public void AskFlightMereTime()
{
FlightCalculator calculator = new FlightCalculator();
// Positions at the flight plan.
DateTime launchTime = new DateTime(2020, 5, 24, 20, 4, 30);
InitialLocation launch = new InitialLocation(100, 100, launchTime);
FlightStatus middle = new FlightStatus(120, 200, 300);
FlightStatus end = new FlightStatus(140, 250, 200);
// Generate the flight plan based on those positions.
FlightPlan flightPlan = new FlightPlan(256, "TestCompany", launch, new FlightStatus[2] {
middle, end
});
DateTime mereTime = launchTime.AddSeconds(150);
// The test asks for a point at mere time.
var res = calculator.CreateFlightFromPlan(flightPlan, mereTime, false);
// Check that expected values are retrieved.
Assert.AreEqual(110, res.Longitude);
Assert.AreEqual(150, res.Latitude);
}
public bool IsValid()
{
if (CompanyName == null)
{
return(false);
}
if (Segments == null || Segments.Count == 0)
{
return(false);
}
foreach (Segment segment in Segments)
{
if (!segment.IsValid())
{
return(false);
}
}
if (InitialLocation == null || !InitialLocation.IsValid())
{
return(false);
}
if (Passengers < 0)
{
return(false);
}
return(true);
}
/* todo
* This method updates the data of a flight (especially location) and add it to
* the relevant flights list.
*/
private async Task <IEnumerable <FlightData> > UpdateAndAddFlight(DateTime relative_to,
InitialLocation currentInitial, FlightPlan currentPlan, FlightData relevantFlightData,
FlightPlan plan, IEnumerable <FlightData> relevantFlights)
{
var secondsInFlight = (relative_to - currentInitial.DateTime).TotalSeconds;
IEnumerable <Segment> planSegments = await _flightContext.SegmentItems
.Where(x => x.FlightPlanId == currentPlan.Id).ToListAsync();
var planSegmentDict = new SortedDictionary <int, Segment>();
var index = 0;
foreach (var planSegment in planSegments)
{
planSegmentDict.Add(index, planSegment);
index++;
}
FindAndUpdateLocation(relative_to, planSegmentDict,
secondsInFlight, currentInitial, relevantFlightData, plan);
relevantFlights = relevantFlights.Append(relevantFlightData);
return(relevantFlights);
}
public string Post([FromBody] FlightPlan flightPlan)
{
string x = flightPlan.ToJson();
JObject json = JObject.Parse(x);
string companyName = json["company_name"].ToString();
flightPlan.FlightId = GenerateFlightID(companyName);
InitialLocation initialLocation = json["initial_location"].ToObject <InitialLocation>();
Flight flight = new Flight()
{
FlightId = flightPlan.FlightId,
Longitude = initialLocation.Longitude,
Latitude = initialLocation.Latitude,
Passengers = Int32.Parse(json["passengers"].ToString()),
CompanyName = json["company_name"].ToString(),
DateTime = initialLocation.DateTime,
IsExternal = false
};
flightsManager.AddFlight(flight);
flightPlansManager.AddFlightPlan(flightPlan);
return(flightPlan.FlightId);
}
/**
* Creates new initial location
**/
private InitialLocation AddNewLocation()
{
DateTime time = DateTime.Now;
InitialLocation newLocation = new InitialLocation("ABcd1234", 30, 30, time);
return(newLocation);
}
// Function that set the latitude and longitude according where the flight is.
private void SetCurrentCoordinates(DateTime dateTimeRequest, DateTime startFlight, List <Segment> segmentList,
Flights flight, InitialLocation initialLocation)
{
DateTime dateTimeTemp = startFlight;
double latitude;
double longitude;
int sumOfSeconds = 0;
int i = 0;
// Check which segment we need now.
