def get_default_decoders():
return [
codecs.CoreJSONCodec(),
codecs.JSONCodec(),
codecs.TextCodec(),
codecs.DownloadCodec(),
]
def __init__(self,
host,
port,
user,
token,
params_callback=None,
message_callback=None):
self.base_url = self.get_service_url(host, port)
self.client = Client(
decoders=[
codecs.CoreJSONCodec(), # application/vnd.coreapi+json
codecs.JSONCodec() # application/json
],
transports=[
transports.CommandHTTPSTransport(
auth=auth.CommandClientTokenAuthentication(user=user,
token=token,
scheme='Token',
domain='*'),
params_callback=params_callback,
message_callback=message_callback) # https only
])
self.schema = self.client.get(self.base_url)
class Client(itypes.Object):
DEFAULT_TRANSPORTS = [transports.HTTPTransport()]
DEFAULT_DECODERS = [
codecs.CoreJSONCodec(),
codecs.JSONCodec(),
codecs.TextCodec()
]
def __init__(self, decoders=None, transports=None):
if decoders is None:
decoders = self.DEFAULT_DECODERS
if transports is None:
transports = self.DEFAULT_TRANSPORTS
self._decoders = itypes.List(decoders)
self._transports = itypes.List(transports)
@property
def decoders(self):
return self._decoders
@property
def transports(self):
return self._transports
def get(self, url, force_codec=False):
link = Link(url, action='get')
# Perform the action, and return a new document.
transport = determine_transport(self.transports, link.url)
return transport.transition(link,
self.decoders,
force_codec=force_codec)
def reload(self, document, force_codec=False):
url = document.url
link = Link(url, action='get')
# Perform the action, and return a new document.
transport = determine_transport(self.transports, link.url)
return transport.transition(link,
self.decoders,
force_codec=force_codec)
def action(self,
document,
keys,
params=None,
action=None,
encoding=None,
transform=None):
if isinstance(keys, string_types):
keys = [keys]
# Validate the keys and link parameters.
link, link_ancestors = _lookup_link(document, keys)
if (action is not None) or (encoding is not None) or (transform
is not None):
# Handle any explicit overrides.
action = link.action if (action is None) else action
encoding = link.encoding if (encoding is None) else encoding
transform = link.transform if (transform is None) else transform
link = Link(link.url,
action=action,
encoding=encoding,
transform=transform,
fields=link.fields)
# Perform the action, and return a new document.
transport = determine_transport(self.transports, link.url)
return transport.transition(link,
self.decoders,
params=params,
link_ancestors=link_ancestors)
class VillesSimilaires(object):
"""
Cette classe est appelée lors de l'autocomplementation d'une ville recherchée
"""
# on definit l'API (url de base)
__api_de_base = 'https://geo.api.gouv.fr/'
# limit du nombre de ville à afficher dens l'autocomplementation
__limite = 10
decoders = [codecs.CoreJSONCodec(), codecs.JSONCodec()]
def __init__(self, saisi):
# on enleve toutes les espaces autour de la valeur saisie
self.__saisi = str(saisi).strip()
def get_ville_similaire(self):
if self.__saisi != '':
try:
client = Client() # self.__class__.decoders
# connexion à l'API
document = client.get(self.__class__.__api_de_base +
'communes?nom={nom}'
'&fields=population,centre,departement'
'&boost=population'.format(
nom=self.__saisi))
# cette fonction est un générateur qui nous permet de limiter la recherche
def limit_rech(limit=self.__class__.__limite):
num = 0
for un in document:
yield un
num += 1
if num >= limit:
break
# création d'une liste des villes récupérées
les_villes_bruites = [x for x in limit_rech()]
