def GateEvent(carNum):
print "Player", carNum
player = carNum
global players
global num_finished
global race_info
# Verify valid player number
player = int(player)
if player < 0 or player >= Players.MAX_PLAYERS:
return
# Verify player is joined
if players[player] == None:
return
# Calculate total time
timediff = datetime.now() - start_time
secs = timediff.seconds + timediff.microseconds / 1000000.0
# Calculate current lap time
if len(players[player].laps) != 0:
secs -= sum(players[player].laps)
print "Player %d finished lap %d of %d in %f seconds" % (player + 1, len(players[player].laps) + 1, race_info.Laps, secs)
# Add new lap time
try:
players[player].laps.append(round(secs, 3))
except Exception as e:
print e
# If last lap
if len(players[player].laps) == race_info.Laps:
# This player finished
sender.sendAsync("PlayerFinish", player=str(player), time=str(sum(players[player].laps)))
print "Player %d finished." % player
num_finished += 1
player_infos[player].Finished = 1
if DEBUG:
print "# finished: %d, # total: %d" %(num_finished, race_info.JoinedPlayers)
# If all players are finished
if num_finished == race_info.JoinedPlayers:
sender.sendAsync("RaceFinish")
race_info.State = FINISHED
print "The race is over!"
num_finished = 0
# If Player didn't finish
elif len(players[player].laps) < race_info.Laps:
sender.sendAsync("LapComplete", player=str(player), time=str(secs))
# Update positions
try:
positions = laps.getPositions(players)
player_infos[player].RelativeTime = int(round((sum(players[player].laps) - sum(players[positions[0]].laps)) * 1000, 0))
player_infos[player].CurrentLap += 1
# Update each player
for p in range(Players.MAX_PLAYERS):
if player_infos[p] != None:
player_infos[p].Position = positions.index(p)
sender.sendUpdate(player_infos[p], "PlayerInfo" + str(player_infos[player].Number))
print "Sent player info"
except Exception as e:
print e
def testGetPositions(self):
"""Check that getPositions functions during a race"""
assert laps.getPositions(self.racingPlayers) == [3,0,2,1], "Players sorted into incorrect positions"
def testGetEmptyPositions(self):
"""Check that getPositions functions when some players are None"""
assert laps.getPositions(self.emptyPlayers) == [3,1,0,2], "Players sorted into incorrect positions"
def testGetPositionsStart(self):
"""Check that getPositions functions when no laps are finished"""
assert laps.getPositions(self.startingPlayers) == [0,1,2,3], "getPositions not performing stable sort"
