def run(self,ctx,**k): event = self.params(ctx) if not len(event): raise SyntaxError(u'Usage: timeslot ‹name…›') m = Timeslot(self, SName(event)) if "interval" not in self.values: raise SyntaxError(u'Usage: timeslot ‹name…›: need to specify an interval') for p,v in self.values.items(): setattr(m,p,v) if not self.stopped: return m.up()
def __init__(self,
name,
group,
code,
ctx,
faktor={},
slot=None,
delta=None):
self.ctx = ctx
self.group = group
self.code = code
self.faktor = faktor
self.last = None # timestamp
self.delta = delta
self.last_data = None # data values
try:
g = encodes[group]
except KeyError:
encodes[group] = g = {}
try:
c = g[code]
except KeyError:
g[code] = c = []
c.append(self)
self._slot = slot
if slot is not None:
ts = Timeslot(self, name)
p = en_procs[self.group]
ts.interval = (p.interval + code * p.interval_mod, )
ts.duration = slot
ts.maybe_up()
super(en, self).__init__(*name)
def __init__(self,name,group,code,ctx, faktor={}, slot=None, delta=None):
self.ctx = ctx
self.group = group
self.code = code
self.faktor = faktor
self.last = None # timestamp
self.delta = delta
self.last_data = None # data values
try: g = encodes[group]
except KeyError: encodes[group] = g = {}
try: c = g[code]
except KeyError: g[code] = c = []
c.append(self)
self._slot = slot
if slot is not None:
ts = Timeslot(self,name)
p = en_procs[self.group]
ts.interval = (p.interval + code * p.interval_mod,)
ts.duration = slot
ts.maybe_up()
super(en,self).__init__(*name)