def advanced_forecast(self):
print(self.match)
if self.match and self.match.group('days_to_forecast') and int(self.match.group('days_to_forecast')) <= 5:
days_to_forecast = int(self.match.group('days_to_forecast'))
else:
days_to_forecast = 2
args = [
'appid=' + self.config.get('OpenWeatherMapKey'),
'id=2642182',
'units=metric'
]
forecast = feeds.get_json(self.endpoints['forecast'] + '?' + '&'.join(args))
changes = []
for f in forecast['list']:
for w in f['weather']:
if datetime.datetime.fromtimestamp(f['dt']) > (datetime.datetime.now() + datetime.timedelta(days=days_to_forecast)):
break
if len(changes) == 0 or changes[len(changes)-1]['forecast'] != w['description']:
changes.append({'forecast': w['description'],
'start': datetime.datetime.fromtimestamp(f['dt']),
'end': datetime.datetime.fromtimestamp(f['dt'])})
elif changes[len(changes)-1]['forecast'] != w['description']:
changes[len(changes)-1]['end'] = datetime.datetime.fromtimestamp(f['dt'])
change_str = []
for change in changes:
change_str.append(change['forecast'] + ' until ' + lib.dt.period_from_datetime(change['end']))
return 'There will be ' + ' and then '.join((', '.join(change_str)).rsplit(', ', 1))
def __convert(currency, amount, key):
""" Convert currency into GBP (as long as it's USD!) """
endpoint = 'https://openexchangerates.org/api/latest.json?app_id=' + key
r = feeds.get_json(endpoint, None)
gbp = r['rates']['GBP']
conversion = float(amount) * float(gbp)
return conversion
def __get_language_code(self, language):
if self.languages is None:
self.languages = feeds.get_json(self.endpoints['languages'])
if self.languages:
for r in self.languages:
if re.search(r['languageName'], language, re.IGNORECASE):
return r['languageCode']
return None
def __convert(currency, amount, key):
""" Convert currency into GBP (as long as it's USD!) """
endpoint = 'https://openexchangerates.org/api/latest.json?app_id=' + key
r = feeds.get_json(endpoint, None)
gbp = r['rates']['GBP']
conversion = float(amount) * float(gbp)
return conversion
def __parse_feed(feed_list, num_items):
response = []
for feed in feed_list:
d = feeds.get_json(feed, None, None, False)
if d['status'] == 'error':
response.append(d['message'] + '\n' + feed)
continue
cnt = 0
for entry in d['articles']:
response.append(entry['title'] + "\n" + entry['url'])
cnt += 1
if cnt >= num_items:
break
return '\n\n'.join(response)
def __parse_feed(feed_list, num_items):
response = []
for feed in feed_list:
d = feeds.get_json(feed, None, None, False)
if d['status'] == 'error':
response.append(d['message'] + '\n' + feed)
continue
cnt = 0
for entry in d['articles']:
response.append(entry['title'] + "\n" + entry['url'])
cnt += 1
if cnt >= num_items:
break
return '\n\n'.join(response)
def translate(self):
params = ['text=' + self.match.group(1)]
language = self.__get_language_code(self.match.group(3))
if language is None:
return "I can't translate " + self.match.group(
2) + " " + self.match.group(3)
if 'from' in self.match.group(2):
params.append('from=' + language)
params.append('to=en')
else:
params.append('to=' + language)
params.append('from=en')
r = feeds.get_json(self.endpoints['translate'], params)
if r is None:
return 'There was a problem with the translator'
return r['translationText']
def advanced_forecast(self):
print(self.match)
if self.match and self.match.group('days_to_forecast') and int(
self.match.group('days_to_forecast')) <= 5:
days_to_forecast = int(self.match.group('days_to_forecast'))
else:
days_to_forecast = 2
args = [
'appid=' + self.config.get('OpenWeatherMapKey'), 'id=2642182',
'units=metric'
]
forecast = feeds.get_json(self.endpoints['forecast'] + '?' +
'&'.join(args))
changes = []
for f in forecast['list']:
for w in f['weather']:
if datetime.datetime.fromtimestamp(
f['dt']) > (datetime.datetime.now() +
datetime.timedelta(days=days_to_forecast)):
break
if len(changes) == 0 or changes[
len(changes) - 1]['forecast'] != w['description']:
changes.append({
'forecast':
w['description'],
'start':
datetime.datetime.fromtimestamp(f['dt']),
'end':
datetime.datetime.fromtimestamp(f['dt'])
})
elif changes[len(changes) - 1]['forecast'] != w['description']:
changes[len(changes) -
1]['end'] = datetime.datetime.fromtimestamp(
f['dt'])
change_str = []
for change in changes:
change_str.append(change['forecast'] + ' until ' +
lib.dt.period_from_datetime(change['end']))
return 'There will be ' + ' and then '.join(
(', '.join(change_str)).rsplit(', ', 1))
def forecast(self):
args = [
'appid=' + self.config.get('OpenWeatherMapKey'), 'id=2642182',
'units=metric'
]
forecast = feeds.get_json(self.endpoints['forecast'] + '?' +
'&'.join(args))
occurrences = {'rain': set(), 'ice': set()}
for f in forecast['list']:
if f['main']['temp'] < 1:
occurrences['ice'].add(
datetime.datetime.fromtimestamp(f['dt']).weekday())
for w in f['weather']:
if 'Rain' in w['main']:
occurrences['rain'].add(
datetime.datetime.fromtimestamp(f['dt']).weekday())
response = []
if len(occurrences['rain']) > 0:
r = []
for o in occurrences['rain']:
r.append(calendar.day_name[o])
# build natural speech list of days
response.append('It is likely to rain on ' +
' and'.join(', '.join(r).rsplit(',', 1)))
if len(occurrences['ice']) > 0:
r = []
for o in occurrences['ice']:
r.append(calendar.day_name[o])
# build natural speech list of days
response.append('It is likely to be icy on ' +
' and'.join(', '.join(r).rsplit(',', 1)))
if len(response) == 0:
response.append('No rain or ice forecast for the next 5 days')
return '\n'.join(response)
def forecast(self):
args = [
'appid=' + self.config.get('OpenWeatherMapKey'),
'id=2642182',
'units=metric'
]
forecast = feeds.get_json(self.endpoints['forecast']+'?' + '&'.join(args))
occurrences = {'rain': set(), 'ice': set()}
for f in forecast['list']:
if f['main']['temp'] < 1:
occurrences['ice'].add(datetime.datetime.fromtimestamp(f['dt']).weekday())
for w in f['weather']:
if 'Rain' in w['main']:
occurrences['rain'].add(datetime.datetime.fromtimestamp(f['dt']).weekday())
response = []
if len(occurrences['rain']) > 0:
r = []
for o in occurrences['rain']:
r.append(calendar.day_name[o])
# build natural speech list of days
response.append('It is likely to rain on ' + ' and'.join(', '.join(r).rsplit(',', 1)))
if len(occurrences['ice']) > 0:
r = []
for o in occurrences['ice']:
r.append(calendar.day_name[o])
# build natural speech list of days
response.append('It is likely to be icy on ' + ' and'.join(', '.join(r).rsplit(',', 1)))
if len(response) == 0:
response.append('No rain or ice forecast for the next 5 days')
return '\n'.join(response)
def __get_sources(self):
params = {'language=en'}
return feeds.get_json(self.endpoints['sources'], params, None, False) # @todo make language user specific
def __get_sources(self):
params = {'language=en'}
return feeds.get_json(self.endpoints['sources'], params, None,
False) # @todo make language user specific
def __get_json(url):
return feeds.get_json(url, None, [('User-Agent', 'Mozilla/5.0')])