def __init__(self, zoneID, user_agent):
self._validate(zoneID) # make sure the data is valid.
if isinstance(zoneID, str):
zoneID = [
zoneID
] # make it a list, eliminates unnecessary if/else statements.
self.alerts = []
self.response_headers = []
ac = AlertConstructor()
for zone in zoneID:
zone = zone.upper()
response = utils.request(
f"https://api.weather.gov/alerts/active/zone/{zone}",
headers=user_agent)
if not isinstance(response, requests.models.Response):
self.alerts.append(response)
continue
info = response.json()['features']
for x in info:
self.alerts.append(ac.construct_alert(x))
self.response_headers.append(response.headers)
self._counter = collections.Counter(
x.event for x in self.alerts) # counts the number of alerts
def __init__(self, alert_id, user_agent):
self._validate(alert_id)
if isinstance(alert_id, str):
alert_id = [
alert_id
] # this is only to make it consistent with logic below.
self.alerts = []
self.response_headers = []
ac = AlertConstructor()
for a_id in alert_id: # iterate through the alerts
response = utils.request(f"https://api.weather.gov/alerts/{a_id}",
user_agent)
if not isinstance(response, requests.models.Response):
self.alerts.append(
response
) # if something weird went wrong, put an error response in.
continue
info = response.json() # all is good, construct the alert objects.
self.alerts.append(ac.construct_alert(info))
self.response_headers.append(response.headers)
self._counter = collections.Counter(
x.event for x in self.alerts) # counts the number of alerts
def __init__(self, user_agent):
response = utils.request("https://api.weather.gov/alerts/types",
headers=user_agent)
if isinstance(response,
requests.models.Response): # successful retrieval.
self.alerts = response.json()['eventTypes']
else:
self.alerts = [response]
self.response_headers = response.headers
def __init__(self, user_agent):
response = utils.request("https://api.weather.gov/alerts",
headers=user_agent)
if isinstance(response,
requests.models.Response): # successful retrieval
info = response.json()['features']
ac = AlertConstructor()
self.alerts = [ac.construct_alert(x) for x in info]
else:
self.alerts = [response]
self._counter = collections.Counter(x.event for x in self.alerts)
self.response_headers = response.headers
def __init__(self, user_agent):
response = utils.request("https://api.weather.gov/alerts/active/count",
headers=user_agent)
self.response_headers = response.headers
if isinstance(response, requests.models.Response):
info = response.json()
self.total = info['total'] # dtype: int
self.land = info['land'] # dtype: int
self.marine = info['marine'] # dtype: int
self.regions = info['regions'] # dtype: dict {str : int}
self.areas = info['areas'] # dtype: dict {str : int}
self.zones = info['zones'] # dtype: dict {str : int}
else:
self.alerts = [response]
def __init__(self, user_agent):
# Update for 0.2.0: allow users to input values to modify the URL. Lots of checking!
# active = boolean
# start_time = datetime object TO 2021-05-19T10:45:00-05:00 (https://en.m.wikipedia.org/wiki/ISO_8601#Durations)
# end_time = datetime object TO ISO duration (above)
# status = string [actual, exercise, system, test, draft]
# message_type = string [alert, update, cancel]
# event = string [Valid NWS alert products, see table]
# code = string (no clue what this is)
# region_type = string [land or marine], This parameter is incompatible with the following parameters:
# area, point, region, zone
# point = string (NOTE: must be 38,-99 WATCH SPACES!, truncate to 4 decimal places).
# maybe make a shapely point? OR could create a NWSAPy point. This parameter is incompatible with the
# following parameters: area, region, region_type, zone
# region = string [Valid marine regions, see table] This parameter is incompatible with the following
# parameters: area, point, region_type, zone
# area = string [Valid areas, see table] This parameter is incompatible with the following parameters:
# point, region, region_type, zone
# zone = string [Don't have a table for this, but something like ABC001] This parameter is incompatible with
# the following parameters: area, point, region, region_type
# urgency = string [immediate, expected, future, past, unknown]
# severity = string [extreme, severe, moderate, minor, unknown]
# certainty = string [observed, likely, possible, unlikely, unknown]
# limit = integer (how many alerts you want, 0 to ??, look into capping it?)
# cursor = what is this I don't even know
response = utils.request("https://api.weather.gov/alerts/active",
user_agent)
if isinstance(response, requests.models.Response):
info = response.json()['features']
ac = AlertConstructor()
self.alerts = [ac.construct_alert(x) for x in info
] # opted for list comp because it's faster
else:
self.alerts = [response]
self._counter = collections.Counter(
x.event for x in self.alerts) # counts the number of alerts
self.response_headers = response.headers # requests.structures.CaseInsensitiveDict
def __init__(self, user_agent):
response = utils.request("https://api.weather.gov/",
headers=user_agent)
self.status = response.json()['status']
self.response_headers = response.headers