def runEpoll(self):
self.profile = ProfileMixin(self.profileopt)
self.profile.begin()
self.recvcount, self.sendcount, self.initedTime = 0, 0, time.time()
self.quit = False
self.FPSInit(time.time, self.maxFPS)
self.registerRepeatFn(self.printState, 1)
Log.critical('initing pid:%s', self.pid)
self.epoll = select.epoll()
selectwait = 0
self.beforeLoop()
Log.info('serverLoop start')
while not self.quit:
events = epoll.poll(selectwait)
for fileno, event in events:
if event & select.EPOLLIN:
self.inputSelected(fileno)
elif event & select.EPOLLOUT:
self.outputSelected(fileno)
if self.isFPSRunNeed():
self.FPSRun() # call FPSMain
selectwait = self.frameinfo.remain_ms / 1000.0
Log.info('end serverLoop')
self.afterLoop()
Log.info('end server')
self.printState(0)
self.profile.end()
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
Log.critical('NPCServer initing pid:%s', self.pid)
self.FPSInit(getFrameTime, 60)
self.dispgroup = {}
self.dispgroup['effectObjs'] = GameObjectGroup().initialize(
gameObj=self, spriteClass=SpriteObj, teamcolor=(0x7f, 0x7f, 0x7f))
self.dispgroup['objplayers'] = []
self.quit = False
self.allInited = False
self.thistick = getFrameTime()
self.clientDict = {}
self.registerRepeatFn(self.prfps, 1)
Log.info('NPCServer inited')
# wait for game is ready
while not self.toGameCh.canReadFrom():
time.sleep(0)
self.toGameCh.readFrom() # recv start packet
self.reqState()
for i in range(self.aicount):
self.makeTeam()
Log.info('start serverLoop')
self.recvlist = [self.toGameCh.reader]
self.sendlist = []
while not self.quit:
self.sendlist = [
self.toGameCh.writer] if self.toGameCh.canSend() else []
inputready, outputready, exceptready = select.select(
self.recvlist, self.sendlist, [], 0)
if len(inputready) == 0 and len(outputready) == 0:
self.FPSRun()
self.FPSYield()
self.thistick = self.frameinfo.thisFrameTime
for i in inputready:
if i == self.toGameCh.reader:
idno, packet = self.toGameCh.readFrom()
if idno[-1] == -1:
self.quit = True
break
if packet is not None:
self.process1Cmd(idno, packet)
for o in outputready:
if o == self.toGameCh.writer:
self.toGameCh.writeFromQueue()
Log.critical('NPCServer end.')
self.prfps(0)
self.profile.end()
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
self.FPSInit(getFrameTime, 30)
self.dispgroup = {}
self.dispgroup['effectObjs'] = GameObjectGroup().initialize(
gameObj=self, spriteClass=SpriteObj, teamcolor=(0x7f, 0x7f, 0x7f))
self.dispgroup['objplayers'] = []
self.registerRepeatFn(self.prfps, 1)
self.quit = False
self.allInited = False
self.recvcount, self.sendcount, self.initedTime = 0, 0, time.time()
Log.info('NPC server started')
self.clients = []
for i in range(self.aicount):
self.clients.append(
TCPGameClient(self.connectTo, self.process1Cmd)
)
self.clients[0].reqState()
Log.info('start clientLoop')
self.sendlist = []
while not self.quit:
self.sendlist = [
s for s in self.clients if s.canSend()]
inputready, outputready, exceptready = select.select(
self.clients, self.sendlist, [], 0)
if len(inputready) == 0 and len(outputready) == 0:
self.FPSRun()
self.FPSYield()
self.thistick = self.frameinfo.thisFrameTime
for i in inputready:
try:
r = i.recv()
except socket.error:
self.closeClient(i)
if r == 'complete':
self.recvcount += 1
elif r == 'disconnected':
self.closeClient(i)
for o in outputready:
try:
if o.send() == 'complete':
self.sendcount += 1
except socket.error:
self.closeClient(i)
Log.info('ending clientLoop')
for c in self.clients:
c.disconnect()
Log.info('%s', self.getStatInfo())
self.profile.end()
