public void UpdateWith_EmptyList_AllMatchingPlayersAreEmpty()
{
var sut = new PostFlopHeroXStatistic(Streets.Flop, false);
sut.UpdateWith(_analyzablePokerPlayers);
foreach (var matchingPlayer in sut.MatchingPlayers)
{
matchingPlayer.ShouldBeEmpty();
}
}
public void UpdateWith_OneMatchingPlayer_MatchingPlayersForGivenBetSizeContainPlayer()
{
const long id = 1;
const bool inPosition = false;
const Streets street = Streets.Flop;
var sut = new PostFlopHeroXStatistic(street, inPosition);
var player = Samples.AnalyzablePokerPlayerWith(id, ActionSequences.HeroX, street, inPosition);
_analyzablePokerPlayers.Add(player);
sut.UpdateWith(_analyzablePokerPlayers);
sut.MatchingPlayers[0].ShouldContain(player);
}
public void UpdateWith_TwoPlayersOneMatchingPlayer_MatchingPlayersDoNotContainNotMatchingPlayer()
{
const long id = 1;
const bool inPosition = false;
const Streets street = Streets.Flop;
var sut = new PostFlopHeroXStatistic(street, inPosition);
var matchingPlayer = Samples.AnalyzablePokerPlayerWith(id, ActionSequences.HeroX, street, inPosition);
var notMatchingPlayer = Samples.AnalyzablePokerPlayerWith(id + 1, ActionSequences.HeroX + 1, street, inPosition);
_analyzablePokerPlayers.Add(matchingPlayer);
_analyzablePokerPlayers.Add(notMatchingPlayer);
sut.UpdateWith(_analyzablePokerPlayers);
sut.MatchingPlayers[0].ShouldNotContain(notMatchingPlayer);
}
public void UpdateWith_PlayerWithHeroXOppBHeroReacts_PlayerIsIncludedInMatchingPlayers(
[Values(ActionSequences.HeroXOppBHeroF, ActionSequences.HeroXOppBHeroC, ActionSequences.HeroXOppBHeroR)]
ActionSequences actionSequence)
{
const long id = 1;
const bool inPosition = false;
const Streets street = Streets.Flop;
var sut = new PostFlopHeroXStatistic(street, inPosition);
var player = Samples.AnalyzablePokerPlayerWith(id, actionSequence, street, inPosition);
_analyzablePokerPlayers.Add(player);
sut.UpdateWith(_analyzablePokerPlayers);
sut.MatchingPlayers[0].ShouldContain(player);
}
