def coleta_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(self.base, self)
def process_status(self, status_id_doc):
"""
Process status
:param id_doc: id_doc for analytics
:param status_id_doc: Status id_doc
:return: True or False
"""
try:
result = self.status_base.get_document(status_id_doc)
except ConnectionError as e:
log.error("CONNECTION ERROR: Error processing %s\n%s", status_id_doc, e.message)
time.sleep(1)
result = self.status_base.get_document(status_id_doc)
# JSON
status_dict = conv.document2dict(self.status_base.lbbase, result)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = status_id_doc
# Add status to analytics if positives are bigger than negatives
update = False
if status_dict.get('positives') is not None or status_dict.get('negatives') is not None:
update = True
if update:
return status_dict
else:
return None
def orgao_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(orgao_base.lbbase, self)
def user_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(user_base.lbbase, self)
def atividade_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(atividade_base.lbbase, self)
def twitter_embed(self):
"""
View for twitter embed
:return: Twitter HTML code with oEmbed
"""
status_id = self.request.matchdict.get('status_id')
if status_id is None:
log.error("You have to supply status_id")
raise HTTPError
status = self.status_base.get_document(status_id)
status_dict = conv.document2dict(self.status_base.lbbase, status)
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = status_id
# Load original source
source = json.loads(status_dict['source'])
status_dict['source'] = source[0]
# Get status oembed
oembed = self.lbt.api.GetStatusOembed(id=status_dict['source']['_id'],
lang='pt')
# Get category
if status_dict.get('events_tokens') is None:
status_dict['category'] = utils.get_category(
status_dict['events_tokens'])
else:
status_dict['category'] = utils.get_category(
[status_dict['search_term']])
return {'oembed_html': oembed['html'], 'status': status_dict}
def allreports_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(allreports.lbbase, self)
def test_store_location(self):
"""
Test location base storage
"""
location_base = location.LocationBase()
location_lbbase = location_base.create_base()
self.assertIsInstance(location_lbbase, Base)
# Load data
status_list = self.lbt.search(count=10)
result = self.lbt.store_twitter(status_list=status_list, tokenize=True)
self.assertTrue(result)
status_id_list = self.status_base.get_document_ids()
log.debug("Number of status found: %s", len(status_id_list))
status = self.status_base.get_document(status_id_list[0])
status_dict = conv.document2dict(self.status_base.lbbase, status)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = status._metadata.id_doc
# Now try to find location
status_dict = liblocation.get_location(status_dict)
# Update base
self.assertIsNotNone(
self.status_base.documentrest.update(
status_dict['_metadata']['id_doc'],
json.dumps(status_dict)
)
)
result = location_base.remove_base()
self.assertTrue(result)
def notify_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(notify_base.lbbase, self)
def atividade_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(atividade_base.lbbase, self)
def desc_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(desc.lbbase, self)
def twitter_embed(self):
"""
View for twitter embed
:return: Twitter HTML code with oEmbed
"""
status_id = self.request.matchdict.get('status_id')
if status_id is None:
log.error("You have to supply status_id")
raise HTTPError
status = self.status_base.get_document(status_id)
status_dict = conv.document2dict(self.status_base.lbbase, status)
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = status_id
# Load original source
source = json.loads(status_dict['source'])
status_dict['source'] = source[0]
# Get status oembed
oembed = self.lbt.api.GetStatusOembed(id=status_dict['source']['_id'], lang='pt')
# Get category
if status_dict.get('events_tokens') is None:
status_dict['category'] = utils.get_category(status_dict['events_tokens'])
else:
status_dict['category'] = utils.get_category([status_dict['search_term']])
return {
'oembed_html': oembed['html'],
'status': status_dict
}
def process_geo_dict(self, id_doc, max_distance=50000, status_dict=None):
"""
