public ActionResult GetMatch(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
MatchConstructor mm = new MatchConstructor();
return(View(mm.ConstructMatch(25, id.Value, false)));
}
public void ConstructMatch_IsIdempotent()
{
// Arrange
var mockSetUsers = Mock.CreateMockSet(
new List <User> {
new User()
{
User_ID = 1, User_Name = "One"
},
new User()
{
User_ID = 2, User_Name = "Two"
},
new User()
{
User_ID = 3, User_Name = "Three"
}
}
);
var mockSetRatings = Mock.CreateMockSet(
new List <Rating> {
new Rating()
{
User_ID = 1, Game_ID = 1, User_Rating = 12
},
new Rating()
{
User_ID = 2, Game_ID = 1, User_Rating = 12
},
new Rating()
{
User_ID = 3, Game_ID = 1, User_Rating = 0
}
}
);
var mockdb = new Mock <PlayerMatcherEntities>();
mockdb.Setup(db => db.Users).Returns(mockSetUsers.Object);
mockdb.Setup(db => db.Ratings).Returns(mockSetRatings.Object);
// Act
var match1 = new MatchConstructor(mockdb.Object).ConstructMatch(1, 2, false);
var match2 = new MatchConstructor(mockdb.Object).ConstructMatch(1, 2, false);
// Assert
match1.Should().AllBeOfType <User>().And.HaveCount(2);
match2.Should().AllBeOfType <User>().And.HaveCount(2);
match1.Select(x => x.User_ID).Should().Contain(1);
match1.Select(x => x.User_ID).Should().Contain(2);
match2.Select(x => x.User_ID).Should().Contain(1);
match2.Select(x => x.User_ID).Should().Contain(2);
}
public void ConstructMatch_AssertsOnInvalidNumberOfPlayers()
{
// Arrange
var mockSetUsers = Mock.CreateMockSet(new List <User>());
var mockSetRatings = Mock.CreateMockSet(new List <Rating>());
var mockdb = new Mock <PlayerMatcherEntities>();
mockdb.Setup(db => db.Users).Returns(mockSetUsers.Object);
mockdb.Setup(db => db.Ratings).Returns(mockSetRatings.Object);
var matcher = new MatchConstructor(mockdb.Object);
// Assert
Assert.Throws <ArgumentOutOfRangeException>(() => matcher.ConstructMatch(1, -4, false));
}
public void ConstructMatch_AMatchOfTwoIsCreatedFromThree()
{
// Arrange
var mockSetUsers = Mock.CreateMockSet(
new List <User> {
new User()
{
User_ID = 1, User_Name = "One"
},
new User()
{
User_ID = 2, User_Name = "Two"
},
new User()
{
User_ID = 3, User_Name = "Three"
}
}
);
var mockSetRatings = Mock.CreateMockSet(
new List <Rating> {
new Rating()
{
User_ID = 1, Game_ID = 1, User_Rating = 1
},
new Rating()
{
User_ID = 2, Game_ID = 1, User_Rating = 1
},
new Rating()
{
User_ID = 3, Game_ID = 1, User_Rating = 1
}
}
);
var mockdb = new Mock <PlayerMatcherEntities>();
mockdb.Setup(db => db.Users).Returns(mockSetUsers.Object);
mockdb.Setup(db => db.Ratings).Returns(mockSetRatings.Object);
// Act
var match = new MatchConstructor(mockdb.Object).ConstructMatch(1, 2, false);
// Assert
match.Should().AllBeOfType <User>().And.HaveCount(2);
}
public void ConstructMatch_WorksWhenNoneFound()
{
// Arrange
var mockSetUsers = Mock.CreateMockSet(new List <User>());
var mockSetRatings = Mock.CreateMockSet(new List <Rating>());
var mockdb = new Mock <PlayerMatcherEntities>();
mockdb.Setup(db => db.Users).Returns(mockSetUsers.Object);
mockdb.Setup(db => db.Ratings).Returns(mockSetRatings.Object);
// Act
var match = new MatchConstructor(mockdb.Object).ConstructMatch(1, 4, false);
// Assert
match.Should().AllBeOfType <User>().And.HaveCount(0);
}
public void ConstructMatch_PlayerWithNoBehaviorRating()
{
// Arrange
var mockSetUsers = Mock.CreateMockSet(
new List <User> {
new User()
{
User_ID = 1, User_Name = "One"
},
new User()
{
User_ID = 2, User_Name = "Two"
},
new User()
{
User_ID = 3, User_Name = "Three"
},
new User()
{
User_ID = 4, User_Name = "Four"
},
new User()
{
User_ID = 5, User_Name = "Five"
}
}
);
var mockSetRatings = Mock.CreateMockSet(
new List <Rating> {
new Rating()
{
User_ID = 1, Game_ID = 1, User_Rating = 103, Behavior_Score = 0
},
new Rating()
{
User_ID = 2, Game_ID = 1, User_Rating = 108, Behavior_Score = 1
},
new Rating()
{
User_ID = 3, Game_ID = 1, User_Rating = 112
},
new Rating()
{
User_ID = 4, Game_ID = 1, User_Rating = 105, Behavior_Score = 2
},
new Rating()
{
User_ID = 5, Game_ID = 1, User_Rating = 110, Behavior_Score = 3
}
}
);
var mockdb = new Mock <PlayerMatcherEntities>();
mockdb.Setup(db => db.Users).Returns(mockSetUsers.Object);
mockdb.Setup(db => db.Ratings).Returns(mockSetRatings.Object);
// Act
var match = new MatchConstructor(mockdb.Object).ConstructMatch(1, 4, true);
// Assert
match.Should().AllBeOfType <User>().And.HaveCount(4);
match.Select(x => x.User_ID).Should().Contain(1);
match.Select(x => x.User_ID).Should().Contain(2);
}
public void ConstructMatch_GroupsByRankDescending()
{
// Arrange
var mockSetUsers = Mock.CreateMockSet(
new List <User> {
new User()
{
User_ID = 1, User_Name = "One"
},
new User()
{
User_ID = 2, User_Name = "Two"
},
new User()
{
User_ID = 3, User_Name = "Three"
},
new User()
{
User_ID = 4, User_Name = "Four"
},
new User()
{
User_ID = 5, User_Name = "Five"
}
}
);
var mockSetRatings = Mock.CreateMockSet(
new List <Rating> {
new Rating()
{
User_ID = 1, Game_ID = 1, User_Rating = 40
},
new Rating()
{
User_ID = 2, Game_ID = 1, User_Rating = 45
},
new Rating()
{
User_ID = 3, Game_ID = 1, User_Rating = 100
},
new Rating()
{
User_ID = 4, Game_ID = 1, User_Rating = 3
},
new Rating()
{
User_ID = 5, Game_ID = 1, User_Rating = 0
}
}
);
var mockdb = new Mock <PlayerMatcherEntities>();
mockdb.Setup(db => db.Users).Returns(mockSetUsers.Object);
mockdb.Setup(db => db.Ratings).Returns(mockSetRatings.Object);
// Act
var match = new MatchConstructor(mockdb.Object).ConstructMatch(1, 3, false);
// Assert
match.Should().AllBeOfType <User>().And.HaveCount(3);
match.Select(x => x.User_ID).Should().Contain(1);
match.Select(x => x.User_ID).Should().Contain(2);
}
