public List <UMthdChked> GetMethodListFromFile( )
{
if (SolverLst1 == null)
{
new List <UAlgMethod>();
}
else
{
SolverLst1.Clear();
}
SolverLst1.AddRange(GNPX_Eng.AnMan.SolverLst0);
SolverLst1.ForEach(P => P.IsChecked = true);
char[] sep = new char[] { ' ', ',' };
string st;
int IDx = 0;
if (File.Exists(SDK_MethodsFileName))
{
using (var fIn = new StreamReader(SDK_MethodsFileName)){
while ((st = fIn.ReadLine()) != null)
{
bool bChk = true;
if (st[0] == '*')
{
var mLst = st.Split(sep, StringSplitOptions.RemoveEmptyEntries);
st = mLst[0].Substring(1);
GMthdOption[st] = mLst[1];
}
else
{
if (st[0] == '-')
{
bChk = false; st = st.Substring(1);
}
UAlgMethod Q = SolverLst1.Find(x => x.MethodName.Contains(st));
if (Q is UAlgMethod)
{
Q.ID = IDx++; Q.IsChecked = bChk;
}
}
}
}
}
SolverLst1.Sort((p, q) => (p.ID - q.ID));
SetMethodLis_1to2(FileOutput: false);
return(SolverLst2);
}
public List <UMthdChked> ChangeMethodList(int nx, int UD)
{
UAlgMethod MA = SolverLst1[nx], MB;
if (UD < 0)
{
MB = SolverLst1[nx - 1]; SolverLst1[nx - 1] = MA; SolverLst1[nx] = MB;
}
if (UD > 0)
{
MB = SolverLst1[nx + 1]; SolverLst1[nx + 1] = MA; SolverLst1[nx] = MB;
}
SetMethodLis_1to2(FileOutput: true);
return(SolverLst2);
}
public List <UMthdChked> SetMethodLis_1to2(bool FileOutput)
{
string po = (string)GNPXApp000.GMthdOption["GeneralLogicOn"];
bool B = (po.ToInt() == 1);
UAlgMethod P = SolverLst1.Find(x => x.MethodName.Contains("GeneralLogic"));
if (P == null)
{
return(null);
}
P.IsChecked = B; P.IsEnabled = false;
SolverLst1.Find(x => x.MethodName.Contains("LastDigit")).IsEnabled = false;
SolverLst1.Find(x => x.MethodName.Contains("NakedSingle")).IsEnabled = false;
SolverLst1.Find(x => x.MethodName.Contains("HiddenSingle")).IsEnabled = false;
SolverLst2 = SolverLst1.ConvertAll(Q => new UMthdChked(Q));
if (FileOutput)
{
MethodListOutPut();
}
return(SolverLst2);
}
public int __DifLevel; //(difficulty)
public UMthdChked(UAlgMethod P)
{
this.UAM = P; this.ID = P.ID; Name = P.MethodName; IsChecked = P.IsChecked;
}