def tick(self):
#advance time, tick this 6x a second
if self.lasttime == -1:
self.lasttime = sysTime()
delta = sysTime() - self.lasttime
self.lasttime = sysTime()
self.ticks += 3
self.second += delta * 24.0 #1 game day = 1 real hour
if self.second > 59:
self.second -= 59
self.minute += 1
if self.minute > 59:
self.minute = 0
self.hour += 1
if self.hour > 23:
self.hour = 0
self.day += 1
def _init(self,*args,**kw):
Persistent._init(self, *args, **kw)
self.shuttingDown = False
self.liveZoneInstances = []
self.waitingZoneInstances = []
self.activePlayers = []
self.globalPlayers = {}
self.mutedPlayers = {}
self.time = Time()
#from db
self.time.second = 0
self.time.minute = self.minute
self.time.hour = self.hour
self.time.day = self.day
self.time.ticks = 0
self.lasttime = -1
self.transaction = False
self.tickTransaction = None
self.singlePlayer = False
self.singlePlayerBackupTimer = 120 # Once every minute
self.liveZoneCallback = None
self.usedZonePorts = []
self.running = False
self.dbFile = None
self.backupTick = 30 #once every 30 minutes
self.paused = False
self.pauseTime = sysTime()
self.daemonPerspective = None
self.daemonMind = None
self.AHPerspective = None
self.MailServerPerspective = None
self.clusterNum = -1
self.worldPort = -1
self.staticZoneNames = []
self.priority = 1
self.deathMarkers = {}
self.characterInfos = {}
self.allowConnections = True
self.cpuSpawn = 0
self.cpuDespawn = 0
self.spawnZoneIndex = 0
self.isShuttingDown = False
def tick(self):
#advance time, tick this 6x a second
if self.lasttime == -1:
self.lasttime = sysTime()
delta = sysTime() - self.lasttime
self.lasttime = sysTime()
self.ticks += 3
self.second += delta * 24.0 #1 game day = 1 real hour
if self.second > 59:
self.second -= 59
self.minute += 1
if self.minute > 59:
self.minute = 0
self.hour += 1
if self.hour > 23:
self.hour = 0
self.day += 1
def _init(self, *args, **kw):
Persistent._init(self, *args, **kw)
self.shuttingDown = False
self.liveZoneInstances = []
self.waitingZoneInstances = []
self.activePlayers = []
self.globalPlayers = {}
self.mutedPlayers = {}
self.time = Time()
#from db
self.time.second = 0
self.time.minute = self.minute
self.time.hour = self.hour
self.time.day = self.day
self.time.ticks = 0
self.lasttime = -1
self.transaction = False
self.tickTransaction = None
self.singlePlayer = False
self.singlePlayerBackupTimer = 120 # Once every minute
self.liveZoneCallback = None
self.usedZonePorts = []
self.running = False
self.dbFile = None
self.backupTick = 30 #once every 30 minutes
self.paused = False
self.pauseTime = sysTime()
self.daemonPerspective = None
self.daemonMind = None
self.AHPerspective = None
self.MailServerPerspective = None
self.clusterNum = -1
self.worldPort = -1
self.staticZoneNames = []
self.priority = 1
self.deathMarkers = {}
self.characterInfos = {}
self.allowConnections = True
self.cpuSpawn = 0
self.cpuDespawn = 0
self.spawnZoneIndex = 0
self.isShuttingDown = False
def perspective_call(self,*args):
if THESERVER.throttleUsage and self.throttle:
if self.cpuTime > 0:
dc = MasterPerspective.deferredCalls[self]
d = defer.Deferred()
dc.append((d,args))
#print "Throttling",args
return d
tm = sysTime()
function = args[0]
interface = self._interface
try:
avatar=self.avatars[interface]
except KeyError:
try:
interface = interface + "Avatar"
avatar=self.avatars[interface]
except:
return failure.Failure(NoAvatarError())
function = "perspective_"+function
if not hasattr(avatar,function):
return failure.Failure(NoFunctionError())
nargs=args[1:]
#on any function call we set the player's info to dirty
if hasattr(avatar,"player"):
if avatar.player:
avatar.player.cinfoDirty = True
try:
result = getattr(avatar,function)(*nargs)
except:
#use errback
traceback.print_exc()
return failure.Failure(PerspectiveCallError())
t = sysTime() - tm
if t > .1:
print "Warning: %s %s took %f seconds"%(self.username,args,t)
self.cpuTime+=t
return result
def perspective_call(self, *args):
if THESERVER.throttleUsage and self.throttle:
if self.cpuTime > 0:
dc = MasterPerspective.deferredCalls[self]
d = defer.Deferred()
dc.append((d, args))
#print "Throttling",args
return d
tm = sysTime()
function = args[0]
interface = self._interface
try:
avatar = self.avatars[interface]
except KeyError:
try:
interface = interface + "Avatar"
avatar = self.avatars[interface]
except:
return failure.Failure(NoAvatarError())
function = "perspective_" + function
if not hasattr(avatar, function):
return failure.Failure(NoFunctionError())
nargs = args[1:]
#on any function call we set the player's info to dirty
if hasattr(avatar, "player"):
if avatar.player:
avatar.player.cinfoDirty = True
try:
result = getattr(avatar, function)(*nargs)
except:
#use errback
traceback.print_exc()
return failure.Failure(PerspectiveCallError())
t = sysTime() - tm
if t > .1:
print "Warning: %s %s took %f seconds" % (self.username, args, t)
self.cpuTime += t
return result
def endInteraction(self, closeWindow=True):
if not self.interacting:
return
if hasattr(self.interacting, "interactTimes"):
self.interacting.interactTimes[self] = sysTime()
self.interacting.interacting = None
self.interacting = None
if hasattr(self, "zone"):
if self.zone:
for c in self.party.members:
self.zone.setTarget(c.mob, None)
if closeWindow:
self.mind.callRemote("closeNPCWnd")
def endInteraction(self,closeWindow=True):
if not self.interacting:
return
if hasattr(self.interacting,"interactTimes"):
self.interacting.interactTimes[self] = sysTime()
self.interacting.interacting = None
self.interacting = None
if hasattr(self,"zone"):
if self.zone:
for c in self.party.members:
self.zone.setTarget(c.mob,None)
if closeWindow:
self.mind.callRemote("closeNPCWnd")
def removeMob(self, despawnTime=0):
if not len(self.activeMobs):
return
lastActiveMob = self.activeMobs[0]
if not despawnTime:
if lastActiveMob.spawn.respawnTimer:
despawnTime = lastActiveMob.spawn.respawnTimer
self.activeMobs = []
self.activeInfo = None
self.despawnTime = despawnTime
self.lastTick = sysTime()
# Notify spawngroup controller, but only if zone isn't shutting down.
if self.spawnGroupController and not self.zone.stopped:
self.blocked = self.spawnGroupController.spawnRemoved(self,lastActiveMob)
def removeMob(self, despawnTime=0):
if not len(self.activeMobs):
return
lastActiveMob = self.activeMobs[0]
if not despawnTime:
if lastActiveMob.spawn.respawnTimer:
despawnTime = lastActiveMob.spawn.respawnTimer
self.activeMobs = []
self.activeInfo = None
self.despawnTime = despawnTime
self.lastTick = sysTime()
# Notify spawngroup controller, but only if zone isn't shutting down.
if self.spawnGroupController and not self.zone.stopped:
self.blocked = self.spawnGroupController.spawnRemoved(
self, lastActiveMob)
def DoCharm(effect, src, dst):
proto = effect.effectProto
if not proto.flags&RPG_EFFECT_CHARM:
return
if dst.player:
return
if src.pet or src.petSpawning:
return
if dst.master:
return
pet = dst
pet.charmBackupRealm = pet.realm
pet.charmBackupAggro = pet.aggro
pet.charmBegin = sysTime()
pet.realm = src.realm
pet.master = src
src.pet = pet
if src.player:
pet.playerPet = True
src.character.refreshPetItems()
from mud.world.pet import PetCmdFollowMe
PetCmdFollowMe(pet)
pet.aggro = defaultdict(int)
pet.setTarget(None)
pet.charmEffect = effect
petPet = pet.pet
if petPet:
if petPet.charmEffect:
petPet.charmEffect.parent.cancel()
if pet.pet:
traceback.print_stack()
print "AssertionError: pet charm effect resisted breaking!"
