def handle(self):
"""
@see Handler.handle()
"""
try:
# Make the change, capping at min and max
cur = get_volume()
new = max(MIN_VOLUME, min(MAX_VOLUME, cur + self._delta))
# Any change?
if cur != new:
# Acknowledge that it happened
set_volume(new)
direction = "Up" if self._delta > 0 else "Down"
return Result(self, direction, False, True)
else:
# Nothing to do
return None
except Exception:
LOG.error("Problem setting changing the volume by %s:\n%s" %
(self._delta, traceback.format_exc()))
return Result(self,
"Sorry, there was a problem changing the volume",
False, True)
def handle(self):
'''
@see Handler.handle()
'''
try:
LOG.info("Querying Wikipedia for '%s'" % (self._thing, ))
summary = wikipedia.summary(self._thing)
except Exception as e:
LOG.error("Failed to query Wikipedia about '%s': %s" %
(self._thing, e))
return Result(
self, "Sorry, there was a problem asking Wikipedia about %s" %
(self._thing, ), False, True)
# Anything?
if summary is None or len(summary.strip()) == 0:
return None
# Strip the summary down a little, some of these can be pretty
# long. First just grab the first paragraph. Next, stop after about
# 400 chars.
shortened = summary.split('\n')[0]
if '. ' in shortened and len(shortened) > 400:
index = shortened.index('. ')
shortened = shortened[:index + 1]
# And give it back. We use a period after "says" here so that the speech
# output will pause appropriately. It's not good gramma though. Since we
# got back a result then we mark ourselves as exclusive; there is
# probably not a lot of point in having others also return information.
return Result(self, "Wikipedia says.\n%s" % shortened, False, True)
def handle(self):
"""
@see Handler.handle()
"""
try:
result = self.service.meaning(self._word)
except:
return Result(self, "Sorry, I don't know the word %s" % self._word,
False, True)
# The result will contain lists keyed by word type
response = "The word %s has the following definitions: " % self._word
for type_ in result.keys():
# Get back the list of definitlions, making it no more than the
# given limit
defns = result[type_][:self._limit]
for defn in defns:
# Make some tweaks to the definition
defn = defn.lower()
defn = defn.replace('e.g.', ' for example ')
# And add it, along with its type
response += "%s: %s. " % (type_, defn)
# And give it all back
return Result(self, response, False, True)
def handle(self):
'''
@see Handler.handle()
'''
try:
value = parse_number(self._volume)
LOG.info("Got value of %s from %s" % (value, self._volume))
if value < 0 or value > 11:
# Bad value
return Result(
self, "Sorry, volume needs to be between zero and eleven",
False, True)
else:
# Acknowledge that it happened
set_volume(value)
return Result(self, "Okay, volume now %s" % (value, ), False,
True)
except Exception:
LOG.error("Problem parsing volume '%s':\n%s" %
(self._volume, traceback.format_exc()))
return Result(
self, "Sorry, I don't know how to set the volume to %s" %
(self._volume, ), False, True)
def handle(self):
"""
@see Handler.handle()
"""
try:
value = parse_number(self._volume)
LOG.info("Got value of %s from %s" % (value, self._volume))
if value < MIN_VOLUME or value > MAX_VOLUME:
# Bad value
return Result(
self, "Sorry, volume needs to be between %d and %d" %
(MIN_VOLUME, MAX_VOLUME), False, True)
