def process(ediparts, p):
if len(ediparts) == 2: # Player wants waypoint set: WPT x,y
wpid = config.min_player_wpid + p.id
wppos = [int(x) for x in ediparts[1]]
wptitle = config.player_wp_fmtstring.format(p=p)
wp = waypoint.by_id(wpid)
if not wp:
wp = waypoint.Waypoint(wpid, wppos, wptitle)
waypoint.all.append(wp)
wp.owner = p.id
network.to_ready(edicomm.encode('WPT', wpid, wppos, wptitle, p.id))
elif len(ediparts) == 1: # Player wants waypoint deleted
wpid = config.min_player_wpid + p.id
wp = waypoint.by_id(wpid)
if wp:
waypoint.all.remove(wp)
network.to_ready(edicomm.encode('WPT', wpid))
else:
print 'Malformed WPT: {0}'.format( edicomm.encode(ediparts) )
raise EDIException(99, 'Wrong argument count!')
def new_nick(self, nick):
if not self.nick: # First-time setting?
self.metanick = nick
tok = auth.player_token(nick)
tokens.append(tok)
self.enqueue(edicomm.encode("TOK", tok))
self.nick = nick
self.enqueue(edicomm.encode("USN", nick))
def process(ediparts, p):
if len(ediparts) != 2:
raise edicomm.EDIException(99, 'Wrong argument count!')
# TODO: Validation!
newname = ediparts[1]
print 'Player', p.id, 'sets name to', newname, 'from', p.name
p.name = newname
network.to_ready(edicomm.encode('USN', p.id, p.name))
p.ready = True
nickmap = [edicomm.encode('USN', pl.id, pl.name) for pl in player.all if pl.ready]
wpt_map = [edicomm.encode('WPT', wp.id, wp.position, wp.title, wp.owner) for wp in waypoint.all]
p.enqueue('\n'.join(nickmap + wpt_map))
def process(ediparts, p):
if len(ediparts) != 2:
raise edicomm.EDIException(99, "Wrong argument count!")
desired_shot = [int(x) for x in ediparts[1]]
network.to_observing_at(desired_shot, edicomm.encode("USF", p.id, desired_shot))
# HACK: Quick and dirty "death" of player that gets shot
for pl in player.all:
if not pl.id == p.id and pl.contains(desired_shot):
pl.position = locals.spawn
pl.velocity = [0, 0]
def found_terminator(self):
data = ''.join(self.recv_buffer)
data = data.strip()
if self.long_data:
self.long_data = False
self.set_terminator('\n')
self.push(edicomm.encode('WAR', 2, 'Exited long data mode.'))
messages.enqueue(self.addr, data)
self.recv_buffer = []
def wp_handler(str, cl):
parts = str.split(' ', 4)
if len(parts) == 1: # Just wp by itself lists waypoints
print 'ID\ttitle\tposition'
for wp in waypoint.all:
print wp.id, '\t', wp.title, '\t', wp.position
elif len(parts) == 2: # wp <wpid> deletes waypoints
wpid = int(parts[1])
wp = waypoint.by_id(wpid)
if not wp:
print 'No waypoint with id {0}'.format(wpid)
return
print 'Deleting waypoint {wp.id} at {wp.position} titled {wp.title}'.format(wp=wp)
waypoint.all.remove(wp)
network.to_ready(edicomm.encode('WPT', wpid))
elif len(parts) == 4: # wp <id> <x,y> <title> makes/moves waypoints
wpid = int(parts[1])
wppos = [int(x) for x in parts[2].split(',')]
wptitle = parts[3]
wp = waypoint.by_id(wpid)
if not wp:
wp = waypoint.Waypoint(wpid, wppos, wptitle)
waypoint.all.append(wp)
wp.position = wppos
wp.title = wptitle
print 'Created/moved/named waypoint {wp.id} at {wp.position} titled {wp.title}'.format(wp=wp)
network.to_ready(edicomm.encode('WPT', wpid, wppos, wptitle))
def forget_handler(str, cl):
parts = str.split(' ', 2)
if len(parts) == 1:
print 'Missing argument, try "help forget" for usage info.'
return
try:
p = player.by_partial_name(parts[1])
except PlayerAmbiguityError as e:
print 'Found two players with same partial name: {e.p_one.name} and {e.p_two.name}'.format(e=e)
return
if not p:
print 'Couldn\'t find player with prefix', parts[1]
return
# TODO: Should notify player of being kicked
print 'Forgetting player', p.name
network.to_ready( edicomm.encode( 'USD', p.id, 'Player kicked.' ) )
player.all.remove(p)
def check_input():
global sock
while True: # breakout by return a few lines below
socks = select.select([sock], [], [], 0)
if len(socks[0]) == 0:
return
try:
data, addr = sock.recvfrom(1500)
except socket.error:
# Swallowing socket.error 10054 because UDP shouldn't f*****g care!
continue
data = data.strip()
if data != '':
print 'got data: ', data, 'from', addr
try:
actions.dispatch(edicomm.decode(data), addr)
except edicomm.EDIException as e:
sock.sendto(edicomm.encode('ERR', str(e.id), e.msg), addr)
def process(ediparts, addr):
if len(ediparts) != 2:
raise edicomm.EDIException(99, 'Wrong argument count!')
# TODO: Validation!
token = ediparts[1]
print 'Got new player with token', token
if token not in player.tokens:
player.tokens.append(token)
newid = player.tokens.index(token)
p = player.by_token(token)
if not p:
p = player.new_player(newid + 1, token)
p.addr = addr
p.enqueue(edicomm.encode('UID', p.id))
print 'Player (token:', token, ') got id', p.id
def move(self):
if not self.ready:
return
newpos = [int(vel / 10) + pos for(vel, pos) in zip(self.velocity, self.position)]
if newpos[0] < 0 or newpos[0] > locals.width:
self.velocity[0] = 0
newpos[0] = self.position[0]
if newpos[1] < 0 or newpos[1] > locals.height:
self.velocity[1] = 0
newpos[1] = self.position[1]
newrot = self.rotation
if self.velocity != [0,0]:
newrot = degrees(atan2(self.velocity[0], self.velocity[1]))
self.position = newpos
self.rotation = newrot
self.tank_rect.topleft = newpos
network.to_observing(self, edicomm.encode('USP', self.id, self.position, self.rotation))
def set_long_data(self):
self.long_data = True
self.set_terminator('\n.\n')
self.push(edicomm.encode('WAR', 1, 'Entering long data mode, end with "." by itself on a line.'))
