public static int GetMinAddress(Driver driver, Device parentDevice, int shleifNo)
{
if (driver.IsRangeEnabled)
{
Addresses = new List<DeviceAddress>();
for (int i = driver.MinAddress; i <= driver.MaxAddress; i++)
{
Addresses.Add(new DeviceAddress(i));
}
foreach (var child in parentDevice.Children)
{
var address = Addresses.FirstOrDefault(x => x.Address == child.IntAddress);
if (address != null)
{
address.IsBuisy = true;
}
}
return GetBestAddress(driver);
}
Device panel = parentDevice.ParentPanel;
if (parentDevice.Driver.IsPanel)
panel = parentDevice;
if (panel != null)
{
InitializeAddresses(parentDevice, shleifNo);
SetBuisyChildAddress(panel, parentDevice.Driver.DriverType == DriverType.MRK_30);
return GetBestAddress(driver);
}
return 0;
}
public Device AddDevice(Device parentDevice, Driver driver, int intAddress)
{
var device = new Device()
{
DriverUID = driver.UID,
Driver = driver,
IntAddress = intAddress,
Parent = parentDevice
};
if (parentDevice.Driver.DriverType == DriverType.MPT)
{
device.ZoneUID = parentDevice.ZoneUID;
}
if (driver.DriverType == DriverType.Valve)
{
device.Properties.Add(new Property() { Name = "Action", Value = "1" });
}
parentDevice.Children.Add(device);
AddAutoCreateChildren(device);
AddAutoChildren(device);
parentDevice.OnChanged();
DeviceConfiguration.Update();
return device;
}
public StateViewModel(LibraryState libraryState, Driver driver)
{
AddFrameCommand = new RelayCommand(OnAddFrame);
RemoveFrameCommand = new RelayCommand(OnRemoveFrame, CanRemoveFrame);
State = libraryState;
Driver = driver;
Frames = new ObservableCollection<FrameViewModel>(
State.Frames.Select(frame => new FrameViewModel(frame))
);
SelectedFrame = Frames.FirstOrDefault();
}
public void Initialize(Driver driver)
{
_driver = driver;
Device = new repositoryModuleDevice()
{
id = driver.DriverType.ToString()
};
CreateChildren();
CreateStates();
CreateImages();
CreateEvents();
CreateProperties();
CreateCommands();
}
public StateViewModel(LibraryState state, Driver parentDriver)
{
State = state;
if (state.Frames == null)
SetDefaultFrameTo(State);
ParentDriver = parentDriver;
FrameViewModels = new ObservableCollection<FrameViewModel>(
State.Frames.Select(frame => new FrameViewModel(frame))
);
SelectedFrameViewModel = FrameViewModels[0];
AddFrameCommand = new RelayCommand(OnAddFrame);
RemoveFrameCommand = new RelayCommand(OnRemoveFrame, CanRemoveFrame);
}
public void SetDriver(Driver driver)
{
_driver = driver;
Name = _driver.Name;
ModelInfo = new Assad.modelInfoType()
{
name = _driver.Name,
type1 = "rubezh." + ViewModel.StaticVersion + "." + _driver.UID.ToString(),
model = "1.0",
@event = AddEvents().ToArray(),
command = AddCommands().ToArray(),
param = AddParameters().ToArray(),
state = AddStates().ToArray()
};
}
static void AddControlType(Driver driver, byte no, string propertyName)
{
var property = new DriverProperty()
{
IsAUParameter = true,
No = no,
Name = propertyName,
Caption = propertyName,
Default = "1",
UseMask = true
};
ConfigurationDriverHelper.AddPropertyParameter(property, "Состояние цепи не контролируется", 1);
ConfigurationDriverHelper.AddPropertyParameter(property, "Цепь контролируется только на обрыв", 2);
ConfigurationDriverHelper.AddPropertyParameter(property, "Цепь контролируется только на короткое замыкание", 3);
ConfigurationDriverHelper.AddPropertyParameter(property, "Цепь контролируется на короткое замыкание и на обрыв", 4);
driver.Properties.Add(property);
}
private static void AddRegime(Driver driver, byte no, string propertyName, string defaultValue)
{
var property = new DriverProperty()
{
IsAUParameter = true,
No = no,
Name = propertyName,
Caption = propertyName,
Default = defaultValue,
MaxBit = 3,
UseMask = true
};
