/// <summary>
/// Converts from KNX Data Point Type.
/// </summary>
/// <returns>Converted object from KNX Data Point Type.</returns>
/// <param name="type">Type.</param>
/// <param name="data">Data.</param>
public object ConvertFromDpt(string type, object data)
{
object result;
if (data.GetType() == typeof(String))
{
result = knxClient.FromDataPoint(type, (String)data);
}
else
{
result = knxClient.FromDataPoint(type, (byte[])data);
}
return(result);
}
private static void Event(string address, string state)
{
if (Temperatures.Contains(address))
{
var temp = (float)_connection.FromDataPoint("9.001", state);
Console.WriteLine("New Event: TEMPERATURE device " + address + " has status (" + state + ")" + temp);
}
else if (Lights.Contains(address))
{
Console.WriteLine("New Event: LIGHT device " + address + " has status (" + state + ")" + state);
}
else
{
Console.WriteLine("New Event: device " + address + " has status " + state);
}
}
private void Event(string address, string state)
{
var module = _modules.Find(m => m.Address.Equals(address.Replace("/", ".")));
if (module != null)
{
switch (module.ModuleType)
{
case ModuleTypes.Light:
OnInterfacePropertyChanged(module.Domain, module.Address, "KNX Interface", "Status.Level", state);
break;
case ModuleTypes.Dimmer:
OnInterfacePropertyChanged(module.Domain, module.Address, "KNX Interface", "Status.Level", _connection.FromDataPoint("3.008", state));
break;
case ModuleTypes.Temperature:
OnInterfacePropertyChanged(module.Domain, module.Address, "KNX Interface", "Sensor.Temperature", _connection.FromDataPoint("9.001", state));
break;
case ModuleTypes.Sensor:
OnInterfacePropertyChanged(module.Domain, module.Address, "KNX Interface", "Sensor.Level", _connection.FromDataPoint("9.001", state));
break;
}
}
}
private static void Print(string address, byte[] state)
{
string description;
if (Switches.TryGetValue(address, out description))
{
var functionalToggle = Category1_SingleBit.parseSingleBit(state[0]);
Console.WriteLine("[ON/OFF] {0} ({1})", description, functionalToggle.Exists() ? functionalToggle.Value.Text : "N/A");
}
else if (Toggles.TryGetValue(address, out description))
{
var functionalToggle = Category1_SingleBit.parseSingleBit(state[0]);
Console.WriteLine("[TRUE/FALSE] {0} ({1})", description, functionalToggle.Exists() ? functionalToggle.Value.Text : "N/A");
}
else if (Percentages.TryGetValue(address, out description))
{
var functionalPercentage = Category5_Scaling.parseScaling(0, 100, state[0]);
Console.WriteLine("[PERCENTAGE] {0} ({1} %)", description, functionalPercentage);
}
else if (Duration.TryGetValue(address, out description))
{
var functionalDuration = Category7_2ByteUnsignedValue.parseTwoByteUnsigned(1, state[0], state[1]);
Console.WriteLine("[DURATION] {0} ({1} h)", description, functionalDuration);
}
else if (Current.TryGetValue(address, out description))
{
var functionalCurrent = Category7_2ByteUnsignedValue.parseTwoByteUnsigned(1, state[0], state[1]);
Console.WriteLine("[ENERGY] {0} ({1} mA)", description, functionalCurrent);
}
else if (Temperatures.TryGetValue(address, out description))
{
var temp = _connection.FromDataPoint("9.001", state); // (decimal)
var functionalTemp = Category9_2ByteFloatValue.parseTwoByteFloat(state[0], state[1]);
Console.WriteLine("[TEMP] {0} (C#: {1} °C) (F#: {2} °C)", description, temp, functionalTemp);
}
else if (LightStrength.TryGetValue(address, out description))
{
var functionalLightStrength = Category9_2ByteFloatValue.parseTwoByteFloat(state[0], state[1]);