do
{
dateTimeTemp = dateTimeTemp.AddSeconds(segmentList[i].Timespan_Seconds);
sumOfSeconds += segmentList[i].Timespan_Seconds;
i++;
} while (dateTimeRequest.CompareTo(dateTimeTemp) >= 0 && i < segmentList.Count);
// Get coordinates of start and end.double latitude1
if (i >= 2)
{
latitude = segmentList[i - 2].Latitude;
longitude = segmentList[i - 2].Longitude;
}
else
{
latitude = Convert.ToDouble(initialLocation.Latitude);
longitude = Convert.ToDouble(initialLocation.Longitude);
}
DateTime temp1 = dateTimeRequest.AddSeconds(-(sumOfSeconds - segmentList[i - 1].Timespan_Seconds));
double leftTime = (temp1 - startFlight).TotalSeconds;
CalculateNewLongitudeLatitude(flight, latitude, longitude, leftTime, segmentList[i - 1]);
}
public LoggingObject(Body pb, Body root)
{
Body = pb;
_root = root;
InitialLocation = pb.GetAbsoluteLocation();
_lastLocation = InitialLocation.NewX(InitialLocation.X + 1);
_lastVisibility = !IsVisible();
}
public FlightPlan(int Passengers1, string CompanyName1, InitialLocation Initial1,
List <Segment> seg1)
{
Passengers = Passengers1;
CompanyName = CompanyName1;
InitialLocation = Initial1;
Segments = seg1;
}
public FlightPlan GetMockFlightPlan()
{
Coordinate c = new Coordinate(12, 32);
InitialLocation il = new InitialLocation(c, "2020-05-30T12:00:00Z");
List <Segment> segs = new List <Segment>();
FlightPlan fp = new FlightPlan(12, "mock airlines", il, segs);
return(fp);
}
public async Task PostFlightPlanTest()
{
// Assign
InitialLocation location = new InitialLocation();
DateTime dateTime = new DateTime(2020, 5, 30, 18, 0, 0);
location.DateTime = dateTime;
location.Longitude = 30.522;
location.Latitude = 34.943;
Segment seg1 = new Segment();
seg1.FlightId = "EL-012345";
seg1.Longitude = 33.567;
seg1.Latitude = 31.865;
seg1.TimespanSeconds = 180;
Segment seg2 = new Segment();
seg2.FlightId = "EL-012345";
seg2.Longitude = 35.674;
seg2.Latitude = 30.651;
seg2.TimespanSeconds = 720;
List <Segment> segList = new List <Segment>();
segList.Add(seg1);
segList.Add(seg2);
FlightPlan flightPlan1 = new FlightPlan();
flightPlan1.Id = 1255;
flightPlan1.FlightId = "EL-012345";
flightPlan1.Passengers = 168;
flightPlan1.CompanyName = "EL-AL";
flightPlan1.InitialLocation = location;
flightPlan1.SegmentsList = segList;
flightPlan1.IsExternal = false;
// Act
double initialLatitude = 34.943;
Task <ActionResult <FlightPlan> > apiFlight = fpc.PostFlightPlan(flightPlan1);
var contextFlights = await _FlightDBContextMock.FlightItems.ToListAsync();
var contextFlight = contextFlights.Where(a => a.FlightId.CompareTo("EL-012345") == 0).First();
//Assert
Assert.IsNotNull(contextFlight);
Assert.IsTrue(contextFlight.FlightId.CompareTo("EL-012345") == 0);
Assert.IsTrue(contextFlight.Passengers == 168);
Assert.AreEqual(segList, contextFlight.SegmentsList);
Assert.AreEqual(contextFlight.InitialLocation.Latitude, initialLatitude);
}
public async Task TestMethod1()
{
InitialLocation location = new InitialLocation
{
Latitude = 33.244,
Longitude = 31.12,
Date_time = "2020-05-27T13:14:05Z"
};
List <Segment> segment = new List <Segment>
{
new Segment
{
Latitude = 12,
Longitude = 14,
Timespan_seconds = 65
}
};
//expectaion - mock
var fakeFlightPlane = new FlightPlan {
Company_name = "test1",
Passengers = 200,
InitialLocation = location,
