def getq(self):
'''
Reads data from the queue and updates the stream.
:rtype: bool
:return: Returns ``True`` if stream is updated, otherwise ``False``.
'''
d = self.queue.get(True, timeout=None)
self.queue.task_done()
if 'TERM' in str(d):
self.alive = False
printM('Exiting.', self.sender)
sys.exit()
elif str(d.decode('UTF-8')).split(' ')[0] in [
'ALARM', 'RESET', 'IMGPATH'
]:
pass
else:
if rs.getCHN(d) in self.chans:
self.stream = rs.update_stream(stream=self.stream,
d=d,
fill_value=None)
return True
else:
return False
def _getd(self):
'''
Reads data from the queue and updates the stream.
'''
d = self._getq()
if rs.getCHN(d) in self.cha:
self.stream = rs.update_stream(stream=self.stream,
d=d,
fill_value='latest')
else:
self._messagetests(d)
def getq(self):
'''
Get data from the queue and test for whether it has certain strings.
ALARM and TERM both trigger specific behavior.
ALARM messages cause the event counter to increment, and if
:py:data:`screencap==True` then aplot image will be saved when the
event is :py:data:`self.save_pct` of the way across the plot.
'''
d = self.queue.get()
self.queue.task_done()
if 'TERM' in str(d):
plt.close()
if 'SELF' in str(d):
printM('Plot has been closed, plot thread will exit.',
self.sender)
self.alive = False
rs.producer = False
elif 'ALARM' in str(d):
self.events += 1 # add event to count
self.save_timer -= 1 # don't push the save time forward if there are a large number of alarm events
event = [
self.save_timer + int(self.save_pct * self.pkts_in_period),
helpers.fsec(helpers.get_msg_time(d))
] # event = [save after count, datetime]
self.last_event_str = '%s UTC' % (
event[1].strftime('%Y-%m-%d %H:%M:%S.%f')[:22])
printM('Event time: %s' % (self.last_event_str),
sender=self.sender) # show event time in the logs
if self.screencap:
printM(
'Saving png in about %i seconds' %
(self.save_pct * (self.seconds)), self.sender)
self.save.append(event) # append
self.fig.suptitle(
'%s.%s live output - detected events: %s' # title
% (self.net, self.stn, self.events),
fontsize=14,
color=self.fgcolor,
x=0.52)
self.fig.canvas.set_window_title(
'(%s) %s.%s - Raspberry Shake Monitor' %
(self.events, self.net, self.stn))
if rs.getCHN(d) in self.chans:
self.raw = rs.update_stream(stream=self.raw,
d=d,
fill_value='latest')
return True
else:
return False
def _getq(self):
d = self.queue.get(True, timeout=None)
self.queue.task_done()
if self.cha in str(d):
self.raw = RS.update_stream(stream=self.raw,
d=d,
fill_value='latest')
return True
elif 'TERM' in str(d):
self.alive = False
printM('Exiting.', self.sender)
sys.exit()
else:
return False
def _datatests(self, d):
'''
Run tests on a data packet to see if it can be processed into a stream object.
If so, mark the data and processing tests passed.
:param bytes d: a data packet from the queue
'''
if rs.getCHN(d) in self.cha:
t.TEST['c_data'][1] = True
self.stream = rs.update_stream(stream=self.stream,
d=d,
fill_value='latest')
t.TEST['c_processing'][1] = True
def getq(self):
d = self.queue.get()
self.queue.task_done()
if 'TERM' in str(d):
plt.close()
if 'SELF' in str(d):
print()
printM('Plot has been closed, plot thread will exit.',
self.sender)
self.alive = False
RS.producer = False
elif 'ALARM' in str(d):
self.events += 1 # add event to count
self.save_timer -= 1 # don't push the save time forward if there are a large number of alarm events
event = [
self.save_timer + int(self.save_pct * self.pkts_in_period),
RS.UTCDateTime.strptime(d.decode('utf-8'),
'ALARM %Y-%m-%dT%H:%M:%S.%fZ')
] # event = [save after count, datetime]
self.last_event_str = event[1].strftime('%Y-%m-%d %H:%M:%S UTC')
printM('Event time: %s' % (self.last_event_str),
self.sender) # show event time in the logs
if self.screencap:
print()
printM(
'Saving png in about %i seconds' %
(self.save_pct * (self.seconds)), self.sender)
self.save.append(event) # append
self.fig.suptitle(
'%s.%s live output - detected events: %s' # title
% (self.net, self.stn, self.events),
fontsize=14,
color=self.fgcolor,
x=0.52)
self.fig.canvas.set_window_title(
'(%s) %s.%s - Raspberry Shake Monitor' %
(self.events, self.net, self.stn))
if RS.getCHN(d) in self.chans:
self.raw = RS.update_stream(stream=self.raw,
d=d,
fill_value='latest')
return True
else:
return False
def getq(self):
d = self.queue.get(True, timeout=None)
self.queue.task_done()
if 'TERM' in str(d):
self.alive = False
printM('Exiting.', self.sender)
sys.exit()
elif 'ALARM' in str(d):
pass
else:
if RS.getCHN(d) in self.chans:
self.stream = RS.update_stream(stream=self.stream,
d=d,
fill_value=None)
return True
else:
return False
def _getq(self):
'''
Reads data from the queue and updates the stream.
:rtype: bool
:return: Returns ``True`` if stream is updated, otherwise ``False``.
'''
d = self.queue.get(True, timeout=None)
self.queue.task_done()
if self.cha in str(d):
self.raw = rs.update_stream(stream=self.raw, d=d, fill_value='latest')
return True
elif 'TERM' in str(d):
self.alive = False
printM('Exiting.', self.sender)
sys.exit()
else:
return False