Console.WriteLine("[LUX] {0} ({1} Lux)", description, functionalLightStrength);
}
else if (Times.TryGetValue(address, out description))
{
var functionalTime = Category10_Time.parseTime(state[0], state[1], state[2]);
Console.WriteLine("[TIME] {0} ({1}, {2})", description, functionalTime.Item1.Exists() ? functionalTime.Item1.Value.Text : string.Empty, functionalTime.Item2.ToString("c"));
}
else if (EnergyWattHour.TryGetValue(address, out description))
{
var wattHour = _connection.FromDataPoint("13.010", state); // (int)
var functionalWattHour = Category13_4ByteSignedValue.parseFourByteSigned(state[0], state[1], state[2], state[3]);
Console.WriteLine("[ENERGY] {0} (C#: {1} Wh) (F#: {2} Wh)", description, wattHour, functionalWattHour);
}
else if (Dates.TryGetValue(address, out description))
{
var date = (DateTime)_connection.FromDataPoint("11.001", state); // (DateTime)
var functionalDate = Category11_Date.parseDate(state[0], state[1], state[2]);
Console.WriteLine("[DATE] {0} (C#: {1}) (F#: {2})", description, date.ToString("dd/MM/yyyy"), functionalDate.ToString("dd/MM/yyyy"));
}
else if (Speed.TryGetValue(address, out description))
{
var speed = _connection.FromDataPoint("9.005", state); // (decimal)
var functionalSpeed = Category9_2ByteFloatValue.parseTwoByteFloat(state[0], state[1]);
Console.WriteLine("[SPEED] {0} (C#: {1} m/s) (F#: {2} m/s)", description, speed, functionalSpeed);
}
else
{
_logFile.WriteLine("{0} - {1}", address, BitConverter.ToString(state));
}
}
private static void Event(string address, string state)
{
if (address.Equals("4/0/6") || address.Equals("5/1/1") || address.Equals("5/1/4") || address.Equals("5/1/10") || address.Equals("5/1/11"))
{
Console.WriteLine("New Event: device " + address + " has status (" + state + ") --> " + _connection.FromDataPoint("9.001", state));
}
else
{
var data = string.Empty;
if (state.Length == 1)
{
data = ((byte)state[0]).ToString();
}
else
{
var bytes = new byte[state.Length];
for (var i = 0; i < state.Length; i++)
{
bytes[i] = Convert.ToByte(state[i]);
}
data = state.Aggregate(data, (current, t) => current + t.ToString());
}
Console.WriteLine("New Event: device " + address + " has status (" + state + ") --> " + data);
}
}
private void LogValue(KnxGroupWithStateDto knxGroup, string state, bool isEvent)
{
string stringFormat = string.Empty;
if (!knxGroup.DPT.HasValue)
{
stringFormat = string.Format("New {0}: knxGroup {1} has state {2}", isEvent ? "Event" : "Status", knxGroup.Address, state);
}
else
{
switch (knxGroup.DPT.Value)
{
case KnxDPTEnum.PERCENTAGE:
decimal perc = (decimal)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.PERCENTAGE], state);
knxGroup.State = (double)perc;
stringFormat = string.Format("knxGroup {0}, perc: {1}", knxGroup.Name, perc);
break;
case KnxDPTEnum.TEMPERATURE:
decimal temp = (decimal)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.TEMPERATURE], state);
knxGroup.State = (double)temp;
stringFormat = string.Format("knxGroup {0}, temp: {1}", knxGroup.Name, temp);
break;
case KnxDPTEnum.SWITCH:
bool switchVal = (bool)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.SWITCH], state);
knxGroup.State = switchVal ? 1 : 0;
stringFormat = string.Format("knxGroup {0}, switch: {1}", knxGroup.Name, switchVal ? "on" : "off");
break;
case KnxDPTEnum.BOOLEAN:
bool booleanVal = (bool)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.SWITCH], state);
knxGroup.State = booleanVal ? 1 : 0;
stringFormat = string.Format("knxGroup {0}, boolean: {1}", knxGroup.Name, booleanVal);
break;
case KnxDPTEnum.UP_DOWN:
