def MainLoop(self):
hilo=0
datito="123"
s=0
sc=0
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
#s.settimeout(20)
verify = 2
if self.redis=='server':
verify=0
serv=ventanaServer()
(direccion)=serv.GetipServer()
if direccion == '0':
pygame.quit()
sys.exit(0)
else :
s.bind((direccion, 9999))
s.listen(1)
s.settimeout(20)
#s.setblocking (0)
print "Esperando conexion..."
sc,adr = s.accept()
#sc.settimeout(20)
#sc.setblocking (0)
elif self.redis=='client':
verify=1
clie=ventanaClient()
(direccion1)=clie.GetipClient()
if direccion1 == '0':
pygame.quit()
sys.exit(0)
else :
s.connect((direccion1, 9999))
currentPlayerIndex = 0
turnCount = 0
sinComer = 0
reySoloBlanco = 0
reySoloNegro = 0
reySolo=0
ayniN = 0
ayniB = 0
while not self.Rules.IsCheckmate(self.Board.GetState(),self.player[currentPlayerIndex].color,ayniB,ayniN):
board = self.Board.GetState()
currentColor = self.player[currentPlayerIndex].GetColor()
#hardcoded so that player 1 is always white
if currentColor == 'blanco':
turnCount = turnCount + 1
self.Gui.PrintMessage("")
baseMsg = "TURNO %s - %s (%s)" % (str(turnCount),self.player[currentPlayerIndex].GetName(),currentColor)
self.Gui.PrintMessage("-----%s-----" % baseMsg)
self.Gui.Draw(board)
if self.Rules.IsInCheck(board,currentColor):
self.Gui.PrintMessage("Peligro..."+self.player[currentPlayerIndex].GetName()+" ("+self.player[currentPlayerIndex].GetColor()+") esta en jaque")
jak = jake()
(ka) = jak.aviso()
if currentColor== 'negro'and verify ==0 :#self.player[currentPlayerIndex].GetType() == 'server' and turnCount%2!=0: blanco espera movimiento
"""#s.settimeout(20)
#s.setblocking (0)
#hilo=False
print "ejecutando el treaht"
thread.start_new_thread(self.reDato,(s,sc))
hilo=0
print hilo,"bucle infinito"
while (hilo==0):
pass
#hilo=True
print "salio de bucle",hilo
recibido=datito"""
recibido = sc.recv(1024)
if recibido=="empate":
empa=confirmarDerrota()
(empat)=empa.confirmacionEmpate()
if empat==1:
sc.send("aceptar")
em=empate()
(emp)=em.mostrarEmpate()
self.Gui.EndGame(board)
elif empat==2:
sc.send("no")
recibido = sc.recv(1024)
elif recibido=="salir":
vi=victoria()
(vic)=vi.mostrarVictoria()
self.Gui.EndGame(board)
else:
numero=int(recibido)
Aa=numero/1000
AA=numero%1000
Ee=AA/100
EE=AA%100
Ii=EE/10
II=EE%10
moveTuple=(Aa,Ee),(Ii,II)
elif currentColor== 'blanco'and verify==0 :#self.player[currentPlayerIndex].GetType() == 'client' and turnCount%2==0: blanco hace su movimiento
moveTuple = self.Gui.GetPlayerInput(board,currentColor,verify,s,sc,ayniB,ayniN)
(a,e),(i,o)=moveTuple
A=str(a)
E=str(e)
I=str(i)
O=str(o)
mensaje=A+E+I+O
sc.send(mensaje)
elif currentColor== 'blanco'and verify==1: #negro espera movimiento
recibido = s.recv(1024)
if recibido=="empate":
empa=confirmarDerrota()
(empat)=empa.confirmacionEmpate()
if empat==1:
s.send("aceptar")
em=empate()
(emp)=em.mostrarEmpate()
self.Gui.EndGame(board)
elif empat==2:
s.send("no")
recibido = s.recv(1024)
elif recibido=="salir":
vi=victoria()
(vic)=vi.mostrarVictoria()
self.Gui.EndGame(board)
else:
numero=int(recibido)
Aa=numero/1000
AA=numero%1000
Ee=AA/100
EE=AA%100
Ii=EE/10
II=EE%10
moveTuple=(Aa,Ee),(Ii,II)
elif currentColor== 'negro'and verify==1: #blanco hace su movimiento
moveTuple = self.Gui.GetPlayerInput(board,currentColor,verify,s,sc,ayniB,ayniN)
(a,e),(i,o)=moveTuple
A=str(a)
E=str(e)
I=str(i)
O=str(o)
mensaje=A+E+I+O
s.send(mensaje)
else:
moveTuple = self.Gui.GetPlayerInput(board,currentColor,verify,s,sc,ayniB,ayniN)
moveReport,contadorsito,solito,ayni = self.Board.MovePiece(moveTuple) #moveReport = string like "White Bishop moves from A1 to C3" (+) "and captures ___!"