Segments = segment
};
fm.AddFlighttPlan(fakeFlightPlane);
string id = fm.GetID();
//async to the server
var foo = fm.GetFlightPlanById(id);
Assert.IsTrue(fakeFlightPlane.Passengers == foo.Passengers);
Assert.IsTrue(fakeFlightPlane.Company_name == foo.Company_name);
//flights from controler
var result = await flightTest.Get(id);
//check that we get someting
Assert.IsNotNull(result);
//exercise between fake flight and expected flight
Task <ActionResult <FlightPlan> > fp1 = flightTest.Get(id);
var a = fp1.Result;
var b = (OkObjectResult)fp1.Result.Result;
var flightAsync = (FlightPlan)b.Value;
Assert.IsTrue(fakeFlightPlane.Passengers == flightAsync.Passengers);
Assert.IsTrue(fakeFlightPlane.Company_name == flightAsync.Company_name);
Assert.IsTrue(fakeFlightPlane.InitialLocation.Latitude ==
flightAsync.InitialLocation.Latitude);
}
public Flight IsOccuringAtDateTime(FlightPlan fp, string flightID, DateTime cuurentTime)
{
DateTime initialCpy = fp.InitialLocation.DateTime;
TimeSpan diff = new TimeSpan();
Segment A = new Segment();
Segment B = new Segment();
int i = 0;
if (initialCpy >= cuurentTime)
{
return(null);
}
while (initialCpy < cuurentTime)
{
diff = cuurentTime - initialCpy;
Segment s = GetIsegment(fp, i);
if (s != null)
{
initialCpy = initialCpy.AddSeconds(s.TimeSpanSeconds);
}
else
{
return(null);
}
i++;
}
i--;
// limit case
if (i == 0)
{
A.Latitude = fp.InitialLocation.Latitude;
A.Longitude = fp.InitialLocation.Longitude;
}
else
{
A = GetIsegment(fp, i - 1);
}
B = GetIsegment(fp, i);
double frac = diff.TotalSeconds / B.TimeSpanSeconds;
InitialLocation currLoc = Interpolate(frac, A, B);
// creating the new flight
Flight newFlight = CreateFlightByFlightPlan(fp, flightID);
newFlight.Longitude = currLoc.Longitude;
newFlight.Latitude = currLoc.Latitude;
return(newFlight);
}
// Function that returns flight with the updated values of latitude and longitude, and set the property
// Is_external according to the given isExternal.
private Flights AddFlightWithDateTimeAndIsExternal(string id, DateTime dateTime, string isExternal)
{
List <Segment> segmentList = GetSegmentList(id);
InitialLocation initialLocation = GetInitialLocation(id);
// Create flight with the given values.
Flights flight = CreateFlight(isExternal, id, initialLocation.Date_Time);
DateTime dateTimeOfIdFlight = ConvertToDateTime(initialLocation.Date_Time);
// Set the current coordinates.
SetCurrentCoordinates(dateTime, dateTimeOfIdFlight, segmentList, flight, initialLocation);
return(flight);
}
public InitialLocation Interpolate(double frac, Segment A, Segment B)
{
InitialLocation cur = new InitialLocation();
double diffXCordinate = B.Latitude - A.Latitude;
double diffYCordinate = B.Longitude - A.Longitude;
double lat = A.Latitude + diffXCordinate * frac;
double lon = A.Longitude + diffYCordinate * frac;
cur.Latitude = lat;
cur.Longitude = lon;
return(cur);
}
/*
* Create an InitialLocation object for the test
*/
private static InitialLocation CreateTestInitialLocation(DateTime startTime)
{
var testInitialLocation = new InitialLocation
{
Id = 1,
FlightPlanId = 1,
Longitude = 33.24,
Latitude = 19.53,
DateTime = startTime
};
return(testInitialLocation);
}
/*
* This method adds new initial locations we get from each flight in our DBs
* and return it.
