/// <summary>
/// Serialize the Game object as XML String
/// </summary>
/// <returns>XML containing the Game object state XML</returns>
public XmlNode XmlSerialize(XmlDocument xmlDoc)
{
XmlElement xmlGame = xmlDoc.CreateElement("Game");
// Append game state attributes
xmlGame.AppendChild(XMLHelper.CreateNodeWithValue(xmlDoc, "DoNullMovePruning", DoNullMovePruning.ToString()));
xmlGame.AppendChild(XMLHelper.CreateNodeWithValue(xmlDoc, "DoPrincipleVariation", DoPrincipleVariation.ToString()));
xmlGame.AppendChild(XMLHelper.CreateNodeWithValue(xmlDoc, "DoQuiescentSearch", DoQuiescentSearch.ToString()));
// Append the Game turn info
xmlGame.AppendChild(XMLHelper.CreateNodeWithValue(xmlDoc, "GameTurn", GameTurn.ToString()));
// Append the Board State
xmlGame.AppendChild(Board.XmlSerialize(xmlDoc));
// Append the Player Info
xmlGame.AppendChild(XMLHelper.CreateNodeWithXmlValue(xmlDoc, "WhitePlayer", XMLHelper.XmlSerialize(typeof(Player), m_WhitePlayer)));
xmlGame.AppendChild(XMLHelper.CreateNodeWithXmlValue(xmlDoc, "BlackPlayer", XMLHelper.XmlSerialize(typeof(Player), m_BlackPlayer)));
object[] moves = m_MovesHistory.ToArray();
// Store all the moves from the move history
string xml = "";
for (int i = moves.Length - 1; i >= 0; i--)
{
Move move = (Move)moves[i];
xml += XMLHelper.XmlSerialize(typeof(Move), move);
}
xmlGame.AppendChild(XMLHelper.CreateNodeWithXmlValue(xmlDoc, "MovesHistory", xml));
// Create the Checksome to avoid user temporing of the file
string checksum = GetChecksum(xmlGame.InnerXml);
(xmlGame as XmlElement).SetAttribute("Checksum", checksum);
(xmlGame as XmlElement).SetAttribute("Version", "1.2");
// Return this as String
return(xmlGame);
}
/// <summary>
/// DeSerialize the Side object from XML String
/// </summary>
/// <returns>XML containing the Side object state XML</returns>
public void XmlDeserialize(XmlNode xmlSide)
{
// Serialize and append to the side object
m_side = (SideType)XMLHelper.XmlDeserialize(typeof(SideType), xmlSide.InnerXml);
}
