265 lines
9.6 KiB
Python
265 lines
9.6 KiB
Python
from typing import Optional, Union, Type, Dict
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from bs4 import BeautifulSoup
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import requests
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import logging
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from ..utils import shared
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from ..objects import (
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Song,
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Source,
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Album,
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Artist,
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Lyrics,
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Target,
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DatabaseObject,
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Options,
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SourcePages,
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Collection,
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Label
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)
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LOGGER = logging.getLogger("this shouldn't be used")
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class Page:
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"""
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This is an abstract class, laying out the
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functionality for every other class fetching something
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"""
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API_SESSION: requests.Session = requests.Session()
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API_SESSION.proxies = shared.proxies
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TIMEOUT = 5
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TRIES = 5
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SOURCE_TYPE: SourcePages
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@classmethod
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def get_request(cls, url: str, accepted_response_codes: set = set((200,)), trie: int = 0) -> Optional[
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requests.Response]:
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retry = False
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try:
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r = cls.API_SESSION.get(url, timeout=cls.TIMEOUT)
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except requests.exceptions.Timeout:
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retry = True
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if not retry and r.status_code in accepted_response_codes:
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return r
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LOGGER.warning(f"{cls.__name__} responded wit {r.status_code} at GET:{url}. ({trie}-{cls.TRIES})")
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LOGGER.debug(r.content)
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if trie >= cls.TRIES:
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LOGGER.warning("to many tries. Aborting.")
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return None
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return cls.get_request(url, accepted_response_codes, trie + 1)
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@classmethod
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def post_request(cls, url: str, json: dict, accepted_response_codes: set = set((200,)), trie: int = 0) -> Optional[
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requests.Response]:
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retry = False
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try:
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r = cls.API_SESSION.post(url, json=json, timeout=cls.TIMEOUT)
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except requests.exceptions.Timeout:
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retry = True
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if not retry and r.status_code in accepted_response_codes:
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return r
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LOGGER.warning(f"{cls.__name__} responded wit {r.status_code} at POST:{url}. ({trie}-{cls.TRIES})")
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LOGGER.debug(r.content)
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if trie >= cls.TRIES:
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LOGGER.warning("to many tries. Aborting.")
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return None
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return cls.post_request(url, accepted_response_codes, trie + 1)
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@classmethod
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def get_soup_from_response(cls, r: requests.Response) -> BeautifulSoup:
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return BeautifulSoup(r.content, "html.parser")
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class Query:
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def __init__(self, query: str):
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self.query = query
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self.is_raw = False
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self.artist = None
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self.album = None
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self.song = None
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self.parse_query(query=query)
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def __str__(self):
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if self.is_raw:
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return self.query
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return f"{self.artist}; {self.album}; {self.song}"
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def parse_query(self, query: str):
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if not '#' in query:
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self.is_raw = True
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return
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query = query.strip()
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parameters = query.split('#')
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parameters.remove('')
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for parameter in parameters:
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splitted = parameter.split(" ")
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type_ = splitted[0]
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input_ = " ".join(splitted[1:]).strip()
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if type_ == "a":
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self.artist = input_
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continue
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if type_ == "r":
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self.album = input_
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continue
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if type_ == "t":
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self.song = input_
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continue
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def get_str(self, string):
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if string is None:
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return ""
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return string
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artist_str = property(fget=lambda self: self.get_str(self.artist))
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album_str = property(fget=lambda self: self.get_str(self.album))
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song_str = property(fget=lambda self: self.get_str(self.song))
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@classmethod
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def search_by_query(cls, query: str) -> Options:
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"""
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# The Query
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You can define a new parameter with "#",
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the letter behind it defines the *type* of parameter, followed by a space
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"#a Psychonaut 4 #r Tired, Numb and #t Drop by Drop"
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if no # is in the query it gets treated as "unspecified query"
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# Functionality
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Returns the best matches from this page for the query, passed in.
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:param query:
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:return possible_music_objects:
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"""
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return Options()
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@classmethod
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def fetch_details(cls, music_object: Union[Song, Album, Artist, Label], stop_at_level: int = 1) -> DatabaseObject:
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"""
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when a music object with laccing data is passed in, it returns
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the SAME object **(no copy)** with more detailed data.
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If you for example put in an album, it fetches the tracklist
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:param music_object:
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:param stop_at_level:
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This says the depth of the level the scraper will recurse to.