return
petPet.zone.removeMob(petPet)
def BreakCharm(effect):
proto = effect.effectProto
if not proto.flags&RPG_EFFECT_CHARM:
return
src = effect.src
dst = effect.dst
if not src.pet or src.pet != dst:
return
pet = src.pet
zone = pet.zone
pet.realm = pet.charmBackupRealm
pet.aggro = pet.charmBackupAggro
pet.petSpeedMod = 0.0
pet.charmEffect = None
pet.master = None
src.pet = None
pet.playerPet = False
if src.character:
# Unequip the items given by the Character master.
map(pet.unequipItem,xrange(RPG_SLOT_WORN_BEGIN,RPG_SLOT_WORN_END))
# Refresh the items given by the Character master.
src.character.refreshPetItems()
# And reequip own gear.
map(pet.aiEquipItem,pet.loot.items)
pet.mobInfo.refresh()
zone.setTarget(pet,None)
zone.setFollowTarget(pet,None)
# Reset home transform in case the player used a /pet stay command.
zone.simAvatar.mind.callRemote("resetHomeTransform",pet.simObject.id)
# Make the released pet angry at its former master.
# The longer the charm duration and the higher the pet level, the more angry.
pet.addAggro(src,int(ceil(10 * pet.plevel * (sysTime() - pet.charmBegin))))
def removeMob(self, mob, despawnTime=0):
if mob.master and mob.master.player:
mob.master.character.petHealthBackup = mob.health
mob.master.character.petHealthTimer = int(sysTime())
if mob.corpseRemoval:
mob.corpseRemoval.cancel()
mob.corpseRemoval = None
if mob.spawnpoint:
mob.spawnpoint.removeMob(despawnTime)
mob.kingKiller = None
if not mob.detached:
self.detachMob(mob)
if mob.looter:
mob.looter.looting = None
try:
mob.looter.mind.callRemote("setLoot", {})
except:
pass
if mob.loot:
mob.loot.mob = None
for item in mob.loot.items:
item.destroySelf()
if not mob.player:
try:
self.simAvatar.deleteObject(mob.simObject)
except:
pass
try:
del self.mobLookup[mob.simObject]
except KeyError:
pass
mob.simObject = None
self.world.cpuDespawn -= 1
def removeMob(self, mob, despawnTime=0):
if mob.master and mob.master.player:
mob.master.character.petHealthBackup = mob.health
mob.master.character.petHealthTimer = int(sysTime())
if mob.corpseRemoval:
mob.corpseRemoval.cancel()
mob.corpseRemoval = None
if mob.spawnpoint:
mob.spawnpoint.removeMob(despawnTime)
mob.kingKiller = None
if not mob.detached:
self.detachMob(mob)
if mob.looter:
mob.looter.looting = None
try:
mob.looter.mind.callRemote("setLoot", {})
except:
pass
if mob.loot:
mob.loot.mob = None
for item in mob.loot.items:
item.destroySelf()
if not mob.player:
try:
self.simAvatar.deleteObject(mob.simObject)
except:
pass
try:
del self.mobLookup[mob.simObject]
except KeyError:
pass
mob.simObject = None
self.world.cpuDespawn -= 1
def playerEnterZone(self, player):
if not player.world:
print "WARNING: Player Entering Zone not attached to world... probably lost connection to world while zoning in"
return
player.zone.simAvatar.setDisplayName(player)
# announce to other players
if player.role.name not in ("Guardian", "Immortal"):
if player.enteringWorld:
for p in self.players:
p.sendGameText(RPG_MSG_GAME_BLUE, r"%s has entered the zone.\n" % player.charName)
for p in player.world.activePlayers:
if p == player:
continue
if p.enteringWorld:
continue
if p in self.players: # already told that we entered zone
continue
p.sendGameText(RPG_MSG_GAME_BLUE, r"%s has entered the world.\n" % player.charName)
else:
pmob = player.curChar.mob
for p in self.players:
if AllowHarmful(pmob, p.curChar.mob):
continue
p.sendGameText(RPG_MSG_GAME_BLUE, r"%s has entered the zone.\n" % player.charName)
# If the player was logging in and not zoning, we still need to reset
# the flag denoting him/her entering the world.
player.enteringWorld = False
# we use queue to keep dynamic zones alive
try:
del self.playerQueue[player]
except KeyError:
pass
# Check if encounter setting will be preserved or not
# yeah, 5 minutes are long, this is just to make sure ...
if sysTime() - player.encounterPreserveTimer < 300:
player.mind.callRemote("checkEncounterSetting", True)
player.encounterPreserveTimer = 0
player.encounterSetting = RPG_ENCOUNTER_PVE # go safe until required otherwise
self.players.append(player)
for c in player.party.members:
# Get a handle to this Character's Mob.
mob = c.mob
# Add the Mob to the Mob lookup table. Even if the player
# has multiple Characters in the party, there will be only
# one lookup table entry.
self.mobLookup[player.simObject] = mob
# Set the Mob's simulation object.
mob.simObject = player.simObject
# Append this Mob to this Zone's list of active Mobs.
self.activeMobs.append(mob)
# If the Character zoned in dead, detach the Mob again.
if c.dead:
self.detachMob(mob)
# If this world doesn't allow more than a single party member,
# then set the death marker of the zoned in Player.
if CoreSettings.MAXPARTY == 1:
player.world.setDeathMarker(player, player.party.members[0])
if CoreSettings.PGSERVER:
player.world.sendCharacterInfo(player)
def update(self, finfo=None, fromServer=False):
from playerSettings import PLAYERSETTINGS
try:
FRIENDS = PLAYERSETTINGS.friends
if finfo == None:
finfo = self.remoteFriendsInfo
else:
self.remoteFriendsInfo = finfo
playsound = False
if fromServer:
if sysTime() - self.lastSoundTime >= 15:
if TGEGetGlobal("$pref::game::friendsAudioAlerts") == "1":
playsound = True
pos = self.scrollCtrl.childRelPos.split(" ")
tc = self.textList
tc.setVisible(False)
tc.clear()
online = set()
offline = dict((friend.upper(),friend) for friend in FRIENDS)
# Add online friends to list.
for index,friend in enumerate(finfo.iterkeys()):
friendUpper = friend.upper()
matchGuild,wname,zname = finfo[friend]
online.add(friend)
try:
del offline[friendUpper]
except KeyError:
pass
if matchGuild:
# To be collected and forwarded to guild gui once this exists.
guildTag = " (Guild Member)"
else:
guildTag = ""
self.textList.addRow(index,"%s%s\t%s\t%s"%(friend,guildTag,wname,zname))
# Add offline friends to list.
for index,friend in enumerate(offline.itervalues()):
self.textList.addRow(index,"%s\tAway\t"%(friend))
if fromServer:
for name in online.difference(self.active):
receiveGameText(RPG_MSG_GAME_LEVELGAINED, \
"Your friend %s has joined the game!\\n"%name)
if playsound:
TGEEval('alxPlay(alxCreateSource(AudioMessage, "%s/data/sound/sfx/Heartbeat_Loop1.ogg"));'%GAMEROOT)
self.lastSoundTime = sysTime()
for name in self.active.difference(online):
receiveGameText(RPG_MSG_GAME_BLUE, \
"Your friend %s has left the game!\\n"%name)
if playsound:
TGEEval('alxPlay(alxCreateSource(AudioMessage, "%s/data/sound/sfx/BoneTowerPercussionRattle7.ogg"));'%GAMEROOT)
self.lastSoundTime = sysTime()
self.active = online
tc.setActive(True)
tc.setVisible(True)
self.scrollCtrl.scrollRectVisible(pos[0],pos[1],1,444)
except:
traceback.print_exc()
def ShutdownWorld(minutes = 10):
global FORCEKILL_TIME,REBOOT, ANNOUNCE_MINUTE
REBOOT = False
FORCEKILL_TIME = sysTime()+minutes*60
ANNOUNCE_MINUTE = minutes
AnnounceShutdownReboot()
def ShutdownWorld(minutes=10):
global FORCEKILL_TIME, REBOOT, ANNOUNCE_MINUTE
REBOOT = False
FORCEKILL_TIME = sysTime() + minutes * 60
ANNOUNCE_MINUTE = minutes
AnnounceShutdownReboot()
if not WORLDNAME or not PUBLICNAME or PASSWORD is None:
print "Usage: WorldDaemon -worldname=MYWORLD -publicname=MYPUBLICNAME -password=MYPASSWORD"
raise "Incorrect Usage"
class BadConnectionError(Exception):
def __str__(self):
return "Bad Connection"
#military time!
REBOOT = True
REBOOT_HOUR = 3
REBOOT_MINUTE = 0
REBOOT_TIME = sysTime()
ANNOUNCE_MINUTE = -1
FORCEKILL_TIME = None
KILLED = False
SPAWNED = False
try:
exec("from serverconfig.%s import *" % WORLDNAME)
except:
print "Error reading server configuration, %s" % WORLDNAME
sys.exit(-1)
def RebootWorld(minutes = 10):
global FORCEKILL_TIME,REBOOT, ANNOUNCE_MINUTE
FORCEKILL_TIME = sysTime()+minutes*60
REBOOT = True
ANNOUNCE_MINUTE = minutes
AnnounceShutdownReboot()
def update(self, finfo=None, fromServer=False):
from playerSettings import PLAYERSETTINGS
try:
FRIENDS = PLAYERSETTINGS.friends
if finfo == None:
finfo = self.remoteFriendsInfo
else:
self.remoteFriendsInfo = finfo
playsound = False
if fromServer:
if sysTime() - self.lastSoundTime >= 15:
if TGEGetGlobal("$pref::game::friendsAudioAlerts") == "1":
playsound = True
pos = self.scrollCtrl.childRelPos.split(" ")
tc = self.textList
tc.setVisible(False)
tc.clear()
online = set()
offline = dict((friend.upper(), friend) for friend in FRIENDS)
# Add online friends to list.
for index, friend in enumerate(finfo.iterkeys()):
friendUpper = friend.upper()
matchGuild, wname, zname = finfo[friend]
online.add(friend)
try:
del offline[friendUpper]
except KeyError:
pass
if matchGuild:
# To be collected and forwarded to guild gui once this exists.
guildTag = " (Guild Member)"
else:
guildTag = ""
self.textList.addRow(
index, "%s%s\t%s\t%s" % (friend, guildTag, wname, zname))
# Add offline friends to list.
for index, friend in enumerate(offline.itervalues()):
self.textList.addRow(index, "%s\tAway\t" % (friend))
if fromServer:
for name in online.difference(self.active):
receiveGameText(RPG_MSG_GAME_LEVELGAINED, \
"Your friend %s has joined the game!\\n"%name)
if playsound:
TGEEval(
'alxPlay(alxCreateSource(AudioMessage, "%s/data/sound/sfx/Heartbeat_Loop1.ogg"));'
% GAMEROOT)
self.lastSoundTime = sysTime()
for name in self.active.difference(online):
receiveGameText(RPG_MSG_GAME_BLUE, \
"Your friend %s has left the game!\\n"%name)
if playsound:
TGEEval(
'alxPlay(alxCreateSource(AudioMessage, "%s/data/sound/sfx/BoneTowerPercussionRattle7.ogg"));'
% GAMEROOT)
self.lastSoundTime = sysTime()
self.active = online
tc.setActive(True)
tc.setVisible(True)
self.scrollCtrl.scrollRectVisible(pos[0], pos[1], 1, 444)
except:
traceback.print_exc()
def DoResurrection(effect,src,dst):
proto = effect.effectProto
if not proto.flags&RPG_EFFECT_RESURRECTION:
return False
healthRecover = manaRecover = staminaRecover = 0
for st in proto.stats:
statname = st.statname
if statname == 'health':
if value > 0:
healthRecover += st.value * (effect.mod + effect.healMod)
elif statname == 'mana':
manaRecover += st.value * effect.mod
elif statname == 'stamina':
staminaRecover += st.value * effect.mod
if CoreSettings.MAXPARTY != 1:
player = dst.player
if not player:
return False
for c in player.party.members:
if c.dead:
c.resurrect(proto.resurrectionXP)
mob = c.mob
if healthRecover:
mob.health += healthRecover
if mob.health > mob.maxHealth:
mob.health = mob.maxHealth
c.health = int(mob.health)
if manaRecover:
mob.mana += manaRecover
if mob.mana > mob.maxMana:
mob.mana = mob.maxMana
c.mana = int(mob.mana)
if staminaRecover:
mob.stamina += staminaRecover
if mob.stamina > mob.maxStamina:
mob.stamina = mob.maxStamina
c.stamina = int(mob.stamina)
return True
else:
if src.player:
# Player resurrection of grave. Gather up the corpses in the zone.
cnames = []
srcZoneName = src.player.zone.zone.name
srcPos = src.simObject.position
for pname,dm in src.player.world.deathMarkers.iteritems():
try:
charName,realm,zoneName,dstPos,rot = dm
if zoneName == srcZoneName:
x = srcPos[0] - dstPos[0]
y = srcPos[1] - dstPos[1]
z = srcPos[2] - dstPos[2]
r = x*x + y*y + z*z
# Test radius squared, no need to take root on vector.
if r < 50:
cnames.append(charName)
except:
traceback.print_exc()
# If the list of possible resurrection targets is empty,
# notify caster and return.
if not len(cnames):
src.player.sendGameText(RPG_MSG_GAME_DENIED,r'There are no graves near enough to resurrect.\n')
return False
# Send a list of names of possible resurrection targets to the caster.
src.player.mind.callRemote("setResurrectNames",cnames)
src.player.resurrection = (sysTime(),proto.resurrectionXP,healthRecover,manaRecover,staminaRecover,cnames)
return True
else:
#hm, this is a mob resurrection, we could wipe the grave location and return some XP
#for now, do nothing
return False
def tick():
global TICK_COUNTER
if not AVATAR:
return #not official
#error?
