/// <summary>
/// This method is used to load a GameManager object from the values from this object
/// so that the controls be can be loaded when the program starts
/// </summary>
/// <returns></returns>
public static GameManager Export(SecureUserData security, List <BlackJackPlayerControl> playerControls, MainForm table)
{
// initial value
GameManager gameManager = null;
// local
BlackJackPlayerControl playerControl = null;
// If the security object exists
if (NullHelper.Exists(security, playerControls, table))
{
// Create a new instance of a 'GameManager' object.
gameManager = new GameManager(NumericHelper.ParseInteger(Properties.Resources.TimesToShuffle, 0, -1), table);
// create a houseRules object
Options houseRules = new Options();
// set the properties from this form
houseRules.AllowDoubleDown = security.AllowDoubleDown;
houseRules.AllowDoubleOnSplit = security.AllowDoubleOnSplit;
houseRules.AllowDoubleOnTenOrElevenOnly = security.AllowDoubleOnTenOrElevenOnly;
houseRules.AllowInsurance = security.AllowInsurance;
houseRules.AllowResplitAces = security.AllowResplitAces;
houseRules.AllowSplit = security.AllowSplit;
houseRules.AllowSplitAces = security.AllowSplitAces;
houseRules.AllowSurrender = security.AllowSurrender;
houseRules.ComputerPlayersUnlimitedRebuys = security.ComputerPlayersUnlimitedRebuys;
houseRules.DealerMustHitSoft17 = security.DealerMustHitSoft17;
houseRules.DefaultBankRoll = security.DefaultBankRoll;
houseRules.DefaultComputerBankRoll = security.DefaultComputerBankRoll;
houseRules.GameSpeed = security.GameSpeed;
houseRules.HumanPlayerUnlimitedRebuys = security.HumanPlayerUnlimitedRebuys;
houseRules.NumberDecks = security.NumberDecks;
houseRules.Penetration = security.Penetration;
houseRules.SaveSettingsOnThisComputer = security.SaveSettingsOnThisComputer;
houseRules.TableMaximum = security.TableMaximum;
houseRules.TableMinimum = security.TableMinimum;
// Create a list of players
List <Player> players = new List <Player>();
// if Player1's Name is set that is consider playing
if (TextHelper.Exists(security.Player1Name))
{
// Find the PlayerControl
playerControl = FindPlayerControl(playerControls, SeatNumberEnum.Seat1);
// if the control was found
if (NullHelper.Exists(playerControl))
{
// create player 1
Player player1 = new Player(security.Player1Name, security.Player1Chips, security.Player1IsComputerPlayer, playerControl);
// Setup the SeatNumber
player1.SeatNumber = SeatNumberEnum.Seat1;
// Is Player1 Sitting Out
player1.SittingOut = security.Player1SittingOut;
// Set the CountingSystem
string countingSystemName = security.Player1CountingSystem;
player1.CardCountingSystem = CardCountingSystemFactory.FindCardCountingSystem(countingSystemName);
// add this player
players.Add(player1);
}
}
// if Player2's Name is set that is consider playing
if (TextHelper.Exists(security.Player2Name))
{
// Find the PlayerControl
playerControl = FindPlayerControl(playerControls, SeatNumberEnum.Seat2);
// if the control was found
if (NullHelper.Exists(playerControl))
{
// create player 2
Player player2 = new Player(security.Player2Name, security.Player2Chips, security.Player2IsComputerPlayer, playerControl);
// Setup the SeatNumber
player2.SeatNumber = SeatNumberEnum.Seat2;
// Is Player2 Sitting Out
player2.SittingOut = security.Player2SittingOut;
// Set the CountingSystem
string countingSystemName = security.Player2CountingSystem;
player2.CardCountingSystem = CardCountingSystemFactory.FindCardCountingSystem(countingSystemName);
// add this player
players.Add(player2);
}
}
// if Player3's Name is set that is consider playing
if (TextHelper.Exists(security.Player3Name))
{
// Find the PlayerControl
playerControl = FindPlayerControl(playerControls, SeatNumberEnum.Seat3);
// if the control was found
if (NullHelper.Exists(playerControl))
{
// create player 3
Player player3 = new Player(security.Player3Name, security.Player3Chips, security.Player3IsComputerPlayer, playerControl);
// Setup the SeatNumber
player3.SeatNumber = SeatNumberEnum.Seat3;
// Is Player3 Sitting Out
player3.SittingOut = security.Player3SittingOut;
// Set the CountingSystem
string countingSystemName = security.Player3CountingSystem;
player3.CardCountingSystem = CardCountingSystemFactory.FindCardCountingSystem(countingSystemName);
// add this player
players.Add(player3);
}
}
// if Player4's Name is set that is consider playing
if (TextHelper.Exists(security.Player4Name))
{
// Find the PlayerControl
playerControl = FindPlayerControl(playerControls, SeatNumberEnum.Seat4);
// if the control was found
if (NullHelper.Exists(playerControl))
{
// create player 4
