def process_as_rss(self, document):
self.document = document
self.parse()
items = self.items()
for item in items:
pubdate = item.findAll('dc:date')
if not pubdate:
continue
published_at = self.get_datetime(pubdate.pop().get_text())
links = [ link.next_sibling for link in item.findAll('link') ]
for link in links:
if not link or note.exists(link):
continue
try:
self.fetch_and_clean_dom(link)
except EmptyDOM: # Server returned an empty response.
continue
prioritya = ". ".join(self.h1s())
priorityb = ". ".join(self.h2s())
priorityc = ". ".join(self.h3s())
priorityd = ". ".join([ a[0] for a in self.as_() ])
prioritye = " ".join(self.ps())
n, errors = note.get_or_create(link, prioritya, priorityb, priorityc, priorityd, prioritye, published_at)
if errors:
sys.stderr.write(str(errors) + "\n")
def process_as_rss(self, document):
"""
Processes a document assuming RSS format. It follows the links to the articles
and saves them with the appropriate priority for the tag text is found under.
:param unicode document: The RSS source code
:rtype None:
"""
self.document = document
self.parse()
items = self.items()
for item in items:
pubdate = item.findAll("pubdate")
if not pubdate:
continue
published_at = self.get_datetime(pubdate.pop().get_text())
links = [link.next_sibling for link in item.findAll("link")]
for link in links:
if not link or note.exists(link):
continue
try:
self.fetch_and_clean_dom(link)
except EmptyDOM: # Server returned an empty response.
continue
prioritya = ". ".join(self.h1s())
priorityb = ". ".join(self.h2s())
priorityc = ". ".join(self.h3s())
priorityd = ". ".join([a[0] for a in self.as_()])
prioritye = " ".join(self.ps())
n, errors = note.get_or_create(
link, prioritya, priorityb, priorityc, priorityd, prioritye, published_at
)
if errors:
sys.stderr.write(str(errors) + "\n")
def test_exists(self):
n, created = self.get_note()
self.assertTrue(note.exists(n.identifier))