if not AVATAR.mind:
return
if AVATAR.world.shuttingDown:
return
try:
now = sysTime()
#ship off any player buffers from the last time
try:
from mud.worldserver.charutil import PLAYER_BUFFERS
for pname, pbuffer, cbuffer, cvalues in PLAYER_BUFFERS[:]:
pbuf = encodestring(dumps(pbuffer, 2))
cbuf = None
if cbuffer:
cbuf = encodestring(dumps(cbuffer, 2))
print "Sending Player/Character buffers: %s (%ik/%ik)" % (
pname, len(pbuf) / 1024, len(cbuf) / 1024)
AVATAR.mind.callRemote("savePlayerBuffer", pname, pbuf,
cbuf,
cvalues) #xxx add callback/errback
EXTRACT_TIMES[pname] = now
#should be removing these upon success
PLAYER_BUFFERS.remove((pname, pbuffer, cbuffer, cvalues))
except:
traceback.print_exc()
TICK_COUNTER -= 3
if TICK_COUNTER > 0:
return
TICK_COUNTER = 6 * 15 #once every minute
pnames = []
extractTarget = None
best = 0
for p in AVATAR.world.activePlayers:
if not p.zone or p.enteringWorld:
continue
pname = p.publicName
pnames.append(pname)
extractionTimer = EXTRACT_TIMES.setdefault(pname, now)
t = now - extractionTimer
if t < (60 * 10):
continue
if t > best:
best = t
extractTarget = pname
remove = []
for k in EXTRACT_TIMES.iterkeys():
if k not in pnames:
remove.append(k)
map(EXTRACT_TIMES.__delitem__, remove)
if extractTarget:
p = Player.byPublicName(
extractTarget) #already in active chars
if p and p.party:
p.backupItems()
ExtractPlayer(p.publicName, p.id, p.party.members[0].id)
except:
traceback.print_exc()
#send off all players
try:
pnames = []
#it's still possible that the player is installed but isn't active
#so 2 people sharing an account could still cause problems
for p in AVATAR.world.activePlayers:
cname = ""
if p.curChar:
cname = p.curChar.name
zname = ""
if p.zone:
zname = p.zone.zone.niceName
pnames.append((p.publicName, cname, p.guildName, zname))
d = AVATAR.mind.callRemote("recordActivePlayers",
AVATAR.world.multiName, pnames)
d.addCallback(AVATAR.gotGlobalPlayers)
except:
traceback.print_exc()
def wrapper(*a, **k):
start = sysTime()
retval = fct(*a, **k)
elapsed = sysTime() - start
return (retval, elapsed)
def prepForZoneOut(self):
self.encounterPreserveTimer = int(sysTime())
self.backupItems()
def tick(self):
if not self.running:
return
reactor.callLater(.5,self.tick) #2x sec
if False:#CoreSettings.PGSERVER:
if len(self.liveZoneInstances)==len(self.staticZoneNames) and self.allowConnections:
if not len(self.activePlayers) and self.priority:
self.priority = 0
win32process.SetPriorityClass(win32process.GetCurrentProcess(),win32process.IDLE_PRIORITY_CLASS)
if len(self.activePlayers) and not self.priority:
self.priority = 1
win32process.SetPriorityClass(win32process.GetCurrentProcess(),win32process.NORMAL_PRIORITY_CLASS)
#if not self.priority:
# win32api.Sleep(2000)
elif not self.priority:
self.priority = 1
win32process.SetPriorityClass(win32process.GetCurrentProcess(),win32process.NORMAL_PRIORITY_CLASS)
if False:#RPG_BUILD_DEMO:
t = sysTime() - self.pauseTime
if 13*60 >= t >= 12*60:
self.paused = True
elif t>13*60:
self.paused = False
self.pauseTime = sysTime()
else:
self.paused=False
self.time.tick()
#store in db
if self.time.hour != self.hour:
self.minute = self.time.minute
self.hour = self.time.hour
self.day = self.time.day
CharacterServerAvatar.tick()
#if self.lasttime == -1:
# self.lasttime = sysTime()-2
#delta = sysTime()-self.lasttime
#if delta > .5:
#self.lasttime = sysTime()
if CoreSettings.PGSERVER:
if self.isShuttingDown:
self.cpuSpawn = 0
self.cpuDespawn = 0
else:
self.cpuSpawn = 4
self.cpuDespawn = 8
else:
self.cpuSpawn = 1000000
self.cpuDespawn = 1000000
# Select the zone which will be allowed to spawn mobs.
spawnZone = None
if len(self.liveZoneInstances) > 0:
if self.spawnZoneIndex > len(self.liveZoneInstances) - 1:
self.spawnZoneIndex = 0
spawnZone = self.liveZoneInstances[self.spawnZoneIndex]
self.spawnZoneIndex += 1
# Tick all live zone instances.
for z in self.liveZoneInstances:
z.tick(spawnZone)
#weed out dynamic zones that haven't any players for x amount of time
#we need to weed out failed zones (stuck in waiting, etc)
if not self.singlePlayer:
timedOut = []
for z in self.liveZoneInstances:
if not z.dynamic:
continue
if not len(z.players) and not len(z.playerQueue):
if z.timeOut == -1:
z.timeOut = sysTime()
elif (sysTime() - z.timeOut)/60 > 20: # 20 minutes
timedOut.append(z)
else:
z.timeOut = -1
for z in timedOut:
self.closeZone(z)
# Backup single player data every minute.
else:
self.singlePlayerBackupTimer -= 1
if self.singlePlayerBackupTimer < 0:
# Reset timer to one minute.
self.singlePlayerBackupTimer = 120
for player in self.activePlayers:
# If there's no party, player hasn't logged in yet and
# there's no need to back up.
if player.party:
player.backupPlayer()
# Force a write to database.
conn = Persistent._connection.getConnection()
cursor = conn.cursor()
cursor.execute("END;")
cursor.execute("BEGIN;")
cursor.close()
def reset(self):
self.friends = set()
self.friendsInfo = {}
self.mailList = {}
self.lastMailID = 0
self.curChar = None
self.zone = None
self.avatar = None
self.mind = None
self.simObject = None
self.cursorItem = None
self.interacting = None
self.dialog = None
self.curDialogLine = None
self.transfering = False
self.cinfoDirty = True
self.alliance = None
self.textMessages = []
self.textTicker = 0
self.extract = True
self.allianceTimeStamp = None
#time, effect, cnames tuple
self.resurrection = None
#time, effect tuple
self.resurrectionRequest = None
self.realm = None
self.telelink = None
self.lastInnAddTime = sysTime()
self.cserverInfos = None
self.triggeredZoneOptions = []
self.triggeredZoneLink = None
self.invite = None
self.name = self.fantasyName
self.loggingOut = False
self.trade = None
self.world = None
self.inn = None
if self.party:
for m in self.party.members:
if m.mob:
m.mob.character = None
m.mob.player = None
m.mob = None
self.party = None
self.rootInfo = None
self.msgCombatNotCloseEnough = 0
self.msgCombatCantSee = 0
self.msgCombatNotFacing = 0
self.trackingTimer = 0
self.lastTell = None
self.looting = None
self.spellEffectCastTime = sysTime()
self.spellEffectBeginTime = sysTime()
