def __init__(self, master, brickletid):
super(DigOut, self).__init__()
self._brickletid = brickletid
self._master = master
self._tfobject = None
self._rgates = []
self._rgates.append(rGate())
self._rgates.append(rGate())
self._rgates.append(rGate())
self._rgates.append(rGate())
self._rgates[0].onReceive(self._receive, [0])
self._rgates[1].onReceive(self._receive, [1])
self._rgates[2].onReceive(self._receive, [2])
self._rgates[3].onReceive(self._receive, [3])
def getRGate(self, portid):
if portid not in self._rgates:
thisrgate = rGate()
thisrgate.onReceive(self._receive, [portid])
self._rgates[portid] = {}
self._rgates[portid]['gate'] = thisrgate
self._rgates[portid]['lastmessage'] = ''
return self._rgates[portid]['gate']
def __init__(self, interleavesignal, startWithInterleave=False):
super(SignalInterleaver, self).__init__()
self._interleave = interleavesignal
self._sendout = 'in'
self._sGate = sGate()
self._rGate = rGate()
self._rGate.onReceive(self._notify)
if startWithInterleave:
self._sendout = 'inter'
def __init__(self, longitude, latitude):
super(ForwardAtDay, self).__init__()
# ephem expects the values to be strings. It won't
# fail if you pass integers, it will just not do the
# calculations correctly.
self._longitude = str(longitude)
self._latitude = str(latitude)
self._sgate = sGate()
self._rgate = rGate()
self._rgate.onReceive(self._notify)
def __init__(self, insignal=None, outsignal=None):
super(SimpleSignalTranslator, self).__init__()
self._sGate = sGate()
self._rGate = rGate()
self._rGate.onReceive(self._notify)
self._translations = {}
if insignal is not None and \
outsignal is not None:
self.addTranslation(insignal, outsignal)
def __init__(self, master, brickletid, inoutsetting={}):
super(Io16, self).__init__()
self._brickletid = brickletid
self._master = master
self._tfobject = None
self._gates = []
self._inoutsetting = inoutsetting
# By default all gates will be 'inputs' and therefore
# sending gates.
for i in range(0, 16):
if i in self._inoutsetting:
if self._inoutsetting[i] == "out":
gate = rGate()
gate.onReceive(self._receive, [i])
self._gates.append({"gate": gate, "type": "r"})
else:
self._gates.append({"gate": sGate(), "type": "s"})
else:
self._gates.append({"gate": sGate(), "type": "s"})
def __init__(self):
super(SignalFilterAllowOnly, self).__init__()
self._allowedsignals = []
self._rgate = rGate()
self._rgate.onReceive(self._notify)
self._sgate = sGate()