else:
# Acknowledge that it happened
set_volume(value)
return Result(self, "Okay, volume now %s" % (value, ), False,
True)
except Exception:
LOG.error("Problem parsing volume '%s':\n%s" %
(self._volume, traceback.format_exc()))
return Result(
self, "Sorry, I don't know how to set the volume to %s" %
(self._volume, ), False, True)
def handle(self):
"""
@see Handler.handle()`
"""
try:
self.service.unpause()
return Result(self, '', False, True)
except:
return Result(self, '', False, False)
def handle(self):
"""
@see Handler.handle()`
"""
try:
was_playing = self.service.is_playing()
self.service.pause()
return Result(self, '', False, was_playing)
except:
return Result(self, '', False, False)
def handle(self):
"""
@see Handler.handle()
"""
# Just cancel them all for now
try:
self.service.cancel_timer()
return Result(self, "All timers cancelled", False, True)
except Exception as e:
return Result(self, "Sorry, I don't know how to cancel that timer",
False, True)
def handle(self):
"""
@see Handler.handle()`
"""
try:
if self.service.is_playing():
self.service.pause()
else:
self.service.unpause()
return Result(self, '', False, True)
except Exception as e:
return Result(self, '', False, False)
def handle(self):
"""
@see Handler.handle()
"""
data = self._get_data()
where = data.get('DEVICE_LOCATIONTYPE', '')
# We can look to derive the AQI from this
value = data.get('PM2_5Value')
if value is not None:
# This is a very rough approximation to the AQI from the PM2_5Value
value = float(value)
aqi = value * value / 285
if self._raw:
what = "The air quality index %s is %d." % (where, aqi)
else:
if aqi < 50:
quality = "okay"
elif aiq < 100:
quality = "acceptable"
elif aiq < 150:
quality = "poor"
elif aiq < 200:
quality = "bad"
elif aiq < 250:
quality = "hazardous"
else:
quality = "extremely hazardous"
what = "The air quality %s is %s" % (where, quality)
else:
what = "The air quality %s is unknown" % (where, )
# And give it back
return Result(self, what, False, True)
def handle(self):
'''
@see Handler.handle()`
'''
LOG.info('Playing %s' % (self._what))
self.service.play(self._filenames)
return Result(self, '', False, True)
def handle(self):
'''
@see Handler.handle()`
'''
was_playing = self.service.is_playing()
self.service.pause()
return Result(self, '', False, was_playing)
def handle(self):
'''
@see Handler.handle()
'''
# Get the time in the local timezone and render the component parts that
# we care about
now = time.localtime(time.time())
hh = time.strftime("%I", now)
mm = time.strftime("%M", now)
p = time.strftime("%p", now)
# We strip any leading zero from the HH, which you expect for a HH:MM
# format. For MM we replace it with 'oh' for a more natural response.
if hh.startswith('0'):
hh = hh.lstrip('0')
hh = number_to_words(int(hh))
if mm == '00':
mm = ''
elif mm.startswith('0'):
mm = 'oh %s' % number_to_words(int(mm))
else:
mm = number_to_words(int(mm))
# Now we can hand it back
return Result(self, "The current time is %s %s %s" % (hh, mm, p),
False, True)
def handle(self):
"""
@see Handler.handle()
"""
# Get the time in the local timezone and render the component parts that
# we care about
now = time.localtime(time.time())
hh = time.strftime("%I", now)
mm = time.strftime("%M", now)
p = time.strftime("%p", now)
