public void CalculateResults_returns_CorrectResultForDriver()
{
// arrange
List <Driver> drivers = new List <Driver>()
{
new Driver()
{
Name = "Dan"
}
};
List <Trip> trips = new List <Trip>()
{
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("07:15"),
EndTime = TimeSpan.Parse("07:45"),
MilesDriven = (decimal)17.3
},
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("06:12"),
EndTime = TimeSpan.Parse("06:32"),
MilesDriven = (decimal)21.8
}
};
string expectedResult = "Dan: 39 miles @ 47 mph";
TripLogic tripLogic = new TripLogic();
// act
List <string> result = tripLogic.CalculateResults(drivers, trips);
// assert
Assert.AreEqual(expectedResult, result[0]);
}
public void CalculateResults_GreaterThanOneHundredTotalMiles_returns_ZeroMilesDriven()
{
// arrange
List <Driver> drivers = new List <Driver>()
{
new Driver()
{
Name = "Dan"
}
};
List <Trip> trips = new List <Trip>()
{
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("07:15"),
EndTime = TimeSpan.Parse("07:45"),
MilesDriven = 50
},
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("06:12"),
EndTime = TimeSpan.Parse("06:32"),
MilesDriven = 34
}
};
string expectedResult = "Dan: 0 miles";
TripLogic tripLogic = new TripLogic();
// act
List <string> result = tripLogic.CalculateResults(drivers, trips);
// assert
Assert.AreEqual(expectedResult, result[0]);
}
public void CalculateResults_returns_ResultsSortedByMilesDrivenDesc()
{
// arrange
List <Driver> drivers = new List <Driver>()
{
new Driver()
{
Name = "Dan"
},
new Driver()
{
Name = "Lauren"
},
new Driver()
{
Name = "Kumi"
}
};
List <Trip> trips = new List <Trip>()
{
new Trip()
{
Driver = new Driver()
{
Name = "Kumi"
},
StartTime = TimeSpan.Parse("07:15"),
EndTime = TimeSpan.Parse("07:45"),
MilesDriven = (decimal)17.3
},
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("06:12"),
EndTime = TimeSpan.Parse("06:32"),
MilesDriven = (decimal)21.8
},
new Trip()
{
Driver = new Driver()
{
Name = "Lauren"
},
StartTime = TimeSpan.Parse("12:01"),
EndTime = TimeSpan.Parse("13:16"),
MilesDriven = (decimal)42.0
}
};
TripLogic tripLogic = new TripLogic();
// act
List <string> result = tripLogic.CalculateResults(drivers, trips);
// assert
Assert.AreEqual(0, result.FindIndex(x => x.Contains("Lauren")));
Assert.AreEqual(1, result.FindIndex(x => x.Contains("Dan")));
Assert.AreEqual(2, result.FindIndex(x => x.Contains("Kumi")));
}
public void CalculateResults_returns_NonEmptyResults()
{
// arrange
List <Driver> drivers = new List <Driver>()
{
new Driver()
{
Name = "Dan"
},
new Driver()
{
Name = "Lauren"
},
new Driver()
{
Name = "Kumi"
}
};
List <Trip> trips = new List <Trip>()
{
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("07:15"),
EndTime = TimeSpan.Parse("07:45"),
MilesDriven = (decimal)17.3
},
new Trip()
{
Driver = new Driver()
{
Name = "Dan"
},
StartTime = TimeSpan.Parse("06:12"),
EndTime = TimeSpan.Parse("06:32"),
MilesDriven = (decimal)21.8
},
new Trip()
{
Driver = new Driver()
{
Name = "Lauren"
},
StartTime = TimeSpan.Parse("12:01"),
EndTime = TimeSpan.Parse("13:16"),
MilesDriven = (decimal)42.0
}
};
TripLogic tripLogic = new TripLogic();
// act
List <string> result = tripLogic.CalculateResults(drivers, trips);
// assert
Assert.IsTrue(result.Any());
}
