.Properties.Add(property);
return property;
}
public static GKDriverProperty AddPlainEnumProprety2(GKDriver driver, byte no, string propertyName, byte offset, string parameter1Name, string parameter2Name, int mask)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
Default = 0,
Mask = (byte)mask
};
var parameter1 = new GKDriverPropertyParameter()
{
Name = parameter1Name,
Value = (ushort)0
};
var parameter2 = new GKDriverPropertyParameter()
{
Name = parameter2Name,
Value = (ushort)mask
};
property.Parameters.Add(parameter1);
property.Parameters.Add(parameter2);
driver.Properties.Add(property);
return property;
}
public ShortPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
: base(driverProperty, device)
{
var property = device.Properties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (property != null)
_text = property.Value;
else
_text = driverProperty.Default;
}
public StringAUPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
: base(driverProperty, device)
{
var property = device.Properties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (property != null)
_text = Convert.ToString(property.Value);
else
_text = Convert.ToString(driverProperty.Default);
}
public static void AddPropertyParameter(GKDriverProperty property, string name, int value)
{
var parameter = new GKDriverPropertyParameter()
{
Name = name,
Value = (ushort)value
};
property.Parameters.Add(parameter);
}
public BoolPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
: base(driverProperty, device)
{
var property = device.Properties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (property != null)
IsChecked = property.Value > 0;
else
IsChecked = (driverProperty.Default == (ushort)1) ? true : false;
}
public BasePropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
{
DriverProperty = driverProperty;
Device = device;
if (!Device.Properties.Any(x => x.Name == driverProperty.Name))
{
Save(driverProperty.Default);
}
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x15,
DriverType = GKDriverType.RSR2_MRK,
UID = new Guid("1EF2C05C-B86A-44E5-8F4C-662AF92DAF20"),
Name = "Модуль радиоканальный",
ShortName = "МРК",
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.RadioChannel
};
driver.Children.Add(GKDriverType.RK_HandDetector);
driver.Children.Add(GKDriverType.RK_SmokeDetector);
driver.Children.Add(GKDriverType.RK_HeatDetector);
driver.Children.Add(GKDriverType.RK_RM);
driver.Children.Add(GKDriverType.RK_AM);
driver.Children.Add(GKDriverType.RK_OPK);
driver.Children.Add(GKDriverType.RK_OPZ);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddIntProprety(driver, 0, "Число радиоканальных устройств", 0, 0, 32);
GKDriversHelper.AddIntProprety(driver, 1, "Период опроса, с", 4, 4, 120);
GKDriversHelper.AddIntProprety(driver, 2, "Повторы/неответы в количестве периодов", 3, 3, 32);
var property3 = new GKDriverProperty()
{
No = 3,
Name = "№ Канала",
Caption = "№ Канала",
Default = 0,
Min = 0,
Max = 15,
IsLowByte = true,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType
};
driver.Properties.Add(property3);
var property4 = new GKDriverProperty()
{
No = 3,
Name = "Режим выбора канала",
Caption = "Режим выбора канала",
Default = 0,
IsHieghByte = true,
};
GKDriversHelper.AddPropertyParameter(property4, "Ручной", 0);
GKDriversHelper.AddPropertyParameter(property4, "Автоматический", 1);
driver.Properties.Add(property4);
GKDriversHelper.AddIntProprety(driver, 4, "Порог питания, В", 120, 0, 280).Multiplier = 10;
return driver;
}
public ShortPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
: base(driverProperty, device)
{
var property = device.Properties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (property != null)
{
Text = DriverProperty.Multiplier != 0 ? (property.Value / DriverProperty.Multiplier).ToString() : property.Value.ToString();
}
else
Text = driverProperty.Default.ToString();
}
public static void AddBoolProprety(GKDriver driver, byte no, string propertyName)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
DriverPropertyType = GKDriverPropertyTypeEnum.BoolType
};
driver.Properties.Add(property);
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF2,
DriverType = GKDriverType.RSR2_SCOPA,
UID = new Guid("4F9DFCDD-B98B-4D2B-BD7E-635BB5728DCE"),
Name = "Взрывозащищенный оповещатель - табло",
ShortName = "СКОПА",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 3,
Name = "Состояние контакта для режима Удержание",
Caption = "Состояние контакта для режима Удержание",
Default = 0,
IsLowByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет удержания, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF1,
DriverType = GKDriverType.RSR2_ZOV,
UID = new Guid("58795922-F023-4A90-BCEC-ACDB3CD0725F"),
Name = "Оповещатель свето-звуковой взрывозащищенный",
ShortName = "ЗОВ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 3,
Name = "Состояние контакта для режима Удержание",
Caption = "Состояние контакта для режима Удержание",
Default = 0,
IsLowByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет удержания, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x12,
DriverType = GKDriverType.RSR2_ABPC,
UID = new Guid("6260F52C-D047-4F64-BFE8-B9D0547A39B4"),
Name = "Адресный барьер пусковой цепи",
ShortName = "АБПЦ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.ActuatingDevice
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 3,
Name = "Состояние контакта для режима Удержание",
Caption = "Состояние контакта для режима Удержание",
Default = 0,
IsLowByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет удержания, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x20,
DriverType = GKDriverType.RSR2_IOLIT,
UID = new Guid("10DCA010-257E-4D81-B090-72903E0CB029"),
Name = "ИОЛИТ",
ShortName = "ИОЛИТ",
HasZone = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.FireDetector
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
var property1 = new GKDriverProperty()
{
No = 0,
Name = "Чуствительность",
Caption = "Чуствительность",
Default = 0,
IsLowByte = true,
Mask = 0x0F
};
GKDriversHelper.AddPropertyParameter(property1, "100%", 0);
GKDriversHelper.AddPropertyParameter(property1, "75%", 1);
GKDriversHelper.AddPropertyParameter(property1, "50%", 2);
GKDriversHelper.AddPropertyParameter(property1, "25%", 3);
driver.Properties.Add(property1);
var property11 = new GKDriverProperty()
{
No = 0,
Name = "Режим",
Caption = "Режим",
Default = 0,
IsLowByte = true,
Mask = 0xF0
};
GKDriversHelper.AddPropertyParameter(property11, "Основной Т1 с фиксац. тревоги", 0);
GKDriversHelper.AddPropertyParameter(property11, "Основной Т1 без фиксац. тревоги", 16);
GKDriversHelper.AddPropertyParameter(property11, "Основной Т2 с фиксац. тревоги", 32);
GKDriversHelper.AddPropertyParameter(property11, "Основной Т2 без фиксац. тревоги", 48);
GKDriversHelper.AddPropertyParameter(property11, "Вспышка с интер. 0.1 с", 64);
GKDriversHelper.AddPropertyParameter(property11, "Вспышка с интер. 0.5 с", 80);
driver.Properties.Add(property11);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x26,
DriverType = GKDriverType.RK_OPZ,
UID = new Guid("A816B11B-67B9-450D-814E-C5DA393F41C6"),
Name = "Оповещатель охранно-пожарный звуковой радиоканальный",
ShortName = "ОПЗ-РК",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
GKDriversHelper.AddRadioChanelProperties(driver);
GKDriversHelper.AddIntProprety(driver, 3, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 4, "Время удержания, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 5,
Name = "Режим после удержания",
Caption = "Режим после удержания",
Default = 1,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property1, "Выключается", 0);
GKDriversHelper.AddPropertyParameter(property1, "Остаётся включённым", 1);
driver.Properties.Add(property1);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xE6,
DriverType = GKDriverType.RSR2_OPZ,
UID = new Guid("24A6FC19-0428-43A9-8B1C-35B748BD202B"),
Name = "Оповещатель охранно-пожарный звуковой адресный",
ShortName = "ОПЗ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 2,
Name = "Режим после удержания",
Caption = "Режим после удержания",
Default = 1,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property1, "Выключается", 0);
GKDriversHelper.AddPropertyParameter(property1, "Остаётся включённым", 1);
driver.Properties.Add(property1);
return driver;
}
public static GKDriverProperty AddIntProprety(GKDriver driver, byte no, string propertyName, int defaultValue, int min, int max)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType,
Default = (ushort)defaultValue,
Min = (ushort)min,
Max = (ushort)max,
};
driver.Properties.Add(property);
return property;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x105,
DriverType = GKDriverType.GKRele,
UID = new Guid("1AC85436-61BC-441B-B6BF-C6A0FA62748B"),
Name = "Реле ГК",
ShortName = "Реле ГК",
IsControlDevice = true,
HasLogic = true,
HasAddress = false,
IsAutoCreate = true,
MinAddress = 12,
MaxAddress = 16,
IsDeviceOnShleif = false,
IsPlaceable = true
};
driver.AvailableStateBits.Add(GKStateBit.On);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateClasses.Add(XStateClass.Norm);