# We strip any leading zero from the HH, which you expect for a HH:MM
# format. For MM we replace it with 'oh' for a more natural response. AM
# and PM need to be spelt out so that speech output doesn't say "am" (as
# in "I am he!") instead of "ay em".
if hh.startswith('0'):
hh = hh.lstrip('0')
hh = number_to_words(int(hh))
if mm == '00':
mm = ''
elif mm.startswith('0'):
mm = 'oh %s' % number_to_words(int(mm))
else:
mm = number_to_words(int(mm))
if p == "AM":
p = "ay em"
elif p == "PM":
p = "pee em"
# Now we can hand it back
return Result(self, "The current time is %s %s %s" % (hh, mm, p),
False, True)
def handle(self):
"""
@see Handler.handle()`
"""
was_paused = self.service.is_paused()
self.service.unpause()
return Result(self, '', False, was_paused)
def handle(self):
"""
@see Handler.handle()`
"""
LOG.info('Playing %s' % (self._what))
self.service.play(self._token)
return Result(self, '', False, True)
def handle(self):
'''
@see Handler.handle()
'''
return Result(
self, "You said: %s" %
' '.join([token.element
for token in self._tokens if token.verbal]), False,
False)
def handle(self):
"""
@see Handler.handle()
"""
return Result(
self,
"You got a %d" % random.randint(1, self._sides),
False,
True
)
def handle(self):
"""
@see Handler.handle()
"""
return Result(
self,
"%d" % random.randint(self._start, self._end),
False,
True
)
def handle(self):
"""
@see Handler.handle()
"""
result = "heads" if random.randint(0, 1) else "tails"
return Result(
self,
"You got %s" % result,
False,
True
)
def handle(self):
"""
@see Handler.handle()
"""
# Just join all the spellings together
response = ""
for word in self._words:
response += "The word %s is spelt %s. " % (word, ' '.join(word))
# And give it all back
return Result(self, response, False, True)
def handle(self):
"""
@see Handler.handle()
"""
data = self._get_data()
where = data.get('DEVICE_LOCATIONTYPE', '')
humidity = data.get('humidity')
if humidity is not None:
what = "%s percent" % (humidity, )
else:
what = "unknown"
return Result(self, "The humidity %s is %s." % (where, what), False,
True)
def handle(self):
"""
@see Handler.handle()`
"""
if self.service.is_playing():
self.service.pause()
handled = True
elif self.service.is_paused():
self.service.unpause()
handled = True
else:
handled = False
return Result(self, '', False, handled)
def handle(self):
"""
@see Handler.handle()
"""
# This comes in Fahrenheit, one day we'll convert it depending on user
# tastes...
data = self._get_data()
where = data.get('DEVICE_LOCATIONTYPE', '')
temperature = data.get('temp_f')
if temperature is not None:
what = "%s degrees fahrenheit" % (temperature, )
else:
what = "unknown"
return Result(self, "The temperature %s is %s." % (where, what), False,
True)
def handle(self):
"""
@see Handler.handle()
"""
result = list()
for (phrase, words, (start, end, score)) in self._matches:
result.append(
"'%s' from [%d:%d] with '%s' scoring %d" % (
' '.join(phrase), start, end, ' '.join(words), score
)
)
return Result(
self,
"You matched: %s" % '; and '.join(result),
False,
False
)
def handle(self):
"""
@see Handler.handle()
"""
# If we got nothing then grumble in a vaguely (un)helpful way
if len(self._times) == 0:
return Result(self, "I'm sorry, I didn't catch that", False, True)
# Look for the times in the words
try:
# Try to find the various units of time in something like:
# seven hours and fifteen days
indices = []
for (words, seconds) in _PERIODS:
for word in words:
if word in self._times:
index = self._times.index(word)
LOG.info("Found '%s' at index %d" % (word, index))
indices.append((index, seconds))
# Anything?
if len(indices) == 0:
raise ValueError("Found no units in %s" %
' '.join(self._times))
# Put them in order and look for the numbers, accumulating into the
# total
total = 0
indices = sorted(indices, key=lambda pair: pair[0])
prev = 0
for (index, seconds) in indices:
# Get the words leading up to the time unit, these should be the
# number (possibly with other bits)
value = self._times[prev:index]
# Strip off any "and"s
while value[0] == "and":
value = value[1:]
# Now try to parse it
LOG.info("Parsing %s" % (value, ))
amount = parse_number(' '.join(value))
# Accumulate
total = amount * seconds
LOG.info("Got value of %s seconds from %s" % (total, self._times))
# Handle accordingly
if total > 0:
# That's a valid timer value. Set the timer and say we did it.
self.service.add_timer(total)
return Result(
self, "Okay, timer set for %s" % (' '.join(self._times), ),
False, True)
else:
# We can't have an alarm in the past
return Result(
self, "%s was not a time in the future" %
(' '.join(self._times), ), False, True)
except Exception:
LOG.error("Problem parsing timer '%s':\n%s" %
(self._times, traceback.format_exc()))
return Result(
self, "Sorry, I don't know how to set the timer for %s" %
(' '.join(self._times), ), False, True)
def handle(self):
"""
@see Handler.handle()
"""
return Result(self, self._reply, True, False)
def handle(self):
"""
@see Handler.handle()
"""
return Result(self, self._fortune, True, False)