def runSelect(self):
self.profile = ProfileMixin(self.profileopt)
self.profile.begin()
self.recvcount, self.sendcount, self.initedTime = 0, 0, time.time()
self.quit = False
self.FPSInit(time.time, self.maxFPS)
self.registerRepeatFn(self.printState, 1)
Log.critical('initing pid:%s', self.pid)
self.beforeLoop()
Log.info('serverLoop start')
selectwait = 0
while not self.quit:
ril, rol, rel = self.makeSelectArg()[:3]
ilist, olist, elist = select.select(
ril, rol, rel, selectwait
)
selectwait = 0
for i in ilist:
if self.inputSelected(i) == 'break':
break
for o in olist:
if self.outputSelected(o) == 'break':
break
if len(ilist) == 0 and len(olist) == 0 and len(elist) == 0:
self.nothingSelected()
selectwait = 0.1 / self.maxFPS
if self.isFPSRunNeed():
self.FPSRun() # call FPSMain
selectwait = self.frameinfo.remain_ms / 1000.0
Log.info('end serverLoop')
self.afterLoop()
Log.info('end server')
self.printState(0)
self.profile.end()
class BaseServer(multiprocessing.Process, FPSMixin):
def getStatInfo(self):
t = time.time() - self.initedTime
return 'recv:{} {}/s send:{} {}/s'.format(
self.recvcount, self.recvcount / t,
self.sendcount, self.sendcount / t
)
def getChannel(self):
return self.returnChannel
def printState(self, repeatinfo):
Log.critical('fps: %s', self.frameinfo.stat)
Log.critical('packets: %s', self.getStatInfo())
Log.critical('Ch stat %s', self.mainChannel.getStatInfo())
def __init__(self, servertype, profileopt):
multiprocessing.Process.__init__(self)
self.returnChannel, self.mainChannel = makeChannel()
self.serverType = servertype
self.profileopt = profileopt
self.maxFPS = 60
def run(self):
pass
def runSelect(self):
self.profile = ProfileMixin(self.profileopt)
self.profile.begin()
self.recvcount, self.sendcount, self.initedTime = 0, 0, time.time()
self.quit = False
self.FPSInit(time.time, self.maxFPS)
self.registerRepeatFn(self.printState, 1)
Log.critical('initing pid:%s', self.pid)
self.beforeLoop()
Log.info('serverLoop start')
selectwait = 0
while not self.quit:
ril, rol, rel = self.makeSelectArg()[:3]
ilist, olist, elist = select.select(
ril, rol, rel, selectwait
)
selectwait = 0
for i in ilist:
if self.inputSelected(i) == 'break':
break
for o in olist:
if self.outputSelected(o) == 'break':
break
if len(ilist) == 0 and len(olist) == 0 and len(elist) == 0:
self.nothingSelected()
selectwait = 0.1 / self.maxFPS
if self.isFPSRunNeed():
self.FPSRun() # call FPSMain
selectwait = self.frameinfo.remain_ms / 1000.0
Log.info('end serverLoop')
self.afterLoop()
Log.info('end server')
self.printState(0)
self.profile.end()
def addRecv(self, obj):
pass
def addSend(self, obj):
pass
def delRecv(self, obj):
pass
def delSend(self, obj):
pass
def runEpoll(self):
self.profile = ProfileMixin(self.profileopt)
self.profile.begin()
self.recvcount, self.sendcount, self.initedTime = 0, 0, time.time()
self.quit = False
self.FPSInit(time.time, self.maxFPS)
self.registerRepeatFn(self.printState, 1)
Log.critical('initing pid:%s', self.pid)
self.epoll = select.epoll()
selectwait = 0
self.beforeLoop()
Log.info('serverLoop start')
while not self.quit:
events = epoll.poll(selectwait)
for fileno, event in events:
if event & select.EPOLLIN:
self.inputSelected(fileno)
elif event & select.EPOLLOUT:
self.outputSelected(fileno)
if self.isFPSRunNeed():
self.FPSRun() # call FPSMain
selectwait = self.frameinfo.remain_ms / 1000.0
Log.info('end serverLoop')
self.afterLoop()
Log.info('end server')
self.printState(0)
self.profile.end()
# overide fns
def beforeLoop(self):
# init service
pass