ConfigurationDriverHelper.AddPropertyParameter(property, "Сирена", 1);
ConfigurationDriverHelper.AddPropertyParameter(property, "Табличка «Уходи»", 2);
ConfigurationDriverHelper.AddPropertyParameter(property, "Табличка «Не входи»", 3);
ConfigurationDriverHelper.AddPropertyParameter(property, "Табличка «Автоматика отключена»", 4);
ConfigurationDriverHelper.AddPropertyParameter(property, "Выход АУП", 5);
driver.Properties.Add(property);
}
static void AddLogic(Driver driver, byte no, string propertyName)
{
var property = new DriverProperty()
{
IsAUParameter = true,
No = no,
Name = propertyName,
Caption = propertyName,
Default = "1",
MptHighByte = true
};
ConfigurationDriverHelper.AddPropertyParameter(property, "1 Не включать", 1);
ConfigurationDriverHelper.AddPropertyParameter(property, "2 Включить сразу", 2);
ConfigurationDriverHelper.AddPropertyParameter(property, "3 Включить после паузы", 3);
ConfigurationDriverHelper.AddPropertyParameter(property, "4 Включить на заданное время", 4);
ConfigurationDriverHelper.AddPropertyParameter(property, "5 Включить после паузы на заданное время и выключить", 5);
ConfigurationDriverHelper.AddPropertyParameter(property, "6 Переключать постоянно", 6);
ConfigurationDriverHelper.AddPropertyParameter(property, "7 Начать переключение после паузы", 7);
ConfigurationDriverHelper.AddPropertyParameter(property, "8 Переключать заданное время и оставить выключенным", 8);
ConfigurationDriverHelper.AddPropertyParameter(property, "9 Начать переключение после паузы, переключать заданное время и оставить выключенным", 9);
ConfigurationDriverHelper.AddPropertyParameter(property, "10 Переключать заданное время и оставить выключенным", 10);
ConfigurationDriverHelper.AddPropertyParameter(property, "11 Начать переключение после паузы, переключать заданное время и оставить выключенным", 11);
driver.Properties.Add(property);
}
static void AddDetectorState(Driver driver, byte no, string propertyName, byte offset)
{
var property = new DriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
Default = "1",
BitOffset = offset,
UseMask = true
};
ConfigurationDriverHelper.AddPropertyParameter(property, "Замкнутое", 1);
ConfigurationDriverHelper.AddPropertyParameter(property, "Разомкнутое", 2);
driver.Properties.Add(property);
}
public static void CreateImages(Driver driver, string driverName)
{
var libraryDevice = ItvManager.DeviceLibraryConfiguration.Devices.FirstOrDefault(x => x.DriverId == driver.UID);
if (libraryDevice != null)
{
foreach (var stateType in Helper.AllStates)
{
var state = libraryDevice.States.FirstOrDefault(x => x.StateType == stateType && x.Code == null);
if (state == null)
state = libraryDevice.States.FirstOrDefault(x => x.StateType == StateType.No);
var name = Directory.GetCurrentDirectory() + "/BMP/" + driverName + "." + stateType.ToString() + ".bmp";
var canvas = ImageHelper.XmlToCanvas(state.Frames[0].Image);
if (canvas.Children.Count == 0)
{
state = libraryDevice.States.FirstOrDefault(x => x.StateType == StateType.No);
canvas = ImageHelper.XmlToCanvas(state.Frames[0].Image);
}
canvas.Background = new SolidColorBrush(Color.FromRgb(0, 128, 128));
ImageHelper.XAMLToBitmap(canvas, name);
}
}
}
public static Driver Convert(Firesec.Models.Metadata.config coreDriversConfig, drvType innerDriver)
{
var driver = new Driver()
{
UID = new Guid(innerDriver.id),
StringUID = innerDriver.id,
Name = innerDriver.name,
ShortName = innerDriver.shortName,
HasAddress = innerDriver.ar_no_addr != "1",
IsAutoCreate = innerDriver.acr_enabled == "1",
MinAutoCreateAddress = int.Parse(innerDriver.acr_from),
MaxAutoCreateAddress = int.Parse(innerDriver.acr_to),
HasAddressMask = innerDriver.addrMask != null,
IsAlternativeUSB = innerDriver.altIntf != null,
ChildAddressMask = innerDriver.childAddrMask,