self.bankList = None
self.encounterSetting = RPG_ENCOUNTER_PVE
# This gets set to True if the player party walks. Default is run.
# Mobs have this handled specially and all player mobs in the same
# party are displayed by a single avatar. So it wouldn't make
# sense to put this somewhere else.
self.walk = False
def tick(self):
if not self.spawngroup:
return
t = sysTime()
delta = ceil((t - self.lastTick)*6.0)
self.lastTick = t
if self.despawnTime > 0:
self.despawnTime -= delta
if self.delay > 0:
self.delay -= delta
if self.despawnTime > 0:
return
if self.delay > 0:
return
if self.lastCheckTicker > 0:
self.lastCheckTicker -= delta
return
# Here because should continue ticking down.
if self.blocked:
return
#30 seconds
self.lastCheckTicker = 180
zone = self.zone
if len(self.activeMobs):
#there is currently a mob populating this spawnpoint
#handle lifetime (disabled)
if 0:
if self.lifetime > 0:
self.lifetime -= delta
if self.lifetime == 0:
#poof
self.removeMob()
#handle despawn times
if self.activeInfo:
sinfo = self.activeInfo
# If we parse the list in reversed order,
# no need to copy to prevent problems
# while removing items during loop.
for aMob in reversed(self.activeMobs):
if not aMob.target and not aMob.corpseRemoval:
if sinfo.startTime != -1 and sinfo.endTime != -1:
#if spawn crosses day boundry
if sinfo.endTime < sinfo.startTime:
if sinfo.startTime > zone.time.hour >= sinfo.endTime:
zone.removeMob(aMob)
elif not (sinfo.endTime > zone.time.hour >= sinfo.startTime):
zone.removeMob(aMob)
#code added by BellyFish
#does the NPC have a start and end day?
if sinfo.startDayRL != "" and sinfo.endDayRL != "":
#if so convert the startDayRL string to a 'date' object
startDayRL = date(*strptime(sinfo.startDayRL + "-" + strftime('%Y'), "%m-%d-%Y")[0:3])
#convert the endDayRL string to a 'date' object
endDayRL = date(*strptime(sinfo.endDayRL + "-" + strftime('%Y'), "%m-%d-%Y")[0:3])
#Figure out what todays date is
todayRL = date.today()
if endDayRL < startDayRL:
#spawn crosses the year boundry
if endDayRL < todayRL < startDayRL:
zone.removeMob(aMob)
elif not (startDayRL <= todayRL <= endDayRL):
#spawn doesn't cross year boundry
zone.removeMob(aMob)
#end added code
if not len(self.activeMobs):
#we poofed so no delay
self.delay = 0
if len(self.activeMobs):
return
sinfo = self.getSpawnInfo()
if sinfo:
self.lifetime = sinfo.lifetime
self.activeMobs = [zone.spawnMob(sinfo.spawn,self.transform,self.wanderGroup)]
self.activeMobs[0].spawnpoint = self
self.activeInfo = sinfo
if self.spawnGroupController:
self.spawnGroupController.spawnAdded(self)
def __init__(self):
self.remoteFriendsInfo = {}
self.active = []
self.lastSoundTime = sysTime() - 15
def tick(self):
if not self.spawngroup:
return
t = sysTime()
delta = ceil((t - self.lastTick) * 6.0)
self.lastTick = t
if self.despawnTime > 0:
self.despawnTime -= delta
if self.delay > 0:
self.delay -= delta
if self.despawnTime > 0:
return
if self.delay > 0:
return
if self.lastCheckTicker > 0:
self.lastCheckTicker -= delta
return
# Here because should continue ticking down.
if self.blocked:
return
#30 seconds
self.lastCheckTicker = 180
zone = self.zone
if len(self.activeMobs):
#there is currently a mob populating this spawnpoint
#handle lifetime (disabled)
if 0:
if self.lifetime > 0:
self.lifetime -= delta
if self.lifetime == 0:
#poof
self.removeMob()
#handle despawn times
if self.activeInfo:
sinfo = self.activeInfo
# If we parse the list in reversed order,
# no need to copy to prevent problems
# while removing items during loop.
for aMob in reversed(self.activeMobs):
if not aMob.target and not aMob.corpseRemoval:
if sinfo.startTime != -1 and sinfo.endTime != -1:
#if spawn crosses day boundry
if sinfo.endTime < sinfo.startTime:
if sinfo.startTime > zone.time.hour >= sinfo.endTime:
zone.removeMob(aMob)
elif not (sinfo.endTime > zone.time.hour >=
sinfo.startTime):
zone.removeMob(aMob)
#code added by BellyFish
#does the NPC have a start and end day?
if sinfo.startDayRL != "" and sinfo.endDayRL != "":
#if so convert the startDayRL string to a 'date' object
startDayRL = date(*strptime(
sinfo.startDayRL + "-" +
strftime('%Y'), "%m-%d-%Y")[0:3])
#convert the endDayRL string to a 'date' object
endDayRL = date(*strptime(
sinfo.endDayRL + "-" +
strftime('%Y'), "%m-%d-%Y")[0:3])
#Figure out what todays date is
todayRL = date.today()
if endDayRL < startDayRL:
#spawn crosses the year boundry
if endDayRL < todayRL < startDayRL:
zone.removeMob(aMob)
elif not (startDayRL <= todayRL <= endDayRL):
#spawn doesn't cross year boundry
zone.removeMob(aMob)
#end added code
if not len(self.activeMobs):
#we poofed so no delay
self.delay = 0
if len(self.activeMobs):
return
sinfo = self.getSpawnInfo()
if sinfo:
self.lifetime = sinfo.lifetime
self.activeMobs = [
zone.spawnMob(sinfo.spawn, self.transform, self.wanderGroup)
]
self.activeMobs[0].spawnpoint = self
self.activeInfo = sinfo
if self.spawnGroupController:
self.spawnGroupController.spawnAdded(self)
def reset(self):
self.friends = set()
self.friendsInfo = {}
self.mailList = {}
self.lastMailID = 0
self.curChar = None
self.zone = None
self.avatar = None
self.mind = None
self.simObject = None
self.cursorItem = None
self.interacting = None
self.dialog = None
self.curDialogLine = None
self.transfering = False
self.cinfoDirty = True
self.alliance = None
self.textMessages = []
self.textTicker = 0
self.extract = True
self.allianceTimeStamp = None
#time, effect, cnames tuple
self.resurrection = None
#time, effect tuple
self.resurrectionRequest = None
self.realm = None
self.telelink = None
self.lastInnAddTime = sysTime()
self.cserverInfos = None
self.triggeredZoneOptions = []
self.triggeredZoneLink = None
self.invite = None
self.name = self.fantasyName
self.loggingOut = False
self.trade = None
self.world = None
self.inn = None
if self.party:
for m in self.party.members:
if m.mob:
m.mob.character = None
m.mob.player = None
m.mob = None
self.party = None
self.rootInfo = None
self.msgCombatNotCloseEnough = 0
self.msgCombatCantSee = 0
self.msgCombatNotFacing = 0
self.trackingTimer = 0
self.lastTell = None
self.looting = None
self.spellEffectCastTime = sysTime()
self.spellEffectBeginTime = sysTime()
self.bankList = None
self.encounterSetting = RPG_ENCOUNTER_PVE
# This gets set to True if the player party walks. Default is run.
# Mobs have this handled specially and all player mobs in the same
# party are displayed by a single avatar. So it wouldn't make
# sense to put this somewhere else.
self.walk = False
def Tick():
global REBOOT_TIME, ANNOUNCE_MINUTE,FORCEKILL_TIME,ANNOUNCECALLBACK,KILLED,REBOOT,SPAWNED,ZONECLUSTERS
reactor.callLater(15,Tick)
if KILLED:
if not len(ZoneClusterAvatar.avatars):
if not REBOOT:
reactor.stop()
else:
print "Rebooting"
KILLED = False
SpawnWorld()
return
#are we live?
