public void RoutePunctualityPercentage_Returning56Percent()
{
var result = PunctualityConverter.RoutePunctualityPercentage(_routes[0]);
Assert.AreEqual("56%", result);
}
public async Task <BusStopsBusStopDto> GetBusStopIncludeAllAsync(int id)
{
var busStop = await _repository.GetBusStopIncludeAllAsync(id);
var punctualityPercentage = PunctualityConverter.BusStopPunctualityPercentage(busStop);
var busStopDto = new BusStopsBusStopDto()
{
PunctualityPercentage = punctualityPercentage
};
return(_mapper.Map <BusStop, BusStopsBusStopDto>(busStop, busStopDto));
}
public void BusStopPunctualityHourMode_WhenTracesExist_ReturnsModeAsTimespan()
{
_busStops[0].BusStopTraces.Add(new BusStopTrace //two traces at 11:55
{
Id = 10000,
Hour = new TimeSpan(11, 55, 0),
BusStopId = 1
});
var result = PunctualityConverter.BusStopPunctualityHourMode(_busStops[0]);
Assert.IsInstanceOf <TimeSpan>(result);
Assert.AreEqual(new TimeSpan(11, 55, 0), result);
}
public async Task <IEnumerable <RoutesRouteDto> > GetAllRoutesIncludeAllAsync() //Todo
{
var routes = await _repository.GetAllRoutesIncludeAllAsync();
var routeDtoList = new List <RoutesRouteDto>();
var result = _mapper.Map <IEnumerable <Route>, IEnumerable <RoutesRouteDto> >(routes).ToList();
for (int i = 0; i < result.Count(); i++)
{
result[i].PunctualityPercentage
= PunctualityConverter.RoutePunctualityPercentage(routes.ElementAt(i));
}
return(result);
}
public async Task <IEnumerable <RoutesRouteDto> > FindRoutesAsync(string startCity, string destinationCity, string days = null,
TimeSpan hourFrom = default(TimeSpan), TimeSpan hourTo = default(TimeSpan), DateTime date = default(DateTime))
{
var routes = await _repository.FindRoutesAsync(startCity, destinationCity, days, hourFrom, hourTo, date);
var result = _mapper.Map <IEnumerable <Route>, IEnumerable <RoutesRouteDto> >(routes).ToList();
for (int i = 0; i < result.Count(); i++)
{
result[i].PunctualityPercentage
= PunctualityConverter.RoutePunctualityPercentage(routes.ElementAt(i));
}
return(result);
}
public async Task <RoutesRouteDto> GetRouteIncludeAllAsync(int id)
{
var route = await _repository.GetRouteIncludeAllAsync(id);
var punctuality = PunctualityConverter.RoutePunctualityPercentage(route);
var routeDto = new RoutesRouteDto
{
PunctualityPercentage = punctuality
};
var result = _mapper.Map <Route, RoutesRouteDto>(route, routeDto);
SetPunctualityForRoute(route, ref result);
return(result);
}
public void BusStopPunctualityHourAvgBeforeAvgAfterTime_WhenBusStopHaveNotTraces_ReturnsTuple00()
{
var busStop1 = new BusStop()
{
BusStopTraces = new List <BusStopTrace>()
};
var busStop2 = new BusStop()
{
BusStopTraces = new List <BusStopTrace>()
};
var result1 = PunctualityConverter.BusStopPunctualityHourAvgBeforeAvgAfterTime(busStop1);
var result2 = PunctualityConverter.BusStopPunctualityHourAvgBeforeAvgAfterTime(busStop2);
Assert.AreEqual((0, 0), result1);
Assert.AreEqual((0, 0), result2);
}
private static void SetPunctualityForRoute(Route route, ref RoutesRouteDto routeDto)
{
for (int i = 0; i < route.BusStops.Count; i++)
{
routeDto.BusStops.ElementAt(i).PunctualityPercentage
= PunctualityConverter.BusStopPunctualityPercentage(route.BusStops.ElementAt(i));
routeDto.BusStops.ElementAt(i).PunctualityMode
= PunctualityConverter.BusStopPunctualityHourMode(route.BusStops.ElementAt(i)).ToString(@"hh\:mm");
var avgTuple = PunctualityConverter
.BusStopPunctualityHourAvgBeforeAvgAfterTime(route.BusStops.ElementAt(i));
routeDto.BusStops.ElementAt(i).PunctualityAvgBeforeTime = avgTuple.avgTimeBefore.ToString();
routeDto.BusStops.ElementAt(i).PunctualityAvgAfterTime = avgTuple.avgTimeAfter.ToString();
}
var avgPunctuality =