driver.AvailableStateClasses.Add(XStateClass.Unknown);
driver.AvailableStateClasses.Add(XStateClass.On);
driver.AvailableStateClasses.Add(XStateClass.Ignore);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
var modeProperty = new GKDriverProperty()
{
No = 0,
Name = "Mode",
Caption = "Режим работы",
ToolTip = "Режим работы реле",
Default = 15,
DriverPropertyType = GKDriverPropertyTypeEnum.EnumType,
IsAUParameter = true
};
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Выключено", Value = 0 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Мерцает 0.25 с", Value = 1 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Мерцает 0.5 с", Value = 3 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Мерцает 0.75 с", Value = 7 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Включено", Value = 15 });
driver.Properties.Add(modeProperty);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xEC,
DriverType = GKDriverType.RSR2_OPKZ,
UID = new Guid("8a277079-341b-4933-beb7-4e34b58199d7"),
Name = "Оповещатель звуковой адресный комбинированный",
ShortName = "ОПКЗ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Время удержания, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 1,
Name = "Режим после удержания",
Caption = "Режим после удержания",
Default = 1,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property1, "Выключается", 0);
GKDriversHelper.AddPropertyParameter(property1, "Остаётся включённым", 1);
driver.Properties.Add(property1);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x13,
DriverType = GKDriverType.RSR2_ABShS,
UID = new Guid("7C464C3A-DDC5-496A-9747-4CA93B774DCA"),
Name = "Адресный барьер шлейфа сигнализации",
ShortName = "АБШС",
HasZone = true,
IsPlaceable = true,
DriverClassification =GKDriver.DriverClassifications.Other
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Failure);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire2);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire2);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
var property1 = new GKDriverProperty()
{
No = 0,
Name = "Нагрузка",
Caption = "Нагрузка",
Default = 0
};
var property1Parameter1 = new GKDriverPropertyParameter()
{
Name = "Пассивная",
Value = 0
};
var property1Parameter2 = new GKDriverPropertyParameter()
{
Name = "Активная",
Value = 1
};
property1.Parameters.Add(property1Parameter1);
property1.Parameters.Add(property1Parameter2);
driver.Properties.Add(property1);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x103,
DriverType = GKDriverType.GKIndicator,
UID = new Guid("200EED4B-3402-45B4-8122-AE51A4841E18"),
Name = "Индикатор ГК",
ShortName = "Индикатор ГК",
HasAddress = false,
IsAutoCreate = true,
MinAddress = 2,
MaxAddress = 11,
MinAddress2 = 17,
MaxAddress2 = 22,
IsDeviceOnShleif = false,
IsPlaceable = true,
};
driver.AvailableStateClasses.Add(XStateClass.Norm);
driver.AvailableStateClasses.Add(XStateClass.Unknown);
driver.AvailableStateClasses.Add(XStateClass.On);
driver.AvailableStateBits.Add(GKStateBit.On);
driver.AvailableStateBits.Add(GKStateBit.Off);
var modeProperty = new GKDriverProperty()
{
No = 0,
Name = "Mode",
Caption = "Режим работы",
ToolTip = "Режим работы индикатора",
Default = 15,
DriverPropertyType = GKDriverPropertyTypeEnum.EnumType,
IsAUParameter = true
};
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Выключено", Value = 0 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Мерцает 0.25 с", Value = 1 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Мерцает 0.5 с", Value = 3 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Мерцает 0.75 с", Value = 7 });
modeProperty.Parameters.Add(new GKDriverPropertyParameter() { Name = "Включено", Value = 15 });
driver.Properties.Add(modeProperty);
return driver;
}
public EnumPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
: base(driverProperty, device)
{
var property = device.Properties.FirstOrDefault(x => x.Name == driverProperty.Name);
if (property != null)
{
var driverPropertyParameter = driverProperty.Parameters.FirstOrDefault(x => x.Value == property.Value);
if (driverPropertyParameter != null)
{
SelectedParameter = driverPropertyParameter;
}
}
else
{
var enumdriverProperty = driverProperty.Parameters.FirstOrDefault(x => x.Value == driverProperty.Default);
if (enumdriverProperty != null)
SelectedParameter = enumdriverProperty;
}
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF5,
DriverType = GKDriverType.KD_KDK,