IsZoneDevice = ((innerDriver.minZoneCardinality == "0") && (innerDriver.maxZoneCardinality == "0")) == false,
IsDeviceOnShleif = innerDriver.addrMask != null && (innerDriver.addrMask == "[8(1)-15(2)];[0(1)-7(255)]" || innerDriver.addrMask == "[0(1)-8(30)]")
};
var driverData = DriversHelper.DriverDataList.FirstOrDefault(x => x.DriverId == innerDriver.id && x.IgnoreLevel < 2);
if (driverData != null)
driver.DriverType = driverData.DriverType;
if (innerDriver.options != null)
{
driver.DisableAutoCreateChildren = innerDriver.options.Contains("DisableAutoCreateChildren");
driver.IsZoneLogicDevice = innerDriver.options.Contains("ExtendedZoneLogic");
driver.CanDisable = innerDriver.options.Contains("Ignorable");
driver.IsPlaceable = innerDriver.options.Contains("Placeable") && driver.DriverType != DriverType.Computer;
driver.IsOutDevice = innerDriver.options.Contains("OutDevice");
driver.IgnoreInZoneState = innerDriver.options.Contains("IgnoreInZoneState");
driver.IsNotValidateZoneAndChildren = innerDriver.options.Contains("NotValidateZoneAndChildren");
driver.IsSingleInParent = innerDriver.options.Contains("Single");
driver.IsSingleInZone = innerDriver.options.Contains("SingleInZone");
driver.CanMonitoringDisable = innerDriver.options.Contains("CannotDisable") == false;
driver.CanWriteDatabase = innerDriver.options.Contains("DeviceDatabaseWrite");
driver.CanReadDatabase = innerDriver.options.Contains("DeviceDatabaseRead");
driver.CanReadJournal = innerDriver.options.Contains("EventSource")
&& driver.DriverType != DriverType.MS_1
&& driver.DriverType != DriverType.MS_2
&& driver.DriverType != DriverType.IndicationBlock
&& driver.DriverType != DriverType.MS_3
&& driver.DriverType != DriverType.MS_4
&& driver.DriverType != DriverType.PDU
&& driver.DriverType != DriverType.PDU_PT
&& driver.DriverType != DriverType.UOO_TL;
driver.CanSynchonize = innerDriver.options.Contains("HasTimer");
driver.CanReboot = innerDriver.options.Contains("RemoteReload");
driver.CanGetDescription = innerDriver.options.Contains("DescriptionString");
driver.CanSetPassword = innerDriver.options.Contains("PasswordManagement");
driver.CanUpdateSoft = innerDriver.options.Contains("SoftUpdates");
driver.CanExecuteCustomAdminFunctions = innerDriver.options.Contains("CustomIOCTLFunctions");
}
if (driver.DriverType == DriverType.Exit)
driver.IsPlaceable = false;
var metadataClass = [email protected](x => x.clsid == innerDriver.clsid);
if (metadataClass != null)
{
driver.DeviceClassName = metadataClass.param.FirstOrDefault(x => x.name == "DeviceClassName").value;
}
driver.CanEditAddress = true;
if (innerDriver.ar_no_addr != null)
{
if (innerDriver.ar_no_addr == "1")
driver.CanEditAddress = false;
if (innerDriver.acr_enabled == "1")
driver.CanEditAddress = false;
}
driver.ShleifCount = 0;
if (innerDriver.childAddrMask != null)
{
switch (innerDriver.childAddrMask)
{
case "[8(1)-15(2)];[0(1)-7(255)]":
driver.ShleifCount = 2;
break;
case "[8(1)-15(4)];[0(1)-7(255)]":
driver.ShleifCount = 4;
break;
case "[8(1)-15(10)];[0(1)-7(255)]":
driver.ShleifCount = 10;
break;
}
}
if (driver.DriverType == DriverType.BUNS)
driver.ShleifCount = 2;
if (driver.DriverType == DriverType.USB_BUNS)
driver.ShleifCount = 2;
driver.HasShleif = driver.ShleifCount == 0 ? false : true;
if (innerDriver.name == "Насосная Станция")
driver.UseParentAddressSystem = false;
else
driver.UseParentAddressSystem = innerDriver.options != null && innerDriver.options.Contains("UseParentAddressSystem");
driver.IsChildAddressReservedRange = innerDriver.res_addr != null;
driver.ChildAddressReserveRangeCount = driver.IsChildAddressReservedRange ? int.Parse(innerDriver.res_addr) : 0;
if (innerDriver.addrMask == "[0(1)-8(8)]")
driver.IsRangeEnabled = true;
else