Get Brasil city distance from document
:param max_distance: Max distance (Meters) to consider
:return: Dict with Geo information from LBGeo
"""
if status_dict is None:
document = self.get_document(id_doc)
status_dict = conv.document2dict(self.lbbase, document)
if status_dict.get('location') is None:
if status_dict.get('arg_structures') is not None:
# Now try to find location again
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = id_doc
status_dict = location.get_location(status_dict)
if status_dict.get('location') is None:
log.error("Location not available for document id = %s",
id_doc)
return status_dict
else:
log.error("Location not available for document id = %s",
id_doc)
return status_dict
params = {
'lat': status_dict['location']['latitude'],
'lng': status_dict['location']['longitude']
}
url = self.geo_url + '/city'
result = requests.post(url=url, data=json.dumps(params))
# Check for Exception
try:
result.raise_for_status()
except HTTPError as e:
log.error("Connection error in id_doc = %s\n%s", id_doc, e.message)
return status_dict
try:
city = result.json()
except ValueError as e:
log.error("Error parsing response for id_doc = %s\n%s", id_doc,
e.message)
return status_dict
# Check for max distance
if float(city['city_distance']) > float(max_distance):
# Do not take this distance
log.debug("Distance = %s bigger than maximum = %s",
city['city_distance'], max_distance)
return status_dict
# Now update document with city
status_dict['brasil_city'] = city
return status_dict
def modify_aaData(self, results, base_name):
model = self.model_base(base_name)
data = []
for result in results:
temp = document2dict(model, result)
temp['id_doc'] = result._metadata.id_doc
data.append(temp)
return data
def modify_aaData(self, results, base_name):
model = self.model_base(base_name)
data = []
for result in results:
temp = document2dict(model, result)
temp['id_doc'] = result._metadata.id_doc
data.append(temp)
return data
def process_geo_dict(self, id_doc, max_distance=50000, status_dict=None):
"""
Get Brasil city distance from document
:param max_distance: Max distance (Meters) to consider
:return: Dict with Geo information from LBGeo
"""
if status_dict is None:
document = self.get_document(id_doc)
status_dict = conv.document2dict(self.lbbase, document)
if status_dict.get('location') is None:
if status_dict.get('arg_structures') is not None:
# Now try to find location again
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = id_doc
status_dict = location.get_location(status_dict)
if status_dict.get('location') is None:
log.error("Location not available for document id = %s", id_doc)
return status_dict
else:
log.error("Location not available for document id = %s", id_doc)
return status_dict
params = {
'lat': status_dict['location']['latitude'],
'lng': status_dict['location']['longitude']
}
url = self.geo_url + '/city'
result = requests.post(
url=url,
data=json.dumps(params)
)
# Check for Exception
try:
result.raise_for_status()
except HTTPError as e:
log.error("Connection error in id_doc = %s\n%s", id_doc, e.message)
return status_dict
try:
city = result.json()
except ValueError as e:
log.error("Error parsing response for id_doc = %s\n%s", id_doc, e.message)
return status_dict
# Check for max distance
if float(city['city_distance']) > float(max_distance):
# Do not take this distance
log.debug("Distance = %s bigger than maximum = %s", city['city_distance'], max_distance)
return status_dict
# Now update document with city
status_dict['brasil_city'] = city
return status_dict
def process_hashtags(self, id_doc):
result = self.get_document(id_doc)
# JSON
status_dict = conv.document2dict(self.lbbase, result)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = id_doc
return self.process_hashtags_dict(status_dict)
def process_hashtags(self, id_doc):
result = self.get_document(id_doc)
# JSON
status_dict = conv.document2dict(self.lbbase, result)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = id_doc
return self.process_hashtags_dict(status_dict)
def process_tokens(self, id_doc, update=True):
"""
Process tokens for this id_doc
:param id_doc: Document to be processed
:param update: Whether we should update dictionary frequency or not
:return: True or False
"""
result = self.get_document(id_doc)
