def handle_game1(self, args):
self.container.clear_widgets()
self.gametype = 'game1'
self.pcontainer = PentaminosContainer(self, size=Window.size)
self.lcontainer = PentaListContainer()
self.container.add_widget(self.lcontainer)
self.container.add_widget(self.pcontainer)
def init_ui(self):
self.pentalist = PentaListContainer(server=True)
self.controler.app.show(self.pentalist)
self.build_canvas(self.pentalist.canvas)
def init_ui(self):
self.pentalist = PentaListContainer(server=True)
self.controler.app.show(self.pentalist)
self.build_canvas(self.pentalist.canvas)
class Pentaminos(KalScenarioServer):
resources = (
'penta-background.png',
'penta-background-bottom.png',
'penta-square.png',
'penta-square-shadow.png',
'background.png',
'client.py',
'penta_color.py',
'pentaminos.kv',
'penta_common.py'
)
def __init__(self, *largs):
super(Pentaminos, self).__init__(*largs)
self.timeout = 0
self.timemsg = 0
self.c1 = get_color_from_hex('#96be25aa')
self.c2 = get_color_from_hex('#e6461faa')
self.c3 = get_color_from_hex('#81cac8aa')
self.c4 = get_color_from_hex('#7f398baa')
self.players = {}
# init client table
for client in self.controler.clients:
self.players[client] = {
'client': client,
'name': self.controler.get_client_name(client),
'ready': False,
'done': False,
'place': self.controler.metadata[client]['place'],
'pentaminos': []
}
self.init_ui()
def init_ui(self):
self.pentalist = PentaListContainer(server=True)
self.controler.app.show(self.pentalist)
self.build_canvas(self.pentalist.canvas)
def build_canvas(self, canvas):
places = [player['place'] for player in self.players.itervalues()]
canvas.before.clear()
with canvas.before:
Color(1, 1, 1)
cx, cy = Window.center
m = 50
m2 = m * 2
if 1 in places:
Color(*self.c1)
BorderImage(texture=btnbg, pos=(m, m), size=(cx - m2, cy - m2), radius=15)
if 2 in places:
Color(*self.c2)
BorderImage(texture=btnbg, pos=(cx + m, m), size=(cx - m2, cy - m2), radius=15)
if 3 in places:
Color(*self.c3)
BorderImage(texture=btnbg, pos=(m, cy + m), size=(cx - m2, cy - m2), radius=15)
if 4 in places:
Color(*self.c4)
BorderImage(texture=btnbg, pos=(cx + m, cy + m), size=(cx - m2, cy - m2), radius=15)
def client_login(self, client):
self.players[client]['ready'] = True
def client_logout(self, client):
del self.players[client]
if hasattr(self, 'root_game2'):
self.build_canvas(self.root_game2)
else:
self.build_canvas(self.pentalist.canvas)
def start(self):
'''Scenario start, wait for all player to be ready
'''
super(Pentaminos, self).start()
self.send_all('WAITREADY')
self.state = 'waitready'
#
# Client commands received
# do_client_<command>(client, [...])
#
def do_client_pentamino(self, client, args):
if len(args) != 4:
self.send_to(client, 'ERROR invalid command\n')
return
key, w, h, penta = args
w, h = map(int, (w, h))
place = self.players[client]['place']
color = getattr(self, 'c%d' % place)
if self.pentalist.add_penta(key, penta, w, h, color=color) is False:
self.send_to(client, 'CANCEL %s' % key)
self.send_to(client, 'GIVE 5')
self.send_to(client, 'MSG Le pentaminos existe, trouve en un autre !')
return
print '# Add pentamino %s from %s to the list' % (key, client.addr)
self.players[client]['pentaminos'].append((key, w, h, penta))
left = PENTAMINOS_COUNT_BY_USERS - len(self.players[client]['pentaminos'])
if left:
# validate to client
self.send_to(client, 'GIVE 5')
self.send_to(client, 'MSG Bravo ! Encore %d pentaminos.' % left)
else:
self.send_to(client, 'MSG Tu as fini ! Attends tes camarades maintenant')
def do_client_ready(self, client, args):
self.players[client]['ready'] = True
count = len([x for x in self.players.itervalues() if not x['ready']])
if count:
self.msg_all('@%s ok, en attente de %d joueur(s)' % (
self.players[client]['name'], count))
def do_client_rectdone(self, client, args):
self.players[client]['done'] = True
self.send_to(client, 'ENDING')
self.msg_all('@%s a fini son rectangle !' % self.players[client]['name'])
#
# State machine
#
def run_waitready(self):
'''Wait for all player to be ready
'''
ready = True
for player in self.players.itervalues():
ready = ready and player['ready']
if not ready:
return
# adjust number of pentaminos to do per player
global PENTAMINOS_COUNT_BY_USERS
assert(len(self.players) > 0)
assert(len(self.players) <= 4)
PENTAMINOS_COUNT_BY_USERS = 12 / len(self.players)
self.timeout = time() + TIMER
self.msg_all('Construis %d pentaminos' % PENTAMINOS_COUNT_BY_USERS)
self.send_all('TIME %d' % int(self.timeout))
self.send_all('SIZE %d %d' % PENTAMINOS_SIZE)
self.send_all('GAME1')
self.send_all('GIVE 5')
self.state = 'game1'
self.pentaminos = []
def run_game1(self):
'''Game is running
'''
if time() > self.timeout:
self.state = 'reset_for_game2'
return
done = True
for player in self.players.itervalues():
if len(player['pentaminos']) != PENTAMINOS_COUNT_BY_USERS:
done = False
if done:
self.msg_all('Tout le monde a fini, on commence la seconde partie..')
