public void SanitizeRemovesOutliers_2()
{
var input = LoadTestWithMinimumOutlier();
var dataSanitizer = new FlightDataSanitizer();
var result = dataSanitizer.SanitizeAndSortCollection(input);
Assert.AreEqual(result.Count(), 5);
}
public void SanitizeReturnsFlightsSorted()
{
var input = new Flight[]
{
new Flight {
Price = 1
},
new Flight {
Price = 1
},
new Flight {
Price = 0
},
//outlier for a small dataset
new Flight {
Price = 1.54m
},
new Flight {
Price = 1.34m
},
new Flight {
Price = 1.34m
},
new Flight {
Price = 1.24m
},
new Flight {
Price = 0.97m
},
new Flight {
Price = 1.01m
}
};
var dataSanitizer = new FlightDataSanitizer();
var result = dataSanitizer.SanitizeAndSortCollection(input);
Assert.AreEqual(0.97m, result.First().Price);
Assert.AreEqual(1.34m, result.Last().Price);
}
public void SanitizeReturnsFlightsWithoutTheOrNegativePrices()
{
var input = new Flight[]
{
new Flight {
Price = 1
},
new Flight {
Price = 1
},
new Flight {
Price = 0
},
new Flight {
Price = -1
}
};
var dataSanitizer = new FlightDataSanitizer();
var result = dataSanitizer.SanitizeAndSortCollection(input);
Assert.AreEqual(result.ToList().Count, 2);
}