# JSON
status_dict = conv.document2dict(self.lbbase, result)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = id_doc
# SRL tokenize
tokenized = srl.srl_tokenize(status_dict['text'])
if tokenized.get('arg_structures') is not None:
status_dict['arg_structures'] = tokenized.get('arg_structures')
if tokenized.get('tokens') is not None:
status_dict['tokens'] = tokenized.get('tokens')
# Now try to find location
status_dict = location.get_location(status_dict)
# Process tokens if selected
dictionary_base = dic.DictionaryBase(
dic_base=self.dictionary_base
)
result = dictionary.process_tokens_dict(status_dict, dictionary_base, update=update)
log.debug("Corpus da tokenização calculado. id_doc = %s", id_doc)
status_dict = result['status']
# Extract hashtags
status_dict = self.get_hashtags_dict(status_dict)
# Calculate category
status_dict = self.get_category(status_dict)
# Get brasil city information
status_dict = self.process_geo_dict(
id_doc=id_doc,
status_dict=status_dict
)
# Now update document back
self.documentrest.update(id_doc, json.dumps(status_dict))
return True
def process_tokens(self, id_doc, update=True):
"""
Process tokens for this id_doc
:param id_doc: Document to be processed
:param update: Whether we should update dictionary frequency or not
:return: True or False
"""
result = self.get_document(id_doc)
# JSON
status_dict = conv.document2dict(self.lbbase, result)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = id_doc
# SRL tokenize
tokenized = srl.srl_tokenize(status_dict['text'])
if tokenized.get('arg_structures') is not None:
status_dict['arg_structures'] = tokenized.get('arg_structures')
if tokenized.get('tokens') is not None:
status_dict['tokens'] = tokenized.get('tokens')
# Now try to find location
status_dict = location.get_location(status_dict)
# Process tokens if selected
dictionary_base = dic.DictionaryBase(dic_base=self.dictionary_base)
result = dictionary.process_tokens_dict(status_dict,
dictionary_base,
update=update)
log.debug("Corpus da tokenização calculado. id_doc = %s", id_doc)
status_dict = result['status']
# Extract hashtags
status_dict = self.get_hashtags_dict(status_dict)
# Calculate category
status_dict = self.get_category(status_dict)
# Get brasil city information
status_dict = self.process_geo_dict(id_doc=id_doc,
status_dict=status_dict)
# Now update document back
self.documentrest.update(id_doc, json.dumps(status_dict))
return True
def process_status_categories(self, status_id_doc):
"""
Process status
:param status_id_doc: Status id_doc
:return: Status dict stored
"""
try:
result = self.status_base.get_document(status_id_doc)
except ConnectionError as e:
log.error("CONNECTION ERROR: Error processing %s\n%s", status_id_doc, e.message)
# Try again in one second
time.sleep(1)
status_dict = self.process_status_categories(status_id_doc)
return status_dict
# JSON
status_dict = conv.document2dict(self.status_base.lbbase, result)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = status_id_doc
return status_dict
def blacklist_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(blacklist_base.lbbase, self)
def crimes_to_dict(self):
"""
Convert crimes object to Python dict
:return: dict for crime
"""
return conv.document2dict(self.crimes_base.lbbase, self)
def analytics_to_dict(self):
"""
Convert analytics object to Python dict
:return: dict for crime
"""
return conv.document2dict(self.analytics_base.lbbase, self)
def crimes_to_dict(self):
"""
Convert crimes object to Python dict
:return: dict for crime
"""
return conv.document2dict(self.crimes_base.lbbase, self)
def update_status_files(self, lb_intercommunication_obj, key=None, value=None):
""" Atualiza a estrutura de arquivos
"""
add_key = key
list_update_object = []
value_attr = value
for obj in self.get_files_doc(lb_intercommunication_obj):
dict_document = document2dict(LbLibLightBaseSetCs().liblightbase_schemes_df('db_reg_anot_teses_arq'), obj )
list_update_object = []
for assunt_vinc in dict_document.get('mg_assunt_vinc'):
if str(assunt_vinc.get('int_id_doc_assunt')) in self.list_id_reg_teses:
assunt_vinc[add_key] = value_attr
list_update_object.append(assunt_vinc)
# dict_lbdoc = {
# #"lb_ctrl_sh_slt": "_metadata",
# "lb_ctrl_op": "db_search",
# "lb_ctrl_db": "db_reg_anot_teses_arq",
# "lb_ctrl_qry": 'str_file_hash = ' + obj.str_file_hash,
# "lb_ctrl_cookie": lb_intercommunication_obj.user_credentials["lb_cookie"]
# }
if key == 'bool_ativ':