bool upDownVal = (bool)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.UP_DOWN], state);
knxGroup.State = upDownVal ? 1 : 0;
stringFormat = string.Format("knxGroup {0}, upDown: {1}", knxGroup.Name, upDownVal ? "down" : "up");
break;
case KnxDPTEnum.OPEN_CLOSE:
bool openCloseVal = (bool)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.OPEN_CLOSE], state);
knxGroup.State = openCloseVal ? 1 : 0;
stringFormat = string.Format("knxGroup {0}, openClose: {1}", knxGroup.Name, openCloseVal ? "opened" : "closed");
break;
case KnxDPTEnum.COUNTER_PULSES:
int counterPulsesVal = (int)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.COUNTER_PULSES], state);
knxGroup.State = (double)counterPulsesVal;
stringFormat = string.Format("knxGroup {0}, counterPulsesVal: {1}", knxGroup.Name, counterPulsesVal);
break;
case KnxDPTEnum.DIMMING_CONTROL:
int step = (int)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.DIMMING_CONTROL], state);
knxGroup.State = (double)step;
stringFormat = string.Format("knxGroup {0}, step: {1}", knxGroup.Name, step);
break;
case KnxDPTEnum.HVAC:
int hvac = (int)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.HVAC], state);
knxGroup.State = hvac;
switch (hvac)
{
case 0:
stringFormat = string.Format("knxGroup {0}, hvac: Auto", knxGroup.Name);
break;
case 1:
stringFormat = string.Format("knxGroup {0}, hvac: Comfort", knxGroup.Name);
break;
case 2:
stringFormat = string.Format("knxGroup {0}, hvac: Standby", knxGroup.Name);
break;
case 3:
stringFormat = string.Format("knxGroup {0}, hvac: Economy", knxGroup.Name);
break;
case 4:
stringFormat = string.Format("knxGroup {0}, hvac: Building Protection", knxGroup.Name);
break;
default:
stringFormat = string.Format("knxGroup {0}, hvac: {1}", knxGroup.Name, hvac);
break;
}
break;
case KnxDPTEnum.HEAT_COOL:
bool heatCoolVal = (bool)_connection.FromDataPoint(KnxDPT.KnxDPTs[KnxDPTEnum.HEAT_COOL], state);
knxGroup.State = heatCoolVal ? 1 : 0;
stringFormat = string.Format("knxGroup {0}, openClose: {1}", knxGroup.Name, heatCoolVal ? "heating" : "cooling");
break;
default:
stringFormat = string.Format("New {0}: knxGroup {1} has state {2}", isEvent ? "Event" : "Status", knxGroup.Address, state);
break;
}
}
_logger.LogInformation(stringFormat);
Console.Out.WriteLine(stringFormat);
}
private static void Event(object sender, KnxEventArgs args)
{
if (!(args.DestinationAddress is KnxGroupAddress address))
{
return;
}
var state = args.State;
if (address.Equals("1/2/1") || address.Equals("1/2/2"))
{
Console.WriteLine("New Event: device " + address + " has status (" + state + ") --> " + _connection.FromDataPoint("9.001", state));
}
else if (
address.Equals("1/2/3") ||
address.Equals("1/2/4") ||
address.Equals("1/2/5") ||
address.Equals("1/2/5") ||
address.Equals("1/2/6") ||
address.Equals("1/2/7") ||
address.Equals("1/2/8") ||
address.Equals("1/2/9") ||
address.Equals("1/2/10") ||
address.Equals("1/2/11") ||
address.Equals("1/2/12") ||
address.Equals("1/2/13") ||
address.Equals("1/2/14") ||
address.Equals("1/2/15") ||
address.Equals("1/2/16") ||
address.Equals("1/2/17") ||
address.Equals("1/2/18"))
{
var data = string.Empty;
if (state.Length == 1)
{
data = state[0].ToString();
}
else
{
var bytes = new byte[state.Length];
for (var i = 0; i < state.Length; i++)
{
bytes[i] = Convert.ToByte(state[i]);
}
data = state.Aggregate(data, (current, t) => current + t.ToString());
}
Console.WriteLine("New Event: device " + address + " has status (" + state + ") --> " + data);
}
}
private static void Print(KnxConnection connection, KnxAddress knxAddress, byte[] state)
{
