def tell_weather(self, ignored):
'''Tell the current weather and a short forecast'''
LOG.debug('telling weather')
units = self.nest.scale.lower()
def new_forecast(title, info):
tcond = info['condition'].capitalize()
thi = info['temp_high_' + units]
tlo = info['temp_low_' + units]
item = Item(u'%s: %s' % (title, tcond),
subtitle=u'High: {0:.1f}°{1}, '
u'Low: {2:.1f}°{1}'.format(
thi, units.upper(), tlo))
return item
data = self.nest.structure.weather
conditions = data['current']['condition'].capitalize()
temp = data['current']['temp_' + units]
humidity = data['current']['humidity']
items = []
item = Item(u'Now: %s' % conditions)
item.subtitle = u'{0:.1f}°{1}, {2:.0f}% humidity'.format(
temp, units.upper(), humidity)
items.append(item)
items.append(new_forecast('Today', data['forecast']['daily'][0]))
items.append(new_forecast('Tomorrow', data['forecast']['daily'][1]))
return items
def tell_target(self, temp):
'''Tell the target temperature'''
LOG.debug('telling target temperature')
target = self.nest.target_temperature
temp = temp.strip()
temp = temp.strip('"')
temp = temp.strip("'")
units = self.nest.scale.upper()
if temp:
if self.nest.mode == 'range':
temps = temp.split()
if len(temps) != 2:
return [Item('Waiting for valid input...')]
for t in temps:
if len(t) == 1 or len(t) > 2:
return [Item('Waiting for valid input...')]
return [Item(u'Set temperature range to %.1f°%s - %.1f°%s' % (
float(temps[0]), units, float(temps[1]), units),
arg=temp, valid=True)]
else:
return [Item(u'Set temperature to %.1f°%s' % (float(temp),
units), arg=temp, valid=True)]
else:
if self.nest.mode == 'range':
item = Item(
u'Target temperature range is %.1f°%s - '
u'%.1f°%s' % (target[0], units, target[1], units))
else:
item = Item(
u'Target temperature: %.1f°%s' % (target, units))
if self.nest.mode == 'range':
item.subtitle = (u'Enter a temperature range in °%s to update; '
u'use format "low high"' % units)
else:
item.subtitle = u'Enter a temperature in °%s to update' % units
return [item]
def _show_alert_information(self, weather):
items = []
if 'alerts' in weather:
for alert in weather['alerts']:
item = Item(alert['description'], icon='error.png')
if alert['expires']:
item.subtitle = 'Expires at {}'.format(
alert['expires'].strftime(self.config['time_format']))
if 'uri' in alert:
item.arg = clean_str(alert['uri'])
item.valid = True
items.append(item)
return items
def _show_alert_information(self, weather):
items = []
if 'alerts' in weather:
for alert in weather['alerts']:
item = Item(alert['description'], icon='error.png')
if alert['expires']:
item.subtitle = 'Expires at {}'.format(alert['expires'].strftime(
self.config['time_format']))
if 'uri' in alert:
item.arg = clean_str(alert['uri'])
item.valid = True
items.append(item)
return items
def tell_icons(self, ignored):
items = []
sets = [f for f in os.listdir('icons') if not f.startswith('.')]
for iset in sets:
uid = 'icons-{}'.format(iset)
icon = 'icons/{}/{}.png'.format(iset, EXAMPLE_ICON)
title = iset.capitalize()
item = Item(title, uid=uid, icon=icon, arg=u'icons|' + iset, valid=True)
info_file = os.path.join('icons', iset, 'info.json')
if os.path.exists(info_file):
with open(info_file, 'rt') as ifile:
info = json.load(ifile)
if 'description' in info:
item.subtitle = info['description']
items.append(item)
return items
def tell_icons(self, ignored, prefix=None):
items = []
sets = [f for f in os.listdir('icons') if not f.startswith('.')]
