def __init__(self, id, eui64=None):
# store params
self.id = id
# admin
self.dataLock = threading.RLock()
# singletons (quicker access, instead of recreating every time)
self.log = SimEngine.SimLog.SimLog().log
self.engine = SimEngine.SimEngine.SimEngine()
self.settings = SimEngine.SimSettings.SimSettings()
# stack state
self.dagRoot = False
self._init_eui64(eui64)
self.ipv6_prefix = None
# stack
self.app = app.App(self)
self.secjoin = secjoin.SecJoin(self)
self.rpl = rpl.Rpl(self)
self.sixlowpan = sixlowpan.Sixlowpan(self)
self.trae = trae.TRAE(self)
self.sf = sf.SchedulingFunction(self)
self.sixp = sixp.SixP(self)
self.tsch = tsch.Tsch(self)
self.radio = radio.Radio(self)
self.batt = batt.Batt(self)
def __init__(self, id, eui64=None):
# store params
self.id = id
# admin
self.dataLock = threading.RLock()
# singletons (quicker access, instead of recreating every time)
self.log = SimEngine.SimLog.SimLog().log
self.engine = SimEngine.SimEngine.SimEngine()
self.settings = SimEngine.SimSettings.SimSettings()
# stack state
self.dagRoot = False
self._init_eui64(eui64)
self.ipv6_prefix = None
# stack
self.app = app.App(self)
self.secjoin = secjoin.SecJoin(self)
self.rpl = rpl.Rpl(self)
self.sixlowpan = sixlowpan.Sixlowpan(self)
self.sf = sf.SchedulingFunction(self)
self.sixp = sixp.SixP(self)
self.tsch = tsch.Tsch(self)
self.radio = radio.Radio(self)
self.batt = batt.Batt(self)
# :) energy save
self.lock_schedule = 0
# Generation of periodic traffic
delay = self.settings.tsch_slotDuration + (self.settings.app_pkPeriod *
random.random())
gen_timeslot = int(((self.engine.getAsn() + delay / 0.01) %
self.settings.tsch_slotframeLength - 1))
print "~#ID", self.id, "Gen Timeslot", gen_timeslot
self.gen_timeslot = gen_timeslot
def __init__(self, id, eui64=None):
# store params
self.id = id
# admin
self.dataLock = threading.RLock()
# singletons (quicker access, instead of recreating every time)
self.log = SimEngine.SimLog.SimLog().log
self.engine = SimEngine.SimEngine.SimEngine()
self.settings = SimEngine.SimSettings.SimSettings()
# stack state
self.dagRoot = False
self._init_eui64(eui64)
self.ipv6_prefix = None
# stack
self.app = app.App(self)
self.secjoin = secjoin.SecJoin(self)
self.rpl = rpl.Rpl(self)
self.sixlowpan = sixlowpan.Sixlowpan(self)
self.sf = sf.SchedulingFunction(self)
self.sixp = sixp.SixP(self)
self.tsch = tsch.Tsch(self)
self.radio = radio.Radio(self)
self.batt = batt.Batt(self)
# :) Low Delay Scheduling Function - Virtual Slot Frame proportional to CBR of the node.
self.flow_gen_time = -1 # offset of subframe of flow of data
self.hops = -1 # initialize hops
self.lock_TX = 0 # locking TX before Scheduling
self.start_tx = -1
self.tx_slot = -1
self.lock_schedule = 0
self.is_leaf = 1 # 1 - is leaf, 0- is relay node
self.flip_flop = 0 # enable more childrens for DagRoot mote
self.black_parent = [] #mac address
