protected override void AfterMyWorkStateChanged(object sender, EventArgs e)
{
if (myWorkState)
{
AiProtocol aiProtocol = new AiProtocol()
{
CaseNo = GateWaySetting.CaseNo, APISetting = APISetting
};
AbsProtocols.Add(aiProtocol);
StateProtocol stateProtocol = new StateProtocol()
{
CaseNo = GateWaySetting.CaseNo, APISetting = APISetting
};
AbsProtocols.Add(stateProtocol);
ReadThread = new Thread(Analysis);
ReadThread.Start();
}
else
{
if (ReadThread != null)
{
ReadThread.Abort();
}
}
}
protected override void AfterMyWorkStateChanged(object sender, EventArgs e)
{
if (myWorkState)
{
foreach (var item in ElectricConfigs)
{
ElectricEnumType = (ElectricEnumType)item.ElectricEnumType;
switch (ElectricEnumType)
{
case ElectricEnumType.PA310:
{
PA310Protocol protocol = new PA310Protocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
case ElectricEnumType.HC660:
{
HC6600Protocol protocol = new HC6600Protocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
case ElectricEnumType.CPM6:
{
CPM6Protocol protocol = new CPM6Protocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
case ElectricEnumType.PA60:
{
PA60Protocol protocol = new PA60Protocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
case ElectricEnumType.ABBM2M:
{
ABBM2MProtocol protocol = new ABBM2MProtocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
case ElectricEnumType.PM200:
{
PM200Protocol protocol = new PM200Protocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
case ElectricEnumType.TWCPM4:
{
TWCPM4Protocol protocol = new TWCPM4Protocol()
{
GatewayIndex = item.GatewayIndex, DeviceIndex = item.DeviceIndex, ID = (byte)item.DeviceID, LoopEnumType = item.LoopEnumType, PhaseAngleEnumType = item.PhaseAngleEnumType, PhaseEnumType = item.PhaseEnumType, ElectricEnumType = item.ElectricEnumType
};
AbsProtocols.Add(protocol);
}
break;
}
}
ReadThread = new Thread(Analysis);
ReadThread.Start();
}
else
{
if (ReadThread != null)
{
ReadThread.Abort();
}
}
}
