void SavePressed(object sender, EventArgs e)
{
//Session newSession = new Session(_session.Mapping);
Preferences prefs = new Preferences();
bool hasErrors = false;
string errorMessage = "";
// Verify user has selected save path
if (_chosenFilePath == null)
{
hasErrors = true;
errorMessage += "- File path to save log not chosen\n";
}
else
{
prefs.System.LogFilePath = _chosenFilePath;
}
// Verify user has selected serial port
if (_portDropdown.Active == -1)
{
hasErrors = true;
errorMessage += "- No serial port selected\n";
}
else
{
prefs.System.Serial.PortName = _portDropdown.ActiveText;
}
// Save chosen baud rate
if (int.TryParse(_baudRateDropdown.ActiveText, out int baud))
{
prefs.System.Serial.BaudRate = baud;
}
else
{
hasErrors = true;
errorMessage += "- Conversion error in baud rate\n";
}
// Show settings on startup
prefs.Visual.ShowSettingsOnStartup = _chkSettingsOnStartup.Checked;
// Update sensor component settings
foreach (ComponentSettingWidget widget in _componentWidgets)
{
SensorSettings sensorSettings = new SensorSettings();
sensorSettings.Enabled = widget.Enabled;
//newSession.Mapping.ComponentsByID()[widget.Component.BoardID].Enabled = widget.Enabled;
if (ValidateSensorLimits(widget, out float min, out float max, out string err))
{
hasErrors = true;
errorMessage += err;
}
public Bme680(II2cBus bus, byte address = 0x77, SensorSettings sensorSettings = null) : base(bus, address)
{
if (sensorSettings == null)
{
sensorSettings = new SensorSettings();
}
_settings = sensorSettings;
_lock = new object();
_initialized = false;
}
public ISensor Build()
{
var temp = _sockets.Select(x => new SocketWithSensorParameters(x.Key.ID, x.Key.Name, x.Value)).ToList();
var settings = new SensorSettings("TimeSwitch", _parameters, temp);
var timeSwitch = new TimeSwitch();
timeSwitch.Initialize(settings);
return(timeSwitch);
}
public IActionResult Update([FromBody] SensorSettings newObject)
{
try {
var c = repositorio.Update(newObject);
return(this.Ok(c));
}
catch (Exception ex) {
Console.WriteLine(ex.Message);
return(BadRequest());
}
}
public void OnGet()
{
if (Order == null)
{
Order = new SensorSettings();
Order.HWID = "thiago";
Order.CalibrationParameters = new List <double>();
Order.CalibrationParameters.Add(0.1);
Order.CalibrationParameters.Add(12.0);
}
}
public IActionResult Read()
{
try {
SensorSettings temp = (SensorSettings)repositorio.Read();
string jsonstring = JsonConvert.SerializeObject(temp);
return(this.Ok(jsonstring));
}
catch (Exception ex) {
Console.WriteLine(ex.Message);
return(null);
}
}
public int InputSettings(SensorSettings settings)
{
int result = -1;
if (m_isConnectionExist == true)
{
// Forward these settings to the sensor.
result = 0;
}
return(result);
}
public SensorSettings OutputSettings()
{
SensorSettings settings = null;
if (m_isConnectionExist == true)
{
// Get these settings from sensor and then create the object.
settings = new SensorSettings(5, "fast");
}
return(settings);
}
public void SaveToLocalSettings()
{
var localSettings = Windows.Storage.ApplicationData.Current.LocalSettings;
var ss = new SensorSettings
{
RangeMin = RangeMin,
RangeMax = RangeMax,
DangerLo = DangerLo,
DangerHi = DangerHi,
Unit = Unit,
Triggers = Triggers
};
localSettings.Values[settingsKey] = ss.ToJson();
}
private void SensorSettingClicked(object sender, RoutedEventArgs routedEventArgs)
{
var control = sender as SensorDataControl;
if (control != null)
{
SensorSettings.SaveSettings += SensorSettings_SaveSettings;
_selectedSensorControl = control;
SensorSettings.Show(
control.BrickInputPort,
_brick.Ports[control.BrickInputPort].Type,
_brick.Ports[control.BrickInputPort].Mode);
}
}
public void LoadFromLocalSettings()
{
var localSettings = Windows.Storage.ApplicationData.Current.LocalSettings;
var json = localSettings.Values[settingsKey] as string;
var ss = SensorSettings.CreateFromJson(json);
if (ss != null)
{
RangeMin = ss.RangeMin;
RangeMax = ss.RangeMax;
DangerLo = ss.DangerLo;
DangerHi = ss.DangerHi;
Unit = ss.Unit;
Triggers = ss.Triggers;
}
}
public object Update(object newObject) //Update de Operation State
{
try
{
OpState = (OperationState)newObject;
SensorSettings temp = (SensorSettings)Program.sensorSettings;
temp.State = OpState.State;
Program.sensorSettingsRepo.Update(temp);
return(OpState);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
return(null);
}
}
public static SensorReading CreateFromDevice(I2cPeripheral device, SensorSettings sensorSettings)
{
// Read the current control register
var status = device.ReadRegister(RegisterAddresses.ControlTemperatureAndPressure.Address);
// Force a sample
status = BitHelpers.SetBit(status, 0x00, true);
device.WriteRegister(RegisterAddresses.ControlTemperatureAndPressure.Address, status);
// Wait for the sample to be taken.
