public void RoundTripTestStartingFromModelObjects()
{
var file1 = new GpxFile();
file1.Metadata = DataObjectBuilders.RandomGpxMetadata(this.random);
for (int i = 0, cnt = this.random.Next(5, 10); i < cnt; i++)
{
file1.Waypoints.Add(DataObjectBuilders.RandomWaypoint(this.random));
}
for (int i = 0, cnt = this.random.Next(5, 10); i < cnt; i++)
{
file1.Routes.Add(DataObjectBuilders.RandomRoute(this.random));
}
for (int i = 0, cnt = this.random.Next(5, 10); i < cnt; i++)
{
file1.Tracks.Add(DataObjectBuilders.RandomTrack(this.random));
}
file1.Extensions = DataObjectBuilders.RandomExtensions(this.random);
var file2 = GpxFile.Parse(file1.BuildString(null), null);
Assert.Equal(file1.Metadata, file2.Metadata);
Assert.Equal(file1.Waypoints.AsEnumerable(), file2.Waypoints.AsEnumerable());
Assert.Equal(file1.Routes.AsEnumerable(), file2.Routes.AsEnumerable());
Assert.Equal(file1.Tracks.AsEnumerable(), file2.Tracks.AsEnumerable());
Assert.StrictEqual(file1.Extensions, file2.Extensions);
}
public void RoundTripForValuesVeryNearZeroShouldSucceed()
{
var expectedWaypoint = new GpxWaypoint(new GpxLongitude(0.00001), new GpxLatitude(double.Epsilon), -double.Epsilon);
var file = new GpxFile
{
Waypoints = { expectedWaypoint },
};
file = GpxFile.Parse(file.BuildString(null), null);
var actualWaypoint = Assert.Single(file.Waypoints);
Assert.Equal(expectedWaypoint, actualWaypoint);
}