def makeSelectArg(self):
return [], [], [], 0
def inputSelected(self, i):
pass
def outputSelected(self, o):
pass
def nothingSelected(self):
pass
def afterLoop(self):
# cleanup service
pass
def FPSMain(self):
return
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
self.recvcount, self.sendcount = 0, 0
Log.critical('TCPServer initing pid:%s', self.pid)
# create an INET, STREAMing socket
self.serversocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
# reuse address
self.serversocket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
self.serversocket.setsockopt(
socket.IPPROTO_TCP, socket.TCP_NODELAY, True)
self.serversocket.bind(('0.0.0.0', 22517))
# become a server socket
self.serversocket.listen(5)
self.quit = False
self.clientDict = {}
Log.info('TCPServer started')
# wait for game is ready
while not self.toGameCh.canReadFrom():
time.sleep(0)
self.toGameCh.readFrom() # recv start packet
Log.info('start serverLoop')
self.recvlist = [self.serversocket, self.toGameCh.reader]
self.sendlist = []
while not self.quit:
self.sendlist = [
self.toGameCh.writer] if self.toGameCh.canSend() else []
self.sendlist += [s for s in self.recvlist[2:] if s.canSend()]
inputready, outputready, exceptready = select.select(
self.recvlist, self.sendlist, [], 1.0 / 120)
for i in inputready:
if i == self.serversocket:
# handle the server socket
sock, address = self.serversocket.accept()
self.addNewClient(sock, address)
elif i == self.toGameCh.reader:
idno, packet = self.toGameCh.readFrom()
if idno[-1] == -1:
self.quit = True
break
if idno in self.clientDict:
self.clientDict[idno].sendQueue.put(packet)
else:
Log.critical('unknown client %s', idno)
else:
try:
r = i.recv()
except socket.error:
self.closeClient(i)
if r == 'complete':
self.recvcount += 1
elif r == 'disconnected':
self.closeClient(i)
for o in outputready:
if o == self.toGameCh.writer:
self.toGameCh.writeFromQueue()
else:
try:
if o.send() == 'complete':
self.sendcount += 1
except socket.error:
self.closeClient(i)
Log.info('ending serverLoop')
self.serversocket.close()
for p in self.recvlist[2:]:
self.closeClient(p)
Log.info('end serverLoop')
Log.critical('TCP stat %s', self.getStatInfo())
Log.critical('Ch stat %s', self.toGameCh.getStatInfo())
self.profile.end()
class TCPServer(multiprocessing.Process):
def __init__(self, servertype):
multiprocessing.Process.__init__(self)
self.toGameCh, self.forGameCh = makeChannel()
self.serverType = servertype
def getChannel(self):
return self.forGameCh
def getStatInfo(self):
return 'recv:{} send{}'.format(self.recvcount, self.sendcount)
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
self.recvcount, self.sendcount = 0, 0
Log.critical('TCPServer initing pid:%s', self.pid)
# create an INET, STREAMing socket
self.serversocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
# reuse address
self.serversocket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
self.serversocket.setsockopt(
socket.IPPROTO_TCP, socket.TCP_NODELAY, True)
self.serversocket.bind(('0.0.0.0', 22517))
# become a server socket
self.serversocket.listen(5)
self.quit = False
self.clientDict = {}
Log.info('TCPServer started')
# wait for game is ready
while not self.toGameCh.canReadFrom():
time.sleep(0)
self.toGameCh.readFrom() # recv start packet
Log.info('start serverLoop')
self.recvlist = [self.serversocket, self.toGameCh.reader]
self.sendlist = []
while not self.quit:
self.sendlist = [
self.toGameCh.writer] if self.toGameCh.canSend() else []
self.sendlist += [s for s in self.recvlist[2:] if s.canSend()]