self.state = 'game1_wait'
self.timeout = time() + 2
self.send_all('TIME %d' % int(self.timeout))
def run_game1_wait(self):
if time() > self.timeout:
self.state = 'reset_for_game2'
def run_reset_for_game2(self):
self.root_game2 = w = Widget()
self.build_canvas(w.canvas)
self.controler.app.show(w)
self.send_all('CLEAR')
self.msg_all('Remplis le rectangle avec les pentaminos')
self.state = 'game2'
# extract all pentaminos
pentas = []
for player in self.players.itervalues():
for penta in player['pentaminos']:
pentas.append((penta, player))
# do game 2
self.send_all('GAME2')
self.send_all('SIZE %d %d' % PENTAMINOS_SIZE2)
# distribute
for k, v in penta_schemes.iteritems():
size, string = v[0]
w, h = size
# send the penta to the user
self.send_all('PENTA %s %d %d %s' % (
k, w, h, string))
self.timeout = time() + TIMER
self.send_all('TIME %d' % int(self.timeout))
def run_game2(self):
if time() > self.timeout:
self.msg_all('Fin du jeu !')
self.state = 'game3'
self.timeout = time() + 5
self.send_all('TIME %d' % int(self.timeout))
return
done = True
for player in self.players.itervalues():
if not player['done']:
done = False
if done:
self.msg_all('Bravo, tout le monde a fini !')
self.state = 'game3'
self.timeout = time() + 5
self.send_all('TIME %d' % int(self.timeout))
def run_game3(self):
if time() < self.timeout:
return
self.controler.switch_scenario('choose')
self.controler.load_all()
class Pentaminos(KalScenarioServer):
resources = ('penta-background.png', 'penta-background-bottom.png',
'penta-square.png', 'penta-square-shadow.png',
'background.png', 'client.py', 'penta_color.py',
'pentaminos.kv', 'penta_common.py')
def __init__(self, *largs):
super(Pentaminos, self).__init__(*largs)
self.timeout = 0
self.timemsg = 0
self.c1 = get_color_from_hex('#96be25aa')
self.c2 = get_color_from_hex('#e6461faa')
self.c3 = get_color_from_hex('#81cac8aa')
self.c4 = get_color_from_hex('#7f398baa')
self.players = {}
# init client table
for client in self.controler.clients:
self.players[client] = {
'client': client,
'name': self.controler.get_client_name(client),
'ready': False,
'done': False,
'place': self.controler.metadata[client]['place'],
'pentaminos': []
}
self.init_ui()
def init_ui(self):
self.pentalist = PentaListContainer(server=True)
self.controler.app.show(self.pentalist)
self.build_canvas(self.pentalist.canvas)
def build_canvas(self, canvas):
places = [player['place'] for player in self.players.itervalues()]
canvas.before.clear()
with canvas.before:
Color(1, 1, 1)
cx, cy = Window.center
m = 50
m2 = m * 2
if 1 in places:
Color(*self.c1)
BorderImage(texture=btnbg,
pos=(m, m),
size=(cx - m2, cy - m2),
radius=15)
if 2 in places:
Color(*self.c2)
BorderImage(texture=btnbg,
pos=(cx + m, m),
size=(cx - m2, cy - m2),
radius=15)
if 3 in places:
Color(*self.c3)
BorderImage(texture=btnbg,
pos=(m, cy + m),
size=(cx - m2, cy - m2),
radius=15)
if 4 in places:
Color(*self.c4)
BorderImage(texture=btnbg,
pos=(cx + m, cy + m),
size=(cx - m2, cy - m2),
radius=15)
def client_login(self, client):
self.players[client]['ready'] = True
def client_logout(self, client):
del self.players[client]
if hasattr(self, 'root_game2'):
self.build_canvas(self.root_game2)
else:
self.build_canvas(self.pentalist.canvas)
def start(self):
'''Scenario start, wait for all player to be ready
'''
super(Pentaminos, self).start()
self.send_all('WAITREADY')
self.state = 'waitready'
