public IEnumerator LanguageGerman()
{
MapMatchingResource resource = new MapMatchingResource();
resource.Coordinates = new Vector2d[]
{
new Vector2d(48.1974721043879,16.36202484369278),
new Vector2d(48.197922645046546,16.36285901069641)
};
//set Steps to true to get turn-by-turn-instructions
resource.Steps = true;
resource.Language = InstructionLanguages.German;
MapMatcher mapMatcher = new MapMatcher(_fs, _timeout);
MapMatchingResponse matchingResponse = null;
mapMatcher.Match(
resource,
(MapMatchingResponse response) =>
{
matchingResponse = response;
}
);
IEnumerator enumerator = _fs.WaitForAllRequests();
while (enumerator.MoveNext()) { yield return null; }
commonBasicResponseAsserts(matchingResponse);
Directions.Step step0 = matchingResponse.Matchings[0].Legs[0].Steps[0];
Directions.Step step1 = matchingResponse.Matchings[0].Legs[0].Steps[1];
Assert.AreEqual("Fahren Sie Richtung Nordosten auf Rechte Wienzeile (B1)", step0.Maneuver.Instruction, "Step[0]:Instruction not as expected");
Assert.AreEqual("Sie haben Ihr Ziel erreicht", step1.Maneuver.Instruction, "Step[1]:Instruction not as expected");
}
public IEnumerator LanguageEnglish()
{
MapMatchingResource resource = new MapMatchingResource();
resource.Coordinates = new Vector2d[]
{
new Vector2d(48.1974721043879,16.36202484369278),
new Vector2d(48.197922645046546,16.36285901069641)
};
//set Steps to true to get turn-by-turn-instructions
resource.Steps = true;
//no language parameter needed: English is default
MapMatcher mapMatcher = new MapMatcher(_fs, _timeout);
MapMatchingResponse matchingResponse = null;
mapMatcher.Match(
resource,
(MapMatchingResponse response) =>
{
matchingResponse = response;
}
);
IEnumerator enumerator = _fs.WaitForAllRequests();
while (enumerator.MoveNext()) { yield return null; }
commonBasicResponseAsserts(matchingResponse);
Directions.Step step0 = matchingResponse.Matchings[0].Legs[0].Steps[0];
Directions.Step step1 = matchingResponse.Matchings[0].Legs[0].Steps[1];
Assert.AreEqual("Head northeast on Rechte Wienzeile (B1)", step0.Maneuver.Instruction, "Step[0]:Instruction not as expected");
Assert.AreEqual("You have arrived at your destination", step1.Maneuver.Instruction, "Step[1]:Instruction not as expected");
}
public IEnumerator AllParameters()
{
MapMatchingResource resource = new MapMatchingResource();
resource.Profile = Profile.MapboxWalking;
resource.Geometries = Geometries.Polyline6;
resource.Coordinates = new Vector2d[]
{
new Vector2d(48.28585, 16.55267),
new Vector2d(48.28933, 16.55211)
};
resource.Timestamps = new long[]
{
946684800,
946684980
};
resource.Radiuses = new uint[] { 50, 50 };
//set Steps to true to get turn-by-turn-instructions
resource.Steps = true;
//need to pass 'Overview.Full' to get 'Congestion'
resource.Overview = Overview.Full;
resource.Annotations = Annotations.Distance | Annotations.Duration | Annotations.Speed | Annotations.Congestion;
resource.Tidy = true;
resource.Language = InstructionLanguages.German;
MapMatcher mapMatcher = new MapMatcher(_fs, _timeout);
MapMatchingResponse matchingResponse = null;
mapMatcher.Match(
resource,
(MapMatchingResponse response) =>
{
matchingResponse = response;
}
);
IEnumerator enumerator = _fs.WaitForAllRequests();
while (enumerator.MoveNext())
{
yield return(null);
}
commonBasicResponseAsserts(matchingResponse);
Directions.Leg leg = matchingResponse.Matchings[0].Legs[0];
Assert.IsNotNull(leg.Annotation, "Annotation is NULL");
Assert.IsNotNull(leg.Annotation.Distance, "Distance is NULL");
Assert.IsNotNull(leg.Annotation.Duration, "Duration is NULL");
Assert.IsNotNull(leg.Annotation.Speed, "Speed is NULL");
Assert.IsNotNull(leg.Annotation.Congestion, "Congestion is NULL");
Directions.Step step1 = matchingResponse.Matchings[0].Legs[0].Steps[1];
Assert.IsTrue(step1.Maneuver.Instruction.Contains("Sie haben Ihr Ziel erreicht"), "Step[1]:Instruction not as expected");
}