inputready, outputready, exceptready = select.select(
self.recvlist, self.sendlist, [], 1.0 / 120)
for i in inputready:
if i == self.serversocket:
# handle the server socket
sock, address = self.serversocket.accept()
self.addNewClient(sock, address)
elif i == self.toGameCh.reader:
idno, packet = self.toGameCh.readFrom()
if idno[-1] == -1:
self.quit = True
break
if idno in self.clientDict:
self.clientDict[idno].sendQueue.put(packet)
else:
Log.critical('unknown client %s', idno)
else:
try:
r = i.recv()
except socket.error:
self.closeClient(i)
if r == 'complete':
self.recvcount += 1
elif r == 'disconnected':
self.closeClient(i)
for o in outputready:
if o == self.toGameCh.writer:
self.toGameCh.writeFromQueue()
else:
try:
if o.send() == 'complete':
self.sendcount += 1
except socket.error:
self.closeClient(i)
Log.info('ending serverLoop')
self.serversocket.close()
for p in self.recvlist[2:]:
self.closeClient(p)
Log.info('end serverLoop')
Log.critical('TCP stat %s', self.getStatInfo())
Log.critical('Ch stat %s', self.toGameCh.getStatInfo())
self.profile.end()
def addNewClient(self, sock, address):
Log.info('client connected %s %s', sock, address)
def newPacketRecved(packet):
self.toGameCh.sendQueue.put(
((self.serverType, sock.fileno()), packet)
)
protocol = I32ClientProtocol(sock, newPacketRecved)
self.clientDict[(self.serverType, sock.fileno())] = protocol
self.recvlist.append(protocol)
def closeClient(self, p):
Log.info('client disconnected %s', p)
try:
self.recvlist.remove(p)
except ValueError:
pass
try:
self.sendlist.remove(p)
except ValueError:
pass
self.toGameCh.writeTo(
((self.serverType, p.safefileno), toGzJsonParams(cmd='del'))
)
try:
del self.clientDict[(self.serverType, p.safefileno)]
except KeyError:
pass
p.sock.close()
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
self.recvcount, self.sendcount = 0, 0
Log.critical('GameLogicServer initing pid:%s', self.pid)
self.FPSInit(getFrameTime, 60)
self.dispgroup = {}
self.dispgroup['effectObjs'] = GameObjectGroup().initialize(
gameObj=self, spriteClass=SpriteObj, teamcolor=(0x7f, 0x7f, 0x7f))
self.dispgroup['objplayers'] = []
self.statObjN = Statistics()
self.statCmpN = Statistics()
self.statGState = Statistics()
self.clients = {} # clientid : team info
self.gameState = toGzJson({
'cmd': 'gameState',
'frameinfo': {k: v for k, v in self.frameinfo.iteritems() if k in ['thisFrameTime']},
'objplayers': [og.serialize() for og in self.dispgroup['objplayers']],
'effectObjs': self.dispgroup['effectObjs'].serialize()
})
self.quit = False
self.registerRepeatFn(self.prfps, 1)
self.r2c = {}
self.w2c = {}
for c in self.channels:
self.r2c[c.reader] = c
self.w2c[c.writer] = c
Log.info('GameLogicServer inited')
for ch in self.channels:
ch.writeTo(((0, 0), None)) # run server
# main loop
self.recvlist = [self.toMainCh.reader] + [
c.reader for c in self.channels]
self.sendlist = []
while not self.quit:
self.sendlist = [o.writer for o in self.channels if o.canSend()]
inputready, outputready, exceptready = select.select(
self.recvlist, self.sendlist, [], 0)
if len(inputready) == 0 and len(outputready) == 0:
self.FPSRun()
self.FPSYield()
for i in inputready:
if i == self.toMainCh.reader:
self.quit = True
break
else:
if i in self.r2c:
clientid, packet = self.r2c[i].readFrom()
cmdDict = fromGzJson(packet)
self.do1ClientCmd(self.r2c[i], clientid, cmdDict)
else:
Log.critical('invalid reader %s', i)
for o in outputready:
if o in self.w2c:
self.w2c[o].writeFromQueue()
else:
Log.critical('invalid writer %s', i)