driver.IsRangeEnabled = innerDriver.ar_enabled == "1";
if (innerDriver.addrMask == "[0(1)-8(8)]")
driver.MinAddress = 1;
else
driver.MinAddress = int.Parse(innerDriver.ar_from);
if (innerDriver.addrMask == "[0(1)-8(8)]")
driver.MaxAddress = 8;
else
driver.MaxAddress = int.Parse(innerDriver.ar_to);
driver.IsBUtton = false;
switch (driver.DriverType)
{
case DriverType.StopButton:
case DriverType.StartButton:
case DriverType.AutomaticButton:
case DriverType.ShuzOffButton:
case DriverType.ShuzOnButton:
case DriverType.ShuzUnblockButton:
driver.IsBUtton = true;
break;
}
driver.Category = (DeviceCategoryType)int.Parse(innerDriver.cat);
driver.CategoryName = driver.Category.ToDescription();
driver.DeviceType = DeviceType.FireSecurity;
if (innerDriver.options != null)
{
if (innerDriver.options.Contains("FireOnly"))
driver.DeviceType = DeviceType.Fire;
if (innerDriver.options.Contains("SecOnly"))
driver.DeviceType = DeviceType.Sequrity;
if (innerDriver.options.Contains("TechOnly"))
driver.DeviceType = DeviceType.Technoligical;
}
driver.DeviceTypeName = driver.DeviceType.ToDescription();
var driverdata = DriversHelper.DriverDataList.FirstOrDefault(x => (x.DriverId == innerDriver.id));
if (driverdata != null)
{
driver.IsIgnore = driverdata.IgnoreLevel > 1;
driver.IsAssadIgnore = driverdata.IgnoreLevel > 0;
}
else
{
return null;
}
var allChildren = new List<drvType>();
foreach (var childDriver in coreDriversConfig.drv)
{
var childClass = [email protected](x => x.clsid == childDriver.clsid);
if (childClass != null && childClass.parent != null && childClass.parent.Any(x => x.clsid == innerDriver.clsid))
{
if (childDriver.lim_parent != null && childDriver.lim_parent != innerDriver.id)
continue;
allChildren.Add(childDriver);
}
}
try
{
driver.Children = new List<Guid>(
from drvType childInnerDriver in allChildren
where (DriversHelper.DriverDataList.FirstOrDefault(x => x.DriverId == childInnerDriver.id) != null &&
DriversHelper.DriverDataList.FirstOrDefault(x => x.DriverId == childInnerDriver.id).IgnoreLevel == 0)
select new Guid(childInnerDriver.id));
}
catch (Exception e)
{
Logger.Error(e);
}
driver.AvaliableChildren = new List<Guid>(
from drvType childInnerDriver in allChildren
where childInnerDriver.acr_enabled != "1"
select new Guid(childInnerDriver.id));
if (driver.DisableAutoCreateChildren)
{
driver.AutoCreateChildren = new List<Guid>();
}
else
{
driver.AutoCreateChildren = new List<Guid>(
from drvType childInnerDriver in allChildren
where childInnerDriver.acr_enabled == "1"
select new Guid(childInnerDriver.id));
}
driver.CanAddChildren = driver.AvaliableChildren.Count > 0;
if (innerDriver.child_id != null)
{
driver.AutoChild = new Guid(innerDriver.child_id);
driver.AutoChildCount = int.Parse(innerDriver.child_count);
}
driver.CanAutoDetect = allChildren.Any(x => (x.options != null) && (x.options.Contains("CanAutoDetectInstances")));
driver.Properties = new List<DriverProperty>();
if (innerDriver.propInfo != null && driver.DriverType != DriverType.PumpStation)
{
foreach (var internalProperty in innerDriver.propInfo)
{
if ((internalProperty.hidden == "1") && (driver.DriverType != DriverType.UOO_TL))
continue;
if (internalProperty.caption == "Заводской номер" || internalProperty.caption == "Версия микропрограммы")
continue;
if (internalProperty.name.StartsWith("Config$"))
continue;
if (internalProperty.name == "DeviceCountSecDev")
continue;
var driverProperty = new DriverProperty()
{
Name = internalProperty.name,
Caption = internalProperty.caption,
ToolTip = internalProperty.hint,
Default = internalProperty.@default,
Visible = internalProperty.hidden == "0" && internalProperty.showOnlyInState == "0",
IsHidden = internalProperty.hidden == "1",
BlockName = internalProperty.blockName
};
