async Task Start()
{
while (true)
{
DateTime clock = DateTime.Now.AddHours(-8);
graphics.Clear();
graphics.DrawText(0, 1, $"{clock:hh}");
graphics.DrawText(0, 9, $"{clock:mm}");
graphics.DrawText(0, 17, $"{clock:ss}");
graphics.DrawText(0, 25, $"{clock:tt}");
if (showDate)
{
graphics.Clear();
graphics.DrawText(0, 1, $"{clock:dd}");
graphics.DrawText(0, 9, $"{clock:MM}");
graphics.DrawText(0, 17, $"{clock:yy}");
graphics.DrawHorizontalLine(0, 24, 7, true);
var temperature = await analogTemperature.Read();
graphics.DrawText(0, 26, $"{(int) temperature.Celsius}");
}
graphics.Show();
Thread.Sleep(1000);
}
}
async void ButtonClicked(object sender, EventArgs e)
{
onboardLed.SetColor(Color.Orange);
var newMoisture = await capacitive.Read();
var newTemperature = await analogTemperature.Read();
displayController.UpdateMoisturePercentage(newMoisture.New, moisture.New);
moisture = newMoisture;
displayController.UpdateTemperatureValue(newTemperature.Temperature.Value, temperature.Temperature.Value);
temperature = newTemperature;
onboardLed.SetColor(Color.Green);
}
async Task GetTemperature()
{
onboardLed.StartPulse(Color.Orange);
// Get indoor conditions
var roomTemperature = await analogTemperature.Read();
// Get outdoor conditions
var outdoorConditions = await WeatherService.GetWeatherForecast();
// Format indoor/outdoor conditions data
var model = new WeatherViewModel(outdoorConditions, roomTemperature);
// Update Temperature values and weather description
displayView.WriteLine($"In: {model.IndoorTemperature.ToString("00")}C | Out: {model.OutdoorTemperature.ToString("00")}C", 2);
displayView.WriteLine($"{model.Weather}", 3);
onboardLed.StartPulse(Color.Green);
}
async Task Start()
{
var dateTime = await WeatherService.GetTimeAsync();
Device.SetClock(new DateTime(
year: dateTime.Year,
month: dateTime.Month,
day: dateTime.Day,
hour: dateTime.Hour,
minute: dateTime.Minute,
second: dateTime.Second));
while (true)
{
DateTime clock = DateTime.Now;
graphics.Clear();
graphics.DrawText(0, 1, $"{clock:hh}");
graphics.DrawText(0, 9, $"{clock:mm}");
graphics.DrawText(0, 17, $"{clock:ss}");
graphics.DrawText(0, 25, $"{clock:tt}");
if (showDate)
{
graphics.Clear();
graphics.DrawText(0, 1, $"{clock:dd}");
graphics.DrawText(0, 9, $"{clock:MM}");
graphics.DrawText(0, 17, $"{clock:yy}");
graphics.DrawHorizontalLine(0, 24, 7, true);
float temperature = analogTemperature.Read().Result.Temperature.Value;
graphics.DrawText(0, 26, $"{(int) temperature}");
}
graphics.Show();
Thread.Sleep(1000);
}
}
async Task Start()
{
onboardLed.StartPulse(Color.Magenta);
// Get indoor conditions
var indoorConditions = await analogTemperature.Read();
// Get outdoor conditions
var outdoorConditions = await WeatherService.GetWeatherForecast();
onboardLed.StartPulse(Color.Orange);
// Format indoor/outdoor conditions data
var model = new WeatherViewModel(outdoorConditions, indoorConditions);
// Send formatted data to display to render
displayController.UpdateDisplay(model);
onboardLed.StartPulse(Color.Green);
}
protected async Task ReadTemp()
{
var conditions = await analogTemperature.Read();
Console.WriteLine($"Initial temp: { conditions.Temperature }");
}
public async void Dispatch(DeviceLookup lookup = null)
{
AtmosphericConditions temp = await _temperature.Read();
Temperature = temp.Temperature.HasValue ? temp.Temperature.Value : 0;
}
protected async Task ReadInitialTemperature()
{
var conditions = await temperatureSensor.Read();
Console.WriteLine($"Temp: {conditions.Temperature}ºC, {conditions.Temperature.Value.CelciusToFahrenheit()}ºF.");
}
/// <summary>
/// Performs a one-off reading of the temp sensor.
/// </summary>
/// <returns></returns>
protected async Task <AtmosphericConditions> ReadTemp()
{
var conditions = await analogTemperature.Read();
return(conditions);
}
public async Task <AtmosphericConditions> ReadTemperature()
{
return(await Temperature.Read());
}
