public Table(Deck deck, TableStatus status, byte[] community)
{
Guards.ArgumentNotNull(deck, nameof(deck));
Guards.ArgumentSuccess(status.IsValid(), nameof(status));
Guards.ArgumentHasExactSize(community, 5, nameof(community));
this.Deck = deck;
this.Status = status;
this.First = community[0] == 0 ? (Card?)null : new Card(community[0]);
this.Second = community[1] == 0 ? (Card?)null : new Card(community[1]);
this.Third = community[2] == 0 ? (Card?)null : new Card(community[2]);
this.Turn = community[3] == 0 ? (Card?)null : new Card(community[3]);
this.River = community[4] == 0 ? (Card?)null : new Card(community[4]);
var duplicate = community.Where(_ => _ != 0).GroupBy(_ => _).Any(_ => _.Count() > 1);
Guards.ArgumentSuccess(!duplicate, nameof(community), "Duplicate card found");
var mismatch = $"Community cards don't match table status: {status}, ";
switch (status)
{
case TableStatus.BeforeFlop:
Guards.ArgumentSuccess(First == null, nameof(community), mismatch + "First");
Guards.ArgumentSuccess(Second == null, nameof(community), mismatch + "Second");
Guards.ArgumentSuccess(Third == null, nameof(community), mismatch + "Third");
Guards.ArgumentSuccess(Turn == null, nameof(community), mismatch + "Turn");
Guards.ArgumentSuccess(River == null, nameof(community), mismatch + "River");
break;
case TableStatus.BeforeTurn:
Guards.ArgumentSuccess(First != null, nameof(community), mismatch + "First");
Guards.ArgumentSuccess(Second != null, nameof(community), mismatch + "Second");
Guards.ArgumentSuccess(Third != null, nameof(community), mismatch + "Third");
Guards.ArgumentSuccess(Turn == null, nameof(community), mismatch + "Turn");
Guards.ArgumentSuccess(River == null, nameof(community), mismatch + "River");
break;
case TableStatus.BeforeRiver:
Guards.ArgumentSuccess(First != null, nameof(community), mismatch + "First");
Guards.ArgumentSuccess(Second != null, nameof(community), mismatch + "Second");
Guards.ArgumentSuccess(Third != null, nameof(community), mismatch + "Third");
Guards.ArgumentSuccess(Turn != null, nameof(community), mismatch + "Turn");
Guards.ArgumentSuccess(River == null, nameof(community), mismatch + "River");
break;
case TableStatus.Complete:
Guards.ArgumentSuccess(First != null, nameof(community), mismatch + "First");
Guards.ArgumentSuccess(Second != null, nameof(community), mismatch + "Second");
Guards.ArgumentSuccess(Third != null, nameof(community), mismatch + "Third");
Guards.ArgumentSuccess(Turn != null, nameof(community), mismatch + "Turn");
Guards.ArgumentSuccess(River != null, nameof(community), mismatch + "River");
break;
}
}
public MadeHand(byte[] binary)
{
Guards.ArgumentHasExactSize(binary, 21, nameof(binary));
Type = (HandTypes)binary[0];
Played = new Card[5];
Alternates = null;
// For each card played
var alternates = new Dictionary <Card, List <Card> >();
for (int iPlayed = 0; iPlayed < 5; iPlayed++)
{
var iBinaryAtCard = 1 + iPlayed * 4;
// Add this card
Played[iPlayed] = new Card(binary[iBinaryAtCard]);
// Add all three alternates
var alt = new List <Card>();
for (int iAlt = 0; iAlt < 3; iAlt++)
{
var altCard = binary[iBinaryAtCard + 1 + iAlt];
if (altCard != 0)
{
alt.Add(new Card(altCard));
}
}
if (alt.Count > 0)
{
alternates.Add(Played[iPlayed], alt);
}
}
// If we have any alternates, set the dictionary
if (alternates.Count > 0)
{
Alternates = alternates;
}
ScoreHand();
}