*/
private InitialLocation AddInitialLocation(FlightPlan newFlightPlan, double longitude,
double latitude, DateTime dateTime)
{
var newInitialLocation = new InitialLocation
{
Latitude = latitude,
Longitude = longitude,
DateTime = dateTime,
FlightPlanId = newFlightPlan.Id
};
_flightContext.InitialLocationItems.Add(newInitialLocation);
return(newInitialLocation);
}
public void TestMethod1()
{
// @@@Arrange@@@
//create fp = (pass,name,init_loc,segments)
int passengers = 250;
string companyName = "El-Down";
InitialLocation init = new InitialLocation(30, 30, "2020-05-27T00:00:00Z");
Segment a = new Segment(33, 33, 10);
Segment b = new Segment(40, 40, 20);
List <Segment> segments = new List <Segment>();
segments.Add(a);
segments.Add(b);
FlightPlan fp = new FlightPlan(passengers, companyName, init, segments);
FlightData fd = new FlightData(fp);
DateTime dateA = DateTime.Parse("2020-05-27T00:00:00Z").ToUniversalTime(); // on start
bool expectedA = true;
DateTime dateB = DateTime.Parse("2020-05-27T00:00:30Z").ToUniversalTime(); // on end
bool expectedB = true;
DateTime dateC = DateTime.Parse("2020-05-27T00:00:07Z").ToUniversalTime(); // on middle
bool expectedC = true;
DateTime dateD = DateTime.Parse("2020-05-27T00:00:10Z").ToUniversalTime(); // on segment
bool expectedD = true;
DateTime dateE = DateTime.Parse("2020-05-27T00:00:31Z").ToUniversalTime(); // after flight
bool expectedE = false;
DateTime dateF = DateTime.Parse("2020-05-26T00:00:00Z").ToUniversalTime(); // before flight
bool expectedF = false;
// @@@Act@@@
bool actualA = fd.onAir(dateA);
bool actualB = fd.onAir(dateB);
bool actualC = fd.onAir(dateC);
bool actualD = fd.onAir(dateD);
bool actualE = fd.onAir(dateE);
bool actualF = fd.onAir(dateF);
// @@@Assert@@@
Assert.AreEqual(expectedA, actualA);
Assert.AreEqual(expectedB, actualB);
Assert.AreEqual(expectedC, actualC);
Assert.AreEqual(expectedD, actualD);
Assert.AreEqual(expectedE, actualE);
Assert.AreEqual(expectedF, actualF);
}
/**
* Creates new flight plan
**/
private FlightPlan AddNewFlightPlan()
{
// set initial location
InitialLocation newLocation = AddNewLocation();
Segment segment = new Segment("ABcd1234", 32, 32, 650);
FlightPlan newFlightPlan = new FlightPlan
{
Id = "ABcd1234",
Passengers = 222,
CompanyName = "El-Al",
InitialLocation = newLocation
};
return(newFlightPlan);
}
public FlightPlan GetFlightExpected()
{
int passengers = 2;
string company_name = "ISRAIR";
string time = "2020-06-01T12:32:00Z";
DateTime dt = DateTime.Parse(time);
dt = TimeZoneInfo.ConvertTimeToUtc(dt);
InitialLocation initial_location = new InitialLocation(34.957610, 29.555631, dt);
List <Segment> segments = new List <Segment>()
{
new Segment(35.211514, 31.769399, 10000)
};
FlightPlan flightPlanExpected = new FlightPlan(passengers, company_name,
initial_location, segments);
return(flightPlanExpected);
}
public Task <FlightPlan> GetExternalFlightById(string id)
{
return(Task.Run(() =>
{
string company = "meshi";
int passenger = 150;
string time = "2020-06-01T12:32:00Z";
DateTime dt = DateTime.Parse(time);
dt = TimeZoneInfo.ConvertTimeToUtc(dt);
//create initial location
InitialLocation initialLocation = new InitialLocation(50, 70, dt);
List <Segment> segmentsList = new List <Segment>();
FlightPlan flightPlan = new FlightPlan(passenger, company,
initialLocation, segmentsList);
return flightPlan;
}));
}
/*
* This method find the specific segment that the flight is in at given time, and updates it
* live so we can see in each and every moment on the HTTP view where the flight is at
*/
private static void FindAndUpdateLocation(DateTime relative_to,
SortedDictionary <int, Segment> planSegmentDict,
double secondsInFlight, InitialLocation currentInitial,
FlightData relevantFlightData, FlightPlan plan)
{
foreach (var k in planSegmentDict)
{
// if the seconds that passed since the beginning of the flight are greater
// than this segment's duration
if (secondsInFlight > k.Value.TimeSpanSeconds)
{
secondsInFlight -= k.Value.TimeSpanSeconds;
}
else
{
var secondsInSegment = k.Value.TimeSpanSeconds - (int)secondsInFlight;
double lastLatitude;
double lastLongitude;
if (k.Key == 0)
{
lastLongitude = currentInitial.Longitude;
lastLatitude = currentInitial.Latitude;
}
else
{
var previousSegment = planSegmentDict[k.Key - 1];
lastLongitude = previousSegment.Longitude;
lastLatitude = previousSegment.Latitude;
}
var delta = 1 - secondsInSegment / (double)k.Value.TimeSpanSeconds;
relevantFlightData.Latitude =
lastLatitude + delta * (k.Value.Latitude - lastLatitude);
relevantFlightData.Longitude =
lastLongitude + delta * (k.Value.Longitude - lastLongitude);
planSegmentDict.Clear();
break;
}
}
relevantFlightData.Passengers = plan.Passengers;
relevantFlightData.CompanyName = plan.CompanyName;
relevantFlightData.CurrDateTime = relative_to;
}
public void AskFlightAfterLand()
{
FlightCalculator calculator = new FlightCalculator();
// Positions at the flight plan.
