public AirTrafficController(IDataCalculator dataCalculator)
{
dataCalculator.CalculateEvent += RecieveCalculatedEvent;
TrackList = new List <TrackInfo>();
_seperationChecker = new SeperationChecker(); //disse bør ikke oprettes her, men injecteres fra main
_conditionViewer = new ConsoleViewer();
}
public void SetUp()
{
_fakeConsolePrint = Substitute.For <IPrint>();
_fakeLogPrint = Substitute.For <IPrint>();
_fakedataCalculator = Substitute.For <IDataCalculator>();
_uut = new SeperationChecker(_fakedataCalculator, _fakeLogPrint, _fakeConsolePrint);
}
public DataPresenter(IDataCalculator datacalc)
{
datacalculator = datacalc;
datacalculator.sendCoordinate += sendCoordinates;
muscleForce = new List <XYDTO>();
}
///<inheritdoc cref="IDataRepository"/>
public DataRepository(IDbContextFactory contextFactory,
IEntityResolver <Data> dataResolver,
IDataCalculator dataCalculator)
{
this.contextFactory = contextFactory;
this.dataResolver = dataResolver;
this.dataCalculator = dataCalculator;
}
public void SetUp()
{
_conditionViewer = Substitute.For <IConditionViewer>();
_seperationChecker = Substitute.For <ISeperationChecker>();
_dataCalculator = Substitute.For <IDataCalculator>();
_uut = new AirTrafficController(_dataCalculator);
}
public void SetUp()
{
airTrafficEvent_ = null;
dataCalculator_ = NSubstitute.Substitute.For <IDataCalculator>();
UUT_ = new CollisionStatus(dataCalculator_);
UUT_.CollisionStatusEvent += (e, args) => { airTrafficEvent_ = args; };
}
public SeperationChecker(IDataCalculator calcedRecieved, IPrint printer1, IPrint printer2)
{
this._calcedRecieved = calcedRecieved;
this._calcedRecieved.CalcedDataReady += CheckDistance;
_planelist = new List<Plane>();
_printToLog = printer1;
_printToConsole = printer2;
}
// TODO WTS: Change the chart as appropriate to your app.
// For help see http://docs.telerik.com/windows-universal/controls/radchart/getting-started
public MeasurePage()
{
InitializeComponent();
graphCoordinates = new List <XYDTO>(); //kat
BC_ = new BlockingCollection <int>();
producer_ = new producer(BC_);
dataprocessor_ = new DataProcessor(BC_);
datacalculator_ = new DataCalculator(dataprocessor_);
datapresenter_ = new DataPresenter(datacalculator_);
//zeroPointAdjustment_ = new ZeroPointAdjustment();
//datapresenter_.sendCoordinate += updateGraph;
coordinateDownSampling = new List <double>();
datapresenter_.sendCoordinate += sampleDown;
MuscleForceChart.DataContext = downSampledCoordinate;
}
public CollisionStatus(IDataCalculator iDataCalculator)
{
iDataCalculator.DataCalculatedEvent += RecieveData;
collisionStatus_ = false;
}
public Print(IDataCalculator dataCalculator, ILogCollision logCollision)
{
dataCalculator.DataCalculatedEvent += ConsolePrint;
logCollision.DeterminedLogEvent += ConsolePrintCollision;
}
public void SetUp()
{
_fakeTrackInfo = Substitute.For <ITrackInfo>();
_uut = new DataCalculator(_fakeTrackInfo);
_uut.CalcedDataReady += (o, a) => { output = a; };
}