def remove_player(self, clientid, means):
toremove = int(clientid)
if toremove in self.__players:
#close connection + stop thread of client to remove
addr, connection, stopper, alias = self.__players[toremove]
if means == 'KICK' or means == 'SERVER_LEFT':
connection.sendMessage(means+' '+clientid)
connection.mySocket.close()
stopper.set()
self.__playercount-=1
del self.__players[toremove]
for i in range(len(self.__plist)):
if self.__plist[i] == toremove:
self.__plist[i] = None
self.__pready[i] = None
break
#inform other clients that player has been removed
if means == 'LEFT':
self.__sendmsg_toall('LEFT '+clientid)
elif means == 'KICK':
self.__sendmsg_toall('KICK '+clientid)
self.__update_players()
else:
print 'player to remove not found'
def remove_player(self, clientid, means):
toremove = int(clientid)
if toremove in self.__players:
#close connection + stop thread of client to remove
addr, connection, stopper, alias = self.__players[toremove]
if means == 'KICK' or means == 'SERVER_LEFT':
connection.sendMessage(means + ' ' + clientid)
connection.mySocket.close()
stopper.set()
self.__playercount -= 1
del self.__players[toremove]
for i in range(len(self.__plist)):
if self.__plist[i] == toremove:
self.__plist[i] = None
self.__pready[i] = None
break
#inform other clients that player has been removed
if means == 'LEFT':
self.__sendmsg_toall('LEFT ' + clientid)
elif means == 'KICK':
self.__sendmsg_toall('KICK ' + clientid)
self.__update_players()
else:
print 'player to remove not found'
def send_panels(self, panels):
plist = {self.id: panels[0]}
for i, cid in enumerate(self.__players):
addr, connection, stopper, alias = self.__players[cid]
plist[cid] = panels[i+1]
connection.sendMessage('GAME_UPDATE PANELS '+str(plist[cid])[1:-1].replace(' ',''))
return plist
def send_panels(self, panels):
plist = {self.id: panels[0]}
for i, cid in enumerate(self.__players):
addr, connection, stopper, alias = self.__players[cid]
plist[cid] = panels[i + 1]
connection.sendMessage('GAME_UPDATE PANELS ' +
str(plist[cid])[1:-1].replace(' ', ''))
return plist
def executeHandler(self):
print("TODO: Execute")
cmd = self.COMMAND.get()
self.COMMAND.set("")
cmd = cmd.upper()
_, response = conn.sendMessage(cmd)
if cmd.upper() == "SCAN":
done = False
overflow = False
dOverflow = 0
while not done:
vectors = response.split(";")
for vector in vectors:
args = vector.split(",")
if len(args) == 2:
if overflow:
h, angle = dOverflow, args[0]
overflow = False
dOverflow = 0
else:
h, angle = args[0], args[1]
h, angle = float(h), float(angle)
if h > 0:
A = ((90 + self.FACING_ANGLE) % 360 ) - angle
if A < 0:
A = 360 + A
x, y = (cos(radians(A)) * h) + self.X_OFFSET, (sin(radians(A)) * h) + self.Y_OFFSET
print x,y,h,angle
App.plotHandler([x, y])
else:
overflow = True
dOverflow = args[0]
if angle == 180.0:
done = True
else:
_, response = conn.sendMessage("")
elif "MOVE" in cmd:
print "MOVE"
args = cmd.split(" ")
print args
n = int(args[2])
direction = args[1]
if direction == "RIGHT":
n = n % 360
n = 360 - n
self.FACING_ANGLE = (self.FACING_ANGLE + n) % 360
elif direction == "LEFT":
n = n % 360
self.FACING_ANGLE = (self.FACING_ANGLE + n) % 360
elif direction == "FORWARD":
self.X_OFFSET = (cos(radians(self.FACING_ANGLE)) * n * self.LENGTH_PER_MOVEMENT) + self.X_OFFSET
self.Y_OFFSET = (sin(radians(self.FACING_ANGLE)) * n * self.LENGTH_PER_MOVEMENT) + self.Y_OFFSET
elif direction == "BACKWARDS":
A = ((180 + self.FACING_ANGLE) % 360)
self.X_OFFSET = (cos(radians(A)) * n * self.LENGTH_PER_MOVEMENT) + self.X_OFFSET
self.Y_OFFSET = (sin(radians(A)) * n * self.LENGTH_PER_MOVEMENT) + self.Y_OFFSET
def __sendmsg_toall(self, msg): for cid in self.__players: addr, connection, stopper, alias = self.__players[cid] connection.sendMessage(msg)
def __sendmsg_toall(self, msg):
for cid in self.__players:
addr, connection, stopper, alias = self.__players[cid]
connection.sendMessage(msg)
def disconnectHandler(self):
global closeConnection
print(conn.sendMessage("CLOSE_CONNECTION"))
closeConnection = True
