public static IObservable <Report> Create(PingConfig config)
{
string host = config.Host;
int rate = config.Rate * 1000;
int timeout = config.Timeout * 1000;
return(Pinger.Create(host, rate, timeout));
}
public ObjectResult Config()
{
return(WebFunction.Execute <PingConfig>(this, () =>
{
var config = new PingConfig();
config.WebHost = HttpContext.Request.Host.Value.ToString();
return new WebResult <PingConfig>(config);
}));
}
public MainWindowViewModel(IPingable pingable = default)
{
_pingable = pingable;
if (pingable == default)
{
_pingable = new Pingable();
}
Config = new PingConfig();
Config.Address = "192.168.229.95"; // "192.168.229.86";
Config.Interval = 2000;
Config.Timeout = 100;
_pingable.PingStatsUpdated += pingable_PingStatsUpdated;
_pingable.PingCompleted += pingable_PingCompleted;
StartCommand = new RelayCommand(StartAction, () => !PingServiceRunning);
StopCommand = new RelayCommand(StopAction, () => PingServiceRunning);
SeriesCollection = new SeriesCollection {
new ScatterSeries {
Title = "Successful RTT", Values = new ChartValues <DateTimePoint>()
},
new ScatterSeries {
Title = "Failures", Values = new ChartValues <DateTimePoint>()
}
};
_success = new List <bool>();
/*SeriesCollection[0].Values.Add(new DateTimePoint(DateTime.Now, 0));
* _success.Add(true);
* SeriesCollection[1].Values.Add(new DateTimePoint(DateTime.Now, 0));
* _success.Add(false);*/
AxisMin = DateTime.Now.AddSeconds(-5).Ticks;
AxisMax = DateTime.Now.AddSeconds(1).Ticks;
XFormatter = (val) => new DateTime((long)val).ToString("HH:mm:ss");
}