if SPAWNED:
if not ANNOUNCECALLBACK and len(ZONECLUSTERS)==len(CLUSTERNAMES):
for z in ZONECLUSTERS:
if not z.live:
break
else:
SPAWNED = False
AnnounceWorld()
if FORCEKILL_TIME != None:
if ANNOUNCECALLBACK:
ANNOUNCECALLBACK.cancel()
ANNOUNCECALLBACK = None
minutes = int(ceil((FORCEKILL_TIME - sysTime())/60.0))
if minutes<=0:
FORCEKILL_TIME = None
ANNOUNCE_MINUTE = -1
REBOOT_TIME = sysTime()
KILLED = True
CServerAvatar.worldCSAvatars = {}
for z in ZONECLUSTERS:
z.killWorld()
ZONECLUSTERS = []
else:
if minutes < 11 and ANNOUNCE_MINUTE!=minutes:
if REBOOT:
print "Reboot in %i minutes"%minutes
else:
print "Shutdown in %i minutes"%minutes
ANNOUNCE_MINUTE = minutes
AnnounceShutdownReboot()
elif sysTime()-REBOOT_TIME > 60*60*2: #if we haven't rebooted within the last 2 hours
#automated reboot
lt = localtime()
hour,minute = lt[3],lt[4]
nm = hour*60+minute
rm = REBOOT_HOUR*60+REBOOT_MINUTE
minutes = 0
if rm > nm:
minutes = rm-nm
elif rm < nm:
minutes = 24*60 - (nm-rm)
if minutes < 0:
minutes = 0
if minutes and minutes < 11 and ANNOUNCE_MINUTE != minutes:
print "Reboot in %i minutes"%minutes
ANNOUNCE_MINUTE = minutes
if ANNOUNCECALLBACK:
ANNOUNCECALLBACK.cancel()
ANNOUNCECALLBACK = None
AnnounceShutdownReboot()
if hour == REBOOT_HOUR and minute >= REBOOT_MINUTE:
ANNOUNCE_MINUTE = -1
REBOOT_TIME = sysTime()
KILLED = True
REBOOT = True
CServerAvatar.worldCSAvatars = {}
for z in ZONECLUSTERS:
z.killWorld()
ZONECLUSTERS = []
def prepForZoneOut(self):
self.encounterPreserveTimer = int(sysTime())
self.backupItems()
def setDelay(self,delay):
self.delay = delay
self.lastTick = sysTime()
def Tick():
global REBOOT_TIME, ANNOUNCE_MINUTE, FORCEKILL_TIME, ANNOUNCECALLBACK, KILLED, REBOOT, SPAWNED, ZONECLUSTERS
reactor.callLater(15, Tick)
if KILLED:
if not len(ZoneClusterAvatar.avatars):
if not REBOOT:
reactor.stop()
else:
print "Rebooting"
KILLED = False
SpawnWorld()
return
#are we live?
if SPAWNED:
if not ANNOUNCECALLBACK and len(ZONECLUSTERS) == len(CLUSTERNAMES):
for z in ZONECLUSTERS:
if not z.live:
break
else:
SPAWNED = False
AnnounceWorld()
if FORCEKILL_TIME != None:
if ANNOUNCECALLBACK:
ANNOUNCECALLBACK.cancel()
ANNOUNCECALLBACK = None
minutes = int(ceil((FORCEKILL_TIME - sysTime()) / 60.0))
if minutes <= 0:
FORCEKILL_TIME = None
ANNOUNCE_MINUTE = -1
REBOOT_TIME = sysTime()
KILLED = True
CServerAvatar.worldCSAvatars = {}
for z in ZONECLUSTERS:
z.killWorld()
ZONECLUSTERS = []
else:
if minutes < 11 and ANNOUNCE_MINUTE != minutes:
if REBOOT:
print "Reboot in %i minutes" % minutes
else:
print "Shutdown in %i minutes" % minutes
ANNOUNCE_MINUTE = minutes
AnnounceShutdownReboot()
elif sysTime(
) - REBOOT_TIME > 60 * 60 * 2: #if we haven't rebooted within the last 2 hours
#automated reboot
lt = localtime()
hour, minute = lt[3], lt[4]
nm = hour * 60 + minute
rm = REBOOT_HOUR * 60 + REBOOT_MINUTE
minutes = 0
if rm > nm:
minutes = rm - nm
elif rm < nm:
minutes = 24 * 60 - (nm - rm)
if minutes < 0:
minutes = 0
if minutes and minutes < 11 and ANNOUNCE_MINUTE != minutes:
print "Reboot in %i minutes" % minutes
ANNOUNCE_MINUTE = minutes
if ANNOUNCECALLBACK:
ANNOUNCECALLBACK.cancel()
ANNOUNCECALLBACK = None
AnnounceShutdownReboot()
if hour == REBOOT_HOUR and minute >= REBOOT_MINUTE:
ANNOUNCE_MINUTE = -1
REBOOT_TIME = sysTime()
KILLED = True
REBOOT = True
CServerAvatar.worldCSAvatars = {}
for z in ZONECLUSTERS:
z.killWorld()
ZONECLUSTERS = []
def __init__(self,zone,transform,group,wandergroup):
self.activeMobs = []
self.activeInfo = None
self.lifetime = 0
self.delay = 0
self.despawnTime = 0
self.transform = transform
self.zone = zone
self.wanderGroup = wandergroup
self.lastTick = sysTime()
self.lastCheckTicker = 0
self.blocked = False
self.spawnGroupController = None
populator = False
if group.startswith("POPULATOR_"):
populator = True
p,num = group.split("_")
num = int(num)
if zone.populatorGroups.has_key(num):
group = zone.populatorGroups[num]
else:
groups = []
fgroups = []
gengroups = []
for sg in zone.zone.spawnGroups:
if sg.targetName or sg.popFreq < 0:
continue
unique = False
for sinfo in sg.spawninfos:
if sinfo.spawn.flags&RPG_SPAWN_UNIQUE:
unique = True
break
if unique:
print "Warning: pop group contains a unique spawn",sg.groupName
continue
if "CMT_RANK" in sg.groupName:
gengroups.append(sg)
elif "PRT_RANK" in sg.groupName:
gengroups.append(sg)
elif "MGE_RANK" in sg.groupName:
gengroups.append(sg)
elif "RGE_RANK" in sg.groupName:
gengroups.append(sg)
elif sg.popFreq > 1:
fgroups.append(sg)
else:
groups.append(sg)
if len(gengroups):
g = None
if len(gengroups) == 1:
g = gengroups[0]
else:
g = gengroups[randint(0,len(gengroups)-1)]
if g.popFreq > 1:
fgroups.append(g)
else:
groups.append(g)
for g in fgroups:
if not randint(0,g.popFreq):
groups.append(g)
if not len(groups):
groups.extend(fgroups)
if not len(groups):
print "WARNING!!!!! No spawn for populator %i"%num
elif len(groups) == 1:
group = groups[0].groupName.upper()
else:
group = groups[randint(0,len(groups) - 1)].groupName.upper()
zone.populatorGroups[num] = group
self.groupName = group
self.spawngroup = None
for sg in zone.zone.spawnGroups:
if sg.groupName.upper() == group.upper():
if sg.controllerInfo:
self.spawnGroupController = sg.controllerInfo.spawnGroupController
self.spawngroup = self.spawnGroupController.registerSpawnpoint(self,sg.controllerInfo)
self.groupName = self.spawngroup.groupName
else:
self.spawngroup = sg
break
else:
if not populator:
print "WARNING!!!!! Cannot find %s SpawnGroup"%group
def RebootWorld(minutes=10):
global FORCEKILL_TIME, REBOOT, ANNOUNCE_MINUTE
FORCEKILL_TIME = sysTime() + minutes * 60
REBOOT = True
ANNOUNCE_MINUTE = minutes
AnnounceShutdownReboot()
def tick():
global TICK_COUNTER
if not AVATAR:
return #not official
#error?
