public void SetVirtualProbeValue(string sZibaseName, UInt16 wSensorID, VirtualProbeType SensorType,
UInt32 dwValue1, UInt32 dwValue2, UInt32 dwLowBat)
{
var ZBS = new ZBClass();
//ZBClass ZBSrcv = new ZBClass();
int iSensorType = 0;
UInt32 dwSensorID = default(UInt32);
switch (SensorType)
{
// Simule un OWL
case VirtualProbeType.POWER_SENSOR:
iSensorType = DOMO_EVENT_ACTION_OWL_SIGNAL_32B_SENSOR_CODE;
dwSensorID = (uint) 0x2 << 16 | wSensorID;
break;
// Simule une THGR228
case VirtualProbeType.TEMP_HUM_SENSOR:
iSensorType = DOMO_EVENT_ACTION_OREGON_SIGNAL_32B_SENSOR_CODE;
dwSensorID = (uint) (0x1a2d << 16) | wSensorID;
break;
// Simule une THN132
case VirtualProbeType.TEMP_SENSOR:
iSensorType = DOMO_EVENT_ACTION_OREGON_SIGNAL_32B_SENSOR_CODE;
dwSensorID = (uint) (0x1 << 16) | wSensorID;
break;
// Simule un pluviometre
case VirtualProbeType.WATER_SENSOR:
iSensorType = DOMO_EVENT_ACTION_OREGON_SIGNAL_32B_SENSOR_CODE;
dwSensorID = (uint) (0x2a19 << 16) | wSensorID;
break;
}
ZBS.header = ZBS.GetBytesFromString("ZSIG");
ZBS.command = 11;
ZBS.alphacommand = ZBS.GetBytesFromString("VProbe");
ZBS.label_base = ZBS.GetBytesFromString("");
ZBS.serial = 0;
ZBS.param1 = 6;
ZBS.param2 = dwSensorID;
ZBS.param3 = dwValue1 | (dwValue2 << 16) | (dwLowBat << 24);
ZBS.param4 = (uint) iSensorType;
SendToZibase(sZibaseName, ZBS);
}
public void SetVirtualProbeValue(UInt32 dwSensorID, VirtualProbeType SensorType, UInt32 dwValue1,
UInt32 dwValue2, UInt32 dwLowBat)
{
SetVirtualProbeValue("", (ushort) dwSensorID, SensorType, dwValue1, dwValue2, dwLowBat);
}
