public bool GetState(object outputDescriptor)
{
var output = DescriptorHelper.CastHardwareDescriptorOrThrow <OutputDescriptor>(outputDescriptor);
var registerAddress = WORK_MODE_ADDRESS + GetOffset(output.DriverAddress);
var registerValue = _modbusTcp.ReadHoldingRegister(output.IpAddress, output.PortNumber, registerAddress);
return(registerValue != 1);
}
public Task <TemperatureSensorData> GetValue(object inputDescriptor)
{
var input = DescriptorHelper.CastHardwareDescriptorOrThrow <InputDescriptor>(inputDescriptor);
var temperatureReadout = _modbusTcp.ReadInputRegister(input.IpAddress, input.PortNumber, GetOffset(input.DriverAddress) + input.InputRegisterAddress);
return(Task.FromResult(new TemperatureSensorData
{
Value = temperatureReadout * input.ValueMultiplier + input.ValueOffset,
CrcOk = temperatureReadout != 1024 && temperatureReadout != int.MinValue
}));
}
public bool GetState(object outputDescriptor)
{
var output = DescriptorHelper.CastHardwareDescriptorOrThrow <OutputDescriptor>(outputDescriptor);
var channel = GetChannel(output.OutputName);
var chipState = GetChipState(output.DeviceId);
var bitToCheck = 1 << channel.Pin;
return((chipState.BankToValue[channel.Bank] & bitToCheck) == bitToCheck);
}
public bool GetState(object outputDescriptor)
{
var output = DescriptorHelper.CastHardwareDescriptorOrThrow <OutputDescriptor>(outputDescriptor);
if (!OUTPUT_NAME_TO_CHANNEL.TryGetValue(output.OutputName, out var channel))
{
throw new ArgumentException(nameof(output.OutputName));
}
return(GetChannelState(output.DeviceId, channel));
}
public void SetState(object outputDescriptor, bool state)
{
var output = DescriptorHelper.CastHardwareDescriptorOrThrow <OutputDescriptor>(outputDescriptor);
Logger.DebugWithData("New output state: ", new { output.DeviceId, output.OutputName, state });
if (!OUTPUT_NAME_TO_CHANNEL.TryGetValue(output.OutputName, out var channel))
{
throw new ArgumentException(nameof(output.OutputName));
}
SetChannelState(output.DeviceId, channel, state);
}
public void SetState(object outputDescriptor, bool state)
{
var output = DescriptorHelper.CastHardwareDescriptorOrThrow <OutputDescriptor>(outputDescriptor);
var bmsState = _modbusTcp.ReadHoldingRegister(output.IpAddress, output.PortNumber, BMS_MODE_ADDRESS);
if (bmsState != BMS_WM_RAW)
{
_modbusTcp.WriteHoldingRegister(output.IpAddress, output.PortNumber, BMS_MODE_ADDRESS, BMS_WM_RAW);
}
var registerAddress = WORK_MODE_ADDRESS + GetOffset(output.DriverAddress);
_modbusTcp.WriteHoldingRegister(output.IpAddress, output.PortNumber, registerAddress, state ? 2 : 1);
}
public void SetState(object outputDescriptor, bool newState)
{
var output = DescriptorHelper.CastHardwareDescriptorOrThrow <OutputDescriptor>(outputDescriptor);
Logger.DebugWithData("New output state: ", new { output.DeviceId, output.OutputName, newState });
var channel = GetChannel(output.OutputName);
lock (_lock)
{
var chipState = GetChipState(output.DeviceId);
if (!chipState.InitializedAsOutput)
{
_i2c.WriteToDevice(output.DeviceId, 0x00, 0x00);
_i2c.WriteToDevice(output.DeviceId, 0x01, 0x00);
chipState.InitializedAsOutput = true;
}
var bitToFlip = 1 << channel.Pin;
var currentState = chipState.BankToValue[channel.Bank];
if (newState)
{
currentState |= bitToFlip;
}
else
{
currentState &= ~bitToFlip;
}
chipState.BankToValue[channel.Bank] = currentState;
_i2c.WriteToDevice(output.DeviceId, (byte)channel.Bank, (byte)currentState);
}
}
public async Task <TemperatureSensorData> GetValue(object inputDescriptor)
{
var input = DescriptorHelper.CastHardwareDescriptorOrThrow <InputDescriptor>(inputDescriptor);
if (SupportedDevicesPrefix.Any(input.DeviceId.StartsWith))
{
var rawData = await _oneWire.GetDeviceData(input.DeviceId);
var indexOfTemp = rawData.IndexOf("t=", StringComparison.Ordinal) + 2;
if (indexOfTemp > 2)
{
var result = new TemperatureSensorData
{
CrcOk = rawData.Contains("YES") && !rawData.Contains("00 00 00 00 00 00 00 00 00")
};
if (int.TryParse(rawData.Substring(indexOfTemp, rawData.Length - (indexOfTemp + 1)), out int temp))
{
result.Value = temp / 1000d;
}
return(result);
}
else
{
Logger.Warning("No data.");
}
}
else
{
Logger.Warning("Unsupported device.");
}
return(new TemperatureSensorData());
}