do
{
status = device.ReadRegister(RegisterAddresses.ControlTemperatureAndPressure.Address);
} while (BitHelpers.GetBitValue(status, 0x00));
var sensorData = device.ReadRegisters(
RegisterAddresses.AllSensors.Address,
RegisterAddresses.AllSensors.Length)
.AsSpan();
var rawPressure = GetRawValue(sensorData.Slice(0, 3));
var rawTemperature = GetRawValue(sensorData.Slice(3, 3));
var rawHumidity = GetRawValue(sensorData.Slice(6, 2));
//var rawVoc = GetRawValue(sensorData.Slice(8, 2));
var compensationData1 = device.ReadRegisters(RegisterAddresses.CompensationData1.Address,
RegisterAddresses.CompensationData1.Length);
var compensationData2 = device.ReadRegisters(RegisterAddresses.CompensationData2.Address,
RegisterAddresses.CompensationData2.Length);
var compensationData = ArrayPool <byte> .Shared.Rent(64);
try {
Array.Copy(compensationData1, 0, compensationData, 0, compensationData1.Length);
Array.Copy(compensationData2, 0, compensationData, 25, compensationData2.Length);
var temp = RawToTemp(rawTemperature,
new TemperatureCompensation(compensationData));
var pressure = RawToPressure(temp, rawPressure,
new PressureCompensation(compensationData));
var humidity = RawToHumidity(temp, rawHumidity,
new HumidityCompensation(compensationData));
return(new SensorReading(pressure, temp, humidity, 0, sensorSettings));
} finally {
ArrayPool <byte> .Shared.Return(compensationData, true);
}
}
private IEnumerable <SensorSettings> readSensorSettings()
{
var sensorNames = readSensorNames();
var listOfSensorSettings = new List <SensorSettings>();
foreach (string sensorName in sensorNames)
{
var parameters = readGlobalSensorParameters(sensorName);
var sensorSettings = new SensorSettings(sensorName, parameters, readSocketsWithSensorParameters(sensorName));
listOfSensorSettings.Add(sensorSettings);
}
return(listOfSensorSettings);
}
public string Execute(ref SensorAPI sensorAPI)
{
SensorSettings settings = sensorAPI.OutputSettings();
if (settings != null)
{
Console.WriteLine("Get sensor settings");
Console.WriteLine("frames : {0}, scan mode : {1}", settings.numFrames, settings.scanMode);
Logger.Log("Sensor output settings", settings.numFrames.ToString(), settings.scanMode);
}
else
{
Console.WriteLine("No Connection to the sensor");
Logger.Log("No Connection to the sensor");
}
return(Command.OUTPUT_SETTINGS);
}
public ActionResult OnGet(int idx)
{
if (idx < 0)
{
return(NotFound());
}
try
{
medidor = MedidoresModel.Medidores.ElementAt(idx);
/*client.Headers["Content-type"] = "application/json";
* Stream data = client.OpenRead (HWIP+"/medidor/sensorsettings");
* StreamReader reader = new StreamReader (data);
* string s = reader.ReadToEnd();
* medidor = (SensorSettings)JsonConvert.DeserializeObject(s,typeof(SensorSettings));*/
string[] lista = { "Off", "On", "Calibrate" };
for (int id = 0; id < lista.Count(); id++)
{
if (id == medidor.State)
{
listaOpStates.ElementAt(id).Selected = true;
}
}
foreach (var item in GrandezasModel.grandezas)
{
if (item.IdGrandeza == medidor.OperationType)
{
listaGrandezas.ElementAt(item.IdGrandeza - 1).Selected = true;
}
}
}
catch (System.Exception ex)
{
Console.WriteLine(ex.Message);
medidor = new SensorSettings();
return(NotFound());
}
Page_Title = "Editar Medidor";
return(Page());
}
public string Execute(ref SensorAPI sensorAPI)
{
SensorSettings settings = new SensorSettings(2, "slow");
int result = sensorAPI.InputSettings(settings);
if (result == 0)
{
Console.WriteLine("Set sensor settings:");
Console.WriteLine("frames : {0}, scan mode : {1}", settings.numFrames, settings.scanMode);
Logger.Log("Sensor output settings", settings.numFrames.ToString(), settings.scanMode);
}
else
{
Console.WriteLine("No Connection to the sensor");
Logger.Log("No Connection to the sensor");
}
return(Command.INPUT_SETTINGS);
}
public ISensor CreateSensor(SensorSettings sensorSettings)
{
switch (sensorSettings.Type)
{
case SensorType.RandomThermometer:
return(new RandomSensor(21m, 3m, sensorSettings.Name, ReadingType.Temperature));
case SensorType.RandomHygrometer:
return(new RandomSensor(45m, 10m, sensorSettings.Name, ReadingType.Humidity));
case SensorType.ChipsetThermometer:
return(new ChipsetThermometer(_shellHelper, sensorSettings.Name));
case SensorType.DS18B20:
return(new DS18B20Thermometer(_shellHelper, sensorSettings));
default:
throw new ArgumentOutOfRangeException();
}
}
public static void Main(string[] args)
{
try
{
settingsConf = File.Open("settings.conf", FileMode.OpenOrCreate);
StreamReader reader = new StreamReader(settingsConf);
string jsonstring = reader.ReadToEnd();
sensorSettings = new SensorSettings();
sensorSettings = (SensorSettings)JsonConvert.DeserializeObject(jsonstring, typeof(SensorSettings));
sensorSettings.State = 0;
operationStateRepo.Update(new OperationState( )
{
State = 0
});
List <string> url = new List <string>();
string hostName = Dns.GetHostName(); // Retrive the Name of HOST
Console.WriteLine(hostName);
// nao efetivo se a rede nao possuir um roteador caseiro que atualiza o dns dinamicamente
// ou seja, so funciona se o raspberry estiver inserido no dns da rede
/* foreach(var ip in Dns.GetHostEntry(hostName).AddressList){
* if(ip.ToString().Contains('.'))