for iset in sets:
uid = 'icons-{}'.format(iset)
icon = 'icons/{}/{}.png'.format(iset, EXAMPLE_ICON)
title = iset.capitalize()
item = Item(title,
uid=uid,
icon=icon,
arg=u'icons|' + iset,
valid=True)
info_file = os.path.join('icons', iset, 'info.json')
if os.path.exists(info_file):
with open(info_file, 'rt') as ifile:
info = json.load(ifile)
if 'description' in info:
item.subtitle = info['description']
items.append(item)
return items
def tell_status(self, ignore):
'''Tell the Nest's overall status'''
LOG.debug('telling status')
temp = self.nest.temperature
target = self.nest.target_temperature
humidity = self.nest.humidity
away = 'yes' if self.nest.structure.away else 'no'
fan = self.nest.fan
units = self.nest.scale.upper()
item = Item(u'Temperature: %.1f°%s' % (temp, units))
if self.nest.mode == 'range':
target = u'Heat/cool to %.1f°%s - %.1f°%s' % (
target[0], units, target[1], units)
elif self.nest.mode == 'heat':
target = u'Heating to %.1f°%s' % (target, units)
else:
target = u'Cooling to %.1f°%s' % (target, units)
item.subtitle = u'%s Humidity: %.1f%% Fan: %s Away: %s' % (
target, humidity, fan, away)
return [item]
def tell_query(self, query, start=None, end=None):
'''List entries that match a query.
Note that an end time without a start time will be ignored.'''
LOG.info('tell_query("{0}", start={1}, end={2})'.format(
query, start, end))
if not start:
end = None
needs_refresh = False
query = query.strip()
if self.cache.get('disable_cache', False):
LOG.debug('cache is disabled')
needs_refresh = True
elif self.cache.get('time') and self.cache.get('time_entries'):
last_load_time = self.cache.get('time')
LOG.debug('last load was %s', last_load_time)
import time
now = int(time.time())
if now - last_load_time > CACHE_LIFETIME:
LOG.debug('automatic refresh')
needs_refresh = True
else:
LOG.debug('cache is missing timestamp or data')
needs_refresh = True
if needs_refresh:
LOG.debug('refreshing cache')
try:
all_entries = toggl.TimeEntry.all()
except Exception:
LOG.exception('Error getting time entries')
raise Exception('Problem talking to toggl.com')
import time
self.cache['time'] = int(time.time())
self.cache['time_entries'] = serialize_entries(all_entries)
else:
LOG.debug('using cached data')
all_entries = deserialize_entries(self.cache['time_entries'])
LOG.debug('%d entries', len(all_entries))
if start:
LOG.debug('filtering on start time %s', start)
if end:
LOG.debug('filtering on end time %s', end)
all_entries = [
e for e in all_entries
if e.start_time < end and e.stop_time > start
]
else:
all_entries = [e for e in all_entries if e.stop_time > start]
LOG.debug('filtered to %d entries', len(all_entries))
efforts = {}
# group entries with the same description into efforts (so as not to be
# confused with Toggl tasks
for entry in all_entries:
if entry.description not in efforts:
efforts[entry.description] = Effort(entry.description, start,
end)
efforts[entry.description].add(entry)
efforts = efforts.values()
efforts = sorted(efforts,
reverse=True,
key=lambda e: e.newest_entry.start_time)
items = []
if start:
if len(efforts) > 0:
seconds = sum(e.seconds for e in efforts)
LOG.debug('total seconds: %s', seconds)
total_time = to_hours_str(seconds)
if end:
item = Item('{0} hours on {1}'.format(
total_time,
start.date().strftime(DATE_FORMAT)),
subtitle=Item.LINE)
else:
item = Item('{0} hours from {1}'.format(
total_time,
start.date().strftime(DATE_FORMAT)),
subtitle=Item.LINE)
else:
item = Item('Nothing to report')
items.append(item)
show_suffix = start or end
for effort in efforts:
item = Item(effort.description, valid=True)
now = LOCALTZ.localize(datetime.datetime.now())
newest_entry = effort.newest_entry
if newest_entry.is_running:
item.icon = 'running.png'
started = newest_entry.start_time
delta = to_approximate_time(now - started)
seconds = effort.seconds
total = ''
if seconds > 0:
hours = to_hours_str(seconds, show_suffix=show_suffix)
total = ' ({0} hours total)'.format(hours)
item.subtitle = 'Running for {0}{1}'.format(delta, total)
item.arg = 'stop|{0}|{1}'.format(newest_entry.id,
effort.description)
else:
seconds = effort.seconds
hours = to_hours_str(datetime.timedelta(seconds=seconds),
show_suffix=show_suffix)
if start:
item.subtitle = ('{0} hours'.format(hours))
else:
stop = newest_entry.stop_time
if stop:
delta = to_approximate_time(now - stop, ago=True)
else:
delta = 'recently'
oldest = effort.oldest_entry
since = oldest.start_time
since = since.strftime('%m/%d')
item.subtitle = ('{0} hours since {1}, '
'stopped {2}'.format(hours, since, delta))
item.arg = 'continue|{0}|{1}'.format(newest_entry.id,
effort.description)
items.append(item)
if len(query.strip()) > 1:
# there's a filter
test = query[1:].strip()
items = self.fuzzy_match_list(test, items, key=lambda t: t.title)
if len(items) == 0:
items.append(Item("Nothing found"))
return items
def tell_query(self, query, start=None, end=None):
'''List entries that match a query.