#verifica se todos da lista é False
bool_ativ_file = not [mg_assunt.get('bool_ativ', True) for mg_assunt in list_update_object].count(False) == len(list_update_object)
addParh = {
"path": "bool_ativ_file",
"mode": "update",
"fn": None,
"args": [bool_ativ_file]
}
elif key == 'bool_del':
#bool_del_file = False
#length = len(list_update_object)
bool_del_file = [mg_assunt.get('bool_del', False) for mg_assunt in list_update_object].count(True) == len(list_update_object)
addParh = {
"path": "bool_del_file",
"mode": "update",
"fn": None,
"args": [bool_del_file]
}
operation_lbdoc = {
'lb_ctrl_op': 'update_collection',
'lb_ctrl_db': 'db_reg_anot_teses_arq',
'search': {'literal':'str_file_hash = \'' + obj.str_file_hash + '\'',
'limit': 1
},
'path_operation': [
{
"path": "mg_assunt_vinc",
"mode":"update",
"fn": None,
"args": [list_update_object]
}
],
'lb_ctrl_cookie': lb_intercommunication_obj.user_credentials["lb_cookie"]
}
operation_lbdoc['path_operation'].append(addParh)
submit_operations_df_return = LBDOC_OBJ.lbdoc_obj.submit_operations_df(None, operation_lbdoc, False)
if submit_operations_df_return.lbdoc_return_objs.lbdoc_return_objs[-1].\
status == "success":
continue
def update_status_files(self,
lb_intercommunication_obj,
key=None,
value=None):
""" Atualiza a estrutura de arquivos
"""
add_key = key
list_update_object = []
value_attr = value
for obj in self.get_files_doc(lb_intercommunication_obj):
dict_document = document2dict(
LbLibLightBaseSetCs().liblightbase_schemes_df(
'db_reg_anot_teses_arq'), obj)
list_update_object = []
for assunt_vinc in dict_document.get('mg_assunt_vinc'):
if str(assunt_vinc.get(
'int_id_doc_assunt')) in self.list_id_reg_teses:
assunt_vinc[add_key] = value_attr
list_update_object.append(assunt_vinc)
# dict_lbdoc = {
# #"lb_ctrl_sh_slt": "_metadata",
# "lb_ctrl_op": "db_search",
# "lb_ctrl_db": "db_reg_anot_teses_arq",
# "lb_ctrl_qry": 'str_file_hash = ' + obj.str_file_hash,
# "lb_ctrl_cookie": lb_intercommunication_obj.user_credentials["lb_cookie"]
# }
if key == 'bool_ativ':
#verifica se todos da lista é False
bool_ativ_file = not [
mg_assunt.get('bool_ativ', True)
for mg_assunt in list_update_object
].count(False) == len(list_update_object)
addParh = {
"path": "bool_ativ_file",
"mode": "update",
"fn": None,
"args": [bool_ativ_file]
}
elif key == 'bool_del':
#bool_del_file = False
#length = len(list_update_object)
bool_del_file = [
mg_assunt.get('bool_del', False)
for mg_assunt in list_update_object
].count(True) == len(list_update_object)
addParh = {
"path": "bool_del_file",
"mode": "update",
"fn": None,
"args": [bool_del_file]
}
operation_lbdoc = {
'lb_ctrl_op':
'update_collection',
'lb_ctrl_db':
'db_reg_anot_teses_arq',
'search': {
'literal': 'str_file_hash = \'' + obj.str_file_hash + '\'',
'limit': 1
},
'path_operation': [{
"path": "mg_assunt_vinc",
"mode": "update",
"fn": None,
"args": [list_update_object]
}],
'lb_ctrl_cookie':
lb_intercommunication_obj.user_credentials["lb_cookie"]
}
operation_lbdoc['path_operation'].append(addParh)
submit_operations_df_return = LBDOC_OBJ.lbdoc_obj.submit_operations_df(
None, operation_lbdoc, False)
if submit_operations_df_return.lbdoc_return_objs.lbdoc_return_objs[-1].\
status == "success":
continue
def test_x(self):
Pessoa = self.base.metaclass()
Gmulti = self.base.metaclass('gmulti')
Dependente = self.base.metaclass('dependente')
lbbase = self.base
class Y(Gmulti):
@property
def teste(self):
return Gmulti.teste.__get__(self)
@teste.setter
def teste(self, v):
Gmulti.teste.__set__(self, v)
class X(Pessoa):
def __init__(self, **args):
super(X, self).__init__(**args)
@property
def nome(self):
return Pessoa.nome.__get__(self)
@nome.setter
def nome(self, v):
Pessoa.nome.__set__(self, v)
@property
def dependente(self):
return Pessoa.dependente.__get__(self)
@dependente.setter
def dependente(self, v):
Pessoa.dependente.__set__(self, v)
def set_dependentes(self):
g1 = dict(teste='ww',
teste2=['dgfkdsgsghslkdghsk', 'dsgjsd.,gjsd.gjs'])
g1_obj = dict2document(lbbase, g1, Gmulti)
g2 = dict(teste='ww',
teste2=['dgfkdsgsghslkdghsk', 'dsgjsd.,gjsd.gjs'])
g2_obj = dict2document(lbbase, g2, Gmulti)
g3 = dict(teste='ww',
teste2=['dgfkdsgsghslkdghsk', 'dsgjsd.,gjsd.gjs'])