for ch in self.channels:
ch.writeTo(((0, -1), None)) # quit server
Log.info('end doGame')
self.prfps(0)
self.profile.end()
class GameLogicServer(multiprocessing.Process, ShootingGameMixin, FPSMixin):
def prfps(self, repeatinfo):
self.diaplayScore()
Log.critical('objs: %s', self.statObjN)
Log.critical('cmps: %s', self.statCmpN)
Log.critical('gamestatelen: %s', self.statGState)
Log.critical('fps: %s', self.frameinfo.stat)
Log.critical('clients %s ', len(self.clients))
Log.critical('main channel %s ', self.toMainCh.getStatInfo())
for c in self.channels:
Log.critical('channel %s ', c.getStatInfo())
def diaplayScore(self):
teamscore = {}
for j in self.dispgroup['objplayers']:
if j.teamname in teamscore:
teamscore[j.teamname]['teamscore'] += j.statistic['teamscore']
teamscore[j.teamname]['member'] += 1
teamscore[j.teamname]['objcount'] += len(j)
else:
teamscore[j.teamname] = dict(
teamscore=j.statistic['teamscore'],
color=j.teamcolor,
ai=j.__class__.__name__,
member=1,
objcount=len(j)
)
Log.info("{:12} {:15} {:>16} {:>8} {:>8} {:8}".format(
'teamname', 'color', 'AI type', 'member', 'score', 'objcount'
))
sortedinfo = sorted(
teamscore.keys(), key=lambda x: -teamscore[x]['teamscore'])
for j in sortedinfo:
Log.info("{:12} {:15} {:>16} {:8} {:8.4f} {:8}".format(
j,
teamscore[j]['color'],
teamscore[j]['ai'],
teamscore[j]['member'],
teamscore[j]['teamscore'],
teamscore[j]['objcount']
))
def getChannel(self):
return self.forMainCh
def doScore(self, resultdict):
for src, targets in resultdict.iteritems():
src.enabled = False
if src.objtype != 'bounceball':
self.dispgroup['effectObjs'].addSpriteExplosionEffect(src)
else:
# 충돌한 것이 bounceball 이면
src.group.addBallExplosionEffect(
self.dispgroup['effectObjs'], src.group, src)
srcLostScore = src.getDelScore(math.sqrt(src.level))
src.group.statistic["teamscore"] -= srcLostScore
uplevel = srcLostScore * 2 / len(targets)
for target in targets:
if target.objtype != 'bounceball':
if target.group and target.group.hasBounceBall():
oldlevel = target.group[0].level
target.group[0].level += uplevel
inclevel = int(
target.group[0].level) - int(oldlevel)
for i in xrange(inclevel):
target.group.statistic[
'act']['supershield'] += 1
target.group.AddSuperShield(
target=target.group[0],
expireFn=self.dispgroup[
'effectObjs'].addSpriteExplosionEffect
)
if target.objtype not in ['bounceball', 'supershield', 'shield']:
target.group.statistic["teamscore"] += uplevel
return
def makeState(self):
savelist = {
'cmd': 'gameState',
'frameinfo': {k: v for k, v in self.frameinfo.iteritems() if k in ['thisFrameTime']},
'objplayers': [og.serialize() for og in self.dispgroup['objplayers']],
'effectObjs': self.dispgroup['effectObjs'].serialize()
}
return savelist
def saveState(self):
try:
savelist = toGzJson(self.makeState())
self.gameState = savelist
except zlib.error:
Log.exception('zlib compress fail')
return 0
except ValueError:
Log.exception('encode fail')
return 0
return len(savelist)
def make1TeamCustom(self, teamname, aiclass, spriteClass, teamcolor, servermove):
o = aiclass().initialize(
teamcolor=teamcolor,
teamname=teamname,
effectObjs=self.dispgroup['effectObjs'],
servermove=servermove,
gameObj=self,
spriteClass=spriteClass
)
o.makeMember()
return o
def __init__(self, servertype, channels):
multiprocessing.Process.__init__(self)
self.serverType = servertype
self.channels = channels
self.toMainCh, self.forMainCh = makeChannel()
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
self.recvcount, self.sendcount = 0, 0
Log.critical('GameLogicServer initing pid:%s', self.pid)