# Création d'une nouvelle listes avec mes propes clée:id , value , population etc...
# En gros je reformatte les villes envoyées par l'API
mes_villes = []
for myid, value in enumerate(les_villes_bruites):
mes_villes.append({
'id':
myid,
'value':
value['nom'],
'population':
value['population'],
'latitude':
value['centre']['coordinates'][1],
'longitude':
value['centre']['coordinates'][0]
})
# cet objet a été crée lors du chargement de ce fichier
# enregistrement du dictionnaire des villes
je_garde.set_last_list(mes_villes)
return json.dumps(mes_villes)
except Exception as E:
return ''
else:
return ''
class BaseClient:
decoders = [HALCodec(), codecs.JSONCodec()]
def __init__(self, uri, elem_class):
"""
Init from base uri and expected element helper class
:param uri: relative uri to base OLS url
:param elem_class: helper class expected
"""
self.client = Client(decoders=self.decoders)
self.uri = uri
self.elem_class = elem_class
def _parse_response(self, received, path=''):
logger.debug("Parse response from %s/%s (%s)", self.uri, path,
type(received))
if isinstance(received, coreapi.document.Document):
return received
elif isinstance(received, collections.OrderedDict):
return HALParseDocument(received)
logger.error('%s/%s did not retrieved a parse-able object object: %s',
self.uri, path, type(received))
raise exceptions.UnparsedDocumentException(
'Document (%s) %s could not be parsed' %
(received.__class__.__name__, received))
@staticmethod
def filters_response(filters):
""" Filters queries for search"""
logger.debug('Applying filters %s', filters)
assert set(filters.keys()).issubset(
{'exact', 'fieldList', 'groupField', 'obsoletes', 'ontology', 'queryFields', 'slim', 'type', 'local'}), \
"Unauthorized filter key"
if 'fieldList' in filters:
if type(filters['fieldList']) is str:
assertion_set = set(filters['fieldList'].split(','))
elif type(filters['fieldList'] is set):
assertion_set = filters['fieldList']
else:
raise AssertionError("Wrong filter FieldList %s" %
filters['fieldList'])
assert assertion_set.issubset({
'description', 'id', 'iri', 'is_defining_ontology', 'label',
'obo_id', 'ontology_name', 'ontology_prefix', 'short_form',
'type'
}), "Wrong fieldList - check OLS doc"
if 'queryFields' in filters:
if type(filters['queryFields']) is str:
assertion_set = set(filters['queryFields'].split(','))
elif type(filters['queryFields'] is set):
assertion_set = filters['queryFields']
else:
raise AssertionError("Wrong filter queryFields %s" %
filters['queryFields'])
assert assertion_set.issubset({
'annotations', 'description', 'iri', 'label',
'logical_description', 'obo_id', 'short_form', 'synonym'
}), "Wrong queryFields - check OLS doc"
if 'type' in filters:
if type(filters['type']) is str:
assertion_set = set(filters['type'].split(','))
elif type(filters['type'] is set):
assertion_set = filters['type']
else:
raise AssertionError("Wrong filter type %s" % filters['type'])
assert assertion_set.issubset({'class', 'property', 'individual', 'ontology', 'term'}), \
"Wrong type - check OLS doc"
filters['type'] = filters['type'].replace('term', 'class')
if 'exact' in filters:
assert filters['exact'] in ['true', 'false'
], '"exact" only accept true|false'
if 'groupFields' in filters:
assert filters['groupFields'] in [
'true', 'false'
], '"groupFields" only accept true|false'
if 'obsoletes' in filters:
assert filters['obsoletes'] in [
'true', 'false'
], '"obsoletes" only accept true|false'
if 'local' in filters:
assert filters['local'] in ['true', 'false'
], '"local" only accept true|false'
return filters
@staticmethod
def filters_terms(filters):
""" Check filters for terms queries"""
logger.debug('Applying filters %s', filters)
assert set(filters.keys()).issubset(
{'size', 'iri', 'obo_id', 'short_form'}), "Unauthorized filter key"
assert len(
filters.keys()) <= 1, "Only one filter can be applied at a time"
return filters
@staticmethod
def make_uri(identifier):
""" Get identifier format for ontologies """
return urllib.parse.quote_plus(urllib.parse.quote_plus(
str(identifier)))
def elem_class_instance(self, **data):
"""
Get an item object from dedicated class expected object
:param data:
:return:
"""
return self.elem_class(**data)