Player player4 = new Player(security.Player4Name, security.Player4Chips, security.Player4IsComputerPlayer, playerControl);
// Setup the SeatNumber
player4.SeatNumber = SeatNumberEnum.Seat4;
// Is Player4 Sitting Out
player4.SittingOut = security.Player4SittingOut;
// Set the CountingSystem
string countingSystemName = security.Player4CountingSystem;
player4.CardCountingSystem = CardCountingSystemFactory.FindCardCountingSystem(countingSystemName);
// add this player
players.Add(player4);
}
}
// if Player5's Name is set that is consider playing
if (TextHelper.Exists(security.Player5Name))
{
// Find the PlayerControl
playerControl = FindPlayerControl(playerControls, SeatNumberEnum.Seat5);
// if the control was found
if (NullHelper.Exists(playerControl))
{
// create player 5
Player player5 = new Player(security.Player5Name, security.Player5Chips, security.Player5IsComputerPlayer, playerControl);
// Setup the SeatNumber
player5.SeatNumber = SeatNumberEnum.Seat5;
// Is Player5 Sitting Out
player5.SittingOut = security.Player5SittingOut;
// Set the CountingSystem
string countingSystemName = security.Player5CountingSystem;
player5.CardCountingSystem = CardCountingSystemFactory.FindCardCountingSystem(countingSystemName);
// add this player
players.Add(player5);
}
}
// set the HouseRules & players
gameManager.HouseRules = houseRules;
gameManager.Players = players;
// if the HouseRules exist
if (gameManager.HasHouseRules)
{
// create
BlackJackCardValueBase blackJackCardValueBase = new BlackJackCardValueBase();
// Set the times to shuffle
int timesToShuffle = NumericHelper.ParseInteger(Properties.Resources.TimesToShuffle, 0, -1);
// Create the Shuffler
gameManager.Shuffler = new RandomShuffler(houseRules.NumberDecks, blackJackCardValueBase, 0);
}
}
// return value
return(gameManager);
}
/// <summary>
/// This method converts a GameManager object to a SecureUserData object
/// so the Options and Players can be saved.
/// </summary>
/// <param name="gameManager"></param>
/// <returns></returns>
public static SecureUserData Convert(GameManager gameManager)
{
// initial value
SecureUserData security = null;
// locals
Options houseRules = null;
// If the gameManager object exists
if (NullHelper.Exists(gameManager))
{
// Create a new instance of a 'SecureUserData' object.
security = new SecureUserData();
// if the gameManager object contains a HouseRules object
if (gameManager.HasHouseRules)
{
// set the houseRules to make a typing a little shorter
houseRules = gameManager.HouseRules;
// set the value for each option
security.AllowDoubleDown = houseRules.AllowDoubleDown;
security.AllowDoubleOnSplit = houseRules.AllowDoubleOnSplit;
security.AllowDoubleOnTenOrElevenOnly = houseRules.AllowDoubleOnTenOrElevenOnly;
security.AllowInsurance = houseRules.AllowInsurance;
security.AllowResplitAces = houseRules.AllowResplitAces;
security.AllowSplit = houseRules.AllowSplit;
security.AllowSplitAces = houseRules.AllowSplitAces;
security.AllowSurrender = houseRules.AllowSurrender;
security.ComputerPlayersUnlimitedRebuys = houseRules.ComputerPlayersUnlimitedRebuys;
security.DealerMustHitSoft17 = houseRules.DealerMustHitSoft17;
security.DefaultBankRoll = houseRules.DefaultBankRoll;
security.DefaultComputerBankRoll = houseRules.DefaultComputerBankRoll;
security.GameSpeed = houseRules.GameSpeed;
security.HumanPlayerUnlimitedRebuys = houseRules.HumanPlayerUnlimitedRebuys;
security.NumberDecks = houseRules.NumberDecks;
security.Penetration = houseRules.Penetration;
security.SaveSettingsOnThisComputer = houseRules.SaveSettingsOnThisComputer;
security.TableMaximum = houseRules.TableMaximum;
security.TableMinimum = houseRules.TableMinimum;
}
// if the game manager has a list of players
if (gameManager.HasPlayers)
{
// we must make sure we have five players seated; this is to ensure if a player was removed
// we do not leave him seated
bool seat1IsEmpty = false;
bool seat2IsEmpty = false;
bool seat3IsEmpty = false;
bool seat4IsEmpty = false;
bool seat5IsEmpty = false;
// iterate the players
foreach (Player player in gameManager.Players)
{
// determine where to store which player by the seat number
switch (player.SeatNumber)
{
case SeatNumberEnum.Seat1:
// this player is seated
seat1IsEmpty = false;
// Store the chips
security.Player1Chips = player.Chips;
// If the value for the property player.HasCardCountingSystem is true
if (player.HasCardCountingSystem)
{
// store the system name
security.Player1CountingSystem = player.CardCountingSystem.Name;
}
else
{
// store the system name
security.Player1CountingSystem = null;
}
// set the value for IsComputerPlayer
security.Player1IsComputerPlayer = player.IsComputerPlayer;
