def _parse_search_result(self, result: Dict, generic_cover: str,
locale: str) -> MetaRecord:
match = MetaRecord(
id=result["id"],
title=result["volumeInfo"]["title"],
authors=result["volumeInfo"].get("authors", []),
url=Google.BOOK_URL + result["id"],
source=MetaSourceInfo(
id=self.__id__,
description=Google.DESCRIPTION,
link=Google.META_URL,
),
)
match.cover = self._parse_cover(result=result,
generic_cover=generic_cover)
match.description = result["volumeInfo"].get("description", "")
match.languages = self._parse_languages(result=result, locale=locale)
match.publisher = result["volumeInfo"].get("publisher", "")
match.publishedDate = result["volumeInfo"].get("publishedDate", "")
match.rating = result["volumeInfo"].get("averageRating", 0)
match.series, match.series_index = "", 1
match.tags = result["volumeInfo"].get("categories", [])
match.identifiers = {"google": match.id}
match = self._parse_isbn(result=result, match=match)
return match
def _parse_search_result(
self, result: Dict, generic_cover: str, locale: str
) -> MetaRecord:
series = result["volume"].get("name", "")
series_index = result.get("issue_number", 0)
issue_name = result.get("name", "")
match = MetaRecord(
id=result["id"],
title=f"{series}#{series_index} - {issue_name}",
authors=result.get("authors", []),
url=result.get("site_detail_url", ""),
source=MetaSourceInfo(
id=self.__id__,
description=ComicVine.DESCRIPTION,
link=ComicVine.META_URL,
),
series=series,
)
match.cover = result["image"].get("original_url", generic_cover)
match.description = result.get("description", "")
match.publishedDate = result.get("store_date", result.get("date_added"))
match.series_index = series_index
match.tags = ["Comics", series]
match.identifiers = {"comicvine": match.id}
return match
def _parse_search_result(
self, result: Dict, generic_cover: str, locale: str
) -> MetaRecord:
match = MetaRecord(
id=result.get("pub_url", result.get("eprint_url", "")),
title=result["bib"].get("title"),
authors=result["bib"].get("author", []),
url=result.get("pub_url", result.get("eprint_url", "")),
source=MetaSourceInfo(
id=self.__id__, description=self.__name__, link=scholar.META_URL
),
)
match.cover = result.get("image", {}).get("original_url", generic_cover)
match.description = unquote(result["bib"].get("abstract", ""))
match.publisher = result["bib"].get("venue", "")
match.publishedDate = result["bib"].get("pub_year") + "-01-01"
match.identifiers = {"scholar": match.id}
return match
def parse_search_results(self) -> List[MetaRecord]:
matches = []
results = self.root.xpath(LubimyCzytac.BOOK_SEARCH_RESULT_XPATH)
for result in results:
title = self._parse_xpath_node(
root=result,
xpath=f"{LubimyCzytac.SINGLE_BOOK_RESULT_XPATH}"
f"{LubimyCzytac.TITLE_TEXT_PATH}",
)
book_url = self._parse_xpath_node(
root=result,
xpath=f"{LubimyCzytac.SINGLE_BOOK_RESULT_XPATH}"
f"{LubimyCzytac.URL_PATH}",
)
authors = self._parse_xpath_node(
root=result,
xpath=f"{LubimyCzytac.SINGLE_BOOK_RESULT_XPATH}"
f"{LubimyCzytac.AUTHORS_PATH}",
take_first=False,
)
if not all([title, book_url, authors]):
continue
matches.append(
MetaRecord(
id=book_url.replace(f"/ksiazka/", "").split("/")[0],
title=title,
authors=[strip_accents(author) for author in authors],
url=LubimyCzytac.BASE_URL + book_url,
source=MetaSourceInfo(
id=self.metadata.__id__,
description=self.metadata.__name__,
link=LubimyCzytac.BASE_URL,
),
)
)
return matches
def inner(link, index) -> [dict, int]:
with self.session as session:
try:
r = session.get(f"https://www.amazon.com/{link}")
r.raise_for_status()
except Exception as ex:
log.warning(ex)
return
long_soup = BS(r.text, "lxml") #~4sec :/
soup2 = long_soup.find(
"div",
attrs={
"cel_widget_id":
"dpx-books-ppd_csm_instrumentation_wrapper"
})
if soup2 is None:
return
try:
match = MetaRecord(
title="",
authors="",
source=MetaSourceInfo(id=self.__id__,
description="Amazon Books",
link="https://amazon.com/"),
url=f"https://www.amazon.com{link}",
#the more searches the slower, these are too hard to find in reasonable time or might not even exist
publisher="", # very unreliable
publishedDate="", # very unreliable
id=None, # ?