if (internalProperty.name.StartsWith("Control$"))
{
//driverProperty.Name = internalProperty.name.Replace("Control$", "");
driverProperty.IsControl = true;
}
driverProperty.Parameters = new List<DriverPropertyParameter>();
if (internalProperty.param != null)
{
foreach (var firesecParameter in internalProperty.param)
{
driverProperty.Parameters.Add(new DriverPropertyParameter()
{
Name = firesecParameter.name,
Value = firesecParameter.value
});
}
}
if (internalProperty.param != null)
{
driverProperty.DriverPropertyType = DriverPropertyTypeEnum.EnumType;
}
else
{
switch (internalProperty.type)
{
case "String":
driverProperty.DriverPropertyType = DriverPropertyTypeEnum.StringType;
break;
case "Int":
case "Double":
driverProperty.DriverPropertyType = DriverPropertyTypeEnum.IntType;
break;
case "Byte":
driverProperty.DriverPropertyType = DriverPropertyTypeEnum.ByteType;
break;
case "Bool":
driverProperty.DriverPropertyType = DriverPropertyTypeEnum.BoolType;
break;
case "Empty":
driverProperty.DriverPropertyType = DriverPropertyTypeEnum.Empty;
break;
default:
continue;
}
}
driver.Properties.Add(driverProperty);
}
}
driver.Parameters = new List<Parameter>();
if (innerDriver.paramInfo != null)
{
foreach (var innerParameter in innerDriver.paramInfo)
{
driver.Parameters.Add(new Parameter()
{
Name = innerParameter.name,
Caption = innerParameter.caption,
//Visible = innerParameter.hidden == "0" && innerParameter.showOnlyInState == "1"
Visible = innerParameter.showOnlyInState == "1"
});
}
}
driver.States = new List<DriverState>();
if (innerDriver.state != null)
{
var codes = new HashSet<string>();
foreach (var innerState in innerDriver.state)
{
if (codes.Add(innerState.code) == false)
{
innerState.code += "_" + Guid.NewGuid().ToString();
}
if (innerState.name == null)
continue;
if (innerState.code == null)
continue;
driver.States.Add(new DriverState()
{
Id = innerState.id,
Name = innerState.name,
AffectChildren = innerState.affectChildren == "1" ? true : false,
AffectParent = innerState.AffectedParent == "1" ? true : false,
StateType = (StateType)int.Parse(innerState.@class),
IsManualReset = innerState.manualReset == "1" ? true : false,
CanResetOnPanel = innerState.CanResetOnPanel == "1" ? true : false,
//IsAutomatic = innerState.type == "Auto" ? true : false,
IsAutomatic = (innerState.code.Contains("AutoOff") || innerState.code.Contains("Auto_Off") || innerState.code.Contains("Auto_off")),
Code = innerState.code
});
}
}
return driver;
}
private static void AddAM(Driver driver)
{
var property1 = new DriverProperty()
{
IsAUParameter = true,
No = 0x81,
Name = "Тип шлейфа",
Caption = "Тип шлейфа",
Default = "0",
BitOffset = 4,
UseMask = true
};
var property1Parameter1 = new DriverPropertyParameter()
{
Name = "Шлейф дымовых датчиков с определением двойной сработки",
Value = "0"
};
var property1Parameter2 = new DriverPropertyParameter()
{
Name = "Комбинированный шлейф дымовых и тепловых датчиков без определения двойной сработки тепловых датчиков и с определением двойной сработки дымовых",
Value = "1"
};
var property1Parameter3 = new DriverPropertyParameter()
{
Name = "Шлейф тепловых датчиков с определением двойной сработки",
Value = "2"
};
var property1Parameter4 = new DriverPropertyParameter()
{
Name = "Комбинированный шлейф дымовых и тепловых датчиков без определения двойной сработки и без контроля короткого замыкания ШС",
Value = "3"
};
property1.Parameters.Add(property1Parameter1);
property1.Parameters.Add(property1Parameter2);
property1.Parameters.Add(property1Parameter3);
property1.Parameters.Add(property1Parameter4);
//var property1Parameter6 = new DriverPropertyParameter()
//{
// Name = "Охранная конфигурация",
// Value = "6"
//};
//var property1Parameter7 = new DriverPropertyParameter()
