internal IOCommutation(IOAdapter Adapter, BroadcastCommunication Communication, bool CommutationEmulation, int CommutationNode, bool Type6, ComplexParts ID)
{
m_ID = ID;
m_IOAdapter = Adapter;
m_Communication = Communication;
m_IsCommutationEmulation = CommutationEmulation;
//читаем из файла конфигурации тип установленной системы безопасности
if (m_ID == ComplexParts.Commutation)
{
m_SafetyType = ReadSafetyTypeFromConfig();
if (m_SafetyType == ComplexSafety.Optical)
{
//если это оптическая шторка - создаём поток, который будет опрашивать её состояние
m_CheckSafetyThread = new ThreadService();
m_CheckSafetyThread.FinishedHandler += CheckSafetyThread_FinishedHandler;
}
}
m_Node = (ushort)CommutationNode;
m_Type6 = Type6;
SystemHost.Journal.AppendLog(m_ID, LogMessageType.Info, String.Format("Commutation created. Emulation mode: {0}", m_IsCommutationEmulation));
}
internal IOIH(IOGate Gate, IOStLs StLs, BroadcastCommunication Communication)
{
m_IOGate = Gate;
m_IOStLs = StLs;
m_Communication = Communication;
m_IsEmulationHard = Settings.Default.IHEmulation;
}
internal IORCC(IOGate Gate, BroadcastCommunication Communication)
{
m_IOGate = Gate;
m_State = DeviceState.None;
m_Communication = Communication;
m_IsEmulationHard = Settings.Default.RCCEmulation;
}
internal IOQrrTq(IOAdapter Adapter, BroadcastCommunication Communication)
{
m_IOAdapter = Adapter;
m_Communication = Communication;
m_Node = (ushort)Settings.Default.QrrTqNode;
m_IsEmulationHard = Settings.Default.QrrTqEmulation;
m_NeedReadGraf = Settings.Default.QrrTqReadGraf;
}
internal IOAdapter(BroadcastCommunication Communication)
{
m_Communication = Communication;
m_IsAdapterEmulation = Settings.Default.AdapterEmulation;
SystemHost.Journal.AppendLog(ComplexParts.Adapter, LogMessageType.Info,
String.Format("Adapter created. Emulation mode: {0}", m_IsAdapterEmulation));
}
internal IOATU(IOAdapter Adapter, BroadcastCommunication Communication)
{
m_IOAdapter = Adapter;
m_Communication = Communication;
m_IsATUEmulationHard = Settings.Default.ATUEmulation;
m_IsATUEmulation = m_IsATUEmulationHard;
m_Node = (ushort)Settings.Default.ATUNode;
m_Result = new Types.ATU.TestResults();
SystemHost.Journal.AppendLog(ComplexParts.ATU, LogMessageType.Info, String.Format("ATU created. Emulation mode: {0}", Settings.Default.ATUEmulation));
}
internal IOTOU(IOAdapter Adapter, BroadcastCommunication Communication)
{
_IOAdapter = Adapter;
_Communication = Communication;
//Устанавливаем режим эмуляции
_IsTOUEmulation = _IsTOUEmulationHard = Settings.Default.TOUEmulation;
///////////////////////////////////////////////////////////
_Node = (ushort)Settings.Default.TOUNode;
_Result = new TestResults();
SystemHost.Journal.AppendLog(ComplexParts.TOU, LogMessageType.Info,
String.Format("TOU created. Emulation mode: {0}", _IsTOUEmulation));
}
internal IOStLs(IOAdapter Adapter, BroadcastCommunication Communication)
{
m_IOAdapter = Adapter;
m_Communication = Communication;
m_IsSLEmulationHard = Settings.Default.SLEmulation;
m_IsSLEmulation = m_IsSLEmulationHard;
m_ReadGraph = Settings.Default.SLReadGraph;
m_Node = (ushort)Settings.Default.SLNode;
m_Result = new Types.VTM.TestResults();
SystemHost.Journal.AppendLog(ComplexParts.SL, LogMessageType.Info,
String.Format("VTM created. Emulation mode: {0}", m_IsSLEmulation));
}
internal IoSctu(IOAdapter ioAdapter, BroadcastCommunication broadcastCommunication)
{
_ioAdapter = ioAdapter;
_broadcastCommunication = broadcastCommunication;
_isSctuEmulationHard = Settings.Default.SctuEmulation;
_isNeedSctuInitialization = Settings.Default.NeedSCTUInitialization;
_isSctuEmulation = _isSctuEmulationHard;
_ReadGraph = Settings.Default.SCTUReadGraph;
_node = (ushort)Settings.Default.SctuNode;
_testResults = new SctuTestResults();
_WorkplaceActivationStatusRegisterValueEmulation = 0;
_UseAnotherControlUnitBoard = Settings.Default.UseAnotherControlUnitBoard;
_ThisControlUnitBoardNode = ThisControlUnitBoardNode();
_AnotherControlUnitBoardNode = AnotherControlUnitBoardNode();
SystemHost.Journal.AppendLog(ComplexParts.Sctu, LogMessageType.Info, String.Format("Sctu created. Emulation mode: {0}", Settings.Default.SctuEmulation));
}
internal IOGateway(IOAdapter Adapter, BroadcastCommunication Communication)
{
m_IOAdapter = Adapter;
m_Communication = Communication;
m_IsGatewayEmulation = Settings.Default.GatewayEmulation;
m_Node = (ushort)Settings.Default.GatewayNode;
if (!Enum.TryParse(Settings.Default.SafetyType, out m_SafetyType))
{
SystemHost.Journal.AppendLog(ComplexParts.Gateway, LogMessageType.Error, String.Format("Unrecognised value on config parameter '{0}' ", "SafetyType"));
}
m_Thread = new ThreadService();
m_Thread.FinishedHandler += Thread_FinishedHandler;
SystemHost.Journal.AppendLog(ComplexParts.Gateway, LogMessageType.Info,
String.Format("Gateway created. Emulation mode: {0}", m_IsGatewayEmulation));
}
internal IOClamping(IOAdapter Adapter, BroadcastCommunication Communication)
{
m_IOAdapter = Adapter;
m_Communication = Communication;
m_Thread = new ThreadService();
m_Thread.FinishedHandler += Thread_FinishedHandler;
m_IsClampingEmulationHard = Settings.Default.ClampingSystemEmulation;
m_IsClampingEmulation = m_IsClampingEmulationHard;
_defaultForce = Settings.Default.DefaultForce;
_longTimeForce = Settings.Default.LongTimeForce;
_defaultHeight = 0;
m_Node = (ushort)Settings.Default.ClampingSystemNode;
SystemHost.Journal.AppendLog(ComplexParts.Clamping, LogMessageType.Info, String.Format("Clamping created. Emulation mode: {0}", m_IsClampingEmulation));
}
public IoDbSync(BroadcastCommunication communication)
{
_communication = communication;
}