tags=[] # dont exist on amazon
)
try:
match.description = "\n".join(
soup2.find("div", attrs={"data-feature-name": "bookDescription"}).stripped_strings)\
.replace("\xa0"," ")[:-9].strip().strip("\n")
except (AttributeError, TypeError):
return None # if there is no description it is not a book and therefore should be ignored
try:
match.title = soup2.find("span",
attrs={
"id": "productTitle"
}).text
except (AttributeError, TypeError):
match.title = ""
try:
match.authors = [
next(
filter(
lambda i: i != " " and i != "\n"
and not i.startswith("{"),
x.findAll(text=True))).strip()
for x in soup2.findAll("span",
attrs={"class": "author"})
]
except (AttributeError, TypeError, StopIteration):
match.authors = ""
try:
match.rating = int(
soup2.find("span",
class_="a-icon-alt").text.split(" ")
[0].split(".")[0]) # first number in string
except (AttributeError, ValueError):
match.rating = 0
try:
match.cover = soup2.find(
"img",
attrs={"class":
"a-dynamic-image frontImage"})["src"]
except (AttributeError, TypeError):
match.cover = ""
return match, index
except Exception as e:
log.error_or_exception(e)
return
def _parse_single_book(self,
id: str,
generic_cover: str = "") -> Optional[MetaRecord]:
url = f"https://book.douban.com/subject/{id}/"
try:
r = self.session.get(url)
r.raise_for_status()
except Exception as e:
log.warning(e)
return None
match = MetaRecord(
id=id,
title="",
authors=[],
url=url,
source=MetaSourceInfo(
id=self.__id__,
description=self.DESCRIPTION,
link=self.META_URL,
),
)
html = etree.HTML(r.content.decode("utf8"))
match.title = html.xpath(self.TITTLE_XPATH)[0].text
match.cover = html.xpath(
self.COVER_XPATH)[0].attrib["href"] or generic_cover
try:
rating_num = float(html.xpath(self.RATING_XPATH)[0].text.strip())
except Exception:
rating_num = 0
match.rating = int(-1 * rating_num // 2 * -1) if rating_num else 0
tag_elements = html.xpath(self.TAGS_XPATH)
if len(tag_elements):
match.tags = [tag_element.text for tag_element in tag_elements]
description_element = html.xpath(self.DESCRIPTION_XPATH)
if len(description_element):
match.description = html2text(
etree.tostring(description_element[-1],
encoding="utf8").decode("utf8"))
info = html.xpath(self.INFO_XPATH)
for element in info:
text = element.text
if self.AUTHORS_PATTERN.search(text):
next = element.getnext()
while next is not None and next.tag != "br":
match.authors.append(next.text)
next = next.getnext()
elif self.PUBLISHER_PATTERN.search(text):
match.publisher = element.tail.strip()
elif self.SUBTITLE_PATTERN.search(text):
match.title = f'{match.title}:' + element.tail.strip()
elif self.PUBLISHED_DATE_PATTERN.search(text):
match.publishedDate = self._clean_date(element.tail.strip())
elif self.SUBTITLE_PATTERN.search(text):
match.series = element.getnext().text
elif i_type := self.IDENTIFIERS_PATTERN.search(text):
match.identifiers[i_type.group()] = element.tail.strip()