public void Setup()
{
_uut = new SeparationEvent();
_calcDistance = Substitute.For <ICalcDistance>();
_track1 = Substitute.For <ITracks>();
_track2 = Substitute.For <ITracks>();
}
public void Setup()
{
_track = Substitute.For <TrackData>();
_list = new List <ITracks>();
_printer = Substitute.For <IPrints>();
_uut = new Monitor();
}
public bool CollisionDetection(ICalcDistance Distance, ITracks track1, ITracks track2)
{
this.Distance = Distance;
double horizontalDistance = this.Distance.CalculateDistance2D(track1.X, track2.X, track1.Y, track2.Y);
double verticalDistance = this.Distance.CalculateDistance1D(track1.Altitude, track2.Altitude);
return(horizontalDistance < horizontalConflict && verticalDistance < verticalConflict);
}
public bool MonitorFlight(ITracks track)
{
//De rette coords
return(track.X <= 90000 &&
track.X >= 10000 &&
track.Y <= 90000 &&
track.Y >= 10000 &&
track.Altitude >= 500 &&
track.Altitude <= 20000);
}
public void Setup()
{
_uut = new Logger();
_track1 = Substitute.For <ITracks>();
_track2 = Substitute.For <ITracks>();
_track1.Tag = "Tag1";
_track1.FormattedTimestamp = "20151006213456789";
_track2.Tag = "Tag2";
_track2.FormattedTimestamp = "20151006213456789";
}
public void Setup()
{
//Rigtige Klasser
_uut = new Monitor();
_Track1 = new TrackData()
{
Tag = "TAG1", X = 10000, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_Update = Substitute.For <IUpdate>();
}
public void Setup()
{
_calcdist = Substitute.For <ICalcDistance>();
_calccourse = Substitute.For <ICalcCourse>();
_calcvelocity = Substitute.For <ICalcVelocity>();
_update = Substitute.For <IUpdate>();
_output = Substitute.For <IOutput>();
_tracks = new List <ITracks>();
_track = Substitute.For <TrackData>();
_monitor = Substitute.For <IMonitors>();
_uut = new Print(_update, _calcdist, _calccourse, _calcvelocity, _logger, _separation, _monitor, _output, _tracks);
}
public void LogSeparationEvent(ITracks track1, ITracks track2)
{
Console.WriteLine("Timestamp: " + track1.FormattedTimestamp + "\t" +
track1.Tag + " and " + track2.Tag + " are breaking separation rules");
string output = "Timestamp: " + track1.FormattedTimestamp + "\t" +
track1.Tag + " and " + track2.Tag + " are breaking separation rules";
using (StreamWriter outputFile = new StreamWriter(@"SeparatationEventLog.txt", true))
{
outputFile.WriteLine(output);
}
}
public void Setup()
{
//Initialisere
_tag = "TRK001";
_xcoord = 12345;
_ycoord = 67890;
_altitude = 12000;
_course = 0;
_velocity = 0;
_formattedtime = "20151014123456789";
//Test
_uut = new TrackData();
}
public double Calculate(ITracks track1, ITracks track2)
{
double Rad2Deg = 180.0 / Math.PI;
double dx = track2.X - track1.X;
double dy = track2.Y - track1.Y;
double angle = 90 - Math.Atan2(dy, dx) * Rad2Deg;
if (angle <= 0)
{
angle = angle + 360;
}
_Angle = angle;
return(_Angle);
}
public void Setup()
{
_uut = new CalcDistance();
_Track1 = new TrackData()
{
Tag = "TAG1", X = 10000, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_Track2 = new TrackData()
{
Tag = "TAG1", X = 50000, Y = 20000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 1111"
};
_Track3 = new TrackData()
{
Tag = "TAG1", X = 100, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_Event = Substitute.For <ISeparation>();
}
public double Velocity(ITracks track1, ITracks track2)
{
TimeSpan time = track2.Timestamp - track1.Timestamp;
timespan = (double)time.TotalSeconds;