g3_obj = dict2document(lbbase, g3, Gmulti)
g4 = dict(teste='ww',
teste2=['dgfkdsgsghslkdghsk', 'dsgjsd.,gjsd.gjs'])
g4_obj = dict2document(lbbase, g4, Gmulti)
d1 = dict(nome_dep='xxx', gmulti=[g1, g2])
d1_obj = dict2document(lbbase, d1, Dependente)
d2 = dict(nome_dep='xxx', gmulti=[g3, g4])
d2_obj = dict2document(lbbase, d2, Dependente)
d1 = [d1_obj, d2_obj]
self.dependente = d1
x = X(nome='aa', carros=['d'])
x.set_dependentes()
j = document2json(self.base, x, indent=4)
self.assertIsNotNone(j)
fd = open('/tmp/document2.json', 'w+')
fd.write(j)
fd.close()
p = document2dict(self.base, x)
y = X(**p)
self.assertIsInstance(y, X)
def store_twitter(self, status_list, tokenize=True):
"""
Store twitter status in LB Database
:param status_list: List of status to be stored
:param tokenize: Whether we should tokenize it directly or not
:return: True or None if it isn't possible to store it
"""
for elm in status_list:
status_json = self.status_to_json([elm])
status = Status(
origin='twitter',
inclusion_date=datetime.datetime.now(),
inclusion_datetime=datetime.datetime.now(),
search_term=self.term,
text=elm.text,
source=status_json,
base=self.status_base
)
retorno = status.create_status()
if retorno is None:
# log.error("Error inserting status %s on Base" % elm.text)
log.error("Error inserting status on Base" % elm.text)
continue
status_dict = conv.document2dict(self.status_base.lbbase, status)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = retorno
if tokenize:
# SRL tokenize
if status_dict.get('text') is not None:
tokenized = srl.srl_tokenize(status_dict['text'])
if tokenized.get('arg_structures') is not None:
status_dict['arg_structures'] = tokenized.get('arg_structures')
if tokenized.get('tokens') is not None:
status_dict['tokens'] = tokenized.get('tokens')
# Now try to find location
status_dict = location.get_location(status_dict)
# Process tokens if selected
result = dictionary.process_tokens_dict(status_dict, self.dictionary_base)
log.info("Corpus da tokenizacao calculado. id_doc = %s", retorno)
status_dict = result['status']
# Extract hashtags
status_dict = self.status_base.get_hashtags_dict(status_dict)
# Calculate category
status_dict = status.get_category(status_dict)
# Get brasil city information
status_dict = self.status_base.process_geo_dict(
id_doc=retorno,
status_dict=status_dict
)
# Now update document back
self.status_base.documentrest.update(retorno, json.dumps(status_dict))
return retorno
def blacklist_to_dict(self):
"""
Convert status object to Python dict
:return:
"""
return conv.document2dict(blacklist_base.lbbase, self)
def insert_from_status(lbstatus, dictionary_base=None, outfile=None):
# try:
# assert isinstance(lbstatus, StatusBase)
# except AssertionError as e:
# log.error("You have to supply a status instance\n%s", e)
# return
task_queue = Queue()
done_queue = Queue()
processes = int(lbstatus.processes)
# As we are reprocessing tokens, it is necessary to clear frequency
dic_base = dictionary.DictionaryBase(dic_base=dictionary_base)
dic_base.remove_base()
dic_base.create_base()
# Lust send the GET request
rest_url = lbstatus.documentrest.rest_url
rest_url += "/" + lbstatus.lbbase._metadata.name + "/doc/"
id_status_list = lbstatus.get_document_ids()
if id_status_list is None:
log.error("No status found. Import some status first")
return False
for elm in id_status_list:
params = dict(status_id=elm, outfile=outfile, rest_url=rest_url + elm)
task_queue.put(params)
for i in range(processes):
# Permite o processamento paralelo dos tokens
Process(target=worker, args=(task_queue, done_queue)).start()
# Load dictionary
dic = corpora.Dictionary()
if outfile is not None:
if os.path.exists(outfile):
dic.load(outfile)
max_size = lbstatus.max_size
# Merge results with this dictionary
log.debug("Processing results from dictionary creation")
for i in range(len(id_status_list)):
# Update status after processing
processed = done_queue.get()
dic2 = processed['dic']
result = processed['status']
status_dict = conv.document2dict(lbstatus.lbbase, result)
try:
retorno = lbstatus.documentrest.update(params['status_id'],
json.dumps(status_dict))
except HTTPError as e:
log.error("Error updating document id = %d\n%s" %
(params['status_id'], e.message))
dic.merge_with(dic2)