#
# Client commands received
# do_client_<command>(client, [...])
#
def do_client_pentamino(self, client, args):
if len(args) != 4:
self.send_to(client, 'ERROR invalid command\n')
return
key, w, h, penta = args
w, h = map(int, (w, h))
place = self.players[client]['place']
color = getattr(self, 'c%d' % place)
if self.pentalist.add_penta(key, penta, w, h, color=color) is False:
self.send_to(client, 'CANCEL %s' % key)
self.send_to(client, 'GIVE 5')
self.send_to(client,
'MSG Le pentaminos existe, trouve en un autre !')
return
print '# Add pentamino %s from %s to the list' % (key, client.addr)
self.players[client]['pentaminos'].append((key, w, h, penta))
left = PENTAMINOS_COUNT_BY_USERS - len(
self.players[client]['pentaminos'])
if left:
# validate to client
self.send_to(client, 'GIVE 5')
self.send_to(client, 'MSG Bravo ! Encore %d pentaminos.' % left)
else:
self.send_to(client,
'MSG Tu as fini ! Attends tes camarades maintenant')
def do_client_ready(self, client, args):
self.players[client]['ready'] = True
count = len([x for x in self.players.itervalues() if not x['ready']])
if count:
self.msg_all('@%s ok, en attente de %d joueur(s)' %
(self.players[client]['name'], count))
def do_client_rectdone(self, client, args):
self.players[client]['done'] = True
self.send_to(client, 'ENDING')
self.msg_all('@%s a fini son rectangle !' %
self.players[client]['name'])
#
# State machine
#
def run_waitready(self):
'''Wait for all player to be ready
'''
ready = True
for player in self.players.itervalues():
ready = ready and player['ready']
if not ready:
return
# adjust number of pentaminos to do per player
global PENTAMINOS_COUNT_BY_USERS
assert (len(self.players) > 0)
assert (len(self.players) <= 4)
PENTAMINOS_COUNT_BY_USERS = 12 / len(self.players)
self.timeout = time() + TIMER
self.msg_all('Construis %d pentaminos' % PENTAMINOS_COUNT_BY_USERS)
self.send_all('TIME %d' % int(self.timeout))
self.send_all('SIZE %d %d' % PENTAMINOS_SIZE)
self.send_all('GAME1')
self.send_all('GIVE 5')
self.state = 'game1'
self.pentaminos = []
def run_game1(self):
'''Game is running
'''
if time() > self.timeout:
self.state = 'reset_for_game2'
return
done = True
for player in self.players.itervalues():
if len(player['pentaminos']) != PENTAMINOS_COUNT_BY_USERS:
done = False
if done:
self.msg_all(
'Tout le monde a fini, on commence la seconde partie..')
self.state = 'game1_wait'
self.timeout = time() + 2
self.send_all('TIME %d' % int(self.timeout))
def run_game1_wait(self):
if time() > self.timeout:
self.state = 'reset_for_game2'
def run_reset_for_game2(self):
self.root_game2 = w = Widget()
self.build_canvas(w.canvas)
self.controler.app.show(w)
self.send_all('CLEAR')
self.msg_all('Remplis le rectangle avec les pentaminos')
self.state = 'game2'
# extract all pentaminos
pentas = []
for player in self.players.itervalues():
for penta in player['pentaminos']:
pentas.append((penta, player))
# do game 2
self.send_all('GAME2')
self.send_all('SIZE %d %d' % PENTAMINOS_SIZE2)
# distribute
for k, v in penta_schemes.iteritems():
size, string = v[0]
w, h = size
# send the penta to the user
self.send_all('PENTA %s %d %d %s' % (k, w, h, string))
self.timeout = time() + TIMER
self.send_all('TIME %d' % int(self.timeout))
def run_game2(self):
if time() > self.timeout:
self.msg_all('Fin du jeu !')
self.state = 'game3'
self.timeout = time() + 5
self.send_all('TIME %d' % int(self.timeout))
return
done = True
for player in self.players.itervalues():
if not player['done']:
done = False
if done:
self.msg_all('Bravo, tout le monde a fini !')
self.state = 'game3'
self.timeout = time() + 5
self.send_all('TIME %d' % int(self.timeout))
def run_game3(self):
if time() < self.timeout:
return
self.controler.switch_scenario('choose')
self.controler.load_all()