Note that an end time without a start time will be ignored.'''
LOG.info('tell_query("{0}", start={1}, end={2})'.format(
query, start, end))
if not start:
end = None
needs_refresh = False
query = query.strip()
if self.cache.get('disable_cache', False):
LOG.debug('cache is disabled')
needs_refresh = True
elif self.cache.get('time') and self.cache.get('time_entries'):
last_load_time = self.cache.get('time')
LOG.debug('last load was %s', last_load_time)
import time
now = int(time.time())
if now - last_load_time > CACHE_LIFETIME:
LOG.debug('automatic refresh')
needs_refresh = True
else:
LOG.debug('cache is missing timestamp or data')
needs_refresh = True
if needs_refresh:
LOG.debug('refreshing cache')
try:
all_entries = toggl.TimeEntry.all()
except Exception:
LOG.exception('Error getting time entries')
raise Exception('Problem talking to toggl.com')
import time
self.cache['time'] = int(time.time())
self.cache['time_entries'] = serialize_entries(all_entries)
else:
LOG.debug('using cached data')
all_entries = deserialize_entries(self.cache['time_entries'])
LOG.debug('%d entries', len(all_entries))
if start:
LOG.debug('filtering on start time %s', start)
if end:
LOG.debug('filtering on end time %s', end)
all_entries = [e for e in all_entries if e.start_time < end
and e.stop_time > start]
else:
all_entries = [e for e in all_entries if e.stop_time > start]
LOG.debug('filtered to %d entries', len(all_entries))
efforts = {}
# group entries with the same description into efforts (so as not to be
# confused with Toggl tasks
for entry in all_entries:
if entry.description not in efforts:
efforts[entry.description] = Effort(entry.description, start,
end)
efforts[entry.description].add(entry)
efforts = efforts.values()
efforts = sorted(efforts, reverse=True,
key=lambda e: e.newest_entry.start_time)
items = []
if start:
if len(efforts) > 0:
seconds = sum(e.seconds for e in efforts)
LOG.debug('total seconds: %s', seconds)
total_time = to_hours_str(seconds)
if end:
item = Item('{0} hours on {1}'.format(
total_time,
start.date().strftime(DATE_FORMAT)),
subtitle=Item.LINE)
else:
item = Item('{0} hours from {1}'.format(
total_time,
start.date().strftime(DATE_FORMAT)),
subtitle=Item.LINE)
else:
item = Item('Nothing to report')
items.append(item)
show_suffix = start or end
for effort in efforts:
item = Item(effort.description, valid=True)
now = LOCALTZ.localize(datetime.datetime.now())
newest_entry = effort.newest_entry
if newest_entry.is_running:
item.icon = 'running.png'
started = newest_entry.start_time
delta = to_approximate_time(now - started)
seconds = effort.seconds
total = ''
if seconds > 0:
hours = to_hours_str(seconds, show_suffix=show_suffix)
total = ' ({0} hours total)'.format(hours)
item.subtitle = 'Running for {0}{1}'.format(delta, total)
item.arg = 'stop|{0}|{1}'.format(newest_entry.id,
effort.description)
else:
seconds = effort.seconds
hours = to_hours_str(datetime.timedelta(seconds=seconds),
show_suffix=show_suffix)
if start:
item.subtitle = ('{0} hours'.format(hours))
else:
stop = newest_entry.stop_time
if stop:
delta = to_approximate_time(now - stop, ago=True)
else:
delta = 'recently'
oldest = effort.oldest_entry
since = oldest.start_time
since = since.strftime('%m/%d')
item.subtitle = ('{0} hours since {1}, '
'stopped {2}'.format(hours, since, delta))
item.arg = 'continue|{0}|{1}'.format(newest_entry.id,
effort.description)
items.append(item)
if len(query.strip()) > 1:
# there's a filter
test = query[1:].strip()
items = self.fuzzy_match_list(test, items,
key=lambda t: t.title)
if len(items) == 0:
items.append(Item("Nothing found"))
return items