// Store the name
security.Player1Name = player.Name;
// Is this player sitting out
security.Player1SittingOut = player.SittingOut;
// required
break;
case SeatNumberEnum.Seat2:
// this player is seated
seat2IsEmpty = false;
// Store the chips
security.Player2Chips = player.Chips;
// If the value for the property player.HasCardCountingSystem is true
if (player.HasCardCountingSystem)
{
// store the system name
security.Player2CountingSystem = player.CardCountingSystem.Name;
}
else
{
// store the system name
security.Player2CountingSystem = null;
}
// set the value for IsComputerPlayer
security.Player2IsComputerPlayer = player.IsComputerPlayer;
// Store the name
security.Player2Name = player.Name;
// Is this player sitting out
security.Player2SittingOut = player.SittingOut;
// required
break;
case SeatNumberEnum.Seat3:
// this player is seated
seat3IsEmpty = false;
// Store the chips
security.Player3Chips = player.Chips;
// If the value for the property player.HasCardCountingSystem is true
if (player.HasCardCountingSystem)
{
// store the system name
security.Player3CountingSystem = player.CardCountingSystem.Name;
}
else
{
// store the system name
security.Player3CountingSystem = null;
}
// set the value for IsComputerPlayer
security.Player3IsComputerPlayer = player.IsComputerPlayer;
// Store the name
security.Player3Name = player.Name;
// Is this player sitting out
security.Player3SittingOut = player.SittingOut;
// required
break;
case SeatNumberEnum.Seat4:
// this player is seated
seat4IsEmpty = false;
// Store the chips
security.Player4Chips = player.Chips;
// If the value for the property player.HasCardCountingSystem is true
if (player.HasCardCountingSystem)
{
// store the system name
security.Player4CountingSystem = player.CardCountingSystem.Name;
}
else
{
// store the system name
security.Player4CountingSystem = null;
}
// set the value for IsComputerPlayer
security.Player4IsComputerPlayer = player.IsComputerPlayer;
// Store the name
security.Player4Name = player.Name;
// Is this player sitting out
security.Player4SittingOut = player.SittingOut;
// required
break;
case SeatNumberEnum.Seat5:
// this player is seated
seat5IsEmpty = false;
// Store the chips
security.Player5Chips = player.Chips;
// If the value for the property player.HasCardCountingSystem is true
if (player.HasCardCountingSystem)
{
// store the system name
security.Player5CountingSystem = player.CardCountingSystem.Name;
}
else
{
// store the system name
security.Player5CountingSystem = null;
}
// set the value for IsComputerPlayer
security.Player5IsComputerPlayer = player.IsComputerPlayer;
// Store the name
security.Player5Name = player.Name;
// Is this player sitting out
security.Player5SittingOut = player.SittingOut;
// required
break;
}
}
// if the value for seat1IsEmpty is true
if (seat1IsEmpty)
{
// Erase the chips
security.Player1Chips = 0;
// store the system name
security.Player1CountingSystem = null;
// set the value for IsComputerPlayer
security.Player1IsComputerPlayer = false;
// Store the name
security.Player1Name = null;
// Is this player sitting out
security.Player1SittingOut = false;
}
// if the value for seat2IsEmpty is true
if (seat2IsEmpty)
{
// Erase the chips
security.Player2Chips = 0;
// store the system name
security.Player2CountingSystem = null;
// set the value for IsComputerPlayer
security.Player2IsComputerPlayer = false;
// Store the name
security.Player2Name = null;
// Is this player sitting out
security.Player2SittingOut = false;
}
// if the value for seat3IsEmpty is true
if (seat3IsEmpty)
{
// Erase the chips
security.Player3Chips = 0;
// store the system name
security.Player3CountingSystem = null;
// set the value for IsComputerPlayer
security.Player3IsComputerPlayer = false;
// Store the name
security.Player3Name = null;
// Is this player sitting out
security.Player3SittingOut = false;
}
// if the value for seat4IsEmpty is true
if (seat4IsEmpty)
{
// Erase the chips
security.Player4Chips = 0;
// store the system name
security.Player4CountingSystem = null;
// set the value for IsComputerPlayer
security.Player4IsComputerPlayer = false;
// Store the name
security.Player4Name = null;
// Is this player sitting out
security.Player4SittingOut = false;
}
// if the value for seat5IsEmpty is true
if (seat5IsEmpty)
{
// Erase the chips
security.Player5Chips = 0;
// store the system name
security.Player5CountingSystem = null;
// set the value for IsComputerPlayer
security.Player5IsComputerPlayer = false;
// Store the name
security.Player5Name = null;
// Is this player sitting out
security.Player5SittingOut = false;
}
}
}
// return value
return(security);
}
