def test_eventbus_busref_gen(self):
with s_eventbus.BusRef() as refs:
self.raises(NoSuchCtor, refs.gen, 'woot')
def ctor(name):
return s_eventbus.EventBus()
with s_eventbus.BusRef(ctor=ctor) as refs:
self.none(refs.get('woot'))
woot = refs.gen('woot')
self.eq(1, woot._syn_refs)
self.nn(woot)
self.true(refs.gen('woot') is woot)
self.eq(2, woot._syn_refs)
woot.fini()
self.false(woot.isfini)
self.true(refs.get('woot') is woot)
self.eq(1, woot._syn_refs)
woot.fini()
self.eq(0, woot._syn_refs)
self.true(woot.isfini)
self.false(refs.get('woot') is woot)
self.eq(0, woot._syn_refs)
def __init__(self, conf, xmit=None):
s_config.Config.__init__(self)
self.setConfOpts(conf)
self.reqConfOpts()
self.lock = threading.Lock()
self.winds = s_eventbus.BusRef()
self.atoms = s_eventbus.BusRef(ctor=self._brefAtomCtor)
self.onfini(self.atoms.fini)
self.seqs = self._getFifoSeqs()
if not self.seqs:
self.seqs.append(0)
# open our append atom
lseq = self.seqs[-1]
self.atom = self.atoms.gen(lseq)
# our next expected sequence num
self.nseq = lseq + self.atom.size
# open our "default" state file
path = self._getPathJoin('default.state')
self.wind = Window(self, path, xmit=xmit)
self.onfini(self.wind.fini)
task = s_glob.sched.loop(2, self.flush)
self.onfini(task.fini)
self._cullAtomBase(self.wind.bseq)
def test_eventbus_busref_items(self):
bref = s_eventbus.BusRef()
bus0 = s_eventbus.EventBus()
bus1 = s_eventbus.EventBus()
bus2 = s_eventbus.EventBus()
bref.put('foo', bus0)
bref.put('bar', bus1)
bref.put('baz', bus2)
items = bref.items()
self.isin(('foo', bus0), items)
self.isin(('bar', bus1), items)
self.isin(('baz', bus2), items)
bus1.fini()
items = bref.items()
self.isin(('foo', bus0), items)
self.isin(('baz', bus2), items)
bus2.fini()
items = bref.items()
self.isin(('foo', bus0), items)
bus0.fini()
items = bref.items()
self.eq(items, [])
bref.fini()
items = bref.items()
self.eq(items, [])
def __init__(self, onchan=None):
Link.__init__(self)
self.onchan = onchan
self.chans = s_eventbus.BusRef()
# TODO: chan timeouts... (maybe add to BusRef?)
self.onfini(self.chans.fini)
def postCell(self):
'''
CryoCell initialization routines.
'''
self.names = self.getCellDict('cryo:names')
self.confs = self.getCellDict('cryo:confs')
self.tanks = s_eventbus.BusRef()
for name, iden in self.names.items():
path = self.getCellPath('tanks', iden)
conf = self.confs.get(name)
tank = CryoTank(path, conf)
self.tanks.put(name, tank)
def __init__(self, auth, neuraddr, neurfunc=None):
s_eventbus.EventBus.__init__(self)
self.neur = None
self.neuraddr = neuraddr
self.neurfunc = neurfunc
self.auth = auth
self.user = CellUser(auth)
self.names = collections.deque() # used for round robin..
self.ctors = {}
self.cells = s_eventbus.BusRef()
self.neurok = threading.Event()
self._fireNeurLink()
self.onfini(self.cells.fini)
def test_eventbus_busref(self):
bref = s_eventbus.BusRef()
bus0 = s_eventbus.EventBus()
bus1 = s_eventbus.EventBus()
bus2 = s_eventbus.EventBus()
bref.put('foo', bus0)
bref.put('bar', bus1)
bref.put('baz', bus2)
bus1.fini()
self.nn(bref.get('foo'))
self.none(bref.get('bar'))
self.len(2, list(bref))
self.true(bref.pop('baz') is bus2)
self.len(1, list(bref))
bref.fini()
self.true(bus0.isfini)