const int categoryWidth = 15;
const int descriptionWidth = -60;
var address = knxAddress.ToString();
if (Switches.TryGetValue(address, out var description))
{
var functionalToggle = Category1_SingleBit.parseSingleBit(state[0]);
Console.WriteLine($"{"[ON/OFF]", categoryWidth} {description, descriptionWidth} ({(functionalToggle.Exists() ? functionalToggle.Value.Text : "N/A")})");
}
else if (Toggles.TryGetValue(address, out description))
{
var functionalToggle = Category1_SingleBit.parseSingleBit(state[0]);
Console.WriteLine($"{"[TRUE/FALSE]", categoryWidth} {description, descriptionWidth} ({(functionalToggle.Exists() ? functionalToggle.Value.Text : "N/A")})");
}
else if (Percentages.TryGetValue(address, out description))
{
var functionalPercentage = Category5_Scaling.parseScaling(0, 100, state[0]);
Console.WriteLine($"{"[PERCENTAGE]", categoryWidth} {description, descriptionWidth} ({functionalPercentage} %)");
}
else if (Duration.TryGetValue(address, out description))
{
var functionalDuration = Category7_2ByteUnsignedValue.parseTwoByteUnsigned(1, state[0], state[1]);
Console.WriteLine($"{"[DURATION]", categoryWidth} {description, descriptionWidth} ({functionalDuration} h)");
}
else if (Current.TryGetValue(address, out description))
{
var functionalCurrent = Category7_2ByteUnsignedValue.parseTwoByteUnsigned(1, state[0], state[1]);
Console.WriteLine($"{"[ENERGY]", categoryWidth} {description, descriptionWidth} ({functionalCurrent} mA)");
}
else if (Temperatures.TryGetValue(address, out description))
{
var temp = connection.FromDataPoint("9.001", state); // (decimal)
var functionalTemp = Category9_2ByteFloatValue.parseTwoByteFloat(state[0], state[1]);
Console.WriteLine($"{"[TEMP]", categoryWidth} {description, descriptionWidth} (C#: {temp} °C) (F#: {functionalTemp} °C)");
}
else if (LightStrength.TryGetValue(address, out description))
{
var functionalLightStrength = Category9_2ByteFloatValue.parseTwoByteFloat(state[0], state[1]);
Console.WriteLine($"{"[LUX]", categoryWidth} {description, descriptionWidth} ({functionalLightStrength} Lux)");
}
else if (Times.TryGetValue(address, out description))
{
var functionalTime = Category10_Time.parseTime(state[0], state[1], state[2]);
Console.WriteLine($"{"[TIME]", categoryWidth} {description, descriptionWidth} ({(functionalTime.Item1.Exists() ? functionalTime.Item1.Value.Text : string.Empty)}, {functionalTime.Item2:c})");
}
else if (EnergyWattHour.TryGetValue(address, out description))
{
var wattHour = connection.FromDataPoint("13.010", state); // (int)
var functionalWattHour = Category13_4ByteSignedValue.parseFourByteSigned(state[0], state[1], state[2], state[3]);
Console.WriteLine($"{"[ENERGY]", categoryWidth} {description, descriptionWidth} (C#: {wattHour} Wh) (F#: {functionalWattHour} Wh)");
}
else if (Dates.TryGetValue(address, out description))
{
var date = (DateTime)connection.FromDataPoint("11.001", state); // (DateTime)
var functionalDate = Category11_Date.parseDate(state[0], state[1], state[2]);
Console.WriteLine($"{"[DATE]", categoryWidth} {description, descriptionWidth} (C#: {date:dd/MM/yyyy}) (F#: {functionalDate:dd/MM/yyyy})");
}
else if (Speed.TryGetValue(address, out description))
{
var speed = connection.FromDataPoint("9.005", state); // (decimal)
var functionalSpeed = Category9_2ByteFloatValue.parseTwoByteFloat(state[0], state[1]);
Console.WriteLine($"{"[SPEED]",categoryWidth} {description, descriptionWidth} (C#: {speed} m/s) (F#: {functionalSpeed} m/s)");
}
else
{
_logFile.WriteLine("{0} - {1}", address, BitConverter.ToString(state));
}
}