public void Test_SemiNumericComparer(string s1, string s2, int expectedResult)
{
/// Arrange
var comparer = new SemiNumericComparer();
// Act
var result = comparer.Compare(s1, s2);
// Assert
result.Should().Be(expectedResult);
}
public List <GroupedJoinedModel> GroupTrips(List <JoinedTripsModel> joinedTripsModelList)
{
var semiNumericComparer = new SemiNumericComparer();
var buses = joinedTripsModelList.Where(x => x.JoinedTrips.Any(y => y.AgencyId == 1 ||
y.AgencyId == 6 ||
y.AgencyId == 7 ||
y.AgencyId == 8 ||
y.AgencyId == 9 ||
y.AgencyId == 10 ||
y.AgencyId == 11 ||
y.AgencyId == 17 ||
y.AgencyId == 18))
.OrderBy(z => z.BusLineName, semiNumericComparer)
.ToList();
var trams = joinedTripsModelList.Where(x => x.JoinedTrips.Any(y => y.AgencyId == 2))
.OrderBy(z => z.BusLineName, semiNumericComparer)
.ToList();
var trolleys = joinedTripsModelList.Where(x => x.JoinedTrips.Any(y => y.AgencyId == 5))
.OrderBy(z => z.BusLineName, semiNumericComparer)
.ToList();
return(new List <GroupedJoinedModel>()
{
new GroupedJoinedModel()
{
Group = Group.Buses, JoinedTripModels = buses
},
new GroupedJoinedModel()
{
Group = Group.Trams, JoinedTripModels = trams
},
new GroupedJoinedModel()
{
Group = Group.Trolleys, JoinedTripModels = trolleys
}
});
}