public void BinaryDeserialize_ConvertedHandWithInitializedPlayer_ReturnsSameHand()
{
var convertedHand = InitializeConvertedHandWithSomeValidValues();
convertedHand.AddPlayer(ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues());
Affirm.That(convertedHand.BinaryDeserializedInMemory()).IsEqualTo(convertedHand);
}
public void BinaryDeserialized_SerializedPlayerWithSequence_ReturnsSamePlayer()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.SequenceStrings = new[] { "some", "someMore" };
Affirm.That(player.BinaryDeserializedInMemory()).IsEqualTo(player);
}
public void BinaryDeserialized_SerializedPlayerWithOneEmptyRound_ReturnsSamePlayer()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.Add(new ConvertedPokerRound());
Affirm.That(player.BinaryDeserializedInMemory()).IsEqualTo(player);
}
public void BinaryDeserialized_SerializedPlayerWithMBefore_ReturnsSamePlayer()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.MBefore = _stub.Some(20);
Affirm.That(player.BinaryDeserializedInMemory()).IsEqualTo(player);
}
public void BinaryDeserialized_SerializedPlayerWithInPosition_ReturnsSamePlayer()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.InPosition = new bool?[] { true, false, true };
Affirm.That(player.BinaryDeserializedInMemory()).IsEqualTo(player);
}
public void BinaryDeserialized_SerializedPlayerWithStrategicPosition_SerializesIt()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.StrategicPosition = _stub.Some(StrategicPositions.BU);
Assert.That(
player.BinaryDeserializedInMemory().StrategicPosition,
Is.EqualTo(player.StrategicPosition));
}
public void BinaryDeserialized_SerializedPlayerWithMAfter_SerializesIt()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.MAfter = _stub.Some(20);
Assert.That(
player.BinaryDeserializedInMemory().MAfter,
Is.EqualTo(player.MAfter));
}
public void BinaryDeserialized_PreflopRaiseInFrontPositionIsNonSerialized_DoesNotSerializeIt()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.PreflopRaiseInFrontPos = _stub.Some(1);
Assert.That(
player.BinaryDeserializedInMemory().PreflopRaiseInFrontPos,
Is.Not.EqualTo(player.PreflopRaiseInFrontPos));
}
public void BinaryDeserialized_SerializedPlayerWithTwoNonEmptyRounds_ReturnsSamePlayer()
{
DecapsulatedConvertedPlayer player = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player.Add(
new ConvertedPokerRound()
.Add(new ConvertedPokerAction(ActionTypes.R, 2.0))
.Add(new ConvertedPokerAction(ActionTypes.C, 1.0)));
Affirm.That(player.BinaryDeserializedInMemory()).IsEqualTo(player);
}
public void AffirmIsNotEqualTo_HandsWithDifferentPlayersAreEqual_Passes()
{
var player1 = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player1.Name = "player1";
var player2 = ConvertedFactory.InitializeConvertedPokerPlayerWithSomeValidValues();
player2.Name = player1.Name + "difference";
var hand1 = InitializeConvertedHandWithSomeValidValues()
.AddPlayer(player1);
var hand2 = InitializeConvertedHandWithSomeValidValues()
.AddPlayer(player2);
Affirm.That(hand1).IsNotEqualTo(hand2);
}