public void _PreflopVaryPlayerSequenceFoldCheckCall_CurrentSequenceIsNotChanged(
[Values(ActionTypes.F, ActionTypes.X, ActionTypes.C)] ActionTypes actionType,
[Values("", "nonEmpty")] string playerSequence)
{
const Streets street = Streets.PreFlop;
const double ratio = 1.0;
var convertedAction = new ConvertedPokerAction(actionType, ratio);
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string currentSequence = string.Empty;
string expectedSequence = String.Copy(currentSequence);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(currentSequence, Is.EqualTo(expectedSequence));
}
public void _PostFlopVaryPlayerSequenceRaise_IsAppendedToCurrentSequence(
[Values(Streets.Flop, Streets.Turn, Streets.River)] Streets street,
[Values("", "nonEmpty")] string playerSequence)
{
const ActionTypes actionType = ActionTypes.R;
const double ratio = 1.0;
var convertedAction = new ConvertedPokerAction(actionType, ratio);
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string currentSequence = string.Empty;
string expectedSequence = String.Concat(currentSequence, actionType);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(currentSequence, Is.EqualTo(expectedSequence));
}
_PostFlopPlayerSequenceDoesNotContainNumberCheckFoldCallRaise_CurrentSequenceAndActionIsAppendedToPlayerSequence(
[Values(Streets.Flop, Streets.Turn, Streets.River)] Streets street,
[Values(ActionTypes.F, ActionTypes.X, ActionTypes.C, ActionTypes.R)] ActionTypes actionType,
[Values("", "nonEmpty")] string playerSequence)
{
const double ratio = 0.54;
var convertedAction = new ConvertedPokerAction(actionType, ratio);
string currentSequence = "someSequence";
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string expectedSequence = String.Concat(playerSequence, currentSequence, actionType);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(_convertedPlayer.SequenceStrings[(int)street], Is.EqualTo(expectedSequence));
}
_PostFlopPlayerSequenceDoesNotContainNumberBet_CurrentSequenceAndNormalizedRatioIsAppendedToPlayerSequence(
[Values(Streets.Flop, Streets.Turn, Streets.River)] Streets street,
[Values("", "nonEmpty")] string playerSequence)
{
const ActionTypes actionType = ActionTypes.B;
const double ratio = 0.54;
const string normalizedRatio = "5";
var convertedAction = new ConvertedPokerAction(actionType, ratio);
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string currentSequence = "someSequence";
string expectedSequence = String.Concat(playerSequence, currentSequence, normalizedRatio);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(_convertedPlayer.SequenceStrings[(int)street], Is.EqualTo(expectedSequence));
}
public void _PostFlopPlayerSequenceContainsNumberVaryActionType_PlayerSequenceIsNotChanged(
[Values(Streets.Flop, Streets.Turn, Streets.River)] Streets street,
[Values(ActionTypes.F, ActionTypes.X, ActionTypes.C, ActionTypes.B, ActionTypes.R)] ActionTypes actionType)
{
const double someRatio = 1.0;
var convertedAction = new ConvertedPokerAction(actionType, someRatio);
const string playerSequence = "5";
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string currentSequence = string.Empty;
string expectedSequence = String.Copy(playerSequence);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(_convertedPlayer.SequenceStrings[(int)street], Is.EqualTo(expectedSequence));
}
public void _PreflopNonEmptyPlayerSequenceVaryActionType_PlayerSequenceIsNotChanged(
[Values(ActionTypes.F, ActionTypes.X, ActionTypes.C, ActionTypes.B, ActionTypes.R)] ActionTypes actionType)
{
const Streets street = Streets.PreFlop;
const double someRatio = 1.0;
var convertedAction = new ConvertedPokerAction(actionType, someRatio);
const string playerSequence = "nonEmpty";
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string currentSequence = string.Empty;
string expectedSequence = String.Copy(playerSequence);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(_convertedPlayer.SequenceStrings[(int)street], Is.EqualTo(expectedSequence));
}
public void _PreflopNonEmptyPlayerSequenceRaise_CurrentSequenceIsNotChanged()
{
const Streets street = Streets.PreFlop;
const ActionTypes actionType = ActionTypes.R;
const double ratio = 2.1;
var convertedAction = new ConvertedPokerAction(actionType, ratio);
const string playerSequence = "nonEmpty";
_convertedPlayer.SequenceStrings[(int)street] = playerSequence;
string currentSequence = string.Empty;
string expectedSequence = String.Copy(currentSequence);
_convertedPlayer.SetActionSequenceString(ref currentSequence, convertedAction, street);
Assert.That(currentSequence, Is.EqualTo(expectedSequence));
}
public void Get_HandWithSequencesWasSaved_RestoresSequences()
{
var sampleAction = new ConvertedPokerAction(ActionTypes.C, 1.0);
_hand.Sequences[(int)Streets.PreFlop] =
new ConvertedPokerRound().Add(new ConvertedPokerActionWithId(sampleAction, 0));
_hand.Sequences[(int)Streets.Flop] =
new ConvertedPokerRound().Add(new ConvertedPokerActionWithId(sampleAction, 1));
_hand.Sequences[(int)Streets.Turn] =
new ConvertedPokerRound().Add(new ConvertedPokerActionWithId(sampleAction, 2));
_hand.Sequences[(int)Streets.River] =
new ConvertedPokerRound().Add(new ConvertedPokerActionWithId(sampleAction, 3));
_session.Save(_hand);
FlushAndClearSession();
IConvertedPokerHand retrievedHand = _sut.Get(_hand.Id);
retrievedHand.Sequences.ShouldBeEqualTo(_hand.Sequences);
}
public void XmlDeserialize_SerializedLegalAction_ReturnsSerializedAction()
{
var legalAction = new ConvertedPokerAction(ActionTypes.B, 2.0);
Assert.That(legalAction.XmlDeserializedInMemory(), Is.EqualTo(legalAction));
}
public void BinaryDeserialize_SerializedIllegalAction_ReturnsSerializedAction()
{
var illegalAction = new ConvertedPokerAction(ActionTypes.E, 1.0);
Assert.That(illegalAction.BinaryDeserializedInMemory(), Is.EqualTo(illegalAction));
}