self.FPSInit(getFrameTime, 60)
self.dispgroup = {}
self.dispgroup['effectObjs'] = GameObjectGroup().initialize(
gameObj=self, spriteClass=SpriteObj, teamcolor=(0x7f, 0x7f, 0x7f))
self.dispgroup['objplayers'] = []
self.statObjN = Statistics()
self.statCmpN = Statistics()
self.statGState = Statistics()
self.clients = {} # clientid : team info
self.gameState = toGzJson({
'cmd': 'gameState',
'frameinfo': {k: v for k, v in self.frameinfo.iteritems() if k in ['thisFrameTime']},
'objplayers': [og.serialize() for og in self.dispgroup['objplayers']],
'effectObjs': self.dispgroup['effectObjs'].serialize()
})
self.quit = False
self.registerRepeatFn(self.prfps, 1)
self.r2c = {}
self.w2c = {}
for c in self.channels:
self.r2c[c.reader] = c
self.w2c[c.writer] = c
Log.info('GameLogicServer inited')
for ch in self.channels:
ch.writeTo(((0, 0), None)) # run server
# main loop
self.recvlist = [self.toMainCh.reader] + [
c.reader for c in self.channels]
self.sendlist = []
while not self.quit:
self.sendlist = [o.writer for o in self.channels if o.canSend()]
inputready, outputready, exceptready = select.select(
self.recvlist, self.sendlist, [], 0)
if len(inputready) == 0 and len(outputready) == 0:
self.FPSRun()
self.FPSYield()
for i in inputready:
if i == self.toMainCh.reader:
self.quit = True
break
else:
if i in self.r2c:
clientid, packet = self.r2c[i].readFrom()
cmdDict = fromGzJson(packet)
self.do1ClientCmd(self.r2c[i], clientid, cmdDict)
else:
Log.critical('invalid reader %s', i)
for o in outputready:
if o in self.w2c:
self.w2c[o].writeFromQueue()
else:
Log.critical('invalid writer %s', i)
for ch in self.channels:
ch.writeTo(((0, -1), None)) # quit server
Log.info('end doGame')
self.prfps(0)
self.profile.end()
def do1ClientCmd(self, ch, clientid, cmdDict):
teaminfo = self.clients.get(clientid)
if teaminfo is None:
self.clients[clientid] = {}
teaminfo = self.clients[clientid]
cmd = cmdDict.get('cmd')
if cmd == 'makeTeam':
tn = cmdDict.get('teamname')
o = self.make1TeamCustom(
teamname=tn,
aiclass=GameObjectGroup,
teamcolor=cmdDict.get('teamcolor'),
servermove=False,
spriteClass=SpriteObj
)
self.dispgroup['objplayers'].append(o)
teaminfo['teamid'] = o.ID
teaminfo['teamname'] = tn
ch.sendQueue.put((clientid, toGzJsonParams(
cmd='teamInfo', teamname=tn, teamid=o.ID)))
Log.debug('Join team %s %s', clientid, teaminfo)
elif cmd == 'del':
Log.debug('Leave team %s', teaminfo)
try:
self.delTeamByID(teaminfo['teamid'])
except KeyError:
pass
del self.clients[clientid]
elif cmd == 'reqState':
ch.sendQueue.put((clientid, self.gameState))
elif cmd == 'act':
ch.sendQueue.put((clientid, toGzJsonParams(cmd='actACK')))
actions = cmdDict.get('actions')
tid = cmdDict['teamid']
thisTeam = self.getTeamByID(tid)
if thisTeam.servermove:
Log.error('invalid client team %s', thisTeam)
return
actionjson = cmdDict['actions']
actions = self.deserializeActions(actionjson)
enemyTeamList = self.getEnemyTeamList(thisTeam)
thisTeam.prepareActions(
enemyTeamList,
self.frameinfo.lastFPS,
self.thistick
)
thisTeam.applyActions(actions)
else:
Log.warn('unknown cmd %s', cmdDict)
def FPSMain(self):
self.thistick = self.frameinfo.thisFrameTime
objcount = sum([len(a) for a in self.dispgroup['objplayers']])
self.statObjN.update(objcount)
# 그룹내의 team 들을 automove 한다.
for thisTeam in self.dispgroup['objplayers']:
thisTeam.AutoMoveByTime(self.thistick)
# make collision dictionary
resultdict, cmpcount = self.makeCollisionDict()
self.statCmpN.update(cmpcount)
# do score
self.doScore(resultdict)
