public void Save(MainWindow MainF, List <FData> FootData)
{
XmlTextWriter xmlfile = new XmlTextWriter(pathAllMatches, Encoding.UTF8);
xmlfile.Formatting = Formatting.Indented;
xmlfile.WriteStartElement("Data");
for (int i = FootData.Count - 1; i >= 0; i--)
{
FData item = FootData[i];
xmlfile.WriteStartElement("Match");
xmlfile.WriteStartElement("League");
xmlfile.WriteString(item.League);
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("Team1");
xmlfile.WriteString(item.Team1);
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("Team2");
xmlfile.WriteString(item.Team2);
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("Time");
xmlfile.WriteString(item.time.ToString());
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("Match");
xmlfile.WriteString(item.Match);
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("BookieOdds");
foreach (KeyValuePair <int, X> it in FootData[i].XKoef)
{
BasicBrokerData data = MainF.Bookmakers[it.Key];
xmlfile.WriteStartElement("B_" + data.Name);
xmlfile.WriteStartElement("LastUpdate");
xmlfile.WriteString(it.Value.LastUpdate);
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("X1");
xmlfile.WriteString(it.Value.Koef[1].ToString());
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("X0");
xmlfile.WriteString(it.Value.Koef[0].ToString());
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("X2");
xmlfile.WriteString(it.Value.Koef[2].ToString());
xmlfile.WriteEndElement();
if (MainF.Bookmakers[it.Key].Type == BrokerType.LAY)
{
xmlfile.WriteStartElement("LX1");
xmlfile.WriteString(item.Lay[1].ToString());
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("LX0");
xmlfile.WriteString(item.Lay[0].ToString());
xmlfile.WriteEndElement();
xmlfile.WriteStartElement("LX2");
xmlfile.WriteString(item.Lay[2].ToString());
xmlfile.WriteEndElement();
}
xmlfile.WriteEndElement();
}
/*
* for (int id = 0; id < MainF.Bookmakers.Count; id++)
* {
* if (item.Koef[id, 1] == 0) continue;
* BasicBrokerData data = MainF.Bookmakers[id];
* xmlfile.WriteStartElement("B_" + data.Name);
*
* xmlfile.WriteStartElement("LastUpdate");
* xmlfile.WriteString(item.LastUpdate[id]);
* xmlfile.WriteEndElement();
*
* xmlfile.WriteStartElement("X1");
* xmlfile.WriteString(item.Koef[id, 1].ToString());
* xmlfile.WriteEndElement();
*
* xmlfile.WriteStartElement("X0");
* xmlfile.WriteString(item.Koef[id, 0].ToString());
* xmlfile.WriteEndElement();
*
* xmlfile.WriteStartElement("X2");
* xmlfile.WriteString(item.Koef[id, 2].ToString());
* xmlfile.WriteEndElement();
*
* xmlfile.WriteEndElement();
* }
*/
xmlfile.WriteEndElement();
xmlfile.WriteEndElement();
}
xmlfile.WriteEndElement();
xmlfile.Close();
}
public void Load(List <FData> FootData, List <BasicBrokerData> Bookmakers)
{
if (File.Exists(pathAllMatches))
{
XmlDocument xd = new XmlDocument();
xd.Load(pathAllMatches);
FootData.Clear();
foreach (XmlNode item in xd.SelectNodes("Data/Match"))
{
FData f = new FData();
if (item.SelectSingleNode(".//Team1") == null)
{
continue;
}
f.Team1 = item.SelectSingleNode(".//Team1").InnerText;
if (item.SelectSingleNode(".//Team2") == null)
{
continue;
}
f.Team2 = item.SelectSingleNode(".//Team2").InnerText;
if (item.SelectSingleNode(".//Match") == null)
{
continue;
}
f.Match = item.SelectSingleNode(".//Match").InnerText;
if (item.SelectSingleNode(".//League") == null)
{
continue;
}
f.League = item.SelectSingleNode(".//League").InnerText;
if (item.SelectSingleNode(".//Time") != null)
{
string time = time = item.SelectSingleNode(".//Time").InnerText;
try
{
DateTime buftime;
if (TryToParse.ParseDateTime(time, out buftime))
{
f.time = buftime;
}
}
catch (FormatException)
{
f.time = DateTime.Today;
}
}
for (int i = 0; i < Bookmakers.Count; i++)
{
BasicBrokerData data = Bookmakers[i];
if (item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/X0") == null)
{
continue;
}
f.AddNewItenToDictionary(i);
if (item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/LastUpdate") != null)
{
f.XKoef[i].LastUpdate = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/LastUpdate").InnerText;
