def __init__(self, geodatabase_path, ianadatabase_path, wfbdatabase_path,
model_data_path, languages):
self.wikipedia_api_url_extraction = WikipediaApiUrlExtraction()
self.feature_collection = FeatureCollection(geodatabase_path,
ianadatabase_path,
wfbdatabase_path)
self.instance_classification = InstanceClassification(
model_data_path, languages)
self.languages = languages
def __init__(self,geodatabase_path,ianadatabase_path,wfbdatabase_path,model_data_path,languages):
self.wikipedia_api_url_extraction=WikipediaApiUrlExtraction()
self.feature_collection = FeatureCollection(geodatabase_path,ianadatabase_path,wfbdatabase_path)
self.instance_classification = InstanceClassification(model_data_path,languages)
self.languages = languages
class ArticleExtraction(object):
def __init__(self,geodatabase_path,ianadatabase_path,wfbdatabase_path,model_data_path,languages):
self.wikipedia_api_url_extraction=WikipediaApiUrlExtraction()
self.feature_collection = FeatureCollection(geodatabase_path,ianadatabase_path,wfbdatabase_path)
self.instance_classification = InstanceClassification(model_data_path,languages)
self.languages = languages
def parse_url(self,link):
return self.wikipedia_api_url_extraction.parse_url(link)
def collect_features(self,wikipedia_url):
extracted_urls=self.wikipedia_api_url_extraction.extract_urls(wikipedia_url)
collected_featues = {}
extracted_urls_len = len(extracted_urls)
extracted_urls_count = 0
id_count = 0
for extracted_url in extracted_urls:
extracted_urls_count += 1
print "extract URL " + str(extracted_urls_count)+" of "+str(extracted_urls_len)
current_features = self.feature_collection.get_features("", extracted_url)
current_features["url"] = extracted_url
collected_featues[id_count] = current_features
id_count += 1
return collected_featues
def add_predictions(self,language,collected_features):
ids_to_be_removed = []
for url_id in collected_features:
observation = []
if "ip-location" in collected_features[url_id]:
observation.append(collected_features[url_id]["ip-location"])
else:
observation.append("NaN")
if "tld-location" in collected_features[url_id]:
observation.append(collected_features[url_id]["tld-location"])
else:
observation.append("NaN")
if "website-language" in collected_features[url_id]:
observation.append(collected_features[url_id]["website-language"].upper())
else:
observation.append("NaN")
if language in self.languages:
classification = self.instance_classification.classify(language, observation)
if classification is None:
if url_id not in ids_to_be_removed:
ids_to_be_removed.append(url_id)
else:
collected_features[url_id]["classification"] = classification
classification_general = self.instance_classification.classify("general",observation)
if classification_general is None:
if url_id not in ids_to_be_removed:
ids_to_be_removed.append(url_id)
else:
collected_features[url_id]["classification-general"] = classification_general
collected_features[url_id]["wikipedia-language"] = language
for url_to_be_removed in ids_to_be_removed:
del collected_features[url_to_be_removed]
return collected_features
def fix_outliers(self, url_feature_dict, classification_id, fixed_classification_id, features):
for feature_id in url_feature_dict:
if classification_id in url_feature_dict[feature_id]:
classification = url_feature_dict[feature_id][classification_id]
else:
continue
feature_values = {}
for feature in features:
if feature in url_feature_dict[feature_id]:
feature_values[feature] = url_feature_dict[feature_id][feature]
classification_in_features = False
for feature_name in feature_values:
if classification.lower() == feature_values[feature_name].lower():
classification_in_features = True
if not classification_in_features:
# take first element in feature list and use it
if features[0] in feature_values:
url_feature_dict[feature_id][fixed_classification_id] = feature_values[features[0]]
if fixed_classification_id not in url_feature_dict[feature_id]:
url_feature_dict[feature_id][fixed_classification_id] = classification
return url_feature_dict
def get_as_array(self,url_feature_dict):
url_feature_array = []
for feature_id in url_feature_dict:
dict_for_feature_id = {}
for feature_name in url_feature_dict[feature_id]:
dict_for_feature_id[feature_name] = url_feature_dict[feature_id][feature_name]
url_feature_array.append(dict_for_feature_id)
return url_feature_array
class ArticleExtraction(object):
def __init__(self, geodatabase_path, ianadatabase_path, wfbdatabase_path,
model_data_path, languages):
self.wikipedia_api_url_extraction = WikipediaApiUrlExtraction()
self.feature_collection = FeatureCollection(geodatabase_path,
ianadatabase_path,
wfbdatabase_path)
self.instance_classification = InstanceClassification(
model_data_path, languages)
self.languages = languages
def parse_url(self, link):
return self.wikipedia_api_url_extraction.parse_url(link)
def collect_features(self, wikipedia_url):
extracted_urls = self.wikipedia_api_url_extraction.extract_urls(
wikipedia_url)
collected_featues = {}
extracted_urls_len = len(extracted_urls)
extracted_urls_count = 0
id_count = 0
for extracted_url in extracted_urls:
extracted_urls_count += 1
print "extract URL " + str(extracted_urls_count) + " of " + str(
extracted_urls_len)
current_features = self.feature_collection.get_features(
"", extracted_url)
current_features["url"] = extracted_url
collected_featues[id_count] = current_features
id_count += 1
return collected_featues
def add_predictions(self, language, collected_features):
ids_to_be_removed = []
for url_id in collected_features:
observation = []
if "ip-location" in collected_features[url_id]:
observation.append(collected_features[url_id]["ip-location"])
else:
observation.append("NaN")
if "tld-location" in collected_features[url_id]:
observation.append(collected_features[url_id]["tld-location"])
else:
observation.append("NaN")
if "website-language" in collected_features[url_id]:
observation.append(
collected_features[url_id]["website-language"].upper())
else:
observation.append("NaN")
if language in self.languages:
classification = self.instance_classification.classify(
language, observation)
if classification is None:
if url_id not in ids_to_be_removed:
ids_to_be_removed.append(url_id)
else:
collected_features[url_id][
"classification"] = classification
classification_general = self.instance_classification.classify(
"general", observation)
if classification_general is None:
if url_id not in ids_to_be_removed:
ids_to_be_removed.append(url_id)
else:
collected_features[url_id][
"classification-general"] = classification_general
collected_features[url_id]["wikipedia-language"] = language
for url_to_be_removed in ids_to_be_removed:
del collected_features[url_to_be_removed]
return collected_features
def fix_outliers(self, url_feature_dict, classification_id,
fixed_classification_id, features):
for feature_id in url_feature_dict:
if classification_id in url_feature_dict[feature_id]:
classification = url_feature_dict[feature_id][
classification_id]
else:
continue
feature_values = {}
for feature in features:
if feature in url_feature_dict[feature_id]:
feature_values[feature] = url_feature_dict[feature_id][
feature]
classification_in_features = False
for feature_name in feature_values:
if classification.lower(
) == feature_values[feature_name].lower():
classification_in_features = True
if not classification_in_features:
# take first element in feature list and use it
if features[0] in feature_values:
url_feature_dict[feature_id][
fixed_classification_id] = feature_values[features[0]]
if fixed_classification_id not in url_feature_dict[feature_id]:
url_feature_dict[feature_id][
fixed_classification_id] = classification
return url_feature_dict
def get_as_array(self, url_feature_dict):
url_feature_array = []
for feature_id in url_feature_dict:
dict_for_feature_id = {}
for feature_name in url_feature_dict[feature_id]:
dict_for_feature_id[feature_name] = url_feature_dict[
feature_id][feature_name]
url_feature_array.append(dict_for_feature_id)
return url_feature_array