PunctualityConverter.RoutePunctualityHourAvgBeforeAvgAfterTime(route);
routeDto.PunctualityAvgBeforeTime = avgPunctuality.avgTimeBefore.ToString();
routeDto.PunctualityAvgAfterTime = avgPunctuality.avgTimeAfter.ToString();
}
public void RoutePunctualityHourAvgBeforeAvgAfterTime_WhenRouteHaveNotTraces_ReturnsTuple00()
{
var route = new Route
{
BusStops = new List <BusStop>
{
new BusStop
{
BusStopTraces = new List <BusStopTrace>()
},
new BusStop
{
BusStopTraces = new List <BusStopTrace>()
}
}
};
var result = PunctualityConverter.RoutePunctualityHourAvgBeforeAvgAfterTime(route);
Assert.AreEqual((0, 0), result);
}
public void BusStopPunctualityHourAvgBeforeAvgAfterTime_WhenHaveOnlyAfterTraces_ReturnsTuple30()
{
var busStop = new BusStop
{
Hour = new TimeSpan(12, 0, 0),
BusStopTraces = new List <BusStopTrace>
{
new BusStopTrace
{
Hour = new TimeSpan(11, 58, 0)
},
new BusStopTrace
{
Hour = new TimeSpan(11, 55, 0)
}
}
};
var result = PunctualityConverter.BusStopPunctualityHourAvgBeforeAvgAfterTime(busStop);
Assert.AreEqual((3, 0), result);
}
public void BusStopPunctualityHourMode_WhenTracesDontExistOrNull_ReturnBusStopHour()
{
var busStop1 = new BusStop()
{
Id = 1,
Address = "Address",
Hour = new TimeSpan(12, 0, 0)
};
var busStop2 = new BusStop()
{
Id = 1,
Address = "Address",
BusStopTraces = new List <BusStopTrace>(),
Hour = new TimeSpan(14, 0, 0)
};
var result1 = PunctualityConverter.BusStopPunctualityHourMode(busStop1);
var result2 = PunctualityConverter.BusStopPunctualityHourMode(busStop2);
Assert.AreEqual(new TimeSpan(12, 0, 0), result1);
Assert.AreEqual(new TimeSpan(14, 0, 0), result2);
}
public void CalculateDelay_WhenBusIsLate_ReturningMinus7()
{
var busStop = new BusStop
{
Hour = new TimeSpan(12, 0, 0),
BusStopTraces = new List <BusStopTrace>
{
new BusStopTrace
{
Hour = new TimeSpan(11, 50, 0)
},
new BusStopTrace
{
Hour = new TimeSpan(11, 55, 0)
}
}
};
var result = PunctualityConverter.CalculateBusStopDelay(busStop);
Assert.AreEqual(-7, result);
}
public void ConvertToAverageArrivedHour_FromTwoTraces_Returning2()
{
var busStop = new BusStop
{
Hour = new TimeSpan(12, 0, 0),
BusStopTraces = new List <BusStopTrace>
{
new BusStopTrace
{
Hour = new TimeSpan(12, 10, 0)
},
new BusStopTrace
{
Hour = new TimeSpan(12, 5, 0)
}
}
};
var result = PunctualityConverter.BusStopAverageArrivedHour(busStop);
Assert.AreEqual(new TimeSpan(12, 7, 30), result);
}
public void BusStopPunctualityPercentage_WenBusStopHavntTraces_Returning0Percent()
{
var busStop1 = new BusStop
{
Id = 1,
Address = "Address",
Label = "Label"
};
var busStop2 = new BusStop
{
Id = 1,
Address = "Address",
Label = "Label",
BusStopTraces = new List <BusStopTrace>()
};
//var result1 = PunctualityConverter.BusStopPunctualityPercentage(busStop1);
var result2 = PunctualityConverter.BusStopPunctualityPercentage(busStop2);
//Assert.AreEqual("0%", result1);
Assert.AreEqual("0%", result2);
}
public void BusStopPunctualityHourAvgBeforeAvgAfterTime_WhenBusStopHaveTraces_ReturnsTuple()
{
var result = PunctualityConverter.BusStopPunctualityHourAvgBeforeAvgAfterTime(_busStops[0]);
Assert.AreEqual((4, 9), result);
}
public void RoutePunctualityHourAvgBeforeAvgAfterTime_WhenRouteHaveTraces_ReturnsTuple()
{
var result = PunctualityConverter.RoutePunctualityHourAvgBeforeAvgAfterTime(_routes[0]);
Assert.AreEqual((4, 8), result);
}
public void BusStopPunctualityPercentage_FromBusStops0_Returning50Percent()
{
var result = PunctualityConverter.BusStopPunctualityPercentage(_busStops[0]);
Assert.AreEqual("50%", result);
}
public void ConvertToAverageArrivedHour_FromBusStops0_Returning12_28()
{
var result = PunctualityConverter.BusStopAverageArrivedHour(_busStops[0]);
Assert.AreEqual(new TimeSpan(12, 28, 0), result);
}