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If this is for example set to 2, then the levels could be:
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1. Level: the album
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2. Level: every song of the album + every artist of the album
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If no additional requests are needed to get the data one level below the supposed stop level
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this gets ignored
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:return detailed_music_object: IT MODIFIES THE INPUT OBJ
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"""
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new_music_object: DatabaseObject = type(music_object)()
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source: Source
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for source in music_object.source_collection.get_sources_from_page(cls.SOURCE_TYPE):
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new_music_object.merge(cls._fetch_object_from_source(source=source, obj_type=type(music_object), stop_at_level=stop_at_level))
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collections = {
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Label: Collection(element_type=Label),
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Artist: Collection(element_type=Artist),
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Album: Collection(element_type=Album),
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Song: Collection(element_type=Song)
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}
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cls._clean_music_object(new_music_object, collections)
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music_object.merge(new_music_object)
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music_object.compile(merge_into=True)
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return music_object
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@classmethod
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def _fetch_object_from_source(cls, source: Source, obj_type: Union[Type[Song], Type[Album], Type[Artist], Type[Label]], stop_at_level: int = 1):
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if obj_type == Artist:
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return cls._fetch_artist_from_source(source=source, stop_at_level=stop_at_level)
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if obj_type == Song:
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return cls._fetch_song_from_source(source=source, stop_at_level=stop_at_level)
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if obj_type == Album:
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return cls._fetch_album_from_source(source=source, stop_at_level=stop_at_level)
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if obj_type == Label:
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return cls._fetch_label_from_source(source=source, stop_at_level=stop_at_level)
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@classmethod
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def _clean_music_object(cls, music_object: Union[Label, Album, Artist, Song], collections: Dict[Union[Type[Song], Type[Album], Type[Artist], Type[Label]], Collection]):
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if type(music_object) == Label:
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return cls._clean_label(label=music_object, collections=collections)
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if type(music_object) == Artist:
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return cls._clean_artist(artist=music_object, collections=collections)
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if type(music_object) == Album:
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return cls._clean_album(album=music_object, collections=collections)
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if type(music_object) == Song:
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return cls._clean_song(song=music_object, collections=collections)
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@classmethod
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def _clean_collection(cls, collection: Collection, collection_dict: Dict[Union[Type[Song], Type[Album], Type[Artist], Type[Label]], Collection]):
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if collection.element_type not in collection_dict:
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return
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for i, element in enumerate(collection):
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r = collection_dict[collection.element_type].append(element)
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if not r.was_in_collection:
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cls._clean_music_object(r.current_element, collection_dict)
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continue
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collection[i] = r.current_element
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cls._clean_music_object(r.current_element, collection_dict)
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@classmethod
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def _clean_label(cls, label: Label, collections: Dict[Union[Type[Song], Type[Album], Type[Artist], Type[Label]], Collection]):
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cls._clean_collection(label.current_artist_collection, collections)
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cls._clean_collection(label.album_collection, collections)
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@classmethod
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def _clean_artist(cls, artist: Artist, collections: Dict[Union[Type[Song], Type[Album], Type[Artist], Type[Label]], Collection]):
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cls._clean_collection(artist.main_album_collection, collections)
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cls._clean_collection(artist.feature_song_collection, collections)
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cls._clean_collection(artist.label_collection, collections)
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@classmethod
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def _clean_album(cls, album: Album, collections: Dict[Union[Type[Song], Type[Album], Type[Artist], Type[Label]], Collection]):
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cls._clean_collection(album.label_collection, collections)
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cls._clean_collection(album.song_collection, collections)
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cls._clean_collection(album.artist_collection, collections)
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@classmethod
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def _clean_song(cls, song: Song, collections: Dict[Union[Type[Song], Type[Album], Type[Artist], Type[Label]], Collection]):
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cls._clean_collection(song.album_collection, collections)
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cls._clean_collection(song.feature_artist_collection, collections)
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cls._clean_collection(song.main_artist_collection, collections)
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@classmethod
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def _fetch_song_from_source(cls, source: Source, stop_at_level: int = 1) -> Song:
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return Song()
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@classmethod
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def _fetch_album_from_source(cls, source: Source, stop_at_level: int = 1) -> Album:
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return Album()
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@classmethod
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def _fetch_artist_from_source(cls, source: Source, stop_at_level: int = 1) -> Artist:
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return Artist()
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@classmethod
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def _fetch_label_from_source(cls, source: Source, stop_at_level: int = 1) -> Label:
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return Label()
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