public void OneWayAirway_FindResult()
{
var finder = new AirwayNodeFinder(9, "A001", "WP004", GenOneWayAirway());
var expected = Enumerable.Range(4, 5).Reverse();
Assert.IsTrue(finder.GetWaypointIndices().SequenceEqual(expected));
}
public void TwoWayAirway_FindBothDirections()
{
var finder = new AirwayNodeFinder(4, "A001", "WP008", GenTwoWayAirway());
var expected = Enumerable.Range(5, 4);
Assert.IsTrue(finder.GetWaypointIndices().SequenceEqual(expected));
// another dir
var finder2 = new AirwayNodeFinder(6, "A001", "WP002", GenTwoWayAirway());
var exp2 = Enumerable.Range(2, 4).Reverse();
Assert.IsTrue(finder2.GetWaypointIndices().SequenceEqual(exp2));
}
private bool TryConnectAirway(string ident)
{
var nodeFinder = new AirwayNodeFinder(lastWpt, lastAwy, ident, wptList);
var intermediateWpt = nodeFinder.FindWaypoints();
if (intermediateWpt == null)
{
return(false);
}
foreach (var i in intermediateWpt)
{
rte.AddLastWaypoint(i, lastAwy);
}
lastWpt = wptList.FindByWaypoint(intermediateWpt.Last());
lastAwy = null;
return(true);
}
public void TwoWayAirway_TargetWptID_DoesnotExist()
{
var finder = new AirwayNodeFinder(4, "A001", "WP128", GenTwoWayAirway());
Assert.IsNull(finder.GetWaypointIndices());
}
public void TwoWayAirway_AirwayDoesnotExist()
{
var finder = new AirwayNodeFinder(4, "B123", "WP008", GenTwoWayAirway());
Assert.IsNull(finder.GetWaypointIndices());
}
public void OneWayAirway_WrongDir_CannotFind()
{
var finder = new AirwayNodeFinder(4, "A001", "WP009", GenOneWayAirway());
Assert.IsNull(finder.GetWaypointIndices());
}
