public ActionResult Sort(string sort)
{
var bl = new Dubuche.BL.RestaurantCRUD();
var list = Dubuche.BL.RestaurantCRUD.Casting(bl.GetAllRestaurants());
var sortedList = list;
//var sortedList = RestaurantSort.AlphaSorting(Dubuche.BL.RestaurantCRUD.Casting(list));
//var downSortedList = RestaurantSort.BetaSorting(Dubuche.BL.RestaurantCRUD.Casting(list));
//var ratedSortedList = RestaurantSort.AvgRatingSort(Dubuche.BL.RestaurantCRUD.Casting(list));
//var topThreeSorted = RestaurantSort.AvgRatingSort(Dubuche.BL.RestaurantCRUD.Casting(list));
try
{
if (sort == "byName")
{
sortedList = RestaurantSort.AlphaSorting(list);
}
else if (sort == "byRating")
{
sortedList = RestaurantSort.AvgRatingSort(list);
}
else if (sort == "topThree")
{
sortedList = RestaurantSort.AvgRatingSort(list.Take(3).ToList());
}
return(View(sortedList));
}
catch
{
log = LogManager.GetLogger("mistakes");
return(RedirectToAction("Index"));
}
}
public void AlphaSortingTest()
{
List <Restaurants> restsTests = new List <Restaurants>(); //arrange
Restaurants rests = new Restaurants("def"); //arrange
restsTests.Add(rests); //arrange
List <Restaurants> expected = new List <Restaurants>(); //arrange
Restaurants rests2 = new Restaurants("abc"); //arrange
restsTests.Add(rests2); //arrange
Restaurants rests3 = new Restaurants("abc"); //arrange
expected.Add(rests3); //arrange
Restaurants rests4 = new Restaurants("def"); //arrange
expected.Add(rests4); //arrange
List <Restaurants> actual = RestaurantSort.AlphaSorting(restsTests); //act
Assert.AreEqual(expected[0].Name, actual[0].Name); //assert
Assert.AreEqual(expected[1].Name, actual[1].Name); //assert
}