if not AVATAR.mind:
return
if AVATAR.world.shuttingDown:
return
try:
now = sysTime()
#ship off any player buffers from the last time
try:
from mud.worldserver.charutil import PLAYER_BUFFERS
for pname,pbuffer,cbuffer,cvalues in PLAYER_BUFFERS[:]:
pbuf = encodestring(dumps(pbuffer, 2))
cbuf = None
if cbuffer:
cbuf = encodestring(dumps(cbuffer, 2))
print "Sending Player/Character buffers: %s (%ik/%ik)"%(pname,len(pbuf)/1024,len(cbuf)/1024)
AVATAR.mind.callRemote("savePlayerBuffer",pname,pbuf,cbuf,cvalues) #xxx add callback/errback
EXTRACT_TIMES[pname]=now
#should be removing these upon success
PLAYER_BUFFERS.remove((pname,pbuffer,cbuffer,cvalues))
except:
traceback.print_exc()
TICK_COUNTER -= 3
if TICK_COUNTER > 0:
return
TICK_COUNTER = 6 * 15 #once every minute
pnames = []
extractTarget = None
best = 0
for p in AVATAR.world.activePlayers:
if not p.zone or p.enteringWorld:
continue
pname = p.publicName
pnames.append(pname)
extractionTimer = EXTRACT_TIMES.setdefault(pname,now)
t = now - extractionTimer
if t < (60 * 10):
continue
if t > best:
best = t
extractTarget = pname
remove = []
for k in EXTRACT_TIMES.iterkeys():
if k not in pnames:
remove.append(k)
map(EXTRACT_TIMES.__delitem__,remove)
if extractTarget:
p = Player.byPublicName(extractTarget) #already in active chars
if p and p.party:
p.backupItems()
ExtractPlayer(p.publicName,p.id,p.party.members[0].id)
except:
traceback.print_exc()
#send off all players
try:
pnames = []
#it's still possible that the player is installed but isn't active
#so 2 people sharing an account could still cause problems
for p in AVATAR.world.activePlayers:
cname = ""
if p.curChar:
cname = p.curChar.name
zname = ""
if p.zone:
zname = p.zone.zone.niceName
pnames.append((p.publicName,cname,p.guildName,zname))
d = AVATAR.mind.callRemote("recordActivePlayers",AVATAR.world.multiName,pnames)
d.addCallback(AVATAR.gotGlobalPlayers)
except:
traceback.print_exc()
def remote_addToParty(self, cname):
# Get a handle to the player.
player = self.player
# Do not allow a player to change party members while in a trade.
if player.trade:
player.sendGameText(RPG_MSG_GAME_DENIED,"You must finish a trade before using the Inn.\\n")
return
from mud.world.cserveravatar import AVATAR
if AVATAR:
if player.cserverInfos:
for ci in player.cserverInfos:
if ci.rename == 2 and ci.name.lower() == cname.lower():
player.sendGameText(RPG_MSG_GAME_DENIED,"You must rename this character before bringing them into the game. You can rename the character by logging in with them from the main world login screen.\\n")
return
#should be on client
if cname == player.party.members[0].name:
return
t = sysTime() - player.lastInnAddTime
if t < 30:
player.sendGameText(RPG_MSG_GAME_DENIED,"You can change characters in %i seconds.\\n"%(31-t))
return
player.lastInnAddTime = sysTime()
d = AVATAR.mind.callRemote("getCharacterBuffer", \
player.publicName,cname)
d.addCallback(self.gotCharacterBuffer,cname)
return d
else:
try:
c = Character.byName(cname)
except:
return
if c.player != player:
print "WARNING: Player at inn attempting to add a character that isn't theres!"
return
if len(player.party.members) == 6:
return
if len(player.party.members) >= CoreSettings.MAXPARTY:
player.sendGameText(RPG_MSG_GAME_DENIED,"This world allows at most %i characters in your party.\\n"%(CoreSettings.MAXPARTY))
return
if c in player.party.members:
return
#add the character!!!!
player.party.addCharacter(c)
# Monsters don't like to party...
if player.realm == RPG_REALM_MONSTER:
for member in player.party.members:
if member != c:
player.party.removeCharacter(member)
player.sendGameText(RPG_MSG_GAME_EVENT, \
"Rawr! Monsters don't like to party.\\n")
player.alliance.allianceInfo.refresh()
self.sendLists()
return
def __init__(self):
self.remoteFriendsInfo = {}
self.active = []
self.lastSoundTime = sysTime() - 15
def __init__(self, zone, transform, group, wandergroup):
self.activeMobs = []
self.activeInfo = None
self.lifetime = 0
self.delay = 0
self.despawnTime = 0
self.transform = transform
self.zone = zone
self.wanderGroup = wandergroup
self.lastTick = sysTime()
self.lastCheckTicker = 0
self.blocked = False
self.spawnGroupController = None
populator = False
if group.startswith("POPULATOR_"):
populator = True
p, num = group.split("_")
num = int(num)
if zone.populatorGroups.has_key(num):
group = zone.populatorGroups[num]
else:
groups = []
fgroups = []
gengroups = []
for sg in zone.zone.spawnGroups:
if sg.targetName or sg.popFreq < 0:
continue
unique = False
for sinfo in sg.spawninfos:
if sinfo.spawn.flags & RPG_SPAWN_UNIQUE:
unique = True
break
if unique:
print "Warning: pop group contains a unique spawn", sg.groupName
continue
if "CMT_RANK" in sg.groupName:
gengroups.append(sg)
elif "PRT_RANK" in sg.groupName:
gengroups.append(sg)
elif "MGE_RANK" in sg.groupName:
gengroups.append(sg)
elif "RGE_RANK" in sg.groupName:
gengroups.append(sg)
elif sg.popFreq > 1:
fgroups.append(sg)
else:
groups.append(sg)
if len(gengroups):
g = None
if len(gengroups) == 1:
g = gengroups[0]
else:
g = gengroups[randint(0, len(gengroups) - 1)]
if g.popFreq > 1:
fgroups.append(g)
else:
groups.append(g)
for g in fgroups:
if not randint(0, g.popFreq):
groups.append(g)
if not len(groups):
groups.extend(fgroups)
if not len(groups):
print "WARNING!!!!! No spawn for populator %i" % num
elif len(groups) == 1:
group = groups[0].groupName.upper()
else:
group = groups[randint(0,
len(groups) - 1)].groupName.upper()
zone.populatorGroups[num] = group
self.groupName = group
self.spawngroup = None
for sg in zone.zone.spawnGroups:
if sg.groupName.upper() == group.upper():
if sg.controllerInfo:
self.spawnGroupController = sg.controllerInfo.spawnGroupController
self.spawngroup = self.spawnGroupController.registerSpawnpoint(
self, sg.controllerInfo)
self.groupName = self.spawngroup.groupName
else:
self.spawngroup = sg
break
else:
if not populator:
print "WARNING!!!!! Cannot find %s SpawnGroup" % group
def playerEnterZone(self, player):
if not player.world:
print "WARNING: Player Entering Zone not attached to world... probably lost connection to world while zoning in"
return
player.zone.simAvatar.setDisplayName(player)
# announce to other players
if player.role.name not in ("Guardian", "Immortal"):
if player.enteringWorld:
for p in self.players:
p.sendGameText(RPG_MSG_GAME_BLUE, \
r'%s has entered the zone.\n'%player.charName)
for p in player.world.activePlayers:
if p == player:
continue
if p.enteringWorld:
continue
if p in self.players: #already told that we entered zone
continue
p.sendGameText(RPG_MSG_GAME_BLUE, \
r'%s has entered the world.\n'%player.charName)
else:
pmob = player.curChar.mob
for p in self.players:
if AllowHarmful(pmob, p.curChar.mob):
continue
p.sendGameText(RPG_MSG_GAME_BLUE, \
r'%s has entered the zone.\n'%player.charName)