self.Gui.PrintMessage(moveReport)
currentPlayerIndex = (currentPlayerIndex+1)%2 #this will cause the currentPlayerIndex to toggle between 1 and 0
if ayni==1:
ayniB=ayniB+1
print ayniB,"y",ayniN
elif ayni==2:
ayniN=ayniN+1
print ayniB,"y",ayniN
if contadorsito==1:
sinComer=sinComer+1
else:
sinComer=0
if solito==1:
reySoloNegro=reySoloNegro+1
elif solito==0:
reySoloBlanco=reySoloBlanco+1
if reySoloBlanco==14 or reySoloNegro==14:
reySolo=reySolo+1
if sinComer==28 or reySolo==15:
em=empate()
(emp)=em.mostrarEmpate()
self.Gui.EndGame(board)
s.close()
self.Gui.PrintMessage("-------------------------------------------------- JAKE MATE")
winnerIndex = (currentPlayerIndex+1)%2
self.Gui.PrintMessage(self.player[winnerIndex].GetName()+" ("+self.player[winnerIndex].GetColor()+") gano el juego")
if (self.player[winnerIndex].GetColor()=='blanco' and verify==0) or (self.player[winnerIndex].GetColor()=='negro' and verify==1):
vi = victoria()
(vic) = vi.mostrarVictoria()
elif (self.player[winnerIndex].GetColor()=='negro' and verify==0) or (self.player[winnerIndex].GetColor()=='blanco' and verify==1):
dec = derrota()
(derr) = dec.mostrarDerrota()
else:
vi = victoria()
(vic) = vi.mostrarVictoria()
self.Gui.EndGame(board)
def GetPlayerInput(self,board,currentColor,verify,s,sc,ayniB,ayniN):
#returns ((from_row,from_col),(to_row,to_col))
ayniBlanco=ayniB
ayniNegro=ayniN
fromSquareChosen = 0
toSquareChosen = 0
while not fromSquareChosen or not toSquareChosen:
squareClicked = []
pygame.event.set_blocked(MOUSEMOTION)
e = pygame.event.wait()
if e.type is KEYDOWN:
if e.key is K_ESCAPE:
fromSquareChosen = 0
fromTuple = []
if e.type is MOUSEBUTTONDOWN:
(mouseX,mouseY) = pygame.mouse.get_pos()
squareClicked = self.ConvertToChessCoords((mouseX,mouseY))
if squareClicked[0]<0 or squareClicked[0]>9 or squareClicked[1]<0 or squareClicked[1]>9:
squareClicked = [] #not a valid chess square
elif squareClicked[0]==8 or squareClicked[1]==8:
defs = exits()
(confirm)=defs.confirmacion()
if confirm == 1:
if verify==0 :
sc.send("empate")
empatear=sc.recv(1024)
if empatear=="aceptar":
em=empate()
(emp)=em.mostrarEmpate()
pygame.quit()
sc.close()
sys.exit(0)
elif empatear=="no":
squareClicked = []
elif verify==1:
s.send("empate")
empatar=sc.recv(1024)
if empatar=="aceptar":
em=empate()
(emp)=em.mostrarEmpate()
pygame.quit()
s.close()
sys.exit(0)
elif empatar=="no":
squareClicked = []
else:
em=empate()
(emp)=em.mostrarEmpate()
pygame.quit()
sys.exit(0)
elif confirm == 2:
squareClicked = []
elif squareClicked[0]==9 or squareClicked[1]==9:
defs = exits()
(confirm)=defs.confirmacion()
if confirm == 1:
if verify==0 :
sc.send("salir")
der=derrota()
(derro)=der.mostrarDerrota()
pygame.quit()
sc.close()
sys.exit(0)
elif verify==1:
s.send("salir")
der=derrota()
(derro)=der.mostrarDerrota()
pygame.quit()
s.close()
sys.exit(0)
else:
der=derrota()
(derro)=der.mostrarDerrota()
pygame.quit()
sys.exit(0)
elif confirm == 2:
squareClicked = []
if e.type is QUIT: #the "x" kill button
pygame.quit()
sys.exit(0)
if not fromSquareChosen and not toSquareChosen:
self.Draw(board)
if squareClicked != []:
(r,c) = squareClicked
if currentColor == 'negro' and 'b' in board[r][c]:
if len(self.Rules.GetListOfValidMoves(board,currentColor,squareClicked,ayniBlanco,ayniNegro))>0:
fromSquareChosen = 1
fromTuple = squareClicked
elif currentColor == 'blanco' and 'w' in board[r][c]:
if len(self.Rules.GetListOfValidMoves(board,currentColor,squareClicked,ayniBlanco,ayniNegro))>0:
fromSquareChosen = 1
fromTuple = squareClicked
elif fromSquareChosen and not toSquareChosen:
possibleDestinations = self.Rules.GetListOfValidMoves(board,currentColor,fromTuple,ayniBlanco,ayniNegro)
self.Draw(board,possibleDestinations)
if squareClicked != []:
(r,c) = squareClicked
if squareClicked in possibleDestinations:
toSquareChosen = 1
toTuple = squareClicked
elif currentColor == 'negro' and 'b' in board[r][c]:
if squareClicked == fromTuple:
fromSquareChosen = 0
elif len(self.Rules.GetListOfValidMoves(board,currentColor,squareClicked,ayniBlanco,ayniNegro))>0:
fromSquareChosen = 1
fromTuple = squareClicked
else:
fromSquareChosen = 0 #piece is of own color, but no possible moves
elif currentColor == 'blanco' and 'w' in board[r][c]:
if squareClicked == fromTuple:
fromSquareChosen = 0
elif len(self.Rules.GetListOfValidMoves(board,currentColor,squareClicked,ayniBlanco,ayniNegro))>0:
fromSquareChosen = 1
fromTuple = squareClicked
else:
fromSquareChosen = 0
else: #blank square or opposite color piece not in possible destinations clicked
fromSquareChosen = 0
return (fromTuple,toTuple)
def MainLoop(self):
hilo = 0
datito = "123"
s = 0
sc = 0
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
#s.settimeout(20)
verify = 2
if self.redis == 'server':
verify = 0
serv = ventanaServer()
(direccion) = serv.GetipServer()
if direccion == '0':
pygame.quit()
sys.exit(0)
else:
s.bind((direccion, 9999))
s.listen(1)
s.settimeout(20)
#s.setblocking (0)
print "Esperando conexion..."
sc, adr = s.accept()
#sc.settimeout(20)
#sc.setblocking (0)
elif self.redis == 'client':
verify = 1
clie = ventanaClient()
(direccion1) = clie.GetipClient()
if direccion1 == '0':
pygame.quit()
sys.exit(0)
else:
s.connect((direccion1, 9999))
currentPlayerIndex = 0
turnCount = 0
sinComer = 0
reySoloBlanco = 0
reySoloNegro = 0
reySolo = 0
ayniN = 0
ayniB = 0
while not self.Rules.IsCheckmate(self.Board.GetState(),
self.player[currentPlayerIndex].color,
ayniB, ayniN):
board = self.Board.GetState()
currentColor = self.player[currentPlayerIndex].GetColor()
#hardcoded so that player 1 is always white
if currentColor == 'blanco':
turnCount = turnCount + 1
self.Gui.PrintMessage("")
baseMsg = "TURNO %s - %s (%s)" % (
str(turnCount), self.player[currentPlayerIndex].GetName(),
currentColor)
self.Gui.PrintMessage("-----%s-----" % baseMsg)
self.Gui.Draw(board)
if self.Rules.IsInCheck(board, currentColor):
self.Gui.PrintMessage(
"Peligro..." + self.player[currentPlayerIndex].GetName() +
" (" + self.player[currentPlayerIndex].GetColor() +
") esta en jaque")
jak = jake()
(ka) = jak.aviso()
if currentColor == 'negro' and verify == 0: #self.player[currentPlayerIndex].GetType() == 'server' and turnCount%2!=0: blanco espera movimiento
"""#s.settimeout(20)
#s.setblocking (0)
#hilo=False
print "ejecutando el treaht"
thread.start_new_thread(self.reDato,(s,sc))
hilo=0
print hilo,"bucle infinito"
while (hilo==0):
pass
#hilo=True
print "salio de bucle",hilo
recibido=datito"""
recibido = sc.recv(1024)
if recibido == "empate":
