def __init__( self, name ): Processor.__init__( self, name ) self.s = LEDSign()
def __init__(self, name):
Processor.__init__(self, name)
self.s = LEDSign()
class Sign( Processor ):
usage = u'!sign <message>'
feature = ('sign',)
addressed = False
old_status = 0
def __init__( self, name ):
Processor.__init__( self, name )
self.s = LEDSign()
@handler
def handle( self, event ):
print "I am handling this event: " + repr(event)
@match(r'^!sign\s(.*)$', version='deaddressed')
def sign( self, event, message ):
try:
p = subprocess.Popen( beepdisc["SIGN"] )
p.wait()
self.s.print_message( 0, ''.join(["From: ", event.sender['nick'], datetime.datetime.today().strftime(" %d%b %H:%m") ] ) )
self.s.print_message( 1, message )
event.addresponse( True )
except Exception:
event.addresponse( "I can't see the sign. Are you sure it's plugged in? Have you tried turning it off and on again?" )
@match(r'^!status$')
def status( self, event ):
try:
status = self.s.get_status()
if status:
event.addresponse("open")
else:
event.addresponse("closed")
except Exception:
event.addresponse( "I can't see the sign. Are you sure it's plugged in? Have you tried turning it off and on again?" )
@periodic( interval = 1, initial_delay = 1 )
def update_status( self, event ):
status = self.s.get_status()
if( status != self.old_status ):
topic = ibid.sources['freenode'].proto.get_topic( lab_channel )
topic_parts = topic.split( u"//" )
topiclen = len( topic_parts )
if topiclen >= 3 :
pos = -2
elif topiclen == 2 or topiclen == 1:
pos = -1
else:
pos = 0
topic_parts.append("")
topic_parts[ pos ] = " Lab status: OPEN " if status else " Lab status: CLOSED "
event.addresponse( u"//".join( topic_parts ), topic = True, target = lab_channel, address = False, source = u"freenode" )
self.old_status = status
alert = "SECRET" if status else "OCARINA"
p = subprocess.Popen(beepdisc[alert])
p.wait()
class Sign(Processor):
usage = u'!sign <message>'
feature = ('sign', )
addressed = False
old_status = 0
def __init__(self, name):
Processor.__init__(self, name)
self.s = LEDSign()
@handler
def handle(self, event):
print "I am handling this event: " + repr(event)
@match(r'^!sign\s(.*)$', version='deaddressed')
def sign(self, event, message):
try:
p = subprocess.Popen(beepdisc["SIGN"])
p.wait()
self.s.print_message(
0, ''.join([
"From: ", event.sender['nick'],
datetime.datetime.today().strftime(" %d%b %H:%m")
]))
self.s.print_message(1, message)
event.addresponse(True)
except Exception:
event.addresponse(
"I can't see the sign. Are you sure it's plugged in? Have you tried turning it off and on again?"
)
@match(r'^!status$')
def status(self, event):
try:
status = self.s.get_status()
if status:
event.addresponse("open")
else:
event.addresponse("closed")
except Exception:
event.addresponse(
"I can't see the sign. Are you sure it's plugged in? Have you tried turning it off and on again?"
)
@periodic(interval=1, initial_delay=1)
def update_status(self, event):
status = self.s.get_status()
if (status != self.old_status):
topic = ibid.sources['freenode'].proto.get_topic(lab_channel)
topic_parts = topic.split(u"//")
topiclen = len(topic_parts)
pos = 0
while pos < topiclen:
if "Lab status: " in topic_parts[pos]:
break
pos += 1
if pos == topiclen:
topic_parts.append("")
topic_parts[
pos] = " Lab status: OPEN " if status else " Lab status: CLOSED "
event.addresponse(u"//".join(topic_parts),
topic=True,
target=lab_channel,
address=False,
source=u"freenode")
self.old_status = status
alert = "SECRET" if status else "OCARINA"
p = subprocess.Popen(beepdisc[alert])
p.wait()