private void InitializeStarter(IStarter starter, IDeviceContext deviceContext, int relayNumber, int channelNumber, byte[] data)
{
channelNumber++;
int starterNumber;
if (uint.Parse(deviceContext.ChannelNumberOfStarter1) == channelNumber)
{
starterNumber = 1;
}
else if (uint.Parse(deviceContext.ChannelNumberOfStarter2) == channelNumber)
{
starterNumber = 2;
}
else if (uint.Parse(deviceContext.ChannelNumberOfStarter3) == channelNumber)
{
starterNumber = 3;
}
else
{
return;
}
starter.StarterNumber = starterNumber;
starter.ChannelNumber = channelNumber;
if (deviceContext.SchemeTable.GetStarterRow(starterNumber) != null)
{
return;
}
var row = new DefaultStarterRow();
row.StarterId = starterNumber;
if (starterNumber == 1)
{
row.StarterDescription = deviceContext.Starter1Description;
}
else if (starterNumber == 2)
{
row.StarterDescription = deviceContext.Starter2Description;
}
else if (starterNumber == 3)
{
row.StarterDescription = deviceContext.Starter3Description;
}
starter.StarterDescription = row.StarterDescription;
deviceContext.SchemeTable.AddStarterRow(row);
var addressOfLightingMode = (channelNumber - 1) * 12;
var lightingModeValueValue = (ushort)(data[addressOfLightingMode] * 256 + data[addressOfLightingMode + 1]);
if (LightingValueNameDictionary.ContainsKey(lightingModeValueValue))
{
starter.StarterLightingMode = LightingValueNameDictionary[lightingModeValueValue];
}
else
{
starter.StarterLightingMode = LightingModeEnum.UNDEFINED;
}
// Маска реле неисправности канала
var address = (channelNumber - 1) * 12;
var faultValue = (ushort)(data[address + 4] * 256 + data[address + 5]);
for (int i = 0; i < _maskRelayFaultCanal.Length; i++)
{
var mask = _maskRelayFaultCanal[i];
if ((faultValue & mask) > 0)
{
deviceContext.SchemeTable.AddResistorRow(new DefaultResistorRow
{
ResistorId = i + 1,
ResistorDiskret = i,
ResistorModul = 1,
ParentStarterId = starterNumber,
ResistorDescription = String.Empty
});
}
}
}
private void InitializeStarter(IStarter starter, IDeviceContext deviceContext, int channelNumber, byte[] data, byte lightingModeValue, int baseAddress)
{
channelNumber++;
int starterNumber;
if (uint.Parse(deviceContext.ChannelNumberOfStarter1) == channelNumber)
{
starterNumber = 1;
}
else if (uint.Parse(deviceContext.ChannelNumberOfStarter2) == channelNumber)
{
starterNumber = 2;
}
else if (uint.Parse(deviceContext.ChannelNumberOfStarter3) == channelNumber)
{
starterNumber = 3;
}
else
{
return;
}
starter.StarterNumber = starterNumber;
starter.ChannelNumber = channelNumber;
if (deviceContext.SchemeTable.GetStarterRow(starterNumber) != null)
{
return;
}
var row = new DefaultStarterRow();
row.StarterId = starterNumber;
if (starterNumber == 1)
{
row.StarterDescription = deviceContext.Starter1Description;
}
else if (starterNumber == 2)
{
row.StarterDescription = deviceContext.Starter2Description;
}
else if (starterNumber == 3)
{
row.StarterDescription = deviceContext.Starter3Description;
}
starter.StarterDescription = row.StarterDescription;
deviceContext.SchemeTable.AddStarterRow(row);
if (LightingValueNameDictionary.ContainsKey(lightingModeValue))
{
starter.StarterLightingMode = LightingValueNameDictionary[lightingModeValue];
}
else
{
starter.StarterLightingMode = LightingModeEnum.UNDEFINED;
}
;
ushort offsetAddress = 0x4;
for (int modulIndex = 0; modulIndex < 8; modulIndex++)
{
int offsetModule = 0;
if ((modulIndex == 0) || (modulIndex % 2 == 0))
{
offsetModule = 1 + modulIndex;
}
else
{
offsetModule = modulIndex - 1;
}
var faultValue = data[(2 * (0x3040 - baseAddress) + (channelNumber - 1) * offsetAddress * 2) + offsetModule];
for (int i = 0; i < _maskRelayFaultCanal.Length; i++)
{
var mask = _maskRelayFaultCanal[i];
if ((faultValue & mask) > 0)
{
deviceContext.SchemeTable.AddResistorRow(new DefaultResistorRow
{
ResistorId = i + 8 * (i + 1) * modulIndex,
ResistorDiskret = i,
ResistorModul = 1 + modulIndex,
ParentStarterId = starterNumber,
ResistorDescription = String.Empty
});
}
}
}
}