* {
* // Console.WriteLine("My IP Address is :"+ip);
* var temp = (ip.ToString().Contains(":")?"["+ip+"]":ip.ToString());
* url.Add("http://"+temp+":1000");
* }
* } */
//Get IP. Funciona sempre
foreach (NetworkInterface netif in NetworkInterface.GetAllNetworkInterfaces())
{
if (netif.Name != "lo" && netif.Name != "wlan0")
{
IPInterfaceProperties prop = netif.GetIPProperties();
var listaIps = (from p in prop.UnicastAddresses where !p.Address.ToString().Contains(":") select "http://" + p.Address.ToString() + ":1000").Distinct().ToList();
url = listaIps;
Console.WriteLine("quase no for");
foreach (var p in url)
{
Console.WriteLine(p);
}
Console.WriteLine("sai do for");
}
}
//fim do Get Ip
endereco = url;
sensorSettings.HWIP = endereco[0];
}
catch (System.Exception ex)
{
List <string> url = new List <string>();
string hostName = Dns.GetHostName(); // Retrive the Name of HOST
Console.WriteLine(hostName);
// Get the IP
foreach (NetworkInterface netif in NetworkInterface.GetAllNetworkInterfaces())
{
if (netif.Name != "lo")
{
IPInterfaceProperties prop = netif.GetIPProperties();
var listaIps = (from p in prop.UnicastAddresses where !p.Address.ToString().Contains(":") select "http://" + p.Address.ToString() + ":1000").Distinct().ToList();
url = listaIps;
Console.WriteLine("quase no for");
foreach (var p in url)
{
Console.WriteLine(p);
}
Console.WriteLine("sai do for");
}
}
sensorSettings = new SensorSettings();
endereco = url;
sensorSettings.HWIP = endereco[0];
sensorSettings.OperationType = 1;
sensorSettings.State = 0;
sensorSettings.ServersIP = "http://localhost:2005";
sensorSettings.HWIP = endereco.First();
System.Console.Write(ex.Message);
}
sensorSettingsRepo.Update(sensorSettings);
longThread.Start();
CreateWebHostBuilder(args).Build().Run();
}
public Sensor(SensorSettings settings)
{
this.Settings = settings;
}
private SensorReading(double pressure, double temperature, double humidity, double voc, SensorSettings settings)
{
switch (settings.PressureUnit)
{
case PressureUnit.Pa:
Pressure = pressure;
break;
case PressureUnit.Psia:
Pressure = pressure / 6894.75728;
break;
case PressureUnit.Atm:
Pressure = pressure / 101325;
break;
}
switch (settings.TemperatureUnit)
{
case TemperatureUnit.C:
Temperature = temperature;
break;
case TemperatureUnit.F:
Temperature = (temperature * (9D / 5D)) + 32;
break;
}
Humidity = humidity;
VOC = voc;
}
public DS18B20Thermometer(IShellHelper shellHelper, SensorSettings settings)
{
_shellHelper = shellHelper;
_deviceId = settings.DeviceId;
Name = settings.Name;
}
public void UpdateSensorSettings(SensorSettings sensorSettings)
{
_settings = sensorSettings;
Initialize();
}
public ProcessBasedSensorBase(SensorSettings settings) : base(settings)
{
}
internal void Initialize(SensorSettings settings)
{
_timer = new Timer(1000);
_timer.Elapsed += _timer_Elapsed;
_cache = settings.Sockets.Select(x => new Cache(x, parseParameters(x.Parameters))).ToList();
}