log.debug("111111111111111111111: Novo dicionário %s", dic)
if outfile is not None:
# Serialize if it grows bigger than the amount of size
if sys.getsizeof(dic, 0) >= max_size:
log.info("Serializing dict as it reached max size %s",
max_size)
dic.save(outfile)
if outfile is not None:
dic.save(outfile)
# Tell child processes to stop
for i in range(processes):
task_queue.put('STOP')
return True
def insert_from_status(lbstatus,
dictionary_base=None,
outfile=None):
# try:
# assert isinstance(lbstatus, StatusBase)
# except AssertionError as e:
# log.error("You have to supply a status instance\n%s", e)
# return
task_queue = Queue()
done_queue = Queue()
processes = int(lbstatus.processes)
# As we are reprocessing tokens, it is necessary to clear frequency
dic_base = dictionary.DictionaryBase(dic_base=dictionary_base)
dic_base.remove_base()
dic_base.create_base()
# Lust send the GET request
rest_url = lbstatus.documentrest.rest_url
rest_url += "/" + lbstatus.lbbase._metadata.name + "/doc/"
id_status_list = lbstatus.get_document_ids()
if id_status_list is None:
log.error("No status found. Import some status first")
return False
for elm in id_status_list:
params = dict(
status_id=elm,
outfile=outfile,
rest_url=rest_url + elm
)
task_queue.put(params)
for i in range(processes):
# Permite o processamento paralelo dos tokens
Process(target=worker, args=(task_queue, done_queue)).start()
# Load dictionary
dic = corpora.Dictionary()
if outfile is not None:
if os.path.exists(outfile):
dic.load(outfile)
max_size = lbstatus.max_size
# Merge results with this dictionary
log.debug("Processing results from dictionary creation")
for i in range(len(id_status_list)):
# Update status after processing
processed = done_queue.get()
dic2 = processed['dic']
result = processed['status']
status_dict = conv.document2dict(lbstatus.lbbase, result)
try:
retorno = lbstatus.documentrest.update(params['status_id'], json.dumps(status_dict))
except HTTPError as e:
log.error("Error updating document id = %d\n%s" % (params['status_id'], e.message))
dic.merge_with(dic2)
log.debug("111111111111111111111: Novo dicionário %s", dic)
if outfile is not None:
# Serialize if it grows bigger than the amount of size
if sys.getsizeof(dic, 0) >= max_size:
log.info("Serializing dict as it reached max size %s", max_size)
dic.save(outfile)
if outfile is not None:
dic.save(outfile)
# Tell child processes to stop
for i in range(processes):
task_queue.put('STOP')
return True
def store_twitter(self, status_list, tokenize=True):
"""
Store twitter status in LB Database
:param status_list: List of status to be stored
:param tokenize: Whether we should tokenize it directly or not
:return: True or None if it isn't possible to store it
"""
for elm in status_list:
status_json = self.status_to_json([elm])
status = Status(origin='twitter',
inclusion_date=datetime.datetime.now(),
inclusion_datetime=datetime.datetime.now(),
search_term=self.term,
text=elm.text,
source=status_json,
base=self.status_base)
retorno = status.create_status()
if retorno is None:
# log.error("Error inserting status %s on Base" % elm.text)
log.error("Error inserting status on Base" % elm.text)
continue
status_dict = conv.document2dict(self.status_base.lbbase, status)
# Manually add id_doc
status_dict['_metadata'] = dict()
status_dict['_metadata']['id_doc'] = retorno
if tokenize:
# SRL tokenize
if status_dict.get('text') is not None:
tokenized = srl.srl_tokenize(status_dict['text'])
if tokenized.get('arg_structures') is not None:
status_dict['arg_structures'] = tokenized.get(
'arg_structures')
if tokenized.get('tokens') is not None:
status_dict['tokens'] = tokenized.get('tokens')
# Now try to find location
status_dict = location.get_location(status_dict)
# Process tokens if selected
result = dictionary.process_tokens_dict(status_dict,
self.dictionary_base)
log.info("Corpus da tokenizacao calculado. id_doc = %s", retorno)
status_dict = result['status']
# Extract hashtags
status_dict = self.status_base.get_hashtags_dict(status_dict)
# Calculate category
status_dict = status.get_category(status_dict)
# Get brasil city information
status_dict = self.status_base.process_geo_dict(
id_doc=retorno, status_dict=status_dict)
# Now update document back
self.status_base.documentrest.update(retorno,
json.dumps(status_dict))
return retorno