//{
// Name = "Охранная конфигурация с дополнительным резистором",
// Value = "7"
//};
//property1.Parameters.Add(property1Parameter6);
//property1.Parameters.Add(property1Parameter7);
driver.Properties.Add(property1);
var property2 = new DriverProperty()
{
IsAUParameter = true,
No = 0x81,
Name = "Тип включения выхода при пожаре",
Caption = "Тип включения выхода при пожаре",
Default = "2",
MaxBit=3,
UseMask=true
};
var property2Parameter1 = new DriverPropertyParameter()
{
Name = "Выключено",
Value = "0"
};
var property2Parameter2 = new DriverPropertyParameter()
{
Name = "Мерцает",
Value = "1"
};
var property2Parameter3 = new DriverPropertyParameter()
{
Name = "Включено",
Value = "2"
};
property2.Parameters.Add(property2Parameter1);
property2.Parameters.Add(property2Parameter2);
property2.Parameters.Add(property2Parameter3);
driver.Properties.Add(property2);
}
private static void AddLogic(Driver driver, byte no, string propertyName, string defaultValue)
{
var property = new DriverProperty()
{
IsAUParameter = true,
No = no,
Name = propertyName,
Caption = propertyName,
Default = defaultValue,
BitOffset = 4,
UseMask = true
};
ConfigurationDriverHelper.AddPropertyParameter(property, "Не включать", 1);
ConfigurationDriverHelper.AddPropertyParameter(property, "Включить сразу", 2);
ConfigurationDriverHelper.AddPropertyParameter(property, "Включить после паузы", 3);
ConfigurationDriverHelper.AddPropertyParameter(property, "Включить на заданное время", 4);
ConfigurationDriverHelper.AddPropertyParameter(property, "Включить после паузы на заданное время и выключить", 5);
ConfigurationDriverHelper.AddPropertyParameter(property, "Переключать постоянно", 6);
ConfigurationDriverHelper.AddPropertyParameter(property, "Начать переключение после паузы", 7);
ConfigurationDriverHelper.AddPropertyParameter(property, "Переключать заданное время и оставить включенным", 8);
ConfigurationDriverHelper.AddPropertyParameter(property, "Начать переключение после паузы, переключать заданное время и оставить включенным", 9);
ConfigurationDriverHelper.AddPropertyParameter(property, "Переключать заданное время и оставить выключенным", 10);
ConfigurationDriverHelper.AddPropertyParameter(property, "Начать переключение после паузы, переключать заданное время и оставить выключенным", 11);
driver.Properties.Add(property);
}
AlarmType? StateToAlarmType(DeviceDriverState state, Driver driver)
{
if (state.DriverState == null)
{
return null;
}
if (state.DriverState.IsAutomatic && (state.DriverState.Code.Contains("AutoOff") || state.DriverState.Code.Contains("Auto_Off") || state.DriverState.Code.Contains("Auto_off")))
return AlarmType.Auto;
AlarmType? alarmType = null;
switch (state.DriverState.StateType)
{
case StateType.Fire:
return null;
case StateType.Attention:
if (state.DriverState.CanResetOnPanel == false)
return null;
alarmType = AlarmType.Attention;
break;
case StateType.Info:
if (state.DriverState.CanResetOnPanel == false)
return null;
alarmType = AlarmType.Info;
break;
case StateType.Off:
if (driver.CanDisable == false)
return null;
alarmType = AlarmType.Off;
break;
case StateType.Failure:
alarmType = AlarmType.Failure;
break;
case StateType.Service:
alarmType = AlarmType.Service;
break;
}
return alarmType;
}
private static void AddDetectorState(Driver driver, byte no, string propertyName, byte offset, byte minBit, byte maxBit, string defaultValue)
{
var property = new DriverProperty()
{
IsAUParameter = true,
No = no,
Name = propertyName,
Caption = propertyName,
Default = defaultValue,
BitOffset = offset,
MinBit = minBit,
MaxBit = maxBit,
UseMask = true
};
ConfigurationDriverHelper.AddPropertyParameter(property, "Замкнутое", 1);
ConfigurationDriverHelper.AddPropertyParameter(property, "Разомкнутое", 2);