double a = 0, b = 0, speed = 0;
if (track1.X > track2.X)
{
a = track1.X - track2.X;
}
else
{
a = track2.X - track1.X;
}
if (track1.Y > track2.Y)
{
b = track1.Y - track2.Y;
}
else
{
b = track2.Y - track1.Y;
}
double c = Math.Sqrt(Math.Pow(a, 2) + Math.Pow(b, 2));
if (timespan < 0)
{
timespan = timespan * -1;
speed = c / timespan;
}
else if (timespan > 0)
{
speed = c / timespan;
}
return(speed);
}
public void SetUp()
{
_decoder = Substitute.For <ITrackDecoding>();
//Rigtige Klasser
_Track1 = new TrackData()
{
Tag = "TAG1", X = 10000, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_Track2 = new TrackData()
{
Tag = "TAG1", X = 50000, Y = 20000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 1111"
};
_Track3 = new TrackData()
{
Tag = "TAG1", X = 100, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_CalcDistance = new CalcDistance();
_calcCourse = new CalcCourse();
_calcVelocity = new CalcVelocity();
_monitor = new Monitor();
_uut = new Update(_decoder);
//Lister
_Tracklist = new List <ITracks>()
{
_Track1, _Track2
};
_fakeTransponderData = new TrackDataEventArgs(_Tracklist);
//Substitueret
_logger = Substitute.For <ILog>();
_output = Substitute.For <IOutput>();
_print = Substitute.For <IPrints>();
_Separation = Substitute.For <ISeparation>();
_decoder.TrackDataReadyForCalculation += (o, args) => _Tracklist = args.TrackData;
}
public void Setup()
{
_uut = new CalcCourse();
_Track1 = new TrackData()
{
Tag = "TAG1", X = 10000, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_Track2 = new TrackData()
{
Tag = "TAG1", X = 50000, Y = 20000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 1111"
};
_Track3 = new TrackData()
{
Tag = "TAG1", X = 100, Y = 21000, Altitude = 3000, Course = 0, Velocity = 100, FormattedTimestamp = "14-05-2018 17:18 53 4000"
};
_Tracklist = new List <ITracks>()
{
_Track1, _Track2, _Track3
};
_Update = Substitute.For <IUpdate>();
}
public void Setup()
{
_track1 = Substitute.For <ITracks>();
_track2 = Substitute.For <ITracks>();
_decoder = Substitute.For <ITrackDecoding>();
receivedTrackData = new List <ITracks>();
_uut = new Update(_decoder);
_calcDistance = Substitute.For <ICalcDistance>();
_calcCourse = Substitute.For <ICalcCourse>();
_calcVelocity = Substitute.For <ICalcVelocity>();
_logger = Substitute.For <ILog>();
_separation = Substitute.For <ISeparation>();
_monitor = Substitute.For <IMonitors>();
//Tilsæt ny data
_track1.Tag = "Tag1";
_track1.Altitude = 500;
_track1.X = 20000;
_track1.Y = 40000;
//_track1.Course = 0;
_track1.Timestamp = new DateTime(20180419152929150);
//_track1.Velocity = 0;
_track2.Tag = "Tag1";
_track2.Altitude = 600;
_track2.X = 40000;
_track2.Y = 90000;
//_track2.Course = 0;
_track2.Timestamp = new DateTime(20180419152929100);
//_track2.Velocity = 0;
_fakeTransponderData = new TrackDataEventArgs(new List <ITracks>());
_fakeTransponderData.TrackData.Add(Substitute.For <ITracks>());
_fakeTransponderData.TrackData.Add(Substitute.For <ITracks>());
//Her bliver eventet sat til at være lige med receivedTrackData
_decoder.TrackDataReadyForCalculation += (o, args) => receivedTrackData = args.TrackData;
}
public void Setup()
{
_track1 = Substitute.For <ITracks>();
_track2 = Substitute.For <ITracks>();
_uut = new CalcCourse();
}
public PlaylistService(IWeather weatherService, ITracks tracksService)
{
_weatherService = weatherService;
_tracksService = tracksService;
}