UID = new Guid("FD24E2EA-B3CF-4F7F-B73A-D60F8749D685"),
Name = "Концевик(кнопка) КД",
ShortName = "КДК",
IsPlaceable = true,
IsAutoCreate = true,
MinAddress = 2,
MaxAddress = 3,
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
var property1 = new GKDriverProperty()
{
No = 0,
Name = "Конфигурация",
Caption = "Конфигурация",
Default = 1
};
var property1Parameter1 = new GKDriverPropertyParameter()
{
Name = "Нормально замкнутый",
Value = 0
};
var property1Parameter2 = new GKDriverPropertyParameter()
{
Name = "Нормально разомкнутый",
Value = 1
};
property1.Parameters.Add(property1Parameter1);
property1.Parameters.Add(property1Parameter2);
driver.Properties.Add(property1);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xE5,
DriverType = GKDriverType.RSR2_MVP,
UID = new Guid("0B1BD00D-680B-4A80-AC9A-659FD7F85BB4"),
Name = "Модель ветвления и подпитки",
ShortName = "МВП",
IsPlaceable = true,
AutoCreateChildren = new List<GKDriverType>() { GKDriverType.RSR2_MVP_Part },
DriverClassification = GKDriver.DriverClassifications.Other
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddIntProprety(driver, 0, "Число АУ на АЛС3 МВП", 0, 0, 250).CanNotEdit = true;
GKDriversHelper.AddIntProprety(driver, 1, "Число АУ на АЛС4 МВП", 0, 0, 250).CanNotEdit = true;
var property = new GKDriverProperty()
{
No = 2,
Name = "Порог КЗ, В",
Caption = "Порог КЗ, В",
DriverPropertyType = GKDriverPropertyTypeEnum.IntType,
Default = (ushort)330,
Min = (ushort)300,
Max = (ushort)700,
Multiplier = 10
};
driver.Properties.Add(property);
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 1, Name = "Напряжение на АЛC1, В", InternalName = "Voltage_1", Multiplier = 10 });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 2, Name = "Напряжение на АЛС2, В", InternalName = "Voltage_2", Multiplier = 10 });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 3, Name = "Напряжение на АЛС3, В", InternalName = "Voltage_3", Multiplier = 10 });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 4, Name = "Напряжение на АЛС4, В", InternalName = "Voltage_4", Multiplier = 10 });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x03,
DriverType = GKDriverType.RSR2_Bush_Fire,
UID = new Guid("6C9192C9-2841-46b6-B653-7834EFA41041"),
Name = "Прибор пожарный управления Пожарным Насосом",
ShortName = "ППУ ПН",
IsControlDevice = true,
HasLogic = true,
IgnoreHasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.ControlCabinet
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Задержка на выключение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Питание, В", 80, 0, 100).Multiplier = 10;
GKDriversHelper.AddIntProprety(driver, 3, "Порог 1, Ом", 340, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 4, "Порог 2, Ом", 1000, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 5, "Порог 3, Ом", 2350, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 6, "Порог 4, Ом", 3350, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 7, "Порог 5, Ом", 4500, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 8, "Время выхода на режим, с", 60, 1, 65535);
var property90 = new GKDriverProperty()
{
No = 9,
Name = "Состояние давления на выходе",
Caption = "Состояние давления на выходе",
Default = 0,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property90, "Контакт НР", 0);
GKDriversHelper.AddPropertyParameter(property90, "Контакт НЗ", 1);
driver.Properties.Add(property90);
var property91 = new GKDriverProperty()
{
No = 9,
Name = "Состояние ДУ ПУСК",
Caption = "Состояние ДУ ПУСК",
Default = 0,
IsLowByte = true,
Mask = 0x02
};
GKDriversHelper.AddPropertyParameter(property91, "Контакт НР", 0);
GKDriversHelper.AddPropertyParameter(property91, "Контакт НЗ", 2);
driver.Properties.Add(property91);
var property92 = new GKDriverProperty()
{
No = 9,
Name = "Состояние ДУ СТОП",
Caption = "Состояние ДУ СТОП",
Default = 0,
IsLowByte = true,
Mask = 0x04
};
GKDriversHelper.AddPropertyParameter(property92, "Контакт НР", 0);
GKDriversHelper.AddPropertyParameter(property92, "Контакт НЗ", 4);
driver.Properties.Add(property92);
var property911 = new GKDriverProperty()
{
No = 9,
Name = "Наличие ДУ",
Caption = "Наличие ДУ",
Default = 0,
IsHieghByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property911, "Нет", 0);
GKDriversHelper.AddPropertyParameter(property911, "Есть", 0x01);
driver.Properties.Add(property911);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public StringPropertyViewModel(GKDriverProperty driverProperty, GKDevice device)
: base(driverProperty, device)
{
