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# -*- coding: utf-8 -*-
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License version 2 as
# published by the Free Software Foundation.
"""Extractors for https://bato.to/"""
from .common import Extractor, ChapterExtractor, MangaExtractor
from .. import text, util
from ..cache import memcache
BASE_PATTERN = (r"(?:https?://)?("
r"(?:ba|d|f|h|j|m|w)to\.to|"
r"(?:(?:manga|read)toto|batocomic|[xz]bato)\.(?:com|net|org)|"
r"comiko\.(?:net|org)|"
r"bat(?:otoo|o?two)\.com)")
# https://rentry.co/batoto
DOMAINS = {
"dto.to",
"fto.to",
"hto.to",
"jto.to",
"mto.to",
"wto.to",
"xbato.com",
"xbato.net",
"xbato.org",
"zbato.com",
"zbato.net",
"zbato.org",
"readtoto.com",
"readtoto.net",
"readtoto.org",
"batocomic.com",
"batocomic.net",
"batocomic.org",
"batotoo.com",
"batotwo.com",
"comiko.net",
"comiko.org",
"battwo.com",
}
LEGACY_DOMAINS = {
"bato.to",
"mangatoto.com",
"mangatoto.net",
"mangatoto.org",
}
class BatotoBase():
"""Base class for batoto extractors"""
category = "batoto"
root = "https://xbato.org"
_warn_legacy = True
def _init_root(self):
domain = self.config("domain")
if domain is None or domain in {"auto", "url"}:
domain = self.groups[0]
if domain in LEGACY_DOMAINS:
if self._warn_legacy:
BatotoBase._warn_legacy = False
self.log.warning("Legacy domain '%s'", domain)
elif domain == "nolegacy":
domain = self.groups[0]
if domain in LEGACY_DOMAINS:
domain = "xbato.org"
elif domain == "nowarn":
domain = self.groups[0]
self.root = "https://" + domain
def request(self, url, **kwargs):
kwargs["encoding"] = "utf-8"
return Extractor.request(self, url, **kwargs)
class BatotoChapterExtractor(BatotoBase, ChapterExtractor):
"""Extractor for batoto manga chapters"""
archive_fmt = "{chapter_id}_{page}"
pattern = rf"{BASE_PATTERN}/(?:title/[^/?#]+|chapter)/(\d+)"
example = "https://xbato.org/title/12345-MANGA/54321"
def __init__(self, match):
ChapterExtractor.__init__(self, match, False)
self._init_root()
self.chapter_id = self.groups[1]
self.page_url = f"{self.root}/title/0/{self.chapter_id}"
def metadata(self, page):
extr = text.extract_from(page)
try:
manga, info, _ = extr("<title>", "<").rsplit(" - ", 3)
except ValueError:
manga = info = None
manga_id = text.extr(
extr('rel="canonical" href="', '"'), "/title/", "/")
if not manga:
manga = extr('link-hover">', "<")
info = text.remove_html(extr('link-hover">', "</"))
info = text.unescape(info)
match = text.re(
r"(?i)(?:(?:Volume|S(?:eason)?)\s*(\d+)\s+)?"
r"(?:Chapter|Episode)\s*(\d+)([\w.]*)").match(info)
if match:
volume, chapter, minor = match.groups()
else:
volume = chapter = 0
minor = ""
return {
**_manga_info(self, manga_id),
"chapter_url" : extr(self.chapter_id + "-ch_", '"'),
"title" : text.unescape(text.remove_html(extr(
"selected>", "</option")).partition(" : ")[2]),
"volume" : text.parse_int(volume),
"chapter" : text.parse_int(chapter),
"chapter_minor" : minor,
"chapter_string": info,
"chapter_id" : text.parse_int(self.chapter_id),
"date" : self.parse_timestamp(extr(' time="', '"')[:-3]),
}
def images(self, page):
images_container = text.extr(page, 'pageOpts', ':[0,0]}"')
images_container = text.unescape(images_container)
return [
(url, None)
for url in text.extract_iter(images_container, r"\"", r"\"")
]
class BatotoMangaExtractor(BatotoBase, MangaExtractor):
"""Extractor for batoto manga"""
reverse = False
chapterclass = BatotoChapterExtractor
pattern = (rf"{BASE_PATTERN}"
rf"/(?:title/(\d+)[^/?#]*|series/(\d+)(?:/[^/?#]*)?)/?$")
example = "https://xbato.org/title/12345-MANGA/"
def __init__(self, match):
MangaExtractor.__init__(self, match, False)
self._init_root()
self.manga_id = self.groups[1] or self.groups[2]
self.page_url = f"{self.root}/title/{self.manga_id}"
def chapters(self, page):
extr = text.extract_from(page)
if warning := extr(' class="alert alert-warning">', "</div>"):
self.log.warning("'%s'", text.remove_html(warning))
extr('<div data-hk="0-0-0-0"', "")
data = _manga_info(self, self.manga_id, page)
results = []
while True:
href = extr('<a href="/title/', '"')
if not href:
break
chapter = href.rpartition("-ch_")[2]
chapter, sep, minor = chapter.partition(".")
data["chapter"] = text.parse_int(chapter)
data["chapter_minor"] = sep + minor
data["date"] = self.parse_datetime_iso(extr('time="', '"'))
url = f"{self.root}/title/{href}"
results.append((url, data.copy()))
return results
@memcache(keyarg=1)
def _manga_info(self, manga_id, page=None):
if page is None:
url = f"{self.root}/title/{manga_id}"
page = self.request(url).text
props = text.extract(page, 'props="', '"', page.find(' prefix="r20" '))[0]
data = util.json_loads(text.unescape(props))["data"][1]
return {
"manga" : data["name"][1],
"manga_id" : text.parse_int(manga_id),
"manga_slug" : data["slug"][1],
"manga_date" : self.parse_timestamp(
data["dateCreate"][1] // 1000),
"manga_date_updated": self.parse_timestamp(
data["dateUpdate"][1] / 1000),
"author" : json_list(data["authors"]),
"artist" : json_list(data["artists"]),
"genre" : json_list(data["genres"]),
"lang" : data["tranLang"][1],
"lang_orig" : data["origLang"][1],
"status" : data["originalStatus"][1],
"published" : data["originalPubFrom"][1],
"description": data["summary"][1]["code"][1],
"cover" : data["urlCoverOri"][1],
"uploader" : data["userId"][1],
"score" : data["stat_score_avg"][1],
}
def json_list(value):
return [
item[1].replace("_", " ")
for item in util.json_loads(value[1].replace('\\"', '"'))
]
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