# 결과에 따라 삭제한다.
for aa in self.dispgroup['objplayers']:
aa.RemoveDisabled()
self.dispgroup['effectObjs'].AutoMoveByTime(
self.thistick).RemoveDisabled()
self.statGState.update(self.saveState())
class NPCServer(multiprocessing.Process, FPSMixin, ShootingGameMixin):
def __init__(self, servertype, aicount):
multiprocessing.Process.__init__(self)
self.toGameCh, self.forGameCh = makeChannel()
self.aicount = aicount
self.serverType = servertype
def prfps(self, repeatinfo):
Log.critical('fps: %s', self.frameinfo.stat)
Log.critical('game ch %s', self.toGameCh.getStatInfo())
def getChannel(self):
return self.forGameCh
def applyState(self, loadlist):
ShootingGameMixin.applyState(self, AI2, SpriteObj, loadlist)
def reqState(self):
self.toGameCh.sendQueue.put(
((self.serverType, 0),
toGzJsonParams(cmd='reqState')
))
def makeTeam(self):
idno = (self.serverType, getSerial())
self.clientDict[idno] = Storage(
teamname=None,
teamid=None,
teamStartTime=None,
)
teamname = 'AI_%08X' % random.getrandbits(32)
teamcolor = [random.randint(0, 255) for i in [0, 1, 2]]
Log.debug('makeTeam %s %s', teamname, teamcolor)
self.toGameCh.sendQueue.put(
(idno,
toGzJsonParams(
cmd='makeTeam',
teamname=teamname,
teamcolor=teamcolor
)))
def madeTeam(self, oid, cmdDict):
teamname = cmdDict.get('teamname')
teamid = cmdDict.get('teamid')
self.clientDict[oid].teamname = teamname
self.clientDict[oid].teamid = teamid
self.clientDict[oid].teamStartTime = self.thistick
Log.debug('joined %s ', self.clientDict[oid])
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
Log.critical('NPCServer initing pid:%s', self.pid)
self.FPSInit(getFrameTime, 60)
self.dispgroup = {}
self.dispgroup['effectObjs'] = GameObjectGroup().initialize(
gameObj=self, spriteClass=SpriteObj, teamcolor=(0x7f, 0x7f, 0x7f))
self.dispgroup['objplayers'] = []
self.quit = False
self.allInited = False
self.thistick = getFrameTime()
self.clientDict = {}
self.registerRepeatFn(self.prfps, 1)
Log.info('NPCServer inited')
# wait for game is ready
while not self.toGameCh.canReadFrom():
time.sleep(0)
self.toGameCh.readFrom() # recv start packet
self.reqState()
for i in range(self.aicount):
self.makeTeam()
Log.info('start serverLoop')
self.recvlist = [self.toGameCh.reader]
self.sendlist = []
while not self.quit:
self.sendlist = [
self.toGameCh.writer] if self.toGameCh.canSend() else []
inputready, outputready, exceptready = select.select(
self.recvlist, self.sendlist, [], 0)
if len(inputready) == 0 and len(outputready) == 0:
self.FPSRun()
self.FPSYield()
self.thistick = self.frameinfo.thisFrameTime
for i in inputready:
if i == self.toGameCh.reader:
idno, packet = self.toGameCh.readFrom()
if idno[-1] == -1:
self.quit = True
break
if packet is not None:
self.process1Cmd(idno, packet)
for o in outputready:
if o == self.toGameCh.writer:
self.toGameCh.writeFromQueue()
Log.critical('NPCServer end.')
