def create_paste():
"""Create a new paste."""
try:
paste = flask.request.get_json()["paste"]
except KeyError:
flask.abort(422)
file_name = str(uuid.uuid4()).replace("-", "")
utils.write_file("pastes", file_name, paste)
response = "%s/%s" % (flask.request.url, file_name)
try:
# NOTE(jk0): If these items exist, write them to the queue.
item = (
flask.request.get_json()["network"],
flask.request.get_json()["target"],
response
)
QUEUE.put(item)
except KeyError:
pass
return flask.redirect(response)
def _adjust_score(self, message, nick, delta):
score = self._get_score(nick)
if score is None:
score = 0
score += delta
utils.write_file(self.name, nick, str(score))
message.dispatch(score)
def _adjust_score(self, message, nick, delta):
score = self._get_score(nick)
if score is None:
score = 0
score += delta
utils.write_file(self.name, nick, str(score))
message.dispatch(score)
def poll_xsa_list(self, message, params=None, **kwargs):
old_data = self._load_cached_xsa_data()
new_data = self._fetch_xsa_data()
if not new_data:
return
new_data_json = json.dumps(new_data)
utils.write_file(self.name, 'xsas.json', new_data_json)
# Notify subscribed channels on new XSAs
old_xsa_ids = set(old_data.keys())
new_xsa_ids = set(new_data.keys())
added_xsa_ids = new_xsa_ids - old_xsa_ids
if old_xsa_ids and added_xsa_ids:
self._notify_new_xsas(added_xsa_ids, new_data)
def poll_xsa_list(self, message, params=None, **kwargs):
old_data = self._load_cached_xsa_data()
new_data = self._fetch_xsa_data()
if not new_data:
return
new_data_json = json.dumps(new_data)
utils.write_file(self.name, "xsas.json", new_data_json)
# Notify subscribed channels on new XSAs
old_xsa_ids = set(old_data.keys())
new_xsa_ids = set(new_data.keys())
added_xsa_ids = new_xsa_ids - old_xsa_ids
if old_xsa_ids and added_xsa_ids:
self._notify_new_xsas(added_xsa_ids, new_data)
def weather(self, message, params=None, **kwargs):
"""Display current weather report (ex: .w [set] [<location>])"""
wunderground = utils.get_config("Wunderground")
api_key = wunderground.get("key")
if params:
location = params
if location.startswith("set "):
location = location[4:]
utils.write_file(self.name, message.source, location)
message.dispatch("Location information saved")
else:
location = utils.read_file(self.name, message.source)
if not location:
message.dispatch(self.weather.__doc__)
return
try:
w = pywunderground.request(api_key, ["conditions"], location)
except Exception:
message.dispatch("Unable to fetch weather data")
return
if w.get("current_observation"):
w = w["current_observation"]
city = w["display_location"]["full"]
zip_code = w["display_location"]["zip"]
temp = w["temperature_string"]
humidity = w["relative_humidity"]
wind = w["wind_string"]
condition = w["weather"]
zip_code = "" if zip_code == "00000" else " %s" % zip_code
humidity = "N/A%" if len(humidity) > 3 else humidity
result = ("%s%s: %s Humidity: %s Wind: %s %s") % (city,
zip_code,
temp,
humidity,
wind,
condition)
message.dispatch(result)
else:
message.dispatch("Location not found: '%s'" % location)
def wunderground(self, message, params=None, **kwargs):
"""Display current weather report (ex: .w [set] [<location>])."""
wunderground = utils.get_config("Wunderground")
api_key = wunderground.get("key")
if params:
location = params
if location.startswith("set "):
location = location[4:]
utils.write_file(self.name, message.source, location)
message.dispatch("Location information saved.")
else:
location = utils.read_file(self.name, message.source)
if not location:
message.dispatch(self.wunderground.__doc__)
return
try:
w = pywunderground.request(api_key, ["conditions"], location)
except Exception:
message.dispatch("Unable to fetch Wunderground data.")
return
if "current_observation" in w:
w = w["current_observation"]
city = w["display_location"]["full"]
zip_code = w["display_location"]["zip"]
temp = w["temperature_string"]
humidity = w["relative_humidity"]
wind = w["wind_string"]
condition = w["weather"]
zip_code = "" if zip_code == "00000" else " %s" % zip_code
humidity = "N/A%" if len(humidity) > 3 else humidity
result = "%s%s: %s Humidity: %s Wind: %s %s" % (city,
zip_code,
temp,
humidity,
wind,
condition)
message.dispatch(result)
else:
message.dispatch("Location not found: '%s'" % location)
def setUp(self):
utils.write_file("tests", "pyhole_test_file", "foo")
self.new_file = utils.get_home_directory() + "tests/pyhole_test_file"
self.cpid = os.getpid()
def setUp(self):
utils.write_file("tests", "pyhole_test_file", "foo")
self.new_file = utils.get_home_directory() + "tests/pyhole_test_file"
self.cpid = os.getpid()
