def case_13():
arrPlayer = []
randomPlayer1 = Player('1')
randomPlayer2 = Player('2')
randomPlayer3 = Player('3')
randomPlayer4 = Player('4')
randomPlayer5 = Player('5')
randomPlayer6 = Player('6')
randomPlayer1.arrCards = arrRandomCards(rootPlayer)
randomPlayer2.arrCards = arrRandomCards(rootPlayer)
randomPlayer3.arrCards = arrRandomCards(rootPlayer)
randomPlayer4.arrCards = arrRandomCards(rootPlayer)
randomPlayer5.arrCards = arrRandomCards(rootPlayer)
randomPlayer6.arrCards = arrRandomCards(rootPlayer)
arrPlayer.append(randomPlayer1)
arrPlayer.append(randomPlayer2)
arrPlayer.append(randomPlayer3)
arrPlayer.append(randomPlayer4)
arrPlayer.append(randomPlayer5)
arrPlayer.append(randomPlayer6)
print("Luchar jugador vs Bot (Lliga, 6 jugadores)")
contador = 0
jornada = 1
ligaSantander(arrPlayer, contador, jornada)
# Lectura de los XML
from src.Luchar_jugador_vs_jugador import ejecutarPartida
from src.Luchar_jugador_vs_jugador_liga import ligaSantander
tree = ALL.parse('xml_dtd/myBaraja.xml')
rootPlayer = tree.getroot()
tree2 = ALL.parse('xml_dtd/Enemigo.xml')
rootEnemy = tree2.getroot()
# declaracion del player y el enemy
localPlayer = Player('local')
enemyPlayer = Player('enemigo')
# Declaracion del clone del jugador local y asigncion de un mazo aleatorio
playerClone = Player('Computadora')
playerClone.arrCards = arrRandomCards(rootPlayer)
# Funcion para leer XML del jugador local
def case_1():
try:
print("\nCARGAR CARTAS PLAYER")
print("*********************************\n")
LecturaXML.treeLoad(rootPlayer)
except NameError:
print("Can't load tree")
# Funcion para leer XML del jugador enemigo
def case_2():
try:
