public void ReturnsJourney_WithCostNotExceedingCostPerWeekLimitOfMostExpensiveZone()
{
//arrange
var costFirstJourney = 3m;
var dateOfFirstJourney = new DateTime(2018, 8, 6);
var expectedCostSecondJourney = 2m;
var dateOfSecondJourney = dateOfFirstJourney.AddDays(7);
var zone1 = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(3)
.WithCostPerMonthLimit(4)
.Build();
var zone2 = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(4)
.WithCostPerMonthLimit(5)
.Build();
var firstJourney = JourneyBuilder.Create()
.WithCost(costFirstJourney)
.WithDate(dateOfFirstJourney)
.Build();
var card = CardBuilder.Create()
.WithJourneyHistory(firstJourney)
.WithDateTimeProviderFor(dateOfSecondJourney)
.Build();
var stationStart = StationBuilder.Create()
.WithZone(zone1)
.Build();
var stationEnd = StationBuilder.Create()
.WithZone(zone2)
.Build();
//act
card.StartJourney(stationStart);
var actual = card.EndJourney(stationEnd);
//assert
Expect(actual.Cost).To.Equal(expectedCostSecondJourney);
}
public void ShouldReturnJourney_WithCostNotExceedingCostPerMonthLimitOfZone()
{
//arrange
var costPerJourney = 2.5m;
var dateOfFirstJourney = new DateTime(2018, 8, 6);
var costFirstJourney = 18m;
var limitPerDay = 4.5m;
var limitPerWeek = 10m;
var limitPerMonth = 20m;
var dateOfSecondJourney = dateOfFirstJourney.AddDays(7);
var expectedCostSecondJourney = 2m;
var firstJourney = JourneyBuilder.Create()
.WithDate(dateOfFirstJourney)
.WithCost(costFirstJourney)
.Build();
var card = CardBuilder.Create()
.WithDateTimeProviderFor(dateOfSecondJourney)
.WithJourneyHistory(firstJourney)
.Build();
var zone = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(costPerJourney)
.WithCostPerDayLimit(limitPerDay)
.WithCostPerWeekLimit(limitPerWeek)
.WithCostPerMonthLimit(limitPerMonth)
.Build();
var stationStart = StationBuilder.Create()
.WithZone(zone)
.Build();
var stationEnd = StationBuilder.Create()
.WithZone(zone)
.Build();
//act
card.StartJourney(stationStart);
var actual = card.EndJourney(stationEnd);
//assert
Expect(actual.Cost).To.Equal(expectedCostSecondJourney);
}
public void GivenSecondJourneyNotInSameDayOrWeekAsFirst_WithCostBelowMonthMax_ShouldReturnJourney_WithFullCostOfSingleJourney()
{
//arrange
var costPerJourney = 2.5m;
var limitPerDay = 4.5m;
var limitPerWeek = 4.5m;
var dateOfFirstJourney = new DateTime(2018, 8, 6);
var costFirstJourney = costPerJourney;
var dateOfSecondJourney = dateOfFirstJourney.AddDays(7);
var expectedCostSecondJourney = costPerJourney;
var firstJourney = JourneyBuilder.Create()
.WithDate(dateOfFirstJourney)
.WithCost(costFirstJourney)
.Build();
var card = CardBuilder.Create()
.WithDateTimeProviderFor(dateOfSecondJourney)
.WithJourneyHistory(firstJourney)
.Build();
var zone = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(costPerJourney)
.WithCostPerDayLimit(limitPerDay)
.WithCostPerWeekLimit(limitPerWeek)
.Build();
var stationStart = StationBuilder.Create()
.WithZone(zone)
.Build();
var stationEnd = StationBuilder.Create()
.WithZone(zone)
.Build();
//act
card.StartJourney(stationStart);
var actual = card.EndJourney(stationEnd);
//assert
Expect(actual.Cost).To.Equal(expectedCostSecondJourney);
}
public void ReturnsJourney_WithCostNotExceedingCostPerDayLimitOfMostExpensiveZone()
{
//arrange
var costFirstJourney = 3m;
var expectedCostSecondJourney = 2m;
var zone1 = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(3)
.WithCostPerDayLimit(4)
.Build();
var zone2 = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(4)
.WithCostPerDayLimit(5)
.Build();
var firstJourney = JourneyBuilder.Create()
.WithCost(costFirstJourney)
.Build();
var card = CardBuilder.Create()
.WithJourneyHistory(firstJourney)
.Build();
var stationStart = StationBuilder.Create()
.WithZone(zone1)
.Build();
var stationEnd = StationBuilder.Create()
.WithZone(zone2)
.Build();
//act
card.StartJourney(stationStart);
var actual = card.EndJourney(stationEnd);
//assert
Expect(actual.Cost).To.Equal(expectedCostSecondJourney);
}
public void GivenSecondJourneyInSameMonth_ButNotSameYear_ShouldReturnJourney_WithFullCostOfSingleJourney()
{
//arrange
var costPerJourney = 2.5m;
var costFirstJourney = 18m;
var limitPerMonth = 20m;
var dateOfFirstJourney = new DateTime(2017, 1, 1);
var dateOfSecondJourney = dateOfFirstJourney.AddYears(1);
var expectedCostSecondJourney = costPerJourney;
var firstJourney = JourneyBuilder.Create()
.WithDate(dateOfFirstJourney)
.WithCost(costFirstJourney)
.Build();
var card = CardBuilder.Create()
.WithDateTimeProviderFor(dateOfSecondJourney)
.WithJourneyHistory(firstJourney)
.Build();
var zone = FakeZoneBuilder
.Create()
.WithCostPerSingleJourney(costPerJourney)
.WithCostPerMonthLimit(limitPerMonth)
.Build();
var stationStart = StationBuilder.Create()
.WithZone(zone)
.Build();
var stationEnd = StationBuilder.Create()
.WithZone(zone)
.Build();
//act
card.StartJourney(stationStart);
var actual = card.EndJourney(stationEnd);
//assert
Expect(actual.Cost).To.Equal(expectedCostSecondJourney);
}