def __init__(self, name, postNames, callback, removeNames=None):
self.notify.debug('__init__: %s, %s, %s' % (name, postNames, callback))
if removeNames is None:
removeNames = []
self.name = name
self.postNames = makeList(postNames)
self.removeNames = makeList(removeNames)
self.callback = callback
self.waitingOn = set()
for name in self.postNames:
if not bboard.has(name):
eventName = bboard.getEvent(name)
self.waitingOn.add(eventName)
self.acceptOnce(eventName, Functor(self._handleEvent,
eventName))
continue
for name in self.removeNames:
if bboard.has(name):
eventName = bboard.getRemoveEvent(name)
self.waitingOn.add(eventName)
self.acceptOnce(eventName, Functor(self._handleEvent,
eventName))
continue
self._checkDone()
def addExclObjs(cls, *objs):
for obj in makeList(objs):
if id(obj) not in cls._ExclObjIds:
cls._ExclObjs.append(obj)
cls._ExclObjIds.setdefault(id(obj), 0)
cls._ExclObjIds[id(obj)] += 1
cls._SyncMaster.change()
def addExclObjs(cls, *objs):
for obj in makeList(objs):
if id(obj) not in cls._ExclObjIds:
cls._ExclObjs.append(obj)
cls._ExclObjIds.setdefault(id(obj), 0)
cls._ExclObjIds[id(obj)] += 1
cls._SyncMaster.change()
def removeExclObjs(cls, *objs):
for obj in makeList(objs):
assert id(obj) in cls._ExclObjIds
cls._ExclObjIds[id(obj)] -= 1
if cls._ExclObjIds[id(obj)] == 0:
del cls._ExclObjIds[id(obj)]
cls._ExclObjs.remove(obj)
cls._SyncMaster.change()
def removeExclObjs(cls, *objs):
for obj in makeList(objs):
cls._ExclObjIds[id(obj)] -= 1
if cls._ExclObjIds[id(obj)] == 0:
del cls._ExclObjIds[id(obj)]
cls._ExclObjs.remove(obj)
cls._SyncMaster.change()
def removeExclObjs(cls, *objs):
for obj in makeList(objs):
cls._ExclObjIds[id(obj)] -= 1
if cls._ExclObjIds[id(obj)] == 0:
del cls._ExclObjIds[id(obj)]
cls._ExclObjs.remove(obj)
continue
cls._SyncMaster.change()
def typeFreqStr(self):
s = 'Object Pool: Type Frequencies'
s += '\n============================='
counts = list(set(self._count2types.keys()))
counts.sort()
counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
s += '\n%s\t%s' % (count, typ)
return s
def typeFreqStr(self):
s = 'Object Pool: Type Frequencies'
s += '\n============================='
counts = list(set(self._count2types.keys()))
counts.sort()
counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
s += '\n%s\t%s' % (count, typ)
return s
def __init__(self, name, postNames, callback, removeNames=None):
self.notify.debug('__init__: %s, %s, %s' % (name, postNames, callback))
if removeNames is None:
removeNames = []
self.name = name
self.postNames = makeList(postNames)
self.removeNames = makeList(removeNames)
self.callback = callback
self.waitingOn = set()
for name in self.postNames:
if not bboard.has(name):
eventName = bboard.getEvent(name)
self.waitingOn.add(eventName)
self.acceptOnce(eventName, Functor(self._handleEvent, eventName))
for name in self.removeNames:
if bboard.has(name):
eventName = bboard.getRemoveEvent(name)
self.waitingOn.add(eventName)
self.acceptOnce(eventName, Functor(self._handleEvent, eventName))
self._checkDone()
def printObjsByType(self):
print('Object Pool: Objects By Type')
print('\n============================')
counts = list(set(self._count2types.keys()))
counts.sort()
# print types with the smallest number of instances first, in case
# there's a large group that waits a long time before printing
#counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print('TYPE: %s, %s objects' % (repr(typ), len(self._type2objs[typ])))
print(getNumberedTypedSortedString(self._type2objs[typ]))
def printObjsByType(self):
print('Object Pool: Objects By Type')
print('\n============================')
counts = list(set(self._count2types.keys()))
counts.sort()
# print types with the smallest number of instances first, in case
# there's a large group that waits a long time before printing
#counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print('TYPE: %s, %s objects' % (repr(typ), len(self._type2objs[typ])))
print(getNumberedTypedSortedString(self._type2objs[typ]))
def printObjsByType(self, printReferrers = False):
print 'Object Pool: Objects By Type'
print '\n============================'
counts = list(set(self._count2types.keys()))