var property = device.Properties.FirstOrDefault(x => x.Name == driverProperty.Name);
_text = property != null ? property.StringValue : driverProperty.StringDefault;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xE9,
DriverType = GKDriverType.RSR2_CodeCardReader,
UID = new Guid("D296DEBC-8993-4798-A2BC-0410FB79E366"),
Name = "Наборник кодовый со считывателем",
ShortName = "НСЧ",
IsControlDevice = true,
HasGuardZone = true,
HasZone = false,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.AccessControl
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
driver.AvailableStateBits.Add(GKStateBit.Failure);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Attention);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Attention);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire2);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire2);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 3, "Время удержания на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 4,
Name = "Режим после удержания включенного состояния",
Caption = "Режим после удержания включенного состояния",
Default = 0,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
var property2 = new GKDriverProperty()
{
No = 4,
Name = "Наличие реле",
Caption = "Наличие реле",
Default = 2,
IsLowByte = true,
Mask = 0x02
};
GKDriversHelper.AddPropertyParameter(property2, "Нет", 0);
GKDriversHelper.AddPropertyParameter(property2, "Есть", 2);
driver.Properties.Add(property2);
var property3 = new GKDriverProperty()
{
No = 4,
Name = "Состояние контакта для режима Выключено",
Caption = "Состояние контакта для режима Выключено",
Default = 0,
IsHieghByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property3, "Контакт НР", 0x00);
GKDriversHelper.AddPropertyParameter(property3, "Контакт НЗ", 0x01);
GKDriversHelper.AddPropertyParameter(property3, "Контакт переключается", 0x02);
driver.Properties.Add(property3);
var property4 = new GKDriverProperty()
{
No = 4,
Name = "Состояние контакта для режима Удержания",
Caption = "Состояние контакта для режима Удержания",
Default = 4,
IsHieghByte = true,
Mask = 0x0C
};
GKDriversHelper.AddPropertyParameter(property4, "Контакт НР", 0x00);
GKDriversHelper.AddPropertyParameter(property4, "Контакт НЗ", 0x04);
GKDriversHelper.AddPropertyParameter(property4, "Контакт переключается", 0x08);
driver.Properties.Add(property4);
var property5 = new GKDriverProperty()
{
No = 4,
Name = "Состояние контакта для режима Включено",
Caption = "Состояние контакта для режима Включено",
Default = 0x10,
IsHieghByte = true,
Mask = 0x30
};
GKDriversHelper.AddPropertyParameter(property5, "Контакт НР", 0x00);
GKDriversHelper.AddPropertyParameter(property5, "Контакт НЗ", 0x10);
GKDriversHelper.AddPropertyParameter(property5, "Контакт переключается", 0x20);
driver.Properties.Add(property5);
GKDriversHelper.AddIntProprety(driver, 5, "Длительность удержания сработки, с", 3, 3, 65535);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xDC,
DriverType = GKDriverType.RSR2_MDU,
UID = new Guid("1BD3CDB3-7427-4FE8-9B56-22C14C9F5435"),
Name = "Модуль автоматики дымоудаления",
ShortName = "МДУ220",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.ActuatingDevice
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
driver.AvailableStateBits.Add(GKStateBit.Failure);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.Stop_InManual);
var property1 = new GKDriverProperty()
{
No = 0,
Name = "Задержка на включение, с",
Caption = "Задержка на включение, с",
Default = 0,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType,
Min = 0,
Max = 65535
};
driver.Properties.Add(property1);
var property2 = new GKDriverProperty()
{
No = 1,
Name = "Время включения, с",
Caption = "Время включения, с",
Default = 128,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType,
Min = 1,
Max = 65535
};
driver.Properties.Add(property2);
var property3 = new GKDriverProperty()
{
No = 2,
Name = "Время выключения, с",
Caption = "Время выключения, с",
Default = 128,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType,
Min = 1,
Max = 65535
};
driver.Properties.Add(property3);
var property4 = new GKDriverProperty()
{
No = 3,
Name = "Тип привода",
Caption = "Тип привода",
Default = 0
};
var property4Parameter1 = new GKDriverPropertyParameter()
{
Name = "Реверсивный",
Value = 0
};
var property4Parameter2 = new GKDriverPropertyParameter()
{
Name = "Пружинный",
Value = 1
};
property4.Parameters.Add(property4Parameter1);
property4.Parameters.Add(property4Parameter2);
driver.Properties.Add(property4);
return driver;
}