public void AircraftType_ToString_Returns_Standardised_Text()
{
var aircraftType = new AircraftType();
Assert.AreEqual("", aircraftType.ToString());
aircraftType.Type = "B";
Assert.AreEqual("B", aircraftType.ToString());
}
public void AircraftType_Constructor_Initialises_To_Known_State_And_Properties_Work()
{
var aircraftType = new AircraftType();
TestUtilities.TestProperty(aircraftType, r => r.Engines, null, "Bb");
TestUtilities.TestProperty(aircraftType, r => r.EngineType, EngineType.None, EngineType.Jet);
TestUtilities.TestProperty(aircraftType, r => r.Species, Species.None, Species.Landplane);
TestUtilities.TestProperty(aircraftType, r => r.Type, null, "Uu");
TestUtilities.TestProperty(aircraftType, r => r.WakeTurbulenceCategory, WakeTurbulenceCategory.None, WakeTurbulenceCategory.Medium);
Assert.AreEqual(0, aircraftType.Manufacturers.Count);
Assert.AreEqual(0, aircraftType.Models.Count);
}
/// <summary>
/// See interface docs.
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
public AircraftType FindAircraftType(string type)
{
AircraftType result = null;
lock(Lock) {
if(_FilesValid) {
using(var connection = CreateOpenConnection()) {
Sql.RunSql(connection, null,
"SELECT [Icao]" +
" ,[WakeTurbulenceId]" +
" ,[SpeciesId]" +
" ,[EngineTypeId]" +
" ,[Engines]" +
" ,[Model]" +
" ,[Manufacturer]" +
" FROM [AircraftTypeNoEnumsView]" +
" WHERE [Icao] = @icao",
new Dictionary<string,object>() {
{ "@icao", type },
}, (reader) => {
if(result == null) {
result = new AircraftType() {
Type = Sql.GetString(reader, 0),
WakeTurbulenceCategory = (WakeTurbulenceCategory)Sql.GetInt32(reader, 1),
Species = (Species)Sql.GetInt32(reader, 2),
EngineType = (EngineType)Sql.GetInt32(reader, 3),
Engines = Sql.GetString(reader, 4),
};
}
result.Models.Add(Sql.GetString(reader, 5));
var manufacturer = Sql.GetString(reader, 6);
if(!String.IsNullOrEmpty(manufacturer)) result.Manufacturers.Add(manufacturer);
return true;
}, false, null);
}
}
}
return result;
}
public void BaseStationAircraftList_Heartbeat_Periodically_Refreshes_Icao8643_Details()
{
_Configuration.BaseStationSettings.DisplayTimeoutSeconds = (MinutesBetweenDetailRefresh * 60) + 1;
_ConfigurationStorage.Raise(c => c.ConfigurationChanged += null, EventArgs.Empty);
_BaseStationAircraft.ICAOTypeCode = "747";
_AircraftList.Start();
// Initialise timer
var time = DateTime.UtcNow;
_Provider.Setup(p => p.UtcNow).Returns(time);
_HeartbeatService.Raise(h => h.FastTick += null, EventArgs.Empty);
// Message received when no information exists in lookup service
_Port30003Listener.Raise(m => m.Port30003MessageReceived += null, _BaseStationMessageEventArgs);
// Add entry to lookup service
var aircraftType = new AircraftType() {
Engines = "C",
EngineType = EngineType.Piston,
Species = Species.Landplane,
WakeTurbulenceCategory = WakeTurbulenceCategory.Medium,
};
_StandingDataManager.Setup(m => m.FindAircraftType("747")).Returns(aircraftType);
// Heartbeat 1 millisecond before refresh is allowed
_Provider.Setup(p => p.UtcNow).Returns(time.AddMinutes(MinutesBetweenDetailRefresh).AddMilliseconds(-1));
_HeartbeatService.Raise(h => h.FastTick += null, EventArgs.Empty);
Assert.AreEqual(null, _AircraftList.FindAircraft(0x4008F6).NumberOfEngines);
// Heartbeat on the refresh interval
_Provider.Setup(p => p.UtcNow).Returns(time.AddMinutes(MinutesBetweenDetailRefresh));
_HeartbeatService.Raise(h => h.FastTick += null, EventArgs.Empty);
var aircraft = _AircraftList.FindAircraft(0x4008F6);
Assert.AreEqual("C", aircraft.NumberOfEngines);
Assert.AreEqual(EngineType.Piston, aircraft.EngineType);
Assert.AreEqual(Species.Landplane, aircraft.Species);
Assert.AreEqual(WakeTurbulenceCategory.Medium, aircraft.WakeTurbulenceCategory);
Assert.AreEqual("747", aircraft.Type);
}
public void BaseStationAircraftList_MessageReceived_Looks_Up_Icao8643_Details()
{
var aircraftType = new AircraftType() {
Engines = "C",
EngineType = EngineType.Piston,
Manufacturers = { "UNUSED 1" },
Models = { "UNUSED 2" },
Species = Species.Landplane,
Type = "UNUSED",
WakeTurbulenceCategory = WakeTurbulenceCategory.Medium,
};
_StandingDataManager.Setup(m => m.FindAircraftType("747")).Returns(aircraftType);
_BaseStationAircraft.ICAOTypeCode = "747";
_BaseStationAircraft.Manufacturer = "USED MAN";
_BaseStationAircraft.Type = "USED MOD";
_AircraftList.Start();
_Port30003Listener.Raise(m => m.Port30003MessageReceived += null, _BaseStationMessageEventArgs);
var aircraft = _AircraftList.FindAircraft(0x4008F6);
Assert.AreEqual("C", aircraft.NumberOfEngines);
Assert.AreEqual(EngineType.Piston, aircraft.EngineType);
Assert.AreEqual(Species.Landplane, aircraft.Species);
Assert.AreEqual(WakeTurbulenceCategory.Medium, aircraft.WakeTurbulenceCategory);
Assert.AreEqual("747", aircraft.Type);
Assert.AreEqual("USED MAN", aircraft.Manufacturer);
Assert.AreEqual("USED MOD", aircraft.Model);
}
private static void ApplyAircraftType(IAircraft aircraft, AircraftType typeDetails)
{
if(typeDetails != null) {
aircraft.NumberOfEngines = typeDetails.Engines;
aircraft.EngineType = typeDetails.EngineType;
aircraft.Species = typeDetails.Species;
aircraft.WakeTurbulenceCategory = typeDetails.WakeTurbulenceCategory;
}
}
