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gallery-dl/gallery_dl/extractor/mangapark.py
2020-04-26 22:14:28 +02:00

162 lines
6.0 KiB
Python

# -*- coding: utf-8 -*-
# Copyright 2015-2020 Mike Fährmann
#
# 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://mangapark.net/"""
from .common import ChapterExtractor, MangaExtractor
from .. import text, exception
import json
import re
class MangaparkBase():
"""Base class for mangapark extractors"""
category = "mangapark"
root_fmt = "https://mangapark.{}"
@staticmethod
def parse_chapter_path(path, data):
"""Get volume/chapter information from url-path of a chapter"""
data["volume"], data["chapter_minor"] = 0, ""
for part in path.split("/")[1:]:
key, value = part[0], part[1:]
if key == "c":
chapter, dot, minor = value.partition(".")
data["chapter"] = text.parse_int(chapter)
data["chapter_minor"] = dot + minor
elif key == "i":
data["chapter_id"] = text.parse_int(value)
elif key == "v":
data["volume"] = text.parse_int(value)
elif key == "s":
data["stream"] = text.parse_int(value)
elif key == "e":
data["chapter_minor"] = "v" + value
@staticmethod
def parse_chapter_title(title, data):
match = re.search(r"(?i)(?:vol(?:ume)?[ .]*(\d+) )?"
r"ch(?:apter)?[ .]*(\d+)(\.\w+)?", title)
if match:
vol, ch, data["chapter_minor"] = match.groups()
data["volume"] = text.parse_int(vol)
data["chapter"] = text.parse_int(ch)
class MangaparkChapterExtractor(MangaparkBase, ChapterExtractor):
"""Extractor for manga-chapters from mangapark.net"""
pattern = (r"(?:https?://)?(?:www\.)?mangapark\.(me|net|com)"
r"/manga/([^?&#]+/i\d+)")
test = (
("https://mangapark.net/manga/gosu/i811615/c55/1", {
"count": 50,
"keyword": "2bb16a50dbac9577ead62b41db9a01a0419c0ae2",
}),
(("https://mangapark.net/manga"
"/ad-astra-per-aspera-hata-kenjirou/i662054/c001.2/1"), {
"count": 40,
"keyword": "8e9cce4ed0e25d12a45e02f840d6f32ef838e257",
}),
("https://mangapark.net/manga/gekkan-shoujo-nozaki-kun/i655476/c70", {
"count": 15,
"keyword": "19f730617074d65f91c0781f429de324890925bf",
}),
("https://mangapark.me/manga/gosu/i811615/c55/1"),
("https://mangapark.com/manga/gosu/i811615/c55/1"),
)
def __init__(self, match):
tld, self.path = match.groups()
self.root = self.root_fmt.format(tld)
url = "{}/manga/{}?zoom=2".format(self.root, self.path)
ChapterExtractor.__init__(self, match, url)
def metadata(self, page):
data = text.extract_all(page, (
("manga_id" , "var _manga_id = '", "'"),
("chapter_id", "var _book_id = '", "'"),
("stream" , "var _stream = '", "'"),
("path" , "var _book_link = '", "'"),
("manga" , "<h2>", "</h2>"),
("title" , "</a>", "<"),
), values={"lang": "en", "language": "English"})[0]
if not data["path"]:
raise exception.NotFoundError("chapter")
self.parse_chapter_path(data["path"], data)
if "chapter" not in data:
self.parse_chapter_title(data["title"], data)
data["manga"], _, data["type"] = data["manga"].rpartition(" ")
data["manga"] = text.unescape(data["manga"])
data["title"] = data["title"].partition(": ")[2]
for key in ("manga_id", "chapter_id", "stream"):
data[key] = text.parse_int(data[key])
return data
def images(self, page):
data = json.loads(text.extract(page, "var _load_pages =", ";")[0])
return [
(text.urljoin(self.root, item["u"]), {
"width": text.parse_int(item["w"]),
"height": text.parse_int(item["h"]),
})
for item in data
]
class MangaparkMangaExtractor(MangaparkBase, MangaExtractor):
"""Extractor for manga from mangapark.net"""
chapterclass = MangaparkChapterExtractor
pattern = (r"(?:https?://)?(?:www\.)?mangapark\.(me|net|com)"
r"(/manga/[^/?&#]+)/?$")
test = (
("https://mangapark.net/manga/aria", {
"url": "9b0b31e4992260876f56d7bfc8ff0ae71295c4f4",
"keyword": "6e44744a28d01b889b1e8291847abd84b591590d",
}),
("https://mangapark.me/manga/aria"),
("https://mangapark.com/manga/aria"),
)
def __init__(self, match):
self.root = self.root_fmt.format(match.group(1))
MangaExtractor.__init__(self, match, self.root + match.group(2))
def chapters(self, page):
results = []
data = {"lang": "en", "language": "English"}
data["manga"] = text.unescape(
text.extract(page, '<title>', ' Manga - ')[0])
for stream in page.split('<div id="stream_')[1:]:
data["stream"] = text.parse_int(text.extract(stream, '', '"')[0])
for chapter in text.extract_iter(stream, '<li ', '</li>'):
path , pos = text.extract(chapter, 'href="', '"')
title1, pos = text.extract(chapter, '>', '<', pos)
title2, pos = text.extract(chapter, '>: </span>', '<', pos)
count , pos = text.extract(chapter, ' of ', ' ', pos)
self.parse_chapter_path(path[8:], data)
if "chapter" not in data:
self.parse_chapter_title(title1, data)
if title2:
data["title"] = title2.strip()
else:
data["title"] = title1.partition(":")[2].strip()
data["count"] = text.parse_int(count)
results.append((self.root + path, data.copy()))
data.pop("chapter", None)
return results