empa = confirmarDerrota()
(empat) = empa.confirmacionEmpate()
if empat == 1:
sc.send("aceptar")
em = empate()
(emp) = em.mostrarEmpate()
self.Gui.EndGame(board)
elif empat == 2:
sc.send("no")
recibido = sc.recv(1024)
elif recibido == "salir":
vi = victoria()
(vic) = vi.mostrarVictoria()
self.Gui.EndGame(board)
else:
numero = int(recibido)
Aa = numero / 1000
AA = numero % 1000
Ee = AA / 100
EE = AA % 100
Ii = EE / 10
II = EE % 10
moveTuple = (Aa, Ee), (Ii, II)
elif currentColor == 'blanco' and verify == 0: #self.player[currentPlayerIndex].GetType() == 'client' and turnCount%2==0: blanco hace su movimiento
moveTuple = self.Gui.GetPlayerInput(board, currentColor,
verify, s, sc, ayniB,
ayniN)
(a, e), (i, o) = moveTuple
A = str(a)
E = str(e)
I = str(i)
O = str(o)
mensaje = A + E + I + O
sc.send(mensaje)
elif currentColor == 'blanco' and verify == 1: #negro espera movimiento
recibido = s.recv(1024)
if recibido == "empate":
empa = confirmarDerrota()
(empat) = empa.confirmacionEmpate()
if empat == 1:
s.send("aceptar")
em = empate()
(emp) = em.mostrarEmpate()
self.Gui.EndGame(board)
elif empat == 2:
s.send("no")
recibido = s.recv(1024)
elif recibido == "salir":
vi = victoria()
(vic) = vi.mostrarVictoria()
self.Gui.EndGame(board)
else:
numero = int(recibido)
Aa = numero / 1000
AA = numero % 1000
Ee = AA / 100
EE = AA % 100
Ii = EE / 10
II = EE % 10
moveTuple = (Aa, Ee), (Ii, II)
elif currentColor == 'negro' and verify == 1: #blanco hace su movimiento
moveTuple = self.Gui.GetPlayerInput(board, currentColor,
verify, s, sc, ayniB,
ayniN)
(a, e), (i, o) = moveTuple
A = str(a)
E = str(e)
I = str(i)
O = str(o)
mensaje = A + E + I + O
s.send(mensaje)
else:
moveTuple = self.Gui.GetPlayerInput(board, currentColor,
verify, s, sc, ayniB,
ayniN)
moveReport, contadorsito, solito, ayni = self.Board.MovePiece(
moveTuple
) #moveReport = string like "White Bishop moves from A1 to C3" (+) "and captures ___!"
self.Gui.PrintMessage(moveReport)
currentPlayerIndex = (
currentPlayerIndex + 1
) % 2 #this will cause the currentPlayerIndex to toggle between 1 and 0
if ayni == 1:
ayniB = ayniB + 1
print ayniB, "y", ayniN
elif ayni == 2:
ayniN = ayniN + 1
print ayniB, "y", ayniN
if contadorsito == 1:
sinComer = sinComer + 1
else:
sinComer = 0
if solito == 1:
reySoloNegro = reySoloNegro + 1
elif solito == 0:
reySoloBlanco = reySoloBlanco + 1
if reySoloBlanco == 14 or reySoloNegro == 14:
reySolo = reySolo + 1
if sinComer == 28 or reySolo == 15:
em = empate()
(emp) = em.mostrarEmpate()
self.Gui.EndGame(board)
s.close()
self.Gui.PrintMessage(
"-------------------------------------------------- JAKE MATE")
winnerIndex = (currentPlayerIndex + 1) % 2
self.Gui.PrintMessage(self.player[winnerIndex].GetName() + " (" +
self.player[winnerIndex].GetColor() +
") gano el juego")
if (self.player[winnerIndex].GetColor() == 'blanco' and verify
== 0) or (self.player[winnerIndex].GetColor() == 'negro'
and verify == 1):
vi = victoria()
(vic) = vi.mostrarVictoria()
elif (self.player[winnerIndex].GetColor() == 'negro' and verify
== 0) or (self.player[winnerIndex].GetColor() == 'blanco'
and verify == 1):
dec = derrota()
(derr) = dec.mostrarDerrota()
else:
vi = victoria()
(vic) = vi.mostrarVictoria()
self.Gui.EndGame(board)
