def cmd3(wait):
logger = logging.getLogger('cmd3')
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
time.sleep(wait)
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
def cmd3(wait):
logger = logging.getLogger('cmd3')
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
time.sleep(wait)
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
def actualize(self):
"""Actualizes the :attr:`Timer.interval` based on the actual daytime.
"""
now = Daytime.daytime()
if now < self._data[0][0]:
self._interval = self._data[-1][1]
else:
for time, interval in self._data:
if time < now: self._interval = interval
def inittimer(self):
self.interval = 6
self.count = 4
data = list()
times = list()
daytime = Daytime.daytime()
for x in range(4): times.append(daytime + 10*x)
for i, t in enumerate(times): data.append((t, self.interval+i))
self.timer = DaytimeTimer(data=data)
def actualize(self):
"""Actualizes the :attr:`Timer.interval` based on the actual daytime.
"""
now = Daytime.daytime()
if now < self._data[0][0]:
self._interval = self._data[-1][1]
else:
for time, interval in self._data:
if time < now: self._interval = interval
def initcmds(self):
self.output0 = list()
self.output1 = list()
self.output2 = list()
self.output3 = list()
# this is for catching the start-times of every round
def cmd0():
logger = logging.getLogger('cmd0')
self.output0.append(Daytime.daytime())
logger.info(self.output0[-1].strftime('%T.%f'))
def cmd1(wait):
logger = logging.getLogger('cmd1')
self.output1.append(Daytime.daytime())
logger.info(self.output1[-1].strftime('%T.%f'))
time.sleep(wait)
self.output1.append(Daytime.daytime())
logger.info(self.output1[-1].strftime('%T.%f'))
def cmd2(wait):
logger = logging.getLogger('cmd2')
self.output2.append(Daytime.daytime())
logger.info(self.output2[-1].strftime('%T.%f'))
time.sleep(wait)
self.output2.append(Daytime.daytime())
logger.info(self.output2[-1].strftime('%T.%f'))
def cmd3(wait):
logger = logging.getLogger('cmd3')
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
time.sleep(wait)
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
self.wait1 = 2
self.wait2 = 4
self.wait3 = 1
times = list()
daytime = Daytime.daytime()
for x in [1, 3]:
times.append((daytime + self.interval * x))
self.cmd0 = Cmd(cmd0)
self.cmd1 = Cmd(cmd1,
args=[self.wait1],
join=True,
stall=0.5,
wait=0.2)
self.cmd2 = Cmd(cmd2, args=[self.wait2], wait=1)
self.cmd3 = Cmd(cmd3,
args=[self.wait3],
times=times,
delay=self.cmd1._wait + self.wait1 + self.cmd1._stall +
1)
def inittimer(self):
self.interval = 6
self.count = 4
data = list()
times = list()
daytime = Daytime.daytime()
for x in range(4):
times.append(daytime + 10 * x)
for i, t in enumerate(times):
data.append((t, self.interval + i))
self.timer = DaytimeTimer(data=data)
def _check_times(self):
"""
Checks for execution with regard to *times*.
:arg int interval: :attr:`Sequence.timer.interval`
:returns: bool
"""
if not self._times: return True
d = Daytime.daytime()
i = self.sequence.timer.interval
if any([d >= t and d - t < i for t in self._times]): return True
else: return False
def _check_times(self):
"""
Checks for execution with regard to *times*.
:arg int interval: :attr:`Sequence.timer.interval`
:returns: bool
"""
if not self._times: return True
d = Daytime.daytime()
i = self.sequence.timer.interval
if any([d >= t and d - t < i for t in self._times]): return True
else: return False
def initcmds(self):
self.output0 = list()
self.output1 = list()
self.output2 = list()
self.output3 = list()
# this is for catching the start-times of every round
def cmd0():
logger = logging.getLogger('cmd0')
self.output0.append(Daytime.daytime())
logger.info(self.output0[-1].strftime('%T.%f'))
def cmd1(wait):
logger = logging.getLogger('cmd1')
self.output1.append(Daytime.daytime())
logger.info(self.output1[-1].strftime('%T.%f'))
time.sleep(wait)
self.output1.append(Daytime.daytime())
logger.info(self.output1[-1].strftime('%T.%f'))
def cmd2(wait):
logger = logging.getLogger('cmd2')
self.output2.append(Daytime.daytime())
logger.info(self.output2[-1].strftime('%T.%f'))
time.sleep(wait)
self.output2.append(Daytime.daytime())
logger.info(self.output2[-1].strftime('%T.%f'))
def cmd3(wait):
logger = logging.getLogger('cmd3')
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
time.sleep(wait)
self.output3.append(Daytime.daytime())
logger.info(self.output3[-1].strftime('%T.%f'))
self.wait1 = 2
self.wait2 = 4
self.wait3 = 1
times = list()
daytime = Daytime.daytime()
for x in [1,3]: times.append((daytime + self.interval*x))
self.cmd0 = Cmd(cmd0)
self.cmd1 = Cmd(cmd1, args=[self.wait1], join=True, stall=0.5, wait=0.2)
self.cmd2 = Cmd(cmd2, args=[self.wait2], wait=1)
self.cmd3 = Cmd(cmd3, args=[self.wait3], times=times, delay=self.cmd1._wait + self.wait1 + self.cmd1._stall + 1)
def cmd0():
logger = logging.getLogger('cmd0')
self.output0.append(Daytime.daytime())
logger.info(self.output0[-1].strftime('%T.%f'))
def cmd0():
logger = logging.getLogger('cmd0')
self.output0.append(Daytime.daytime())
logger.info(self.output0[-1].strftime('%T.%f'))