self.prfps(0)
self.profile.end()
def FPSMain(self):
return
def process1Cmd(self, idno, packet):
cmdDict = fromGzJson(packet)
cmd = cmdDict.get('cmd')
if cmd == 'gameState':
self.reqState()
self.applyState(cmdDict)
if not self.allInited: # first time
allSent = True
for i, c in self.clientDict.iteritems():
if self.makeClientAIAction(i) is not True:
allSent = False
if allSent:
self.allInited = True
elif cmd == 'actACK':
self.makeClientAIAction(idno)
elif cmd == 'teamInfo':
self.madeTeam(idno, cmdDict)
else:
Log.warn('unknown cmd %s', cmdDict)
def makeClientAIAction(self, idno):
# make AI action
if idno not in self.clientDict:
return False
client = self.clientDict[idno]
aa = self.getTeamByID(client.teamid)
if aa is None:
return False
targets = [tt for tt in self.dispgroup[
'objplayers'] if tt.teamname != aa.teamname]
aa.prepareActions(
targets,
self.frameinfo.lastFPS,
self.thistick
)
actions = aa.SelectAction(targets, aa[0])
actionjson = self.serializeActions(actions)
self.toGameCh.sendQueue.put(
(idno,
toGzJsonParams(
cmd='act',
teamid=client.teamid,
actions=actionjson,
)))
return True
class NPCServer(multiprocessing.Process, ShootingGameMixin, FPSMixin):
def prfps(self, repeatinfo):
print 'fps:', self.frameinfo.stat
print 'packet:', self.getStatInfo()
def applyState(self, loadlist):
ShootingGameMixin.applyState(self, AI2, SpriteObj, loadlist)
def getStatInfo(self):
t = time.time() - self.initedTime
return 'recv:{} {}/s send:{} {}/s'.format(
self.recvcount, self.recvcount / t,
self.sendcount, self.sendcount / t
)
def __init__(self, connectTo, aicount):
multiprocessing.Process.__init__(self)
if connectTo[0] is None:
self.connectTo = ('localhost', connectTo[1])
self.aicount = aicount
def run(self):
self.profile = ProfileMixin(g_profile)
self.profile.begin()
self.FPSInit(getFrameTime, 30)
self.dispgroup = {}
self.dispgroup['effectObjs'] = GameObjectGroup().initialize(
gameObj=self, spriteClass=SpriteObj, teamcolor=(0x7f, 0x7f, 0x7f))
self.dispgroup['objplayers'] = []
self.registerRepeatFn(self.prfps, 1)
self.quit = False
self.allInited = False
self.recvcount, self.sendcount, self.initedTime = 0, 0, time.time()
Log.info('NPC server started')
self.clients = []
for i in range(self.aicount):
self.clients.append(
TCPGameClient(self.connectTo, self.process1Cmd)
)
self.clients[0].reqState()
Log.info('start clientLoop')
self.sendlist = []
while not self.quit:
self.sendlist = [
s for s in self.clients if s.canSend()]
inputready, outputready, exceptready = select.select(
self.clients, self.sendlist, [], 0)
if len(inputready) == 0 and len(outputready) == 0:
self.FPSRun()
self.FPSYield()
self.thistick = self.frameinfo.thisFrameTime
for i in inputready:
try:
r = i.recv()
except socket.error:
self.closeClient(i)
if r == 'complete':
self.recvcount += 1
elif r == 'disconnected':
self.closeClient(i)
for o in outputready:
try:
if o.send() == 'complete':
self.sendcount += 1
except socket.error:
self.closeClient(i)
Log.info('ending clientLoop')
for c in self.clients:
c.disconnect()
Log.info('%s', self.getStatInfo())
self.profile.end()
def makeClientAIAction(self, client):
# make AI action
if client.teaminfo is None:
return False
aa = self.getTeamByID(client.teaminfo['teamid'])
if aa is None:
return False
targets = [tt for tt in self.dispgroup[
'objplayers'] if tt.teamname != aa.teamname]
aa.prepareActions(
targets,
self.frameinfo.lastFPS,
self.thistick
)
actions = aa.SelectAction(targets, aa[0])
actionjson = self.serializeActions(actions)
putParams2Queue(
client.sendQueue,
cmd='act',
teamid=client.teaminfo['teamid'],
actions=actionjson,
)
return True
def process1Cmd(self, client, packet):
cmdDict = fromGzJson(packet)
cmd = cmdDict.get('cmd')
if cmd == 'gameState':
client.reqState()
self.applyState(cmdDict)
if not self.allInited: # first time
allSent = True
for c in self.clients:
if self.makeClientAIAction(c) is not True:
allSent = False
if allSent:
self.allInited = True
elif cmd == 'actACK':
if client.teaminfo is not None:
self.makeClientAIAction(client)
elif cmd == 'teamInfo':
client.madeTeam(cmdDict)
client.teaminfo['teamStartTime'] = self.thistick
else:
Log.warn('unknown cmd %s', cmdDict)
def closeClient(self, client):
client.disconnect()
try:
self.clients.remove(client)
except ValueError:
pass
if len(self.clients) == 0:
Log.critical('no more client')
self.quit = True
