public void Date_ImplementsObjectEquality()
{
EqualityTests.For(new Date(2017, 1, 27))
.EqualTo(new Date(2017, 1, 27))
.NotEqualTo(new Date(2012, 1, 27), "different year")
.NotEqualTo(new Date(2017, 2, 27), "different month")
.NotEqualTo(new Date(2017, 1, 28), "different day")
.Assert();
}
public void First_Player_Equalalty_Tests()
{
var player1 = BuildStartingPlayerAsFirstPlayer();
var player2 = BuildStartingPlayerAsFirstPlayer();
var player3 = BuildStartingPlayerAsSecondPlayer();
EqualityTests.For(player1)
.EqualTo(player1)
.EqualTo(player2)
.NotEqualTo(player3, "different first player type")
.Assert();
}
public void Equalalty_Tests()
{
var someSample1 = BuildSomeSampleObject();
var someSample2 = BuildSomeSampleObject();
var thisSample = BuildThisSampleObject();
var thatSample = BuildThatSampleObject();
var noSample = BuildNoSampleObject();
EqualityTests
.For(someSample1)
.EqualTo(someSample1)
.EqualTo(someSample2)
.NotEqualTo(thisSample, "different sample (some to this)")
.NotEqualTo(thatSample, "different sample (some to that)")
.NotEqualTo(noSample, "different sample (some to none)")
.Assert();
}
public void Equalalty_Tests()
{
const string NAME = "Human 1";
const string DIFFERENT_NAME = "Human 2";
const string SYMBOL = "X";
const string DIFFERENT_SYMBOL = "O";
var player1 = BuildHumanPlayer(NAME, SYMBOL);
var player2 = BuildHumanPlayer(NAME, SYMBOL);
var player3 = BuildHumanPlayer(DIFFERENT_NAME, SYMBOL);
var player4 = BuildHumanPlayer(NAME, DIFFERENT_SYMBOL);
EqualityTests.For(player1)
.EqualTo(player1)
.EqualTo(player2)
.NotEqualTo(player3, "different name")
.NotEqualTo(player4, "different symbol")
.Assert();
}
public void Equalalty_Tests()
{
const int POSITION = 1;
const int DIFFERENT_POSITION = 2;
var coordinate = new MockCoordinate();
var differentCoordinate = new MockCoordinate();
var tile1 = BuildOccupiedTile(POSITION, coordinate);
var tile2 = BuildOccupiedTile(POSITION, coordinate);
var tile3 = BuildOccupiedTile(DIFFERENT_POSITION, coordinate);
var tile4 = BuildOccupiedTile(POSITION, differentCoordinate);
EqualityTests.For(tile1)
.EqualTo(tile1)
.EqualTo(tile2)
.NotEqualTo(tile3, "different position")
.NotEqualTo(tile4, "different coordinate")
.Assert();
}
public void Computer_Equalalty_Tests()
{
const string NAME = "Computer 1";
const string DIFFERENT_NAME = "Computer 2";
const string SYMBOL = "X";
const string DIFFERENT_SYMBOL = "O";
var player1 = BuildPlayerTypeAsComputer(NAME, SYMBOL);
var player2 = BuildPlayerTypeAsComputer(NAME, SYMBOL);
var player3 = BuildPlayerTypeAsComputer(DIFFERENT_NAME, SYMBOL);
var player4 = BuildPlayerTypeAsComputer(NAME, DIFFERENT_SYMBOL);
var player5 = BuildPlayerTypeAsHuman(NAME, SYMBOL);
EqualityTests.For(player1)
.EqualTo(player1)
.EqualTo(player2)
.NotEqualTo(player3, "different name")
.NotEqualTo(player4, "different symbol")
.NotEqualTo(player5, "different type")
.Assert();
}