def grabar(self):
if len(self.dicPtes) == 0:
return
dic = self.dicPtes
self.dicPtes = {}
# Creamos una tabla de trabajo
dbf = SQLDBF.DBF(self.conexion, self.tablaDatos, "")
for k, uno in dic.items():
reg = SQLDBF.Almacen()
reg.XPV = uno.xpv()
reg.PV = uno.pv()
reg.NAG = uno.nag()
reg.ADV = uno.adv()
reg.COMMENT = uno.comment()
reg.POS = uno.pos()
reg.FEN = uno.fen()
reg.MARK = uno.mark()
reg.GRAPHICS = uno.graphics()
reg.XDATA = Util.var2blob(uno.xdata())
if uno.rowid() is None:
xid = dbf.insertarSoloReg(reg)
uno.rowid(xid)
else:
dbf.modificarROWID(uno.rowid(), reg)
dbf.cerrar()
def grabarFichSTAT(self, nomGuide, fich):
# Para convertir datos de games a bookGuide
self.changeTo(None, nomGuide)
f = open(fich, "rb")
liRegs = []
for linea in f:
linea = linea.strip()
xpv, pv, fen = linea.split("|")
reg = SQLDBF.Almacen()
reg.XPV = xpv
reg.PV = pv
reg.FEN = fen
self.ultPos += 1
reg.POS = self.ultPos
liRegs.append(reg)
select = "XPV,PV,FEN,POS"
dbf = SQLDBF.DBFT(self.conexion, self.tablaDatos, select)
def dispatch(num):
pass
dbf.insertarLista(liRegs, dispatch)
dbf.cerrar()
def addMoves(moves, depth, seq):
for mv in moves.liMoves:
if depth > maxDepth:
break
seqM1 = seq
pv = mv.pv
seq += LCEngine.pv2xpv(pv)
reg = SQLDBF.Almacen()
reg.PV = pv
reg.XPV = seq
reg.COMMENT = "\n".join(mv.comentarios)
reg.FEN = mv.fen
reg.NAG = 0
reg.ADV = 0
self.ultPos += 1
reg.POS = self.ultPos
for critica in mv.criticas:
if critica.isdigit():
t = int(critica)
if t in (4, 2, 1, 3, 5, 6):
reg.NAG = t
elif t in (11, 14, 15, 16, 17, 18, 19):
reg.ADV = t
else:
if critica in dnag:
reg.NAG = dnag[critica]
liReg.append(reg)
if mv.variantes:
for variante in mv.variantes:
addMoves(variante, depth, seqM1)
depth += 1
def hazFEN(fen, ply, seq):
plyN = ply + 1
siWhite = " w " in fen
siMax = False
if whiteBest:
siMax = siWhite
if blackBest:
siMax = siMax or not siWhite
liPV = book.miraListaPV(fen, siMax)
for pv in liPV:
cp.leeFen(fen)
cp.mover(pv[:2], pv[2:4], pv[4:])
fenN = cp.fen()
reg = SQLDBF.Almacen()
lireg.append(reg)
reg.PV = pv
seqN = seq + LCEngine.pv2xpv(pv)
reg.XPV = seqN
reg.COMMENT = ""
reg.NAG = 0
reg.FEN = fenN
reg.ADV = 0
self.ultPos += 1
reg.POS = self.ultPos
tmpBP2.ponTotal(1, self.ultPos - basePos)
tmpBP2.pon(1, self.ultPos - basePos)
if plyN < depth:
fenM2 = cp.fenM2()
if fenM2 not in stFenM2:
stFenM2.add(fenM2)
hazFEN(fenN, plyN, seqN)
def generarStandard(self, ventana, siBasic):
oLista = AperturasStd.ListaAperturasStd(self.configuracion, True, True)
dic = oLista.dic
titulo = _("Openings")
tmpBP2 = QTUtil2.BarraProgreso2(ventana, titulo)
tf = len(dic)
tmpBP2.ponTotal(1, tf)
tmpBP2.ponRotulo(1, "1. " + _X(_("Reading %1"), titulo))
tmpBP2.ponTotal(2, tf)
tmpBP2.ponRotulo(2, "")
tmpBP2.mostrar()
liRegs = []
dRegs = {} # se guarda una lista con los pv, para determinar el padre
for nR, k in enumerate(oLista.dic):
tmpBP2.pon(1, nR)
tmpBP2.siCancelado()
ae = oLista.dic[k]
if siBasic and not ae.siBasic:
continue
liPV = ae.a1h8.split(" ")
ult = len(liPV) - 1
seqFather = ""
cp = ControlPosicion.ControlPosicion()
cp.posInicial()
for pos, pv in enumerate(liPV):
desde, hasta, coronacion = pv[:2], pv[2:4], pv[4:]
seq = seqFather + LCEngine.pv2xpv(pv)
cp.mover(desde, hasta, coronacion)
if seq not in dRegs:
reg = SQLDBF.Almacen()
reg.XPV = seq
reg.PV = pv
reg.FEN = cp.fen()
reg.COMMENT = ae.trNombre if pos == ult else ""
self.ultPos += 1
reg.POS = self.ultPos
liRegs.append(reg)
dRegs[seq] = reg
seqFather = seq
tmpBP2.ponRotulo(2, "2. " + _X(_("Converting %1"), titulo))
tmpBP2.ponTotal(2, len(liRegs))
select = "XPV,PV,COMMENT,FEN,POS"
dbf = SQLDBF.DBF(self.conexion, self.tablaDatos, select)
def dispatch(num):
tmpBP2.pon(2, num)
tmpBP2.siCancelado()
dbf.insertarLista(liRegs, dispatch)
dbf.cerrar()
tmpBP2.cerrar()
