public virtual void Update(Observable.IObservable <WeatherInfo> subject, WeatherInfo data)
{
WeatherStationLocation location;
if (subject == _subjectInBuilding)
{
location = WeatherStationLocation.In;
}
else if (subject == _subjectOutBuilding)
{
location = WeatherStationLocation.Out;
}
else
{
throw new ApplicationException("Weather station is undefined");
}
foreach (MeasurementStatisticPrinterDuo printer in _printers)
{
printer.UpdateStatistic(location, data);
}
if (data.WindInfo != null)
{
_windSpeedPrinter.UpdateStatistic(location, data);
_windDirectionPrinter.UpdateStatistic(location, data.WindInfo);
}
Console.WriteLine("-----------------------");
}
/// <summary>
/// </summary>
/// <param name="collection">A collection instance. The most common case is ConcurrentQuery object.</param>
/// <param name="observable">An observable instance. Passing this parameter you could choose between event and command-collection based implementations.</param>
public CollectionBroker([NotNull] IProducerConsumerCollection <T> collection, Observable.IObservable <T> observable)
{
_collection = collection;
_observable = observable;
IsSelfControlled = false;
}
public virtual void Update(Observable.IObservable <WeatherInfo> subject, WeatherInfo data)
{
if (subject == _subjectInBuilding)
{
Console.WriteLine($"Location: in building");
}
else if (subject == _subjectOutBuilding)
{
Console.WriteLine($"Location: out building");
}
else
{
throw new ApplicationException("Weather station is undefined");
}
Console.WriteLine($"Current temperature {data.Temperature}");
Console.WriteLine($"Current humidity {data.Humidity}");
Console.WriteLine($"Current pressure {data.Pressure}");
if (data.WindInfo != null)
{
Console.WriteLine($"Current wind direction {data.WindInfo.WindDirection}");
Console.WriteLine($"Current wind speed {data.WindInfo.WindSpeed}");
}
Console.WriteLine("-----------------------");
}
public Display(Observable <WeatherInfo> inSubject, Observable <WeatherInfo> outSubject)
{
_subjectInBuilding = inSubject;
_subjectOutBuilding = outSubject;
_subjectInBuilding.RegisterObserver(this);
_subjectOutBuilding.RegisterObserver(this);
}
public AllFieldsFilledDataEntryForm()
{
var view = new AllFieldsFilledDataEntryFormView();
var ended = new Observable.Publisher <Unit>();
Ended = ended;
View = view;
var strEntry = LocalValueFieldBuilder.Build(
view.StringEntry,
(x, errors) => errors.IfTrueAdd(
string.IsNullOrWhiteSpace(x) || x.Length < 4,
"Text must be at least 4 chars long"),
(x, errors) => errors.IfTrueAdd(
string.IsNullOrWhiteSpace(x) || x.Length > 10,
"Text must be no longer than 10 chars long")
);
var intEntry = LocalValueFieldBuilder.BuildNullableInt(
view.IntEntry,
(x, errors) => errors.IfTrueAdd(!x.HasValue || x < 1234, "Number must be bigger than 1234")
);
var decEntry = LocalValueFieldBuilder.BuildNullableDecimal(
view.DecimalEntry,
DecimalFormat.WithTwoDecPlaces,
(x, errors) => errors.IfTrueAdd(!x.HasValue || x < 5.6m,
"Number must be bigger than " + I18n.Localize(5.6m, DecimalFormat.WithOneDecPlace))
);
//this field is used to show that values on screen are not necessarily values within model.
//In other words: when validator rejected value from user wrong value and error message stays on screen BUT model keeps its last-accepted-value
var summaryLine = LocalValueFieldBuilder.Build("", view.SummaryLine);
void UpdateSummaryLine()
{
var decVal = !decEntry.Value.HasValue ? "" : I18n.Localize(decEntry.Value.Value, DecimalFormat.WithOneDecPlace);
summaryLine.DoProgrammaticChange(
$@"Accepted vals: Text={strEntry.Value} Int={intEntry.Value} Decimal={decVal}"
);
}
strEntry.Changed += (_, __, ___, ____, _____) => UpdateSummaryLine();
intEntry.Changed += (_, __, ___, ____, _____) => UpdateSummaryLine();
decEntry.Changed += (_, __, ___, ____, _____) => UpdateSummaryLine();
UpdateSummaryLine();
var confirm = LocalActionBuilder.Build(view.ConfirmAction, () => ended.Fire(Unit.Instance));
confirm.BindEnableAndInitializeAsObserving(x => {
x.Observes(strEntry);
x.Observes(intEntry);
x.Observes(decEntry);
});
}
public StatsDisplay(Observable <WeatherInfo> inSubject, Observable <WeatherInfo> outSubject)
{
_subjectInBuilding = inSubject;
_subjectOutBuilding = outSubject;
_subjectInBuilding.RegisterObserver(this);
_subjectOutBuilding.RegisterObserver(this);
_windDirectionPrinter = new WindDirectionStatisticPrinterDuo("Wind direction");
_windSpeedPrinter = new MeasurementStatisticPrinterDuo("Wind speed", wi => wi.WindInfo.WindSpeed);
}
