public void btnFavfileOutput(bool fType81 = true, bool SolSet = false, bool SolSet2 = false)
{
string LRecord;
string fNameFav = "SDK_Favorite.txt";
var tokSrc = new CancellationTokenSource(); //procedures for suspension
GNPXApp000.SlvMtdCList[0] = true; //use all methods
UPuzzle pGP = GNPX_Eng.pGP;
GNPX_Eng.AnMan.Set_CellFreeB();
GNPX_Eng.sudokAnalyzerAuto(tokSrc.Token);
string prbMessage;
int difLvl = GNPX_Eng.GetDifficultyLevel(out prbMessage);
using (var fpW = new StreamWriter(fNameFav, true, Encoding.UTF8)){
if (fType81)
{
LRecord = "";
pGP.BDL.ForEach(q => { LRecord += Max(q.No, 0).ToString(); });
LRecord = LRecord.Replace("0", ".");
LRecord += $" {(pGP.ID+1)} {pGP.DifLevel} \"{pGP.Name}\"";
if (SolSet && SolSet2)
{
LRecord += $" \"{SetSolution(pGP,SolSet2:true,SolAll:true)}\""; //解を出力
}
if (pGP.TimeStamp != null)
{
LRecord += $" \"{pGP.TimeStamp}\"";
}
}
else
{
LRecord = $"{pGP.ID+1}, {GNPX_Eng.pGP.DifLevel} \"{pGP.Name}\", \"{prbMessage}\"";
fpW.WriteLine(LRecord);
for (int r = 0; r < 9; r++)
{
int n = pGP.BDL[r * 9 + 0].No;
LRecord = n.ToString();
for (int c = 1; c < 9; c++)
{
n = pGP.BDL[r * 9 + c].No;
LRecord += $", {n}";
}
LRecord += "\r";
}
}
fpW.WriteLine(LRecord);
}
GNPXApp000.SlvMtdCList[0] = false;//use selected methods
}
public void SDK_FileOutput(string fName, bool append, bool fType81, bool SolSort, bool SolSet, bool SolSet2)
{
if (SDKProbLst.Count == 0)
{
return;
}
SDK_Ctrl.MltProblem = 1;
SDK_Ctrl.lvlLow = 0;
SDK_Ctrl.lvlHgh = 999;
string LRecord, solMessage = "";
GNPXApp000.SlvMtdCList[0] = true; //use all methods
var tokSrc = new CancellationTokenSource(); //for suspension
int m = 0;
SDKProbLst.ForEach(p => p.ID = (m++)); //▼▼▼ToDo Make problem management class
IEnumerable <UPuzzle> qry;
if (SolSort)
{
qry = from p in SDKProbLst orderby p.DifLevel ascending select p;
}
else
{
qry = from p in SDKProbLst select p;
}
using (StreamWriter fpW = new StreamWriter(fName, append, Encoding.UTF8)){
foreach (var P in qry)
{
//===== Preparation =====
solMessage = "";
if (SolSet)
{
solMessage = SetSolution(GP: P, SolSet2: SolSet2, SolAll: SolSet); //output Solution UPuzzle GP, bool SolSet2, bool SolAll=false
}
if (fType81)
{
//Solution(tytpe:line)
LRecord = "";
P.BDL.ForEach(q => { LRecord += Max(q.No, 0).ToString(); });
LRecord = LRecord.Replace("0", ".");
LRecord += $" {(P.ID+1)} {P.DifLevel} \"{P.Name}\"";
if (SolSet && SolSet2)
{
LRecord += $" \"{SetSolution(P,SolSet2:true,SolAll:true)}\""; //解出力
}
if (pGP.TimeStamp != null)
{
LRecord += $" \"{pGP.TimeStamp}\"";
}
fpW.WriteLine(LRecord);
}
else //problem_name and Solution(tytpe:matrix)
{
LRecord = $"{(P.ID+1)}, {P.DifLevel}, \"{P.Name}\", {solMessage}";
fpW.WriteLine(LRecord);
for (int r = 0; r < 9; r++)
{
int n = P.BDL[r * 9 + 0].No;
if (!SolSet && n < 0)
{
n = 0;
}
LRecord = n.ToString();
for (int c = 1; c < 9; c++)
{
n = P.BDL[r * 9 + c].No;
if (!SolSet && n < 0)
{
n = 0;
}
LRecord += ", " + n.ToString();
}
fpW.WriteLine(LRecord);
}
}
}
}
GNPXApp000.SlvMtdCList[0] = false; //restore method selection
}