}
double value = 1;
var x = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/X0");
if (x != null && TryToParse.ParseDouble(x.InnerText, out value))
{
}
f.XKoef[i].Koef[0] = value;
value = 1;
x = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/X1");
if (x != null && TryToParse.ParseDouble(x.InnerText, out value))
{
}
f.XKoef[i].Koef[1] = value;
value = 1;
x = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/X2");
if (x != null && TryToParse.ParseDouble(x.InnerText, out value))
{
}
f.XKoef[i].Koef[2] = value;
if (Bookmakers[i].Type == BrokerType.LAY)
{
value = 1;
x = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/LX0");
if (x != null && TryToParse.ParseDouble(x.InnerText, out value))
{
}
f.Lay[0] = value;
value = 1;
x = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/LX1");
if (x != null && TryToParse.ParseDouble(x.InnerText, out value))
{
}
f.Lay[1] = value;
value = 1;
x = item.SelectSingleNode(".//BookieOdds/B_" + data.Name + "/LX2");
if (x != null && TryToParse.ParseDouble(x.InnerText, out value))
{
}
f.Lay[2] = value;
}
}
FootData.Add(f);
}
}
}
public void Calchedge(ref List <LayData> datalist, List <FData> FootData, CalcParameters cpar)
{
if (FootData.Count == 0)
{
return;
}
for (int id = FootData.Count - 1; id >= 0; id--)
{
FData item = FootData[id];
if (cpar.today && item.time.Day != DateTime.Now.Day)
{
continue;
}
foreach (KeyValuePair <int, X> it in item.XKoef)
{
BasicBrokerData bookie = MainF.Bookmakers[it.Key];
if (cpar.preferedbookie != "All" && cpar.preferedbookie != bookie.Name)
{
continue;
}
if (!cpar.bookielimit.Contains(bookie.Name))
{
continue;
}
if (bookie.Type == BrokerType.BACK)
{
for (int q = 0; q < 3; q++)
{
if (it.Value.Koef[q] != 0 && item.Lay[q] != 0 && it.Value.Koef[q] >= bookie.Limit && CalcLayPL(it.Value.Koef[q], item.Lay[q]) > cpar.limit)
{
StringBuilder selection = new StringBuilder();
switch (q)
{
case 0: selection.Append("Draw"); break;
case 1: selection.Append(item.Team1); break;
case 2: selection.Append(item.Team2); break;
default: selection.Append("Uknown"); break;
}
LayData ld = new LayData();
ld.Match = item.Team1 + " - " + item.Team2;
ld.Selection = selection.ToString();
ld.Lay = item.Lay[q];
ld.Back = it.Value.Koef[q];
ld.Profit = Math.Round(CalcLayPL(it.Value.Koef[q], item.Lay[q]), 3);
ld.Size = item.SizeX[0];
ld.Bookie = bookie.Name;
ld.League = item.League;
ld.Time = ChangeTimeToString(item.time);
ld.LastUpdate = it.Value.LastUpdate;
datalist.Add(ld);
}
}
} // end type.Back
if (bookie.Type == BrokerType.HANDICAP)
{
foreach (KeyValuePair <int, X> hi in item.XKoef)
{
if (MainF.Bookmakers[hi.Key].Type != BrokerType.BACK)
{
continue;
}
if (!cpar.bookielimit.Contains(MainF.Bookmakers[hi.Key].Name))
{
continue;
}
if (cpar.preferedbookie != "All" && cpar.preferedbookie != MainF.Bookmakers[hi.Key].Name)
{
continue;
}
if (hi.Value.Koef[1] != 0 && hi.Value.Koef[1] < hi.Value.Koef[2] && hi.Value.Koef[1] >= MainF.Bookmakers[hi.Key].Limit && CalcHandicapPL(hi.Value.Koef[1], it.Value.Koef[2]) > cpar.limit)
{
LayData ld = new LayData();
ld.Match = item.Team1 + " - " + item.Team2;
ld.Selection = item.Team1;
ld.Lay = it.Value.Koef[2];
ld.Back = hi.Value.Koef[1];
ld.Profit = Math.Round(CalcHandicapPL(ld.Back, ld.Lay), 2);
ld.Bookie = MainF.Bookmakers[hi.Key].Name;
ld.League = item.League;
ld.Size = -1;
ld.Time = ChangeTimeToString(item.time);
ld.LastUpdate = hi.Value.LastUpdate + " Hand";
datalist.Add(ld);
}
if (hi.Value.Koef[2] != 0 && hi.Value.Koef[1] > hi.Value.Koef[2] && hi.Value.Koef[2] >= MainF.Bookmakers[hi.Key].Limit && CalcHandicapPL(hi.Value.Koef[2], it.Value.Koef[1]) > cpar.limit)
{
LayData ld = new LayData();
ld.Match = item.Team1 + " - " + item.Team2;
ld.Selection = item.Team2;
ld.Lay = it.Value.Koef[1];
ld.Back = hi.Value.Koef[2];
ld.Profit = Math.Round(CalcHandicapPL(ld.Back, ld.Lay), 2);
ld.Bookie = MainF.Bookmakers[hi.Key].Name;
ld.League = item.League;
ld.Size = -1;
ld.Time = ChangeTimeToString(item.time);
ld.LastUpdate = hi.Value.LastUpdate + " Hand";
datalist.Add(ld);
}
}
}
}
}
}
