def test_date_extraction(self):
self.assertEqual(extract_date('02.01.2010'),
datetime(2010, 1, 2).date())
self.assertEqual(extract_date('2.1.2010'),
datetime(2010, 1, 2).date())
self.assertEqual(extract_date('2.1.20100'), '')
self.assertEqual(extract_date('2.1.20'), '')
self.assertEqual(extract_date(''), '')
def parse_arrete(filename):
with open(filename, 'r') as input:
soup = BeautifulSoup(input.read().decode('utf-8'))
prev_article = None
data = {'refs': [], 'articles': []}
for tag in soup.findAll(['p']):
line = tag.text.replace('\n', ' ').strip()
if not line:
continue
if re_end.search(line) and not re_date.search(line):
continue
if re_date.search(line):
try:
data['date'] = extract_date(line)
except:
pass
if re_end.search(line) and re_date.search(line):
data['date'] = extract_date(line)
break
if line.startswith('Portant'):
data['titre'] = line
numero = re_numero_arrete.search(line)
if numero:
data['numero'] = numero.group(1).strip()
continue
reference = re_references.search(line)
if reference:
data['refs'].append(line[:-1])
continue
current_article = re_articles.search(line)
if current_article:
data['articles'].append(line)
prev_article = current_article
continue
if prev_article:
data['articles'][-1] += ' ' + line
return data
def create_task(self, args):
"""Create a document with de args provided"""
doc = {}
doc['id'] = self.get_free_id()
try:
doc['description'] = ' '.join(args['description'])
except TypeError:
doc['description'] = ' '.join(args['parameter'])
if args['project']:
doc['project'] = args['project']
else:
doc['project'] = 'default'
doc['status'] = "incomplete"
doc['date'] = datetime.now()
doc['priority'] = prioritize(args['priority'])
try:
doc['tags'] = clean_tags(args['tags'])
except TypeError:
pass
try:
actual_date = extract_date(args['due_date'])
if actual_date:
doc['due_date'] = actual_date
except TypeError:
pass
try:
parent_id = self.get_id(int(args['parent']))
doc['parent'] = parent_id
doc['ancestors'] = self.get_ancestors(parent_id)
except TypeError:
doc['parent'] = None
return doc
def query_manifests(self, depot_id):
"""Query steamdb.info for a list of manifests for a specific depot and return that list.
Returns a list of manifests
"""
url_base = "https://steamdb.info/"
response = requests.get(self.__build_url(url_base, f"depot/{depot_id}/manifests/"), headers=self.headers)
result = []
if self.__is_response_successful(response):
self.__print_response_error(response)
sys.exit()
soup = BeautifulSoup(response.content, "html.parser")
div = soup.find("div", {'id' : 'manifests'})
tbody = div.find("tbody")
# Prevent Error for depots without history
if not tbody is None:
for tr in tbody.findAll("tr"):
tds = tr.findAll("td")
date = utils.extract_date(tds[0].text)
id = tds[2].text
result.append({ 'date' : date, 'id' : id })
return result
def create_task(self, args):
"""Create a document with de args provided"""
doc = {}
doc['id'] = self.get_free_id()
try:
doc['description'] = ' '.join(args['description'])
except TypeError:
doc['description'] = ' '.join(args['parameter'])
if args['project']:
doc['project'] = args['project']
else:
doc['project'] = 'default'
doc['status'] = "incomplete"
doc['date'] = datetime.now()
doc['priority'] = prioritize(args['priority'])
try:
doc['tags'] = clean_tags(args['tags'])
except TypeError:
pass
try:
actual_date = extract_date(args['due_date'])
if actual_date:
doc['due_date'] = actual_date
except TypeError:
pass
try:
parent_id = self.get_id(int(args['parent']))
doc['parent'] = parent_id
doc['ancestors'] = self.get_ancestors(parent_id)
except TypeError:
doc['parent'] = None
return doc
def test_extract_date(self):
app = MagicMock()
test_cases = [("I will travel on 05/09/2020", '05/09/2020'),
("on 05/09/2021 and on 03/09/2021", False),
("2021/06/30", False), ("13/05/2021", '13/05/2021'),
("on 13/05/2021", '13/05/2021')]
for option, answer in test_cases:
self.assertEqual(extract_date(option, app), answer)
def __init__(self, **kwargs):
user_data = {
'full_name': '{} {}'.format(
kwargs.get('last_name', ''), kwargs.get('first_name', '')
),
'first_name': kwargs.get('first_name', ''),
'last_name': kwargs.get('last_name', ''),
'bdate': extract_date(kwargs.get('bdate', '')),
'phone': extract_phone(kwargs.get('home_phone', '')),
'nickname': kwargs.get('nickname', ''),
'site': kwargs.get('site', ''),
}
super().__init__(**user_data)
def job_parser(file):
imageString = pytesseract.image_to_string(Image.open(file), lang="eng")
raw_text = imageString.replace('\n', ' ')
input_file_name = file.split("/")[-1]
date_of_posting = utils.extract_date(''.join(file.split('_')[1:3]))
details_dict = {
"file_name": input_file_name,
"date_of_posting": date_of_posting
}
# How many Connects required
req_con = []
# duration of the job
job_duration = utils.extract_job_duration(raw_text)
details_dict["job_duration"] = job_duration
# Level of expertise
exp_level = utils.experience_level(raw_text)
details_dict["experience_level"] = exp_level
# Duration of the project
job_desc = utils.extract_job_description(imageString)
details_dict["job_description"] = job_desc
# Job Related to (DL/ML/DA)
job_main_skill = utils.job_main_skill(imageString)
details_dict["job_main_skill"] = job_main_skill
# Job detailed description
full_desc = utils.extract_full_job_description(raw_text)
details_dict["job_full_description"] = full_desc
# Skills required
skill_req = np.NAN
details_dict["required_skill"] = str(skill_req)
# How many Connects required
temp_conn = raw_text.split('Worldwide')[1]
if 'Send a proposal for:' in temp_conn:
req_con = temp_conn.split('Send a proposal for:')[1].split()[0]
details_dict["required_connects"] = str(req_con)
else:
req_con = raw_text.split('Worldwide')[1].split()[0] # working
details_dict["required_connects"] = str(req_con)
# print(details_dict)
return details_dict
def _createOpinions(self, hotel_id):
for opinion in self.opinions:
opinionObj = ed.model.Opinion()
opinionObj.user = opinion['name']
opinionObj.country = self._getOrCreateCountry(opinion['country']).id if opinion['country']!=None else None
opinionObj.age_range = self._getOrCreateAgeRange(opinion['age_range'])
opinionObj.date = extract_date(opinion['date'])
opinionObj.hotel_id = hotel_id
opinionObj.positive = opinion['positive']
opinionObj.negative = opinion['negative']
opinionObj.grade = opinion['grade'].replace(",",".")
opinionObj.title = opinion['title']
opinionObj.user_opinions = opinion['visits']
self.session.add(opinionObj)
self.session.flush()
tags = map(lambda tag: self._getOrCreateTags(tag), opinion['tags'])
optags = map(lambda tag: ed.model.OpinionTag(tag=tag.id,opinion=opinionObj.id),tags)
self.session.add_all(optags)
self.session.flush()
def query_manifests(self, depot_id):
"""Query steamdb.info for a list of manifests for a specific depot and return that list.
Returns a list of manifests
"""
url = f"https://steamdb.info/depot/{depot_id}/manifests/"
response = self._query_website(url, headers=self.headers)
result = []
soup = BeautifulSoup(response.content, "html.parser")
div = soup.find("div", {'id' : 'manifests'})
tbody = div.find("tbody")
# Prevent Error for depots without history
if not tbody is None:
for tr in tbody.findAll("tr"):
tds = tr.findAll("td")
date = utils.extract_date(tds[0].text)
id = tds[2].text
result.append({ 'date' : date, 'id' : id })
return result
def extract_reviews_from_url(url):
try:
# Avoid raising exception... In the except section
review_div = None
logger.debug('Getting reviews from %s', url)
# Clean end of URL to get the main Beer URL
beer_url = url
if '?' in url:
beer_url = re.sub(r'\?.*', '', url)
# Kept begin of review order int
review_order = 0
if 'start=' in url:
parse_result = urlparse(url)
query_dict = parse_qs(parse_result.query)
try:
review_order = int(query_dict['start'][0])
except:
logger.error('Could not get start index. Query string: '+str(query_dict))
raise
empty_rating_dict = {'beer_url': beer_url, 'user_url': '',
'score': '', 'rdev': '', 'date': '',
'review': '', 'scrap_time': '', 'review_order': ''}
list_ratings_reviews = []
soup = make_soup(url)
review_divs = soup.findAll(id='rating_fullview_content_2')
for review_div in review_divs:
rating_dict = empty_rating_dict.copy()
rating_dict['review_order'] = str(review_order)
review_order += 1
now = datetime.datetime.now()
rating_dict['scrap_time'] = str(now)
# Date
muted = review_div.find_all(class_='muted')
date = muted[-1].find_all('a')[-1].contents[0]
real_date = utils.extract_date(date, current_date=now)
rating_dict['date'] = str(real_date)
# user url
rating_dict['user_url'] = review_div.find(class_='username')['href']
# score
bascore = review_div.find(class_='BAscore_norm')
rating_dict['score'] = bascore.contents[0]
# Now we'll process line by line... Always ugly
# rdev - useful?
norm_line = review_div.find(class_='rAvg_norm')
rdev_line = norm_line.next_sibling
rdev_string = rdev_line.string
# Need to take into account rDev 0%
if not '%' in rdev_string:
rdev_line = rdev_line.next_sibling
rdev_string = rdev_line.string
rdev = rdev_line.string.replace('%', '').replace('rDev', '').strip()
rating_dict['rdev'] = rdev
# If there is a review, then we have more info
next_el = rdev_line.next_sibling
next_el_sibl = next_el.next_sibling
current_el = next_el_sibl
# Get all siblings, in any case
all_siblings = current_el.next_siblings
# Remove all tags from the siblings
true_siblings = [x for x in all_siblings
if isinstance(x, NavigableString) or not x.name]
# It's a review, let's parse it
review_string = " ".join(true_siblings[0: -2])
rating_dict['review'] = review_string
list_ratings_reviews.append(rating_dict)
return list_ratings_reviews
except Exception:
logger.error('Error fetching reviews and ratings from %s' % url)
if review_div:
logger.error('Div: ')
logger.error(review_div)
raise