def SetShipConfig(self, key, value):
lock = locks.TempLock('%s:%s' % (self, self.shipid))
if lock.lockedWhen is not None:
return
with lock:
self.ship.ConfigureShip(self.shipid, {key: value})
self.config[key] = value
def _OpenCorporationPanel_Planets_Callback(self):
with locks.TempLock('OpenCorporationPanel_Planets', locks.RLock):
if sm.GetService('planetSvc').GetMyPlanets():
self.cmd.OpenPlanets()
else:
systemData = sm.GetService('map').GetSolarsystemItems(
session.solarsystemid2)
systemPlanets = []
for orbitalBody in systemData:
if orbitalBody.groupID == const.groupPlanet:
systemPlanets.append(orbitalBody)
planetID = systemPlanets[random.randrange(
0, len(systemPlanets))].itemID
sm.GetService('planetUI').Open(planetID)
if not settings.user.suppress.Get('suppress.PI_Info', None):
ret, supp = sm.GetService('gameui').MessageBox(
localization.GetByLabel('UI/PI/IntroText'),
title=localization.GetByLabel(
'UI/Generic/Information'),
buttons=uiconst.OK,
modal=False,
icon=uiconst.INFO,
suppText=localization.GetByLabel(
'UI/Shared/Suppress1'))
if supp:
settings.user.suppress.Set('suppress.PI_Info', supp)
def OnLSC(self, channelID, estimatedMembercount, method, who, *args):
"""
React to a Large-Scale Chat Event.
Monitors the chat on the Move-channel. Moving users that speak the phrase
defined by self.movePhrase.
Params:
channelID - The id of the channel. Tuple or integer.
estimatedMembercount - Estimated member count of the channel.
method - The method used on the channel.
who - The character using the method.
*args - Arguments of the method used.
"""
if self.channelID is None:
return
if channelID != self.channelID:
return
charID = self.GetCharacterIDFromLSC(who)
if charID == session.charid or charID in self.waitingList:
return
if method == 'SendMessage':
if len(args[0]) == 0:
return
message = args[0][0]
if message.lower() == self.movePhrase.lower():
with locks.TempLock('waitingList', locks.RLock):
self.waitingList.insert(0, charID)
sm.ScatterEvent('OnAutoMoveBotQueueChange', len(self.waitingList))
def ThrottledCall(key, boundMethod, *args):
"""
The idea here is that you should not have multiple identical outstanding
calls to the server at the same time. So queue up those calls and share the
result once the first one returns. Do not confuse this with a caching mechanism
or a generic 'once-per-X-timeunits' throttle; it's a singleton call pattern.
This should only be used for client-to-server calls. If you need specific
singletoncall for any other type of remote call, use the SingletonCall
decorator in the locks module to decorate your function.
"""
logger = sm.GetService('machoNet').LogInfo
with locks.TempLock(key, locks.RLock) as t:
if hasattr(t, 'result'):
logger('No need to cross the wire for', key,
'found throttler result from',
(blue.os.GetWallclockTime() - t.resultTime) / const.uSEC,
'microseconds ago:',
repr(t.result)[:128])
ret = t.result
if t.nWaiting == 0:
logger('No more consumers, invalidating cached result',
repr(t.result)[:128])
del t.result
else:
ret = boundMethod(*args)
if t.nWaiting > 0:
t.result = ret
t.resultTime = blue.os.GetWallclockTime()
logger('Sharing result for call', key, 'at', t.resultTime,
'for', t.nWaiting, 'waiting threads:',
repr(t.result)[:128])
return ret
def GetShipConfig(self, shipID = None):
if shipID is not None:
return moniker.GetShipAccess().GetShipConfiguration(shipID)
if util.GetActiveShip() != self.shipid:
self._ClearCachedAttributes()
with locks.TempLock('%s:%s' % (self, self.shipid)):
if self.config is None:
self.config = self.ship.GetShipConfiguration(self.shipid)
return self.config
def MoveCharacterThread(self):
while self.moveRunning is True:
if len(self.waitingList) > 0:
charID = None
with locks.TempLock('waitingList', locks.RLock):
charID = self.waitingList.pop()
sm.ScatterEvent('OnAutoMoveBotQueueChange', len(self.waitingList))
self.MoveCharacter(charID)
else:
blue.pyos.synchro.SleepWallclock(2000)
def UpdateApplicationOffer(self,
applicationID,
characterID,
corporationID,
applicationText,
status,
applicationDateTime=None):
with locks.TempLock('UpdateApplicationOffer', lockClass=locks.Lock):
return self.GetCorpRegistry().UpdateApplicationOffer(
applicationID, characterID, corporationID, applicationText,
status, applicationDateTime)
def _PrimeService(self):
with locks.TempLock((self, 'PrimeService')):
if not self.__ready__:
try:
self.LogInfo('Priming clustersingleton service...')
startTime = blue.os.GetWallclockTimeNow()
self.PrimeService()
self.LogNotice('Done priming clustersingleton service %s in %.3f seconds.' % (self.__logname__, (blue.os.GetWallclockTimeNow() - startTime) / float(const.SEC)))
except Exception as e:
log.LogException('Error priming Cluster Singleton service %s' % self.__logname__)
finally:
self.__ready__ = 1
def OnLSC(self, channelID, estimatedMembercount, method, who, *args):
if self.channelID is None:
return
if channelID != self.channelID:
return
charID = self.GetCharacterIDFromLSC(who)
if charID == session.charid or charID in self.waitingList:
return
if method == 'SendMessage':
if len(args[0]) == 0:
return
message = args[0][0]
if message.lower() == self.movePhrase.lower():
with locks.TempLock('waitingList', locks.RLock):
self.waitingList.insert(0, charID)
sm.ScatterEvent('OnAutoMoveBotQueueChange', len(self.waitingList))
def ThrottledCall(key, boundMethod, *args):
logger = sm.GetService('machoNet').LogInfo
with locks.TempLock(key, locks.RLock) as t:
if hasattr(t, 'result'):
logger('No need to cross the wire for', key, 'found throttler result from', (blue.os.GetWallclockTime() - t.resultTime) / const.uSEC, 'microseconds ago:', repr(t.result)[:128])
ret = t.result
if t.nWaiting == 0:
logger('No more consumers, invalidating cached result', repr(t.result)[:128])
del t.result
else:
ret = boundMethod(*args)
if t.nWaiting > 0:
t.result = ret
t.resultTime = blue.os.GetWallclockTime()
logger('Sharing result for call', key, 'at', t.resultTime, 'for', t.nWaiting, 'waiting threads:', repr(t.result)[:128])
return ret