# If the player was logging in and not zoning, we still need to reset
# the flag denoting him/her entering the world.
player.enteringWorld = False
#we use queue to keep dynamic zones alive
try:
del self.playerQueue[player]
except KeyError:
pass
# Check if encounter setting will be preserved or not
# yeah, 5 minutes are long, this is just to make sure ...
if sysTime() - player.encounterPreserveTimer < 300:
player.mind.callRemote("checkEncounterSetting", True)
player.encounterPreserveTimer = 0
player.encounterSetting = RPG_ENCOUNTER_PVE # go safe until required otherwise
self.players.append(player)
for c in player.party.members:
# Get a handle to this Character's Mob.
mob = c.mob
# Add the Mob to the Mob lookup table. Even if the player
# has multiple Characters in the party, there will be only
# one lookup table entry.
self.mobLookup[player.simObject] = mob
# Set the Mob's simulation object.
mob.simObject = player.simObject
# Append this Mob to this Zone's list of active Mobs.
self.activeMobs.append(mob)
# If the Character zoned in dead, detach the Mob again.
if c.dead:
self.detachMob(mob)
# If this world doesn't allow more than a single party member,
# then set the death marker of the zoned in Player.
if CoreSettings.MAXPARTY == 1:
player.world.setDeathMarker(player, player.party.members[0])
if CoreSettings.PGSERVER:
player.world.sendCharacterInfo(player)
def setDelay(self, delay):
self.delay = delay
self.lastTick = sysTime()
def tick(self):
if not self.running:
return
reactor.callLater(.5, self.tick) #2x sec
if False: #CoreSettings.PGSERVER:
if len(self.liveZoneInstances) == len(
self.staticZoneNames) and self.allowConnections:
if not len(self.activePlayers) and self.priority:
self.priority = 0
win32process.SetPriorityClass(
win32process.GetCurrentProcess(),
win32process.IDLE_PRIORITY_CLASS)
if len(self.activePlayers) and not self.priority:
self.priority = 1
win32process.SetPriorityClass(
win32process.GetCurrentProcess(),
win32process.NORMAL_PRIORITY_CLASS)
#if not self.priority:
# win32api.Sleep(2000)
elif not self.priority:
self.priority = 1
win32process.SetPriorityClass(
win32process.GetCurrentProcess(),
win32process.NORMAL_PRIORITY_CLASS)
if False: #RPG_BUILD_DEMO:
t = sysTime() - self.pauseTime
if 13 * 60 >= t >= 12 * 60:
self.paused = True
elif t > 13 * 60:
self.paused = False
self.pauseTime = sysTime()
else:
self.paused = False
self.time.tick()
#store in db
if self.time.hour != self.hour:
self.minute = self.time.minute
self.hour = self.time.hour
self.day = self.time.day
CharacterServerAvatar.tick()
#if self.lasttime == -1:
# self.lasttime = sysTime()-2
#delta = sysTime()-self.lasttime
#if delta > .5:
#self.lasttime = sysTime()
if CoreSettings.PGSERVER:
if self.isShuttingDown:
self.cpuSpawn = 0
self.cpuDespawn = 0
else:
self.cpuSpawn = 4
self.cpuDespawn = 8
else:
self.cpuSpawn = 1000000
self.cpuDespawn = 1000000
# Select the zone which will be allowed to spawn mobs.
spawnZone = None
if len(self.liveZoneInstances) > 0:
if self.spawnZoneIndex > len(self.liveZoneInstances) - 1:
self.spawnZoneIndex = 0
spawnZone = self.liveZoneInstances[self.spawnZoneIndex]
self.spawnZoneIndex += 1
# Tick all live zone instances.
for z in self.liveZoneInstances:
z.tick(spawnZone)
#weed out dynamic zones that haven't any players for x amount of time
#we need to weed out failed zones (stuck in waiting, etc)
if not self.singlePlayer:
timedOut = []
for z in self.liveZoneInstances:
if not z.dynamic:
continue
if not len(z.players) and not len(z.playerQueue):
if z.timeOut == -1:
z.timeOut = sysTime()
elif (sysTime() - z.timeOut) / 60 > 20: # 20 minutes
timedOut.append(z)
else:
z.timeOut = -1
for z in timedOut:
self.closeZone(z)
# Backup single player data every minute.
else:
self.singlePlayerBackupTimer -= 1
if self.singlePlayerBackupTimer < 0:
# Reset timer to one minute.
self.singlePlayerBackupTimer = 120
for player in self.activePlayers:
# If there's no party, player hasn't logged in yet and
# there's no need to back up.
if player.party:
player.backupPlayer()
# Force a write to database.
conn = Persistent._connection.getConnection()
cursor = conn.cursor()
cursor.execute("END;")
cursor.execute("BEGIN;")
cursor.close()
def wrapper(*a, **k):
start=sysTime()
retval=fct(*a, **k)
elapsed=sysTime()-start
return (retval, elapsed)
print "Usage: WorldDaemon -worldname=MYWORLD -publicname=MYPUBLICNAME -password=MYPASSWORD"
raise "Incorrect Usage"
class BadConnectionError(Exception):
def __str__(self):
return "Bad Connection"
#military time!
REBOOT = True
REBOOT_HOUR = 3
REBOOT_MINUTE = 0
REBOOT_TIME = sysTime()
ANNOUNCE_MINUTE = -1
FORCEKILL_TIME = None
KILLED = False
SPAWNED = False
def AnnounceShutdownReboot():
for z in ZONECLUSTERS:
try:
if REBOOT:
z.mind.callRemote("announceReboot",ANNOUNCE_MINUTE)
else:
z.mind.callRemote("announceShutdown",ANNOUNCE_MINUTE)