public void GetStationsReturnsStationDictionaryFromJSONString()
{
string fakeJsonString = "[{\"id\":\"SEM: 1990\",\"name\":\"GRENOBLE, CHAVANT\",\"lon\":5.7312,\"lat\":45.18551,\"lines\":[\"SEM: C1\"]},{\"id\":\"SEM: 1990\",\"name\":\"GRENOBLE, CHAVANT\",\"lon\":5.73177,\"lat\":45.18466,\"lines\":[\"SEM: C1\",\"SEM: C\", \"SEM: A\", \"SEM: E\"]}]";
int dist = 300;
string sLongitude = "5.7287321", sLatitude = "45.1856964";
bool details = true;
string fakeUrl = $"linesNear/json?x={sLongitude}&y={sLatitude}&dist={dist}&details={details}";
_mockMetroAPICall.Expects.One.Method <List <Station> >(_ => _.Get <List <Station> >(""))
.With(fakeUrl).WillReturn(JsonConvert.DeserializeObject <List <Station> >(fakeJsonString));
Dictionary <string, Station> expected = new Dictionary <string, Station>();
expected.Add("GRENOBLE, CHAVANT",
new Station("SEM: 1990", "GRENOBLE, CHAVANT", Convert.ToDouble("5,7312"), Convert.ToDouble("45,18551"),
new List <string>()
{
"SEM: C1", "SEM: C", "SEM: A", "SEM: E"
}));
StationsProvider stationsProvider = new StationsProvider(_mockMetroAPICall.MockObject, "5.7287321", "45.1856964", true);
Dictionary <string, Station> actual = stationsProvider.GetStations(dist);
Assert.AreEqual(expected["GRENOBLE, CHAVANT"].name, actual["GRENOBLE, CHAVANT"].name);
Assert.AreEqual(expected["GRENOBLE, CHAVANT"].id, actual["GRENOBLE, CHAVANT"].id);
Assert.AreEqual(expected["GRENOBLE, CHAVANT"].lon, actual["GRENOBLE, CHAVANT"].lon);
Assert.AreEqual(expected["GRENOBLE, CHAVANT"].lat, actual["GRENOBLE, CHAVANT"].lat);
for (int i = 0; i < expected["GRENOBLE, CHAVANT"].lines.Count; i++)
{
Assert.AreEqual(expected["GRENOBLE, CHAVANT"].lines[i], actual["GRENOBLE, CHAVANT"].lines[i]);
}
}
public void GetStationsByDistanceReturnsStationListFromJSONString()
{
string fakeJsonString = "[{\"id\":\"SEM: 1990\",\"name\":\"GRENOBLE, CHAVANT\",\"lon\":5.7312,\"lat\":45.18551,\"lines\":[\"SEM: C1\"]},{\"id\":\"SEM: 0753\",\"name\":\"GRENOBLE, DOCTEUR MARTIN\",\"lon\":5.72686,\"lat\":45.1878,\"lines\":[\"SEM: C1\",\"SEM: 57\",\"SEM: C4\"]}]";
int dist = 300;
string sLongitude = "5.7287321", sLatitude = "45.1856964";
bool details = true;
string fakeUrl = $"linesNear/json?x={sLongitude}&y={sLatitude}&dist={dist}&details={details}";
_mockMetroAPICall.Expects.One.Method <List <Station> >(_ => _.Get <List <Station> >(""))
.With(fakeUrl).WillReturn(JsonConvert.DeserializeObject <List <Station> >(fakeJsonString));
Station fakeStation1 = new Station("SEM: 1990", "GRENOBLE, CHAVANT", Convert.ToDouble("5,7312"), Convert.ToDouble("45,18551"),
new List <string>(new string[] { "SEM: C1" }));
Station fakeStation2 = new Station("SEM: 0753", "GRENOBLE, DOCTEUR MARTIN", Convert.ToDouble("5,72686"), Convert.ToDouble("45,1878"),
new List <string>(new string[] { "SEM: C1", "SEM: 57", "SEM: C4" }));
List <Station> expectedList = new List <Station>(new Station[] { fakeStation1, fakeStation2 });
StationsProvider stationsProvider = new StationsProvider(_mockMetroAPICall.MockObject, "5.7287321", "45.1856964", true);
List <Station> actualList = stationsProvider.GetStationsByDistance(dist);
for (int i = 0; i < expectedList.Count; i++)
{
Assert.AreEqual(expectedList[i].id, actualList[i].id);
Assert.AreEqual(expectedList[i].lat, actualList[i].lat);
Assert.AreEqual(expectedList[i].lon, actualList[i].lon);
Assert.AreEqual(expectedList[i].name, actualList[i].name);
for (int j = 0; j < expectedList[i].lines.Count; j++)
{
Assert.AreEqual(expectedList[i].lines[j], actualList[i].lines[j]);
}
}
}