DateTime launchTime = new DateTime(2020, 5, 24, 20, 4, 30);
InitialLocation launch = new InitialLocation(100, 100, launchTime);
FlightStatus middle = new FlightStatus(100, 200, 300);
FlightStatus end = new FlightStatus(100, 250, 200);
// Generate the flight plan based on those positions.
FlightPlan flightPlan = new FlightPlan(256, "TestCompany", launch, new FlightStatus[2] {
middle, end
});
// The test asks for a point after land time.
DateTime afterLand = new DateTime(2021, 6, 27, 22, 41, 35);
// The expected value is null.
Assert.IsNull(calculator.CreateFlightFromPlan(flightPlan, afterLand, false));
}
public FlightPlanDB FlightsPlanById(string id)
{
if (id == "test1")
{
int passengers = 2;
string company_name = "ISRAIR";
string time = "2020-06-01T12:32:00Z";
DateTime dt = DateTime.Parse(time);
dt = TimeZoneInfo.ConvertTimeToUtc(dt);
InitialLocation initial_location = new InitialLocation(34.957610, 29.555631, dt);
List <Segment> segments = SegmentList("test1");
FlightPlan flightPlan = new FlightPlan(passengers, company_name,
initial_location, segments);
return(new FlightPlanDB("test1", flightPlan));
}
//test 2
else
{
return(null);
}
}
/*
* This method updates all the related DBs with the new objects we just created
* from the data we received. we return conflict if the object is already exist in our DBs
* otherwise, we show the new flight data.
*/
private async Task <IActionResult> UpdateDb(Flight newFlight, FlightPlan newFlightPlan,
InitialLocation newInitialLocation)
{
try
{
await _flightContext.SaveChangesAsync();
}
catch (DbUpdateException e)
{
if (FlightExists(newFlight.Id) || FlightPlanExists(newFlightPlan.Id) ||
InitialLocationExists(newInitialLocation.Id))
{
return(Conflict());
}
Debug.WriteLine(e.Message);
throw;
}
return(CreatedAtAction
("GetFlightPlan", new { id = newFlightPlan.FlightId }, newFlightPlan));
}
public async Task <IEnumerable <Flight> > GetFlightsAsync([FromQuery(Name = "relative_to")] string relativeTime)
{
List <Flight> listtosend = new List <Flight>();
DateTime testme;
if (!DateTime.TryParse(relativeTime, out testme))
{
return(null);
}
// DateTime mytime = DateTime.Parse(relativeTime);
foreach (var mydata in flightplanmanager.flights)
{
DateTime damytime = mydata.initial_location.date_time;
DateTime d1 = mydata.initial_location.date_time;
int size = mydata.segments.Count;
DateTime firstcompare = mydata.initial_location.date_time;
InitialLocation firstloack = mydata.initial_location;
for (int i = 0; i < size; i++)
{
damytime = damytime.AddSeconds(mydata.segments[i].timespan_seconds);
DateTime d2 = damytime;
DateTime targetDt__ = DateTime.Parse(relativeTime);
DateTime targetDt = TimeZoneInfo.ConvertTimeToUtc(targetDt__);
if (targetDt.Ticks > firstcompare.Ticks && targetDt.Ticks < d2.Ticks)
{
if (i > 0)
{
firstloack.latitude = mydata.segments[i - 1].latitude;
firstloack.longitude = mydata.segments[i - 1].longitude;
}
Flight dammy = new Flight();
dammy.flight_id = mydata.FlightPlanId;
dammy.company_name = mydata.company_name;
dammy.passengers = mydata.passenger;
TimeSpan timespan = targetDt - firstcompare;
TimeSpan allwaysegment = d2 - firstcompare;