driver.Properties.Add(property);
}
public void ChangeDriver(Device device, Driver driver)
{
var changeZone = !(device.Driver.IsZoneDevice && driver.IsZoneDevice);
device.Driver = driver;
device.DriverUID = driver.UID;
if (driver.IsRangeEnabled)
device.IntAddress = driver.MinAddress;
if (changeZone)
{
RemoveDeviceFromZone(device, null);
SetDeviceZoneLogic(device, new ZoneLogic());
}
device.Properties = new List<Property>();
device.SystemAUProperties = new List<Property>();
device.DeviceAUProperties = new List<Property>();
device.OnChanged();
}
public static int GetMinAddress(Driver driver, Device parentDevice)
{
if (driver.UseParentAddressSystem)
{
if (driver.DriverType == DriverType.MPT)
{
while (parentDevice.Driver.UseParentAddressSystem)
{
parentDevice = parentDevice.Parent;
}
}
else
{
parentDevice = parentDevice.Parent;
}
}
int maxAddress = 0;
if (driver.IsRangeEnabled)
{
maxAddress = driver.MinAddress;
}
else
{
if (parentDevice.Driver.ShleifCount > 0)
maxAddress = 257;
if (parentDevice.Driver.IsChildAddressReservedRange)
{
maxAddress = parentDevice.IntAddress;
}
}
foreach (var child in FiresecManager.FiresecConfiguration.GetAllChildrenForDevice(parentDevice))
{
if (child.Driver.IsAutoCreate)
continue;
if (driver.IsRangeEnabled)
{
if ((child.IntAddress < driver.MinAddress) || (child.IntAddress > driver.MaxAddress))
continue;
}
if (parentDevice.Driver.IsChildAddressReservedRange)
{
int reservedCount = parentDevice.GetReservedCount();
if ((child.IntAddress < parentDevice.IntAddress) && (child.IntAddress > parentDevice.IntAddress + reservedCount - 1))
continue;
}
if (child.Driver.AutoChildCount > 0)
{
if (child.IntAddress + child.Driver.AutoChildCount - 1 > maxAddress)
maxAddress = child.IntAddress + child.Driver.AutoChildCount - 1;
}
else
{
if (child.IntAddress > maxAddress)
maxAddress = child.IntAddress;
}
if (child.Driver.DriverType == DriverType.MRK_30)
{
maxAddress = child.IntAddress + child.GetReservedCount();
}
}
if (parentDevice.Driver.DriverType == DriverType.MRK_30)
maxAddress = parentDevice.IntAddress;
if (driver.IsRangeEnabled)
{
if (parentDevice.Children.Count > 0)
if (maxAddress + 1 <= driver.MaxAddress)
maxAddress = maxAddress + 1;
}
else
{
if (parentDevice.Driver.IsChildAddressReservedRange)
{
int reservedCount = driver.ChildAddressReserveRangeCount;
if (parentDevice.Driver.DriverType == DriverType.MRK_30)
{
reservedCount = 30;
var reservedCountProperty = parentDevice.Properties.FirstOrDefault(x => x.Name == "MRK30ChildCount");
if (reservedCountProperty != null)
{
reservedCount = int.Parse(reservedCountProperty.Value);
}
}
if (parentDevice.Children.Count > 0)
if (maxAddress + 1 <= parentDevice.IntAddress + reservedCount - 1)
maxAddress = maxAddress + 1;
}
else
{
if (parentDevice.Children.Where(x=>x.Driver.IsAutoCreate == false).ToList().Count > 0)
if (((maxAddress + 1) % 256) != 0)
maxAddress = maxAddress + 1;
}
}
return maxAddress;
}
static int GetBestAddress(Driver driver)
{
var bestAddress = Addresses.FirstOrDefault();
foreach (var address in Addresses)
{
if (address.IsBuisy)
continue;
bool isPrevAddressBuisy = true;
var prevAddress = Addresses.FirstOrDefault(x => x.Address == address.Address - 1);
if (prevAddress != null)
isPrevAddressBuisy = prevAddress.IsBuisy;
if (!isPrevAddressBuisy)
continue;
bool reservedAddressesFree = true;
for (int i = 0; i < Math.Max(driver.ChildAddressReserveRangeCount, 1); i++)
{
var reservedAddress = Addresses.FirstOrDefault(x => x.Address == address.Address + i);
if (reservedAddress != null)
{
if (reservedAddress.IsBuisy)
reservedAddressesFree = false;
}
else
reservedAddressesFree = false;
}
if (!reservedAddressesFree)
continue;
if (address.Address > bestAddress.Address)
bestAddress = address;
}
return bestAddress.Address;
}