def module(module_code):
"""
Retrieve and parses module information from UL site
@param module_code: Module code to get details for
@type module_code: String
@return An OrderedDict containing the module code and name, or -1 if match
not found
"""
url = 'http://193.1.101.55/tt_moduledetails_res.asp'
params = {
'T1' : module_code
}
rows = common.get_page(url, params).xpath('//table//table/tr')
# no matches
if not rows:
return -1
data = OrderedDict([
('kind', 'module'),
('code', module_code),
('name', common.tidy_tag(rows[1].xpath('td[2]')[0])),
])
return data
def get_sub_cats(self, url):
page = common.get_page(url)
common.sleep_random_between(1, 2)
cat = {}
for child in page.find_all("div", class_="desktop__view-child"):
link = child.a["href"]
name = child.a.text
child_id = re.findall(self.patt["child_cat_id"], link)
if len(child_id) == 0:
logging.info("could not find category child id, passing...")
continue
child_id = child_id[0]
items = {}
for item in child.find_all("li", class_="category-list__item"):
item_name = item.a.text
item_link = item.a["href"]
item_id = re.findall(self.patt["child_cat_id"], item_link)
if len(item_id) == 0:
logging.info("could not find category item id, passing...")
continue
item_id = item_id[0]
items[item_id] = {"name": item_name, "link": item_link}
cat[child_id] = {"name": name, "link": link, "items": items}
return cat
def on_get_users(update: Update, context: CallbackContext):
r"""
Получение пользователей:
- /get_users
- get[ _]users
"""
message = update.effective_message
query = update.callback_query
if query:
query.answer()
page = get_page(context)
total_users = db.User.select().count()
items_per_page = 1
user = db.User.get_by_page(page=page, items_per_page=items_per_page)[0]
description = get_user_message_repr(user)
text = f'Пользователь №{page}:\n{description}'
reply_text_or_edit_with_keyboard_paginator(
message,
query,
text,
page_count=total_users,
items_per_page=items_per_page,
current_page=page,
data_pattern=fill_string_pattern(PATTERN_GET_USER_BY_PAGE, '{page}'),
)
def building(building_name):
"""
Retrieve and parses building information from UL site
@param module_code: Buidling name to get details for
@type module_code: String
@return An OrderedDict containing the building name, a thumbnail and web
address of building information page, or -1 if match not found
"""
url = 'https://www2.ul.ie/web/WWW/Services/Buildings_and_Estates/At_A_Glance/'
row = common.get_page(url).xpath('//div[@class=\'rc-doc\']/table/tbody[1]/tr\
[contains(.//strong, \'{0}\')]'.format(building_name.title()))
# Handle building does not exist
if not row:
return -1
building_data = row[0].xpath('./td[1]/strong/text()')[0]
building_image = 'https://www2.ul.ie' + row[0].xpath('./td[2]/a/img/@src')[0]
building_link = 'https://www2.ul.ie' + row[0].xpath('./td[2]/a/@href')[0]
data = OrderedDict([
('kind', 'building'),
('name', building_data),
('thumb', building_image),
('url', building_link),
])
return data
def course(course_code):
"""
Retrieve and parses course information from UL site
@param module_code: Course code to get details for
@type module_code: String
@return An OrderedDict containing the original course code, title of course
and web address of course page, or -1 if match not found
"""
url = 'http://www3.ul.ie/courses/AlphabeticalList.shtml'
row = common.get_page(url).xpath('//p//a[contains(., \'{0}\')]'.format(course_code))
# Handle course does not exist (either now or ever)
if not row:
return -1
text_value = row[0].xpath('./text()')[0]
link_value = row[0].xpath('./@href')[0]
# Parse course code and name from combined string using Regex
course_re = re.match(common.COURSE_NAME_RE, text_value)
course_data = course_re.group('code', 'name')
course_url = 'http://www3.ul.ie/courses/' + link_value
data = OrderedDict([
('kind', 'course'),
('code', course_data[0]),
('name', course_data[1]),
('url', course_url),
])
return data
def scrape(url):
blocks = get_blocks(get_page(url))
n = len(blocks)
(xs, ys) = [normalize(range(n)), map(cost, blocks)]
(l_bound, r_bound) = classify(zip(xs, ys))
return '<p>' + '</p>\n<p>'.join(blocks[l_bound:r_bound]) + '</p>'
def handler():
logging.info("Opening URL: %s", url);
f = StringIO.StringIO(common.get_page(url))
jobreader = csv.DictReader(f, delimiter=',', quotechar="\"")
for i, row in enumerate(jobreader):
r = fn_inner(i, row)
if r is not None:
yield r
def rottentomatoes_find_id_by_imdb(imdb_id):
url = u"http://www.rottentomatoes.com/alias?type=imdbid&s=%s" % imdb_id
logging.info("Searching RT with IMDB ID: ''%s'" % url)
try:
request_url, page = common.get_page(url)
except Exception, e:
logging.error("Got exception while opening page: %s" % e)
return None
def rottentomatoes_parse_page(rt_id):
metadata = {}
try:
url = u'http://www.rottentomatoes.com/m/%s/' % rt_id
_, page = common.get_page(url)
except Exception, e:
logging.error("Got exception while opening page: %s" % e)
return None
def lookup_nyt_review(content):
name = content.simple_name().encode('utf-8')
title, year = common.detect_title_year(name)
url = 'http://movies.nytimes.com/gst/movies/msearch.html?%s'
data = {'query': title}
url = url % urllib.urlencode(data)
_, page = common.get_page(url)
if not page:
logging.error("Couldn't get NYT search page for '%s'" % content)
return None
doc = B(page)
entertainment_results = doc.findChild(
'div', attrs={'id': 'entertainment_results'})
results_container = entertainment_results.findChild(
'ol') if entertainment_results else None
results = results_container.findChildren(
'li', recursive=False) if results_container else []
for result in results:
title_header = result.findChild('h3')
title_link = title_header.findChild('a') if title_header else None
nyt_title = title_link.string if title_link else None
if not nyt_title:
logging.warning("Couldn't find title node for '%s'" % title)
continue
# This sucks.
nyt_title = nyt_title.replace(u'\xa0', ' ')
nyt_title = nyt_title.encode('utf-8')
nyt_title, nyt_year = common.detect_title_year(nyt_title)
if not common.title_match(title, nyt_title):
try:
logging.warning(
"Skipping NYT title '%s' because it didn't match '%s'" %
(nyt_title, title))
except Exception, e:
import pdb
pdb.set_trace()
print e
continue
extra_links = result.findChild('ul')
if extra_links:
for link in extra_links.findChildren('a'):
if link.string == "N.Y.Times Review":
return 'http://movies.nytimes.com%s' % link.get('href')
def calendar(year):
"""
Retrieve and parses academic calendar from UL calendar site
@param year: Start year of calendar to retrieve ([year] - [year + 1])
@type year: String
@return A An OrderedDict containing events for calendar, plus corresponding
dates, or -1 if match not found
"""
# Retrieve page and create parser object for table
year_end = str(int(year) + 1)[2:]
url = ('http://www2.ul.ie/web/WWW/Services/Academic_Calendar/{0}_-_{1}_'
'Academic_Calendar').format(year, year_end)
rows = common.get_page(url).xpath('//div[@class=\'rc-doc\']/table/tbody[1]')
search_terms = [
'Autumn Teaching Term',
'Spring Teaching Term',
'Autumn Examinations',
'Examinations Spring'
]
result_names = [
('autumn'),
('spring'),
('autumn_exam'),
('spring_exam'),
]
results = []
for idx, search_term in enumerate(search_terms):
data = rows[0].xpath('./tr[./td/div/strong= \'{0}\']'.format(search_term))
data = data[0].xpath('./td')
start_date = common.tidy_tag(data[2])
end_date = common.tidy_tag(data[3])
result = OrderedDict([
('start', start_date),
('end', end_date),
])
results.append((result_names[idx], result))
results = OrderedDict([('kind', 'calendar'),
('items', OrderedDict(results))])
return results
def main():
orgs_data = {}
projects_data = {}
for year in range(2005, 2009):
url = developer + '/open-source/gsoc/{yr}/'.format(yr=year)
loop = asyncio.get_event_loop()
soup = loop.run_until_complete(get_page(url))
orgs, projects = get_info(soup)
orgs_data[year] = orgs
projects_data[year] = projects
dumper(orgs_data, "2005-2008.json")
dumper(projects_data, "2005-2008.json")
def on_get_group_chats_short(update: Update, context: CallbackContext):
r"""
Получение групповых чатов (короткая):
- /get_group_chats_short
- get group chats short
"""
message = update.effective_message
query = update.callback_query
if query:
query.answer()
page = get_page(context)
# Для получения только групповых чатов
filters = [db.Chat.type != 'private']
total_group_chats = db.Chat.select().where(*filters).count()
items_per_page = ITEMS_PER_PAGE
start = ((page - 1) * items_per_page) + 1
chats = db.Chat.get_by_page(
page=page,
items_per_page=items_per_page,
filters=filters,
)
items = []
for i, chat in enumerate(chats, start):
short_title = chat.get_short_title_for_group()
short_title = f'{i}. {short_title}'
items.append(short_title)
text = f'Чаты ({total_group_chats}):\n' + '\n'.join(items)
reply_text_or_edit_with_keyboard_paginator(
message,
query,
text,
page_count=total_group_chats,
items_per_page=items_per_page,
current_page=page,
data_pattern=fill_string_pattern(PATTERN_GET_GROUP_CHATS_SHORT_BY_PAGE,
'{page}'),
)
def semester_timetable(student_id):
"""
Retrieve and parses semester timetable from UL timetable site
@param student_id: Student ID to get timetable for
@type student_id: String
@return An OrderedDict of OrderedDicts containing start and end times,
module code, class type and room for events, or -1 if match not found
"""
url = 'http://www.timetable.ul.ie/tt2.asp'
params = {
'T1' : student_id
}
rows = common.get_page(url, params).xpath('//div/table/tr[2]/td')
results = []
for idx, day in enumerate(rows):
periods = []
for idx2, period in enumerate(day.xpath('./p')):
# Convert mostly unstructured text from within 'p' tag into a list of words.
# Each word will correspond to a line on the actual timetable page.
# Example output:
# [u'15:00', u'-', u'16:00', u'EE4617', u'- LEC -', u'LCO017', u'Wks:1-8,10-14']
# [u'17:00', u'-', u'18:00', u'CE4218', u'- LAB -', u'2A', u'B2042', u'Wks:1-8,10-14']
data = filter(None, [x.strip() for x in common.tidy_tag(period).split('\n')])
# Handle empty data cells
if not data:
continue
periods.append(_parse_timetable_entry(data))
results.append((idx, periods))
results = OrderedDict([('kind', 'timetable#day'),
('items', OrderedDict(results))])
return OrderedDict(results)
def scrape_sell(base_url, action, mode, locs, fp):
logging.info("Scraping sale mode")
batch = 32
data = []
for k in locs:
logging.info(f'location: {locs[k]}')
url = base_url + "/" + action + "/" + mode + locs[k]
#pages = [p for p in common.get_n_pages(url, 2)]
for page in common.get_next_page(url):
posts = sale.get_postings(page)
if posts is None:
logging.warning("Posts is None, avoiding")
continue
for post in posts:
p_link = sale.get_post_link(post)
if p_link is None:
logging.warning("Post link is None, avoiding")
continue
if 'proyecto' in p_link:
continue
common.sleep_random_between(2, 4)
p_link = base_url + p_link
post_page = common.get_page(p_link)
try:
row = extract_sale_info(post_page)
row["url"] = p_link
data.append(row)
if len(data) % batch == 0:
pkl.dump(data, fp)
del data[:]
except Exception as e:
logging.error("While extracting sale info", exc_info=True)
if len(data) > 0:
pkl.dump(data, fp)
del data[:]
def extract_posts_info(self, post):
"""
Extract info from post item
"""
item_link = post.a["href"]
page = common.get_page(item_link)
common.sleep_random_between(1, 2)
# Get script
script = page.find_all("script")
if len(script) == 0:
logging.info("Post has not have 'script'...")
return None
# Get post features
feat = {
"item_name": post.text,
"item_id": self.get_item_id(script),
"item_price": self.get_item_price(script),
"local_item_price": self.get_local_item_price(script),
"available_stock": self.get_available_stock(script),
"sold_stock": self.get_sold_stock(script),
"brand": self.get_brand_item(script),
"model": self.get_model_item(script),
"item_condition": self.get_condition_item(script),
"root_category": self.get_root_category(script),
"path_to_root": self.get_path_to_root(script),
"seller_id": self.get_seller_id(script),
"location": self.get_location(page),
"seller_type": self.get_seller_type(script),
"reputation_level": self.get_reputation_level(script),
"seller_status": self.get_seller_status(script),
"customer_satisfaction": self.get_customer_satisfaction(script),
"seller_age": self.get_seller_age(script),
"sales_completed": self.get_sales_completed(script),
"link": item_link
}
return feat
def on_get_errors_short(update: Update, context: CallbackContext):
r"""
Получение ошибок (короткая):
- /get_errors_short
- get[ _]errors[ _]short
"""
message = update.effective_message
query = update.callback_query
if query:
query.answer()
page = get_page(context)
total = db.Error.select().count()
items_per_page = ERRORS_PER_PAGE
start = ((page - 1) * items_per_page) + 1
errors = db.Error.get_by_page(page=page, items_per_page=items_per_page)
items = []
for i, error in enumerate(errors, start):
short_title = error.get_short_title()
short_title = f'{i}. {short_title}'
items.append(short_title)
text = 'Ошибки:\n' + '\n'.join(items)
reply_text_or_edit_with_keyboard_paginator(
message,
query,
text,
page_count=total,
items_per_page=items_per_page,
current_page=page,
data_pattern=fill_string_pattern(PATTERN_GET_ERRORS_SHORT_BY_PAGE,
'{page}'),
)
def on_get_users_short(update: Update, context: CallbackContext):
r"""
Получение пользователей (короткая):
- /get_users_short
- get[ _]users[ _]short
"""
message = update.effective_message
query = update.callback_query
if query:
query.answer()
page = get_page(context)
total_users = db.User.select().count()
items_per_page = ITEMS_PER_PAGE
start = ((page - 1) * items_per_page) + 1
users = db.User.get_by_page(page=page, items_per_page=items_per_page)
items = []
for i, user in enumerate(users, start):
short_title = user.get_short_title()
short_title = f'{i}. {short_title}'
items.append(short_title)
text = f'Пользователи ({total_users}):\n' + '\n'.join(items)
reply_text_or_edit_with_keyboard_paginator(
message,
query,
text,
page_count=total_users,
items_per_page=items_per_page,
current_page=page,
data_pattern=fill_string_pattern(PATTERN_GET_USERS_SHORT_BY_PAGE,
'{page}'),
)
def get_categories(self, save_path="", cache=True):
"""
Find categories and return a dictionary with each category information
"""
if (cache is True) and (self.categories is not None):
logging.info("cache categories dictionary...")
return
url = self.url["category"]
page = common.get_page(url)
common.sleep_random_between(1, 2)
cat_container = page.find_all("div", class_="categories__container")
cat = {}
if len(cat_container) == 0:
logging.info(
"category container is empty, returning empty dictionary...")
return cat
for c in cat_container:
name = c.h2.text
link = c.h2.a["href"]
cat_id = re.findall(self.patt["cat_id"], link)
if len(cat_id) == 0:
logging.info("could not find category id, passing...")
continue
cat_id = cat_id[0]
sub = self.get_sub_cats(link)
cat[cat_id] = {"name": name, "link": link, "sub": sub}
if len(cat) != 0 and save_path != "":
common.save_pickle(save_path, cat)
self.categories = cat
def index():
response = get_page()
if not response:
return wrap_response("fail")
soup = BeautifulSoup(response.text, 'lxml')
area_stat = soup.find(id='getAreaStat')
total_stat = soup.find(id='getStatisticsService')
area_data = area_stat.text.split('getAreaStat =')[-1].split('}catch')[0]
area_result = json.loads(area_data)
overview_data = total_stat.text.split('getStatisticsService =')[-1].split(
'}catch')[0]
overview_result = json.loads(overview_data)
confirmed_cnt = overview_result.get('confirmedCount')
suspected_cnt = overview_result.get('suspectedCount')
cured_cnt = overview_result.get('curedCount')
dead_cnt = overview_result.get('deadCount')
tz = pytz.timezone('Asia/Shanghai')
tm = datetime.now(tz=tz).strftime("%Y-%m-%d %H:%M:%S")
total_view = TotalView(tm, confirmed_cnt, suspected_cnt, dead_cnt,
cured_cnt)
db.session.add(total_view)
db.session.commit()
for item in area_result:
name = item.get('provinceShortName')
confirmed = item.get('confirmedCount')
cured = item.get('curedCount')
dead = item.get('deadCount')
prov = ProvView(tm, name, confirmed, cured, dead)
db.session.add(prov)
db.session.commit()
return wrap_response("success")
years = "%d,%d" % (year - 1, year + 1)
url = u'http://www.imdb.com/List'
url = u'http://www.imdb.com/search/title?'
data = {'title': title,
'release_date': years}
try:
url = url + urllib.urlencode(data)
except Exception, e:
logging.error("Could not URL encode %s" % str(data))
return None
data = None
_, page = common.get_page(url, data)
if page is None:
logging.info("Couldn't get IMDb search page for '%s'" % name)
return None
# Cleanup dumbass IMDB stuff
page = page.replace('rate""', 'rate"').replace('"src', '" src')
document = B(page)
results = document.findAll('tr', attrs={'class': re.compile('detailed')})
for result_node in results:
extras = {}
stardict_parse)
def etymonline_parse(raw):
extract = lambda m: map(lambda i: strip_html(m.group(i)), [1, 2])
first_word = lambda s: re.match(r' *(\w*)', s.lower()).group(1)
make_block = lambda h, e: (first_word(h), 'Etymonline, ' + h, [e])
return map(
lambda m: make_block(*extract(m)),
re.finditer(r'<dt[^>]*>(.*?)</dt>[^<]*<dd[^>]*>((.|\n)*?)</dd>', raw))
use_etymonline = make_translator(
lambda w: get_page(
'http://www.etymonline.com/index.php?allowed_in_frame=0&searchmode=nl&search='
+ get_stem(w)), etymonline_parse)
class UrbanDictionaryHTMLParser(HTMLParser):
def mk_matchers(conds):
def match_start(self, name, attrs):
assert (name in conds)
if name not in self._markers:
if conds[name](attrs):
self._markers[name] = 0 + self._depth
return True
else:
assert (self._markers[name] - self._depth < 0)
return True
def lookup_metacritic_metadata(content):
metadata = {}
name = content.simple_name()
title, year = common.detect_title_year(name)
url_kind_map = { models.KIND_MOVIE: 'http://www.metacritic.com/search/movie/%s/results',
models.KIND_SERIES: 'http://www.metacritic.com/search/tv/%s/results',
models.KIND_TV: 'http://www.metacritic.com/search/tv/%s/results',
models.KIND_SEASON: 'http://www.metacritic.com/search/tv/%s/results' }
url = url_kind_map[content.kind]
# Remove special characters that the regular metacritic search seems to
# remove anyway.
title_utf8 = title.encode('utf-8')
title_stripped = re.sub('[!@#$%^&*();.,?]', '', title_utf8).strip() #title.replace('-','').replace(':','').replace('(','').replace(')','')
title_stripped = re.sub('[:\-\s]', '+', title_stripped)
#title_stripped = title_stripped.replace(' ', '+')
# Fake encode the title, strip out the a=
#title_stripped = re.sub('^a=', '', urllib.urlencode({'a': title_stripped}))
url = url % title_stripped
logging.info("Trying to search: %s" % url)
_, page = common.get_page(url)
if not page:
logging.error("Couldn't get metacritic page for '%s'" % content)
return None
doc = B(page)
# Get results
results = doc.findAll('li', attrs={'class': re.compile('result')})
for result in results:
title_node = result.findChild('h3', attrs={'class': re.compile('product_title')})
title_link = title_node.findChild('a') if title_node else None
mc_title = title_link.string if title_link else None
if not title_link or not mc_title:
logging.warning("Could't find MC title link for result.")
continue
mc_title = mc_title.strip()
if not common.title_match(title, mc_title):
try:
logging.warning(u"Skipping MC title '%s' because it didn't "
"match '%s'" % (mc_title, title))
except Exception, e:
traceback.print_exc(e)
continue
logging.info("Found a matching title, '%s' for '%s'" % (mc_title, title))
mc_url = title_link.get('href')
id_match = re.match('/(?P<type>movie|tv)/(?P<mc_id>.*)', mc_url)
if not id_match:
logging.warning("Could't find MC id from link '%s'." % mc_url)
continue
metadata['mc_uri'] = mc_url
metadata['mc_id'] = id_match.groupdict()['mc_id']
metascore_node = result.findChild('span', attrs={'class': re.compile('metascore')})
metascore = metascore_node.string if metascore_node else None
if metascore:
metascore_class = metascore_node.get('class')
score = 'unknown'
if 'score_outstanding' in metascore_class:
score = 'outstanding'
elif 'score_favorable' in metascore_class:
score = 'favorable'
elif 'score_mixed' in metascore_class:
score = 'mixed'
elif 'score_unfavorable' in metascore_class:
score = 'unfavorable'
elif 'score_terrible' in metascore_class:
score = 'terrible'
elif 'score_tbd' in metascore_class:
score = 'tbd'
metadata['mc_status'] = score
try:
metadata['mc_score'] = int(metascore)
except:
logging.error("Couldn't convert metascore '%s' to integer." % metascore)
return metadata
def imdb_parse_page_metadata(imdb_id):
url = u'http://www.imdb.com/title/tt%s/combined' % imdb_id
try:
logging.info("Looking up '%s'" % url)
_, page = common.get_page(url)
# BeautifulSoup can't handle hex entities. Massage them into decimal.
hexentityMassage = copy.copy(B.MARKUP_MASSAGE)
hexentityMassage = [(re.compile('&#x([^;]+);'),
lambda m: '&#%d;' % int(m.group(1), 16))]
document = B(page, convertEntities=B.ALL_ENTITIES,
markupMassage=hexentityMassage)
metadata = {}
# Grab the poster
poster_node = document.findChild('img', attrs={'id': 'primary-poster'})
poster_url = poster_node.get('src') if poster_node else None
if poster_url:
logging.info("Found IMDb Poster URL: '%s'" % poster_url)
# IMDb Poster URLs work like this:
# http://ia.media-imdb.com/images/M/MV5BOTI5ODc3NzExNV5BMl5BanBnXkFtZTcwNzYxNzQzMw@@._V1._SX214_CR0,0,214,314_.jpg
# Everything after the @@ is a format command.
# ._V1 not sure
# ._SX214 format width 214 pixels
# ._SY214 format height 214 pixels
# _CR0,0,214,214_ not sure
# So to collect our images at X by Y, just replace 'SX\d+' by the
# desired width. The combined details page defaults to a small
# thumbnail.
# Eliminate height restrictions.
poster_url = re.sub('_SY\d+', '', poster_url)
desired_width = settings.IMDB_THUMBNAIL_WIDTH
# Replace height restriction with our desired height.
poster_url = re.sub('\._SX\d+', "._SX%d" % desired_width, poster_url)
metadata['imdb_cover_uri'] = poster_url
metadata['imdb_cover_width'] = desired_width
info_nodes = document.findAll('div', attrs={'class': re.compile('^info( stars)?$')})
def take_first_string(contents):
for item in node_content.contents:
if isinstance(item, basestring):
return unicode(item.strip())
return None
for node in info_nodes:
node_title = node.findChild('h5')
node_title = node_title.string if node_title else None
node_content = node.findChild('div', attrs={'class': re.compile('^(info-content|starbar-meta)$')})
if not node_title or not node_content:
continue
if node_title == 'User Rating:':
rating_node = node_content.findChild('b')
rating_match = re.match("(?P<rating>[0-9.]+)/10", rating_node.string.strip()) \
if rating_node and rating_node.string else None
if rating_match:
try:
metadata['imdb_rating'] = float(rating_match.groupdict()['rating'])
except Exception, e:
logging.error("Couldn't parse rating: '%s'" % rating_match.groupdict()['rating'])
elif node_title == 'Director:':
metadata['imdb_directors'] = [unicode(subnode.string)
for subnode in node_content.findAll('a')
if subnode.string]
elif node_title == 'Writers:':
metadata['imdb_writers'] = [unicode(subnode.string)
for subnode in node_content.findAll('a')
if subnode.string]
def imdb_find_id(title, year=None):
title = title.decode('utf8')
url = u'http://www.imdb.com/find?%s'
data = {'s': 'tt',
'q': title.encode('latin1')}
try:
url = url % urllib.urlencode(data)
logging.info("Executing IMDB regular search for '%s' at '%s'" % (title, url))
result_url, page = common.get_page(url)
result_url = result_url.replace('http://www.imdb.com', '')
result_url_match = imdb_title_pattern.match(result_url)
if result_url_match:
# IMDb saw fit to redirect us to the thing we searched for. Let's
# trust them?
logging.info("IMDb redirected us to '%s', trusting them." % result_url)
return result_url_match.groupdict()['imdb_id']
# BeautifulSoup can't handle hex entities. Massage them into decimal.
hexentityMassage = copy.copy(B.MARKUP_MASSAGE)
hexentityMassage = [(re.compile('&#x([^;]+);'),
lambda m: '&#%d;' % int(m.group(1), 16))]
#page = imdb_cleanup_markup(page)
document = B(page, convertEntities=B.HTML_ENTITIES,
markupMassage=hexentityMassage)
links = document.findAll('a', attrs={'href': re.compile('^/title/tt\d{7}/$')})
for link in links:
link_title = link.string
if not link_title:
continue
if not common.title_match(title, link_title):
logging.info("Skipping IMDB link title '%s' because it didn't match '%s'" % (link_title, title))
continue
link_year = link.nextSibling
if not isinstance(link_year, basestring):
continue
link_year = link_year.strip()
link_year_match = re.match('\((?P<year>\d{4}).*?\)', link_year)
link_year = link_year_match.groupdict()['year'] if link_year_match else None
if not link_year:
continue
if year and link_year != year:
logging.info("Link '%s's year '%s' doesn't match '%s'." % (link_title, link_year, year))
continue
imdb_url = link.get('href')
imdb_match = re.match('^/title/tt(?P<imdb_id>\d{7})/', imdb_url)
logging.info("Found match for '%s (%s)': '%s (%s)'" % (title, year, link_title, link_year))
# We know this because the nodes were selected with this regex.
assert imdb_match
return imdb_match.groupdict()['imdb_id']
logging.error("Found no matches for '%s'" % title)
except Exception, e:
logging.error("Couldn't get IMDB regular search for '%s'" % title)
traceback.print_exc(e)
def rottentomatoes_find_id(title, year=None, imdb_id=None):
# Find the content by search.
url = u"http://www.rottentomatoes.com/search/movie.php?%s"
title_latin1 = title.encode('latin1')
data = {'searchby': 'movies',
'search': title_latin1}
try:
url = url % urllib.urlencode(data)
logging.info("Executing RT regular search for '%s' at '%s'" % (title, url))
result_url, page = common.get_page(url)
# BeautifulSoup can't handle hex entities. Massage them into decimal.
hexentityMassage = copy.copy(B.MARKUP_MASSAGE)
hexentityMassage = [(re.compile('&#x([^;]+);'),
lambda m: '&#%d;' % int(m.group(1), 16))]
#page = imdb_cleanup_markup(page)
document = B(page, convertEntities=B.HTML_ENTITIES,
markupMassage=hexentityMassage)
results_ul = document.findChild('ul', attrs={'id': re.compile('movie_results_ul')})
results = (results_ul.findAll('li', attrs={'class': re.compile('media_block')})
if results_ul else None)
if results is None:
logging.error("Couldn't lookup RT ID for '%s (%s)'" % (title, year))
return None
for result_node in results:
# Scope in on the content div, because otherwise we get the poster
# image.
content_div = result_node.findChild(
'div', attrs={'class': re.compile('media_block_content')})
link = content_div.findChild('a', attrs={'href': rottentomatoes_id_pattern})
link_title = link.string if link else None
if not link_title:
logging.error("Couldn't find RT result link title. Skipping")
continue
titles = []
# Try the original title
titles.append(link_title)
# Rotten Tomatoes annoyingly embeds the AKAs in the title in parens following the head title.
# For example:
# - Batoru rowaiaru II: Chinkonka (Battle Royale II)
# - Battle Royale (Batoru Rowaiaru)
endparen_match = re.search("\(([^\(\)]+)\)$", link_title)
while endparen_match:
titles.append(endparen_match.groups()[0])
# Strip out the ending (title) and any spaces before it.
link_title = re.sub("\s*\(([^\(\)]+)\)$", '', link_title)
endparen_match = re.search("\(([^\(\)]+)\)$", link_title)
# Add the final version of the title with the AKAs removed to
# the title list.
if not endparen_match:
titles.append(link_title)
found_title = None
for aka in titles:
if not common.title_match(title, aka):
try:
logging.warning(u"Skipping RT title '%s' because it didn't match '%s'" % (aka, title))
except Exception, e:
traceback.print_exc(e)
continue
else:
logging.info("Found RT title match '%s' for '%s'" % (aka, title))
found_title = aka
break
if not found_title:
continue
span_year = result_node.findChild('span', attrs={'class': re.compile('movie_year')})
link_year = unicode(span_year.string) if span_year and span_year.string else None
link_year = link_year.strip(' ()')
if year and link_year != year:
logging.info("Link '%s's year '%s' doesn't match '%s'." %
(link_title, link_year, year))
continue
# Get RT ID
link_href = link.get('href')
link_match = rottentomatoes_id_pattern.match(link_href)
assert link_match # guaranteed
return link_match.groupdict()['id']
except Exception, e:
traceback.print_exc(e)
logging.error("Couldn't lookup RT ID for '%s (%s)'" % (title, year))
pass
def handler():
input_xml = ET.fromstring(common.get_page(url))
return fn_inner(input_xml)