public IAsyncOperationContext BeginRampToTemperature(Value <Unit.Temperature> targetTemperature,
Value <Unit.TemperatureRate> rampRateAbs, ReadOnlyRange <Unit.Temperature> settlingBand,
TimeSpan settlingTime)
{
if (_operationService.GetOperationStatus())
{
return(_operationService);
}
if (_operationService.GetCurrentTemperature() < targetTemperature)
{
var task = _operationService.RampingUpAsync(targetTemperature, rampRateAbs, settlingBand, settlingTime);
try
{
task.ConfigureAwait(false);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}
else if (_operationService.GetCurrentTemperature() > targetTemperature)
{
var task = _operationService.RampingDownAsync(targetTemperature, rampRateAbs, settlingBand, settlingTime);
try
{
task.ConfigureAwait(false);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}
return(_operationService);
}
public async Task TestRampingUp()
{
var operationService = new AsyncOperationService();
var targetTemperature = new Value <Unit.Temperature>(50.0, Unit.Temperature.TemperatureInDegC);
var rampRate = new Value <Unit.TemperatureRate>(10.0, Unit.TemperatureRate.TemperatureRateInDegCPerMinute);
var minBand = new Value <Unit.Temperature>(targetTemperature.Number - 0.5, Unit.Temperature.TemperatureInDegC);
var maxBand = new Value <Unit.Temperature>(targetTemperature.Number + 0.5, Unit.Temperature.TemperatureInDegC);
var band = new ReadOnlyRange <Unit.Temperature>(minBand, maxBand);
var time = TimeSpan.FromMinutes(5);
await operationService.RampingUpAsync(targetTemperature, rampRate, band, time);
var currentTemp = operationService.GetCurrentTemperature().Number;
Assert.AreEqual(50.0, currentTemp);
}