public void MaximumValueWithTime()
{
var res = ConvertStringToDateTime.Do(maxDTWithTime, true);
bool equal = res.Date == maxDateTime.Date && res.Hour == maxDateTime.Hour && res.Minute == maxDateTime.Minute && res.Second == maxDateTime.Second;
Assert.IsTrue(equal);
}
static void Main(string[] args)
{
List <String> transponderdataList = new List <string>();
var track1 = "BIJ515;12345;54321;17891;20180409153742853";
var track2 = "BIJ516;12345;54322;17891;20180409153742853";
transponderdataList.Add(track1);
transponderdataList.Add(track2);
Faketransponderreciever myReciever = new Faketransponderreciever(transponderdataList);
//var myReciever = Faketransponderreciever.ITransponderReceiver.CreateTransponderDataReceiver();
IConvertStringToDateTime convertStringToDateTime = new ConvertStringToDateTime();
ICalculateVelocity calculateVelocity = new CalculateVelocity();
ICalculateCourse calculateCourse = new CalculateCourse();
IWriter writer = new ConsoleWriter();
ILogWriter logWriterToFile = new LogWriter();
ILogWriter logWriterToConsole = new LogWriter();
SeperationEvent seperationEvent = new SeperationEvent();
IEventController eventController = new EventController(logWriterToFile, logWriterToConsole);
ISeperationTracks seperationTracks = new SeperationTracks(seperationEvent, eventController);
ISortingTracks sortingTracks = new SortingTracks(calculateVelocity, calculateCourse, writer, seperationTracks);
IFilterAirspace filterAirspace = new FilterAirspace(sortingTracks);
IConvertTrackData convertTrackData = new ConvertTrackData(myReciever, convertStringToDateTime, filterAirspace);
Console.ReadKey();
}
static void Main(string[] args)
{
var myReciever = TransponderReceiverFactory.CreateTransponderDataReceiver();
IConvertStringToDateTime convertStringToDateTime = new ConvertStringToDateTime();
ICalculateVelocity calculateVelocity = new CalculateVelocity();
ICalculateCourse calculateCourse = new CalculateCourse();
IWriter writer = new ConsoleWriter();
ILogWriter logWriterToFile = new LogWriter();
ILogWriter logWriterToConsole = new ConsoleSeperation();
SeperationEvent seperationEvent = new SeperationEvent();
IEventController eventController = new EventController(logWriterToFile, logWriterToConsole);
ISeperationTracks seperationTracks = new SeperationTracks(seperationEvent, eventController);
ISortingTracks sortingTracks = new SortingTracks(calculateVelocity, calculateCourse, writer, seperationTracks);
IFilterAirspace filterAirspace = new FilterAirspace(sortingTracks);
IConvertTrackData convertTrackData = new ConvertTrackData(myReciever, convertStringToDateTime, filterAirspace);
Console.ReadKey();
}
public void Setup()
{
_uut = new ConvertStringToDateTime();
}
public void MediumValue()
{
var res = ConvertStringToDateTime.Do(medDTWithNone, false);
Assert.AreEqual(res, medDateTimeWithNoTime.Date);
}
public void MaximumValue()
{
var res = ConvertStringToDateTime.Do(maxDTWithNone, false);
Assert.AreEqual(res, maxDateTime.Date);
}
public void MediumValueWithTime()
{
var res = ConvertStringToDateTime.Do(medDTWithTime, true);
Assert.AreEqual(res, medDateTime);
}
public void MinimumValueWithTime()
{
var res = ConvertStringToDateTime.Do(minDTWithTime, true);
Assert.AreEqual(res, minDateTime);
}