double transitiontime = timespan.TotalSeconds;
double allway = allwaysegment.TotalSeconds;
double calulate = transitiontime / allway;
double newlat = firstloack.latitude + ((mydata.segments[i].latitude - firstloack.latitude) * calulate);
double newlong = firstloack.longitude + ((mydata.segments[i].longitude - firstloack.longitude) * calulate);
dammy.longitude = newlong;
dammy.latitude = newlat;
dammy.date_time = targetDt;
dammy.is_external = false;
listtosend.Add(dammy);
}
mydata.endtime = damytime;
firstcompare = damytime;
// addtolist
// firstloack.latitude = mydata.segments[i].latitude;
// firstloack.longitude = mydata.segments[i].longitude;
}
}
if (Request.Query.ContainsKey("sync_all"))
{
foreach (var serverdata in iservermanager.allserverslist)
{
List <Flight> extrenal = await askrequset(serverdata, relativeTime);
foreach (Flight fla in extrenal)
{
fla.is_external = true;
}
listtosend.AddRange(extrenal);
}
}
return(listtosend);
}
public void TestMethod1()
{
//Arrage
var options = new DbContextOptionsBuilder <FlightDbContext>().
UseInMemoryDatabase(databaseName: "dummy").Options;
List <Segment> segs1 = new List <Segment>();
segs1.Add(new Segment()
{
ID = 1,
Latitude = 10,
Longitude = 10,
TimespanSeconds = 100
});
List <Segment> segs2 = new List <Segment>();
List <Segment> segs3 = new List <Segment>();
List <Segment> segs4 = new List <Segment>();
InitialLocation init1 = new InitialLocation()
{
ID = 1,
Latitude = 10,
Longitude = 10,
DateTime = new System.DateTime()
};
InitialLocation init2 = new InitialLocation();
InitialLocation init3 = new InitialLocation();
InitialLocation init4 = new InitialLocation();
FlightPlan fp1 = new FlightPlan()
{
FlightID = "AX100",
CompanyName = "OneLine",
InitialLocation = init1,
Passengers = 123,
Segments = segs1
};
FlightPlan fp2 = new FlightPlan()
{
CompanyName = "TwoLine",
InitialLocation = init2,
Passengers = 456,
Segments = segs2
};
FlightPlan fp3 = new FlightPlan()
{
CompanyName = "ThreeLine",
InitialLocation = init3,
Passengers = 679,
Segments = segs3
};
FlightPlan fp4 = new FlightPlan()
{
CompanyName = "FourLine",
InitialLocation = init4,
Passengers = 84,
Segments = segs4
};
//Act
using (var context = new FlightDbContext(options))
{
context.FlightPlan.Add(fp1);
context.SaveChanges();
}
//Assert
using (var context = new FlightDbContext(options))
{
var controller = new FlightPlanController(context);
var flights = controller.GetFlightPlan("AX100");
var returnedID = (flights.Result.Value as FlightPlan).FlightID;
Assert.AreEqual(fp1.FlightID, (flights.Result.Value as FlightPlan).FlightID);
}
}
/*
* Add test objects to the DB context
*/
private static async Task AddElementsToDb(FlightContext context, Flight testFlight, FlightPlan testFlightPlan, InitialLocation testInitialLocation, Segment testSegmentFirst, Segment testSegmentSecond)
{
await context.FlightItems.AddAsync(testFlight);
await context.FlightPlanItems.AddAsync(testFlightPlan);
await context.InitialLocationItems.AddAsync(testInitialLocation);
await context.SegmentItems.AddAsync(testSegmentFirst);
await context.SegmentItems.AddAsync(testSegmentSecond);
await context.SaveChangesAsync();
}