counts.sort()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print 'TYPE: %s, %s objects' % (repr(typ), len(self._type2objs[typ]))
if printReferrers:
for line in getNumberedTypedSortedStringWithReferrersGen(self._type2objs[typ]):
print line
print getNumberedTypedSortedString(self._type2objs[typ])
def printObjsByType(self, printReferrers=False):
print 'Object Pool: Objects By Type'
print '\n============================'
counts = list(set(self._count2types.keys()))
counts.sort()
counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print 'TYPE: %s, %s objects' % (repr(typ), len(self._type2objs[typ]))
if printReferrers:
for line in getNumberedTypedSortedStringWithReferrersGen(self._type2objs[typ]):
print line
else:
print getNumberedTypedSortedString(self._type2objs[typ])
def printReferrers(self, numEach = 3):
counts = list(set(self._count2types.keys()))
counts.sort()
counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print '\n\nTYPE: %s' % repr(typ)
for i in xrange(min(numEach, len(self._type2objs[typ]))):
obj = self._type2objs[typ][i]
print '\nOBJ: %s\n' % safeRepr(obj)
referrers = gc.get_referrers(obj)
print '%s REFERRERS:\n' % len(referrers)
if len(referrers):
print getNumberedTypedString(referrers, maxLen = 80, numPrefix = 'REF')
continue
print '<No Referrers>'
def printObjsByType(self, printReferrers=False):
print 'Object Pool: Objects By Type'
print '\n============================'
counts = list(set(self._count2types.keys()))
counts.sort()
# print types with the smallest number of instances first, in case
# there's a large group that waits a long time before printing
#counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print 'TYPE: %s, %s objects' % (repr(typ), len(self._type2objs[typ]))
if printReferrers:
for line in getNumberedTypedSortedStringWithReferrersGen(self._type2objs[typ]):
print line
else:
print getNumberedTypedSortedString(self._type2objs[typ])
def printReferrers(self, numEach=3):
"""referrers of the first few of each type of object"""
counts = list(set(self._count2types.keys()))
counts.sort()
counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print "\n\nTYPE: %s" % repr(typ)
for i in xrange(min(numEach, len(self._type2objs[typ]))):
obj = self._type2objs[typ][i]
print "\nOBJ: %s\n" % safeRepr(obj)
referrers = gc.get_referrers(obj)
print "%s REFERRERS:\n" % len(referrers)
if len(referrers):
print getNumberedTypedString(referrers, maxLen=80, numPrefix="REF")
else:
print "<No Referrers>"
def printReferrers(self, numEach=3):
"""referrers of the first few of each type of object"""
counts = list(set(self._count2types.keys()))
counts.sort()
counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print('\n\nTYPE: %s' % repr(typ))
for i in range(min(numEach, len(self._type2objs[typ]))):
obj = self._type2objs[typ][i]
print('\nOBJ: %s\n' % safeRepr(obj))
referrers = gc.get_referrers(obj)
print('%s REFERRERS:\n' % len(referrers))
if len(referrers):
print(getNumberedTypedString(referrers, maxLen=80,
numPrefix='REF'))
else:
print('<No Referrers>')
def printObjsByType(self, printReferrers=False):
print 'Object Pool: Objects By Type'
print '\n============================'
counts = list(set(self._count2types.keys()))
counts.sort()
# print types with the smallest number of instances first, in case
# there's a large group that waits a long time before printing
#counts.reverse()
for count in counts:
types = makeList(self._count2types[count])
for typ in types:
print 'TYPE: %s, %s objects' % (repr(typ),
len(self._type2objs[typ]))
if printReferrers:
for line in getNumberedTypedSortedStringWithReferrersGen(
self._type2objs[typ]):
print line
else:
print getNumberedTypedSortedString(self._type2objs[typ])
def _loadSound(self):
self._sounds = []
for soundFile in makeList(self._data.soundFile):
self._sounds.append(loader.loadSfx(soundFile))
def _getMsgName(self, msgId):
# we might get a list of message names, use the first one
return makeList(MsgId2Names.get(msgId,
'UNKNOWN MESSAGE: %s' % msgId))[0]
def _loadSound(self):
self._sounds = []
for soundFile in makeList(self._data.soundFile):
self._sounds.append(loader.loadSfx(soundFile))
