def __init__(self, **kwargs):
self.kwargs = kwargs
self.pageUrl = kwargs['pageUrl']
self.content = kwargs['pgContent']
self.type = kwargs['type']
self.log.info("Processing RSS Item")
super().__init__()
self.wg = WebGetRobust(logPath=self.loggerPath+".Web")
class WattPadSeriesPageFilter(WebMirror.OutputFilters.FilterBase.FilterBase):
wanted_mimetypes = [
'text/html',
]
want_priority = 50
loggerPath = "Main.Filter.WattPad"
@staticmethod
def wantsUrl(url):
if re.search(r"^https://www.wattpad.com/story/\d+.+$", url):
# print("WattPad Processor Wants url: '%s'" % url)
return True
return False
def __init__(self, **kwargs):
self.kwargs = kwargs
self.pageUrl = kwargs['pageUrl']
self.content = kwargs['pgContent']
self.type = kwargs['type']
self.log.info("Processing RSS Item")
super().__init__()
self.wg = WebGetRobust(logPath=self.loggerPath+".Web")
##################################################################################################################################
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def extractSeriesReleases(self, seriesPageUrl, metadata, soup):
title = metadata['title']
author = metadata['user']['name']
desc = metadata['description']
tags = metadata['tags']
# Apparently the description is rendered in a <pre> tag.
# Huh?
desc = markdown.markdown(desc, extensions=["linkify"])
title = title.strip()
# Siiiiiigh. Really?
title = title.replace("[#wattys2015]", "")
title = title.replace("(Wattys2015) ", "")
title = title.replace("#Wattys2015", "")
title = title.replace("Wattys2015", "")
title = title.strip()
if metadata['numParts'] < 3:
return []
if metadata['voteCount'] < 100:
return []
# Language ID 1 is english.
if metadata['language']['id'] != 1:
return []
# Allow blocking of item by ID
if metadata['id'] in BLOCK_IDS:
return []
# for some particularly stupid reasons, the item category tag is
# not included in the metadata.
# therefore, we parse it out from the page manually.
tagdiv = soup.find("div", class_="tags")
if tagdiv:
for tag in tagdiv.find_all("a", class_='tag'):
tags.append(tag.get_text())
tags = list(set([item.lower().strip().replace(" ", " ").replace(" ", "-") for item in tags]))
# Mask any content with any of the blocked tags.
if any([item in tags for item in WATTPAD_MASKED_TAGS]):
self.log.warning("Item has a masked tag. Not emitting any releases.")
self.log.warning("Tags: '%s'", tags)
return
# And check that at least one of the target tags is present.
if not any([item in tags for item in WATTPAD_REQUIRED_TAGS]):
self.log.warning("Item missing required tag. Not emitting any releases.")
self.log.warning("Tags: '%s'", tags)
return
seriesmeta = {}
extra = {}
extra['tags'] = tags[:]
extra['homepage'] = seriesPageUrl
extra['sourcesite'] = 'WattPad'
retval = []
index = 1
valid = 1
for release in metadata['parts']:
chp_title = release['title']
dt = datetime.datetime.strptime(release['modifyDate'], "%Y-%m-%dT%H:%M:%SZ" )
reldate = calendar.timegm(dt.timetuple())
raw_item = {}
raw_item['srcname'] = "WattPad"
raw_item['published'] = reldate
raw_item['linkUrl'] = release['url']
msg = msgpackers.buildReleaseMessage(raw_item, title, None, index, None, author=author, postfix=chp_title, tl_type='oel', extraData=extra, beta=IS_BETA)
retval.append(msg)
# Check if there was substantive structure in the chapter
# name. Used as a crude heuristic for chapter validity.
# vol, chp, frag, post = extractTitle(chp_title)
# if any((vol, chp, frag)):
# # print("Valid: ", (vol, chp, frag))
# valid += 1
index += 1
# if valid < (index/2):
# print("Half the present chapters are have no numeric content?")
# return []
# Don't send the series metadata if we didn't find any chapters.
if not retval:
print("No chapters!")
return []
seriesmeta['title'] = title
seriesmeta['author'] = author
seriesmeta['tags'] = tags
seriesmeta['homepage'] = seriesPageUrl
seriesmeta['desc'] = desc
seriesmeta['tl_type'] = 'oel'
seriesmeta['sourcesite'] = 'WattPad'
pkt = msgpackers.sendSeriesInfoPacket(seriesmeta, beta=IS_BETA)
self.log.info("Wattpad scraper generated %s amqp messages!", len(retval) + 1)
self.amqp_put_item(pkt)
return retval
def sendReleases(self, releases):
self.log.info("Total releases found on page: %s", len(releases))
for release in releases:
pkt = msgpackers.createReleasePacket(release, beta=IS_BETA)
self.amqp_put_item(pkt)
def getJsonMetadata(self, soup):
# There are a couple of tags with the data-attr "story-id"
# Grab them all, and while we're at it, check they all match (they should)
story_id = soup.find_all(True, {'data-story-id' : True})
assert story_id, "No story ID tag found on page?"
pre = story_id.pop()['data-story-id']
for remaining in story_id:
assert pre == remaining['data-story-id']
return pre
def processPage(self, url, content):
soup = bs4.BeautifulSoup(self.content)
sid = self.getJsonMetadata(soup)
# The GET request url is somewhat ridiculous. Build
# it up in segments so we don't have a 500 char line
segments = [
"https://www.wattpad.com/api/v3/stories/{num}?include_deleted=0&".format(num=sid),
"fields=id%2Ctitle%2CvoteCount%2CmodifyDate%2CreadCount%2CcommentCount%2Cdescription",
"%2Curl%2Ccover%2Clanguage%2CisAdExempt%2Cuser(name%2Cusername%2Cavatar%2C"
"description%2Clocation%2Chighlight_colour%2CbackgroundUrl%2CnumLists%2C",
"numStoriesPublished%2CnumFollowing%2CnumFollowers%2Ctwitter)%2Ccompleted",
"%2CnumParts%2Cparts(id%2Ctitle%2Clength%2Curl%2Cdeleted%2Cdraft%2CmodifyDate)%2Ctags%2Ccategories",
"%2Crating%2Crankings%2Clanguage%2Ccopyright%2CsourceLink%2CfirstPartId%2Cdeleted%2Cdraft",
]
surl = "".join(segments)
print(url)
metadata = self.wg.getJson(surl, addlHeaders={'Referer': url})
releases = self.extractSeriesReleases(self.pageUrl, metadata, soup)
if releases:
self.sendReleases(releases)
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def extractContent(self):
# print("Call to extract!")
# print(self.amqpint)
self.processPage(self.pageUrl, self.content)
