mirror of
https://github.com/unshackle-dl/unshackle.git
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230 lines
9.1 KiB
Python
230 lines
9.1 KiB
Python
import re
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from abc import ABC
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from collections import Counter
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from typing import Any, Iterable, Optional, Union
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from langcodes import Language
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from pymediainfo import MediaInfo
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from rich.tree import Tree
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from sortedcontainers import SortedKeyList
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from unshackle.core.config import config
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from unshackle.core.constants import AUDIO_CODEC_MAP, DYNAMIC_RANGE_MAP, VIDEO_CODEC_MAP
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from unshackle.core.titles.title import Title
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from unshackle.core.utilities import sanitize_filename
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class Episode(Title):
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def __init__(
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self,
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id_: Any,
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service: type,
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title: str,
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season: Union[int, str],
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number: Union[int, str],
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name: Optional[str] = None,
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year: Optional[Union[int, str]] = None,
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language: Optional[Union[str, Language]] = None,
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data: Optional[Any] = None,
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description: Optional[str] = None,
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) -> None:
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super().__init__(id_, service, language, data)
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if not title:
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raise ValueError("Episode title must be provided")
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if not isinstance(title, str):
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raise TypeError(f"Expected title to be a str, not {title!r}")
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if season != 0 and not season:
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raise ValueError("Episode season must be provided")
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if isinstance(season, str) and season.isdigit():
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season = int(season)
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elif not isinstance(season, int):
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raise TypeError(f"Expected season to be an int, not {season!r}")
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if number != 0 and not number:
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raise ValueError("Episode number must be provided")
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if isinstance(number, str) and number.isdigit():
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number = int(number)
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elif not isinstance(number, int):
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raise TypeError(f"Expected number to be an int, not {number!r}")
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if name is not None and not isinstance(name, str):
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raise TypeError(f"Expected name to be a str, not {name!r}")
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if year is not None:
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if isinstance(year, str) and year.isdigit():
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year = int(year)
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elif not isinstance(year, int):
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raise TypeError(f"Expected year to be an int, not {year!r}")
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title = title.strip()
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if name is not None:
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name = name.strip()
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# ignore episode names that are the episode number or title name
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if re.match(r"Episode ?#?\d+", name, re.IGNORECASE):
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name = None
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elif name.lower() == title.lower():
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name = None
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if year is not None and year <= 0:
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raise ValueError(f"Episode year cannot be {year}")
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self.title = title
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self.season = season
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self.number = number
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self.name = name
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self.year = year
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self.description = description
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def __str__(self) -> str:
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return "{title}{year} S{season:02}E{number:02} {name}".format(
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title=self.title,
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year=f" {self.year}" if self.year else "",
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season=self.season,
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number=self.number,
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name=self.name or "",
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).strip()
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def get_filename(self, media_info: MediaInfo, folder: bool = False, show_service: bool = True) -> str:
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primary_video_track = next(iter(media_info.video_tracks), None)
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primary_audio_track = next(iter(media_info.audio_tracks), None)
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unique_audio_languages = len({x.language.split("-")[0] for x in media_info.audio_tracks if x.language})
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# Title [Year] SXXEXX Name (or Title [Year] SXX if folder)
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if folder:
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name = f"{self.title}"
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if self.year:
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name += f" {self.year}"
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name += f" S{self.season:02}"
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else:
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name = "{title}{year} S{season:02}E{number:02} {name}".format(
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title=self.title.replace("$", "S"), # e.g., Arli$$
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year=f" {self.year}" if self.year else "",
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season=self.season,
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number=self.number,
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name=self.name or "",
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).strip()
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if config.scene_naming:
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# Resolution
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if primary_video_track:
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resolution = primary_video_track.height
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aspect_ratio = [
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int(float(plane)) for plane in primary_video_track.other_display_aspect_ratio[0].split(":")
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]
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if len(aspect_ratio) == 1:
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# e.g., aspect ratio of 2 (2.00:1) would end up as `(2.0,)`, add 1
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aspect_ratio.append(1)
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if aspect_ratio[0] / aspect_ratio[1] not in (16 / 9, 4 / 3):
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# We want the resolution represented in a 4:3 or 16:9 canvas.
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# If it's not 4:3 or 16:9, calculate as if it's inside a 16:9 canvas,
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# otherwise the track's height value is fine.
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# We are assuming this title is some weird aspect ratio so most
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# likely a movie or HD source, so it's most likely widescreen so
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# 16:9 canvas makes the most sense.
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resