def import_feeds(request):
"""Import feeds from an OPML source"""
if request.method == 'POST':
form = OPMLImportForm(request.POST, request.FILES)
if form.is_valid():
# get the list of existing feeds
existing_feeds = set(
request.user.feeds.values_list('url', flat=True))
entries = opml.parse(request.FILES['file'])
try:
with user_lock('opml_import', request.user.pk, timeout=30):
imported = save_outline(request.user, None, entries,
existing_feeds)
except ValidationError:
logger.info("Prevented duplicate import for user {0}".format(
request.user.pk))
else:
message = " ".join([
ungettext(u'%s feed has been imported.',
u'%s feeds have been imported.', imported) %
imported,
_('New content will appear in a moment when you refresh '
'the page.')
])
messages.success(request, message)
return redirect('feeds:entries')
else:
form = OPMLImportForm()
context = {
'form': form,
}
return render(request, 'feeds/import_feeds.html', context)
def load_rss_feeds():
file_to_load = BOT_OPML
outline = opml.parse(file_to_load)
# upload the feed in the database, verify if the feed is still the same and update if needed.
con = parentobj.getDBConnection()
cur = con.cursor()
for i in range(0, len(outline) - 1):
feed_title = outline[i].title
feed_xmlurl = outline[i].xmlUrl
feed_htmlurl = outline[i].htmlUrl
feed_type = outline[i].type
try:
sqlquery = "SELECT id from slackbot_feeds WHERE title LIKE ? and type LIKE ? and xmlurl LIKE ? and htmlurl LIKE ?"
data = (feed_title, feed_type, feed_xmlurl, feed_htmlurl)
cur.execute(sqlquery, data)
id = cur.fetchone()[0]
except:
sqlquery = "INSERT INTO slackbot_feeds (title, type, xmlurl, htmlurl, borked) VALUES (?,?,?,?,?)"
data = (feed_title, feed_type, feed_xmlurl, feed_htmlurl, "false")
cur.execute(sqlquery, data)
con.commit()
parentobj.closeDBConnection(con)
def get_form_initial(self, step):
if step == '1':
src = None
uploaddata = self.get_cleaned_data_for_step('0')
if uploaddata['file']:
fsrc = uploaddata['file']
str = ""
for chunk in fsrc.chunks():
str += chunk
ofile = opml.from_string(str)
else:
src = uploaddata['url']
ofile = opml.parse(src)
initial = []
for entry in ofile:
init_entry = {
'enabled': True,
'title': entry.title,
'feedurl': entry.xmlUrl,
'wwwurl': entry.htmlUrl,
}
initial.append(init_entry)
return initial
else:
return super(OPMLImport, self).get_form_initial(step)
def get_rss_feed(opml_file):
file = opml.parse(opml_file)
podcast_library = []
for data in file:
podcast_data = {'rss_link': data.xmlUrl}
podcast_library.append(podcast_data)
return podcast_library
def GetPodcastsFromOPML(request):
sp = spotipy.Spotify(client_credentials_manager=SpotifyClientCredentials())
outline = opml.parse(
"file:///home/viniciusdof/Downloads/podcasts_opml.xml")
foundPodcastsList = []
podcastsOPML = OPMLPodcasts(outline.title, foundPodcastsList)
for val in outline[0]:
podcastList = []
podcasts = OPMLPodcastsPodcast(val.text, podcastList)
result = sp.search(val.text, type="show", market='BR')
for item in result["shows"]["items"]:
imageList = []
for image in item["images"]:
podcastImage = Image(image["url"], image["height"],
image["width"])
imageList.append(podcastImage)
podcast = PodcastPodcast(item["name"], item["publisher"],
item["id"], item["description"],
imageList)
podcastList.append(podcast)
podcasts.podcasts = podcastList
foundPodcastsList.append(podcasts)
podcastsOPML.podcasts = foundPodcastsList
return HttpResponse(podcastsOPML.toJSON())
def getRSSSources():
"""Gets all the RSS sources we want to mine from
and returns a list of rss objects"""
print os.getcwd()
rss_sources = []
# add required sources
# add techmeme sources
#techmeme_sources = opml.parse('http://www.techmeme.com/lb.opml')
# load from the list on file
techmeme_sources = opml.parse(
'articurate/sources/feed_lists/tech_feed_list.opml')
for item in techmeme_sources:
try:
if hasattr(item, 'htmlUrl'):
rss_sources.append(RSSObj(item.text, item.xmlUrl,
item.htmlUrl))
else:
rss_sources.append(RSSObj(item.text, item.xmlUrl))
except:
pass
return {'rss': rss_sources}
def import_feeds(request):
"""Import feeds from an OPML source"""
if request.method == 'POST':
form = OPMLImportForm(request.POST, request.FILES)
if form.is_valid():
# get the list of existing feeds
existing_feeds = set([f.url for f in Feed.objects.filter(
category__in=request.user.categories.all(),
)])
# try to get the "Unclassified" field, create it if needed
category, created = request.user.categories.get_or_create(
slug='imported', defaults={'name': _('Imported')},
)
entries = opml.parse(request.FILES['file'])
imported = save_outline(request.user, category, entries,
existing_feeds)
messages.success(
request,
_('%(num)s feeds have been imported' % {'num': imported}),
)
return redirect('feeds:home')
else:
form = OPMLImportForm()
context = {
'form': form,
}
return render(request, 'feeds/import_feeds.html', context)
def import_feeds(request):
"""Import feeds from an OPML source"""
if request.method == 'POST':
form = OPMLImportForm(request.POST, request.FILES)
if form.is_valid():
# get the list of existing feeds
existing_feeds = set(request.user.feeds.values_list('url',
flat=True))
entries = opml.parse(request.FILES['file'])
try:
with user_lock('opml_import', request.user.pk, timeout=30):
imported = save_outline(request.user, None, entries,
existing_feeds)
except ValidationError:
logger.info("prevented duplicate import", request=request)
else:
message = " ".join([ungettext(
u'%s feed has been imported.',
u'%s feeds have been imported.',
imported) % imported,
_('New content will appear in a moment when you refresh '
'the page.')
])
messages.success(request, message)
return redirect('feeds:entries')
else:
form = OPMLImportForm()
context = {
'form': form,
}
return render(request, 'feeds/import_feeds.html', context)
def load_rss_feeds():
file_to_load = "security.opml"
outline = opml.parse(file_to_load)
# upload the feed in the database, verify if the feed is still the same and update if needed.
con = psycopg2.connect("dbname='%s' user='******'" %
(database_name, database_username))
cur = con.cursor()
for i in range(0, len(outline) - 1):
feed_title = outline[i].title
feed_xmlurl = outline[i].xmlUrl
feed_htmlurl = outline[i].htmlUrl
feed_type = outline[i].type
try:
sqlquery = "SELECT id from slackbot_feeds WHERE title LIKE %s and type LIKE %s and xmlurl LIKE %s and htmlurl LIKE %s"
data = (feed_title, feed_type, feed_xmlurl, feed_htmlurl)
cur.execute(sqlquery, data)
id = cur.fetchone()[0]
except:
sqlquery = "INSERT INTO slackbot_feeds (title, type, xmlurl, htmlurl, borked) VALUES (%s,%s,%s,%s,%s)"
data = (feed_title, feed_type, feed_xmlurl, feed_htmlurl, "false")
cur.execute(sqlquery, data)
con.commit()
con.close()
def read(self):
"""
reads and parses OPML file (set by constructor)
"""
data = opml.parse(self.filename)
for _ in data:
self.list.append(_.xmlUrl)
def fill_out_file(inputfile, outputfile):
nested = opml.parse(inputfile)
my_dict = {}
length = len(nested[0])
i = 0
while i < length:
title = nested[0][i].text
# Remove special characters
title = re.sub(r'[^A-Za-z0-9]+', '', title)
url = nested[0][i].xmlUrl
## change feed for channel url
url = url.replace('feeds/videos.xml?channel_id=', 'channel/')
my_dict[title] = url
i += 1
with open(outputfile, 'a') as f_out:
for title in sorted(my_dict.keys(),
key=lambda line: line.lower().split()):
# print (title, my_dict[title])
f_out_content = f'''
[feeds.{title}]
url = "{my_dict[title]}"
page_size = 3 # The number of episodes to query each update (keep in mind, that this might drain API token)
update_period = "12h" # How often query for updates, examples: "60m", "4h", "2h45m"
quality = "high" # or "low"
format = "video" # or "audio"'''
f_out.write(f_out_content)
def convert_opml_to_rest(opmlPath, restFile, **kwargs):
'write reST for an OPML outline'
opmlData = opml.parse(opmlPath)
print >>restFile, '=' * len(opmlData.title)
print >>restFile, opmlData.title
print >>restFile, ('=' * len(opmlData.title)) + '\n'
write_opml_to_rest(opmlData, restFile, **kwargs)
def dl(opml_filename,
database,
outtmpl,
fake=False,
quiet=False,
verbose=False):
engine = create_engine(database)
Base.metadata.create_all(engine)
Base.metadata.bind = engine
session = sessionmaker(bind=engine)()
opts = {}
if outtmpl:
opts['outtmpl'] = outtmpl
if quiet:
opts['quiet'] = quiet
if verbose:
opts['verbose'] = verbose
for channel in opml.parse(opml_filename)[0]:
logger.debug('Parsing channel "{}".'.format(channel.title))
for item in feedparser.parse(channel.xmlUrl)['items']:
session.add(Video(url=item['link']))
try:
session.commit()
except IntegrityError:
session.rollback()
else:
msg = 'Downloading "{}" from "{}".'
logger.info(msg.format(item['title'], channel.title))
if not fake:
try:
download(item['link'], opts)
except Exception:
session.rollback()
def import_feeds(request):
"""Import feeds from an OPML source"""
if request.method == 'POST':
form = OPMLImportForm(request.POST, request.FILES)
if form.is_valid():
# get the list of existing feeds
existing_feeds = set([
f.url for f in Feed.objects.filter(
category__in=request.user.categories.all(), )
])
# try to get the "Unclassified" field, create it if needed
category, created = request.user.categories.get_or_create(
slug='imported',
defaults={'name': _('Imported')},
)
entries = opml.parse(request.FILES['file'])
imported = save_outline(request.user, category, entries,
existing_feeds)
messages.success(
request,
_('%(num)s feeds have been imported' % {'num': imported}),
)
return redirect('feeds:home')
else:
form = OPMLImportForm()
context = {
'form': form,
}
return render(request, 'feeds/import_feeds.html', context)
def start_to_subscribe(self):
outline = opml.parse('subscription_manager')
for x in outline[0]:
channel = x.title
# clean search box input
search_for_input = self.driver.find_element_by_xpath(
'//*[@id="search"]')
search_for_input.send_keys(Keys.CONTROL + "a")
search_for_input.send_keys(Keys.DELETE)
search_for_input.send_keys(channel)
search_btn = self.driver.find_element_by_xpath(
'//*[@id="search-icon-legacy"]')
search_btn.click()
sleep(1)
button_msg = self.driver.find_element_by_xpath(
'//*[@id="subscribe-button"]/ytd-subscribe-button-renderer/paper-button/yt-formatted-string'
).text
print(button_msg)
if button_msg == 'SUBSCRIBE':
subscribe_btn = self.driver.find_element_by_xpath(
'//*[@id="subscribe-button"]/ytd-subscribe-button-renderer/paper-button'
)
subscribe_btn.click()
print(f"Processed {channel}")
sleep(1)
def fetch_opml(url):
try:
outline = opml.parse(url)
except IOError:
print_d("Failed opening OPML %s" % url)
return []
GObject.idle_add(lambda: update_feeds([x.xmlUrl for x in outline]))
def fetch_opml(url):
try:
outline = opml.parse(url)
except IOError:
print_d("Failed opening OPML %s" % url)
return []
GObject.idle_add(lambda: update_feeds([x.xmlUrl for x in outline]))
def handle(self, *args, **options):
if options['subscriptions']:
try:
outline = opml.parse(options['subscriptions'][0])
except:
raise CommandError('Not a valid OPML file')
else:
raise CommandError('OPML file to import subscription is needed')
if options['user_ids']:
user_list = options['user_ids']
else:
user_list = User.objects.values_list('id', flat=True)
for user_id in user_list:
self.stdout.write('Importing subscriptions for user %s' % user_id)
try:
user = User.objects.get(pk=user_id)
except:
raise CommandError('User "%s" does not exist' % user_id)
for category in outline:
if category:
category_title = category.title
else:
category_title = "?"
self.stdout.write('\tCategory: %s' % category_title)
for entry in category:
self.stdout.write('\t\tSubscribing to: %s' % entry.title)
if _is_valid_rss_feed(entry.xmlUrl) and hasattr(entry, 'title'):
_create_subscription_and_fetch_articles(user, entry.xmlUrl, entry.title)
self.stdout.write(self.style.SUCCESS('\t\tSuccessfully suscribed user %s to %s' % (user_id, entry.title)))
else:
self.stdout.write(self.style.ERROR('\t\tCould not subscribe user %s to %s: not a valid rss feed' % (user_id, entry.title)))
def load(opml_resource):
"""
import an OPML file
"""
if opml_resource.endswith('.opml'):
o_resource = opml.parse(opml_resource)
for folder in o_resource:
for feed in folder:
log = f"{folder.text}, {feed.text}"
# console.print(log, style="blue")
# create the target folder if not exists
try:
f = Folders.objects.get(title=folder.text)
except Folders.DoesNotExist:
f = Folders.objects.create(title=folder.text)
# create the Feeds source if not exists
obj, created = Feeds.objects.get_or_create(
title=feed.text,
defaults={
'title': feed.text,
'url': feed.xmlUrl,
'folder': f
},
)
if created:
console.print(log + ' created', style="blue")
else:
console.print(log + ' already created', style="yellow")
console.print('Nyuseu - 뉴스 - Feeds Loaded', style="green")
else:
console.print(f"File {opml_resource} is not an OPML file",
style="bold red")
def read_opml(target_file):
'''parses the opml file starting from the top most header
assumes there is only one top node and it is h1
'''
outline = opml.parse(target_file)
topics = outline[0]
topic_data_all = []
topic_content_subnames = [
"category", "competency", "reason", "description", "summary", "rating", "status",
"plan", "dependencies", "related", "tags", "resources", "links"
]
counter = 1
for topic in topics:
topic_title = topic.text
topic_data_current = {}
topic_data_current["name"] = topic_title
topic_content_subnames_found = []
for topic_content in topic:
for topic_content_subname in topic_content_subnames:
if topic_content.text.lower() == topic_content_subname:
subdata = get_topic_subdata(topic_content, topic_content_subname)
topic_data_current[topic_content_subname] = subdata
topic_content_subnames_found.append(topic_content_subname.title())
# generated data
topic_data_current["index"] = topic_content_subnames_found
topic_data_current["priority"] = counter
#
counter += 1
topic_data_all.append(topic_data_current)
return topic_data_all
def main():
with open("Subscriptions.opml", "r") as f:
outline = filter(opml.parse(f))
feeds = []
for feed in outline:
feeds.append({"title": feed.text, "htmlUrl": feed.htmlUrl})
write_markdown(feeds)
def _parse_file(self, file_name):
"""
creates nested structure of feedInfos and feedcategories from the ompl file
:param file_name: the file to pare
:return: a FeedInfo Object containing all Information from the file
"""
outline = opml.parse(file_name)
return self.get_feeds_from_outline(outline)
def main():
with open("Subscriptions.opml", "r") as f:
outline = filter(opml.parse(f))
feeds = []
for feed in outline:
feeds.append({"title": feed.text, "htmlUrl": feed.htmlUrl})
write_markdown(feeds)
def opml_import(request, url):
import opml
from opml_import import import_outline_element
try:
o = opml.parse(url)
except:
return HttpResponse('Cannot parse opml file %s' % url)
import_outline_element(o)
return HttpResponse('OK')
def __init__(self, f): listx = [] with open(f, "r") as opmlfile: outline = opml.parse(opmlfile) for i in range(0, len(outline)): feed = Feed(outline[i].text, outline[i].title, outline[i].xmlUrl) listx.append(feed) self.feeds = list(listx)
def __init__(self, subscription_manager_file):
self.file = subscription_manager_file
try:
self.parsed = opml.parse(self.file)
except:
print("Please download \"subscription_manager\" from youtube and place in current directory")
sys.exit(1)
self.channels = self.get_channels()
self.channels_cached_list = []
def opml_url_parser():
# return a dictionary (title,url)
opmlFile = config.RSSOPT_CONFIG['OPML_LOCATION']
feeds = dict()
rss = opml.parse(opmlFile)
for i in range(0, len(rss)):
for j in range(0, len(rss[i])):
feeds[rss[i][j].title] = rss[i][j].xmlUrl
return feeds
def handle(self, *args, **options):
archive = opml.parse('na-archive.opml')
shows = [show for year in archive for month in year for show in month]
for show in shows:
number = show_number(show.text)
if number and not Show.objects.filter(id=number):
if not hasattr(show, 'type'):
continue
# print('Handling {} [{}]'.format(show.url, number))
handle_redirect(show.url)
def load_new_feeds(self):
""" go through feeds to which we subscribe and add any new feeds to our database """
sub_file = os.path.join(self.config.sub_dir, 'subscriptions.xml')
outline = opml.parse(sub_file)
# if there are feeds in subscription.xml that are not in the database, add them
for feed in outline:
if not self.dal.session.query(Feed).filter(
Feed.xmlUrl == feed.xmlUrl).all():
self.dal.session.add(Feed(feed.text, feed.xmlUrl))
self.dal.session.commit()
def parse_opml_file():
file = request.files['file']
outline = opml.parse(file)
logged_in_user_id = g.user['user_email']
from feeds_helper import import_opml_file
try:
import_opml_file(logged_in_user_id, file, mongo_lib)
return json.dumps({"message":"OPML imported successfully"})
except Exception,e:
return json.dumps({"message":"Could not import OPML file"})
def import_opml(user_id, opml_url=None, data=None):
outline = None
if opml_url is not None:
outline = opml.parse(opml_url)
if data is not None:
outline = opml.from_string(data)
outline = outline or []
for entry in outline:
url = entry.xmlUrl
print url
subscribe_to_url(url, user_id)
def handle(self, *args, **options):
archive = opml.parse('na-archive.opml')
shows = [show for year in archive
for month in year for show in month]
for show in shows:
number = show_number(show.text)
if number and not Show.objects.filter(id=number):
if not hasattr(show, 'type'):
continue
# print('Handling {} [{}]'.format(show.url, number))
handle_redirect(show.url)
def import_opml(user_id, opml_url=None, data=None):
outline = None
if opml_url is not None:
outline = opml.parse(opml_url)
if data is not None:
outline = opml.from_string(data)
outline = outline or []
for entry in outline:
url = entry.xmlUrl
print(url)
subscribe_to_url(url, user_id)
def parse_opml(filename):
"""Parses the given opml of youtube subscriptions."""
global feeds
outline = opml.parse(filename)
assert outline[0].text == 'YouTube Subscriptions'
with open(SUBSCRIPTION_FILE, 'a+') as subscription_file:
# yes_for_all = False
for feed in outline[0]:
if feed.text not in feeds:
subscription_file.write('{0:s} : {1:s}\n'.format(feed.text, feed.xmlUrl))
def opml_import(request, url):
try:
o = opml.parse(url)
except:
return HttpResponse('Cannot parse opml file %s' % url)
for f in o:
new = Feed.objects.create(url = f.xmlUrl,
#tags = self.cleaned_data['tags'],
name = f.title,
)
new.save()
return HttpResponse('OK')
def load_subs(f):
"""Load subscriptions from an exported youtube subscription xml
Returns the channel feed URLs
"""
outline = opml.parse(f)
recs = outline[0]
urls = [rec.xmlUrl for rec in recs]
return urls
def index(request):
opmlfile = settings.OPML_PATH
outline = opml.parse(opmlfile)
opmlstruct = {'title':'default', 'subs':[], 'subfolders':[]}
def handlesub(sub, subs, folders):
if len(sub) > 0:
subf = {'title':sub.title, 'subs':[], 'subfolders':[]}
folders.append(subf)
for s in sub:
handlesub(s, subf['subs'], subf['subfolders'])
else:
feedobj = None
try:
feedobj = Feed.objects.get(feedurl=sub.xmlUrl)
except:
feedobj = None
subs.append(feedobj)
handlesub(outline, opmlstruct['subs'], opmlstruct['subfolders'])
def sortfolders(ostruct):
ostruct['subs'].sort(key=lambda x: x.title.lower())
ostruct['subfolders'].sort(key=lambda x: x['title'].lower())
for f in ostruct['subfolders']:
sortfolders(f)
sortfolders(opmlstruct)
linearopml = []
def linearizeopml(ostruct):
linearopml.append(('folder', ostruct['title'], None))
for subf in ostruct['subfolders']:
linearizeopml(subf)
linearopml.append(('outdent', '', None))
for sub in ostruct['subs']:
linearopml.append(('sub', sub.title, sub))
struct_to_linearize = opmlstruct['subfolders'][0]
for s in struct_to_linearize['subfolders']:
linearizeopml(s)
linearopml.append(('outdent', '', None))
for s in struct_to_linearize['subs']:
linearopml.append(('sub', s.title, s))
context = {
#'feeds': Feed.objects.order_by('title').all()
'sublist': linearopml
}
return render(request, 'feeds/index.html', context)
def handleopml(path, stdout):
outline = opml.parse(path)
def handlesub(sub, indent=0):
indentch = "".join([' ' for a in range(0, indent)])
if len(sub) < 1:
handlefeed(sub, indentch, stdout)
else:
print >> stdout, "%sFOLDER: %s" % (indentch, sub.title)
for s in sub:
handlesub(s, indent+1)
handlesub(outline)
def handleopml(path, stdout):
outline = opml.parse(path)
def handlesub(sub, indent=0):
indentch = "".join([' ' for a in range(0, indent)])
if len(sub) < 1:
handlefeed(sub, indentch, stdout)
else:
print >> stdout, "%sFOLDER: %s" % (indentch, sub.title)
for s in sub:
handlesub(s, indent + 1)
handlesub(outline)
def import_opml_file(logged_in_user, opml_file, mongo_lib):
import opml
default_tag = "default"
outline = opml.parse(opml_file)
for entry in outline:
if hasattr(entry, "xmlUrl"):
# This does not have any tags so default is the default tag
add_feed_to_feeds_meta(mongo_lib,entry.xmlUrl, entry.title)
associate_tags_to_user_feed(mongo_lib,logged_in_user, ['default'], entry.xmlUrl)
if hasattr(entry, '_outlines'):
for ent in entry._outlines:
add_feed_to_feeds_meta(mongo_lib,ent.xmlUrl, ent.title)
#f.tags = [Tag(entry.text)]
associate_tags_to_user_feed(mongo_lib,logged_in_user, [entry.text], ent.xmlUrl)
def get_source_info():
"""
get stories from opml list
"""
DEFAULT_OPML = "http://hosting.opml.org/dave/validatorTests/clean/subscriptionList.opml"
titles = []
htmlUrls = []
xmlUrls = []
outline = opml.parse(DEFAULT_OPML)
for ii in outline:
titles.append(ii.text)
htmlUrls.append(ii.htmlUrl)
xmlUrls.append(ii.xmlUrl)
return dict(htmlUrls=htmlUrls, titles=titles, xmlUrls=xmlUrls)
def import_pending(cls):
pending_files = cls.objects.filter(import_status='P')
# mark the files as being imported so they are not picked up by another task
# pending_files.update(import_status='R')
for pending_file in pending_files:
#outline = opml.parse(pending_file.opml_file.url)
outlines = opml.parse('/vagrant/drood/media/opml/2015/5/sarahmarshallfeedly.opml')
for outline in outlines:
print outline.title
try:
print outline.xmlUrl
except:
pass
def form2_success(request, appstruct):
opml_file = appstruct['opml']
opml_data = opml_file['fp']
outline = opml.parse(opml_data)
worklist = [e for e in outline]
n = 0
while worklist:
element = worklist.pop(0)
if hasattr(element, 'xmlUrl'):
url = element.xmlUrl
tasks.import_feed(request, url)
n += 1
else:
worklist += element
return '%d feeds imported' % n
def form2_success(request, appstruct):
opml_file = appstruct['opml']
opml_data = opml_file['fp']
outline = opml.parse(opml_data)
worklist = [e for e in outline]
n = 0
while worklist:
element = worklist.pop(0)
if hasattr(element, 'xmlUrl'):
url = element.xmlUrl
tasks.import_feed(request, url)
n += 1
else:
worklist += element
return '%d feeds imported' % n
def get_article_words(opmlfile = None):
allwords = {}
articlewords = []
articletitles = []
articlelinks = {}
ec = 0
if opmlfile is not None:
outline = opml.parse(opmlfile)
# get the list of feeds from the OPML file
feedlist = []
for folder in outline:
for feed in folder:
feedlist.append(feed.xmlUrl)
else:
feedlist = defflist
# Loop over every feed
for feed in feedlist:
f = feedparser.parse(feed)
# Loop over every article
for e in f.entries:
# Ignore entries without these fields
if 'title' not in e or 'link' not in e or 'description' not in e:
continue
# Ignore identical articles
if e.title in articletitles:
continue
# Extract the words
txt = e.title.encode('utf8') + \
strip_HTML(e.description.encode('utf8'))
words = separate_words(txt)
articlewords.append({})
articletitles.append(e.title)
articlelinks[e.title] = e.link
# Increase the counts for this word in allwords and articlewords
for word in words:
allwords.setdefault(word, 0)
allwords[word] += 1
articlewords[ec].setdefault(word, 0)
articlewords[ec][word] += 1
ec += 1
return allwords, articlewords, articletitles, articlelinks
def main(argv=None):
if argv is None:
argv = sys.argv
username = argv[1]
opmlfile = argv[2]
try:
user_id = get_user_id(username)
except IndexError:
db.insert('users', username=username)
user_id = get_user_id(username)
with open(opmlfile, 'r') as f:
parsedopml = opml.parse(f)
process_opml(parsedopml, user_id)
def substract_subs(inputfile):
nested = opml.parse(inputfile)
subs = len(nested[0])
titles = []
urls = []
i = 0
while i < subs:
title = nested[0][i].text
# Remove special characters
title = re.sub(r'[^A-Za-z0-9]+', '', title)
url = nested[0][i].xmlUrl
i += 1
urls.append(url)
titles.append(title)
return (urls, titles, subs)
def getUpdate():
json_data = []
outline = opml.parse("podcasts.xml")
logging.info("Getting Feeds")
# try:
if outline[0].text == "feeds": # This is a pocket casts feed
for podcast_feed in outline[0]:
json_data.extend(Update_feeds.getFeeds(podcast_feed.xmlUrl))
else:
for podcast_feed in outline:
json_data.extend(Update_feeds.getFeeds(podcast_feed.xmlUrl))
# print("Writting JSON data")
Update_feeds.writeFeeds(json_data)
def import_opml(opml_source):
result = []
def import_outline(outline):
try:
if outline.type == 'rss':
result.append(add_feed(outline.xmlUrl, outline.title))
except AttributeError:
if len(outline):
for o in outline:
import_outline(o)
outlines = opml.parse(opml_source)
import_outline(outlines)
return result
def handle(self, *args, **kwargs):
opml_file, username = args
try:
user = User.objects.get(username=username)
except User.DoesNotExist:
raise CommandError('User {0} does not exist'.format(username))
stats = defaultdict(int)
outlines = opml.parse(opml_file)
for outline in outlines:
parse_outline(outline, user, stats)
self.stdout.write(
'Imported %d new feeds from %s (%d already present)' %
(stats['created'], opml_file, stats['existing'])
)
def main():
parser = argparse.ArgumentParser(
description=
'Read an OPML file and print spiderss TOML format to stdout.')
parser.add_argument('file', help='OPML input file')
args = parser.parse_args()
file = args.file
try:
outline = opml.parse(file)
for o in outline:
print_outline(o, '')
except Exception as e:
print('ERROR: {}'.format(e))
sys.exit(1)
def create_entries():
outline = opml.parse("/jchandrashekar/Projects/hqfeeds/google-reader-subscriptions.xml")
default_tag = Tag("hqfeed_default")
for entry in outline:
if hasattr(entry, "xmlUrl"):
f = Feeds()
f.mongo_feed_id = entry.xmlUrl
f.feed_title = entry.title
dbsession.add(f)
continue
if hasattr(entry, '_outlines'):
for ent in entry._outlines:
f = Feeds()
f.mongo_feed_id = ent.xmlUrl
f.feed_title = ent.title
f.tags = [Tag(entry.text)]
dbsession.add(f)
dbsession.commit()
print "Total feeds created ", dbsession.query(Feeds).count()
def import_opml(store, opml_source):
result = []
def import_outline(outline):
try:
if outline.type == 'rss':
result.append(add_feed(store, outline.xmlUrl, outline.title))
store.commit()
# TODO: handle commit exceptions
except AttributeError:
if len(outline):
for o in outline:
import_outline(o)
outlines = opml.parse(opml_source)
import_outline(outlines)
return result
def opml_import():
url = request.args.get('url')
if not url:
return 'Missing url'
import opml
try:
o = opml.parse(url)
except:
return 'Cannot parse opml file %s' % url
def import_outline_element(o):
for f in o:
if hasattr(f,'xmlUrl'):
s = Source(f.title,'feed',f.xmlUrl)
db.session.add(s)
else:
import_outline_element(f)
import_outline_element(o)
db.session.commit()
flash('import successed')
return redirect(request.referrer or '/')
def import_opml(user_id, path):
_opml = opml.parse(path)
uncategorized = None
for outline in _opml:
if hasattr(outline, 'xmlUrl'):
if uncategorized is None: # does not defined yet
uncategorized = Category.query.filter_by(user_id=user_id, name="Uncategorized").first()
if uncategorized is None: # not found
uncategorized = Category(user_id, "Uncategorized", order_id=9999)
uncategorized.save()
feed = Feed(outline.xmlUrl)
feed.save()
user_feed = UserFeed(user_id, uncategorized.id, feed.id, outline.text)
user_feed.save()
else:
category = Category.query.filter_by(user_id=user_id, name=outline.text).first()
if category is None:
category = Category(user_id, outline.text)
category.save()
for child in outline:
if hasattr(child, 'xmlUrl'):
hash = xxhash.xxh64()
feed = Feed.query.filter_by(feed_url_hash=hash).first()
if feed is None:
feed = Feed(child.xmlUrl)
feed.save()
user_feed = UserFeed(user_id=user_id, category_id=category.id, feed_id=feed.id, feed_name=child.text)
user_feed.save()
else:
logger.warn("Nested category is not supported yet, ignored!")
import opml
import MySQLdb
import ConfigParser
config = ConfigParser.RawConfigParser()
config.read('reader.cfg')
#import feedparser
#feedparser._HTMLSanitizer.acceptable_elements = feedparser._HTMLSanitizer.acceptable_elements + ['object', 'embed','iframe']
#import bs4
db=MySQLdb.connect(host="localhost",user=config.get('Database', 'username'),passwd=config.get('Database', 'password'),db="test_rss", charset='utf8')
cur = db.cursor()
opml_file = 'subscriptions.xml'
o=opml.parse(opml_file)
print 'reading ' + o.title + ' ...'
#create list of existing labels
cur.execute('SELECT * FROM reader_label')
labels = []
for item in cur.fetchall():
labels.append(item[1])
#add labels
for item in o:
if len(item) > 0:
if item.title in labels:
print 'LABEL EXISTS', item.title
else:
cur.execute('insert into reader_label (label) VALUES (%s)', item.title)
import opml
import sys
opml_file = 'feeds/Reabble-zh.opml'
opml_file = 'feeds/Kindle4RSS-Feeds.xml'
opml_file = 'feeds/feedly_askender.opml'
outline = opml.parse(opml_file)
# meta optional
# print(outline.title)
# print(outline.ownerName)
# print(outline.ownerEmail)
# info
# print(len(outline))
level = int(sys.argv[1])
assert len(outline)
for one in outline:
if hasattr(one, 'type'):
assert one.type == 'rss'
# if not len(one):
if level == 1 and not len(one):
print()
print('### {}'.format(one.text))
if one.title != one.text:
print(one.title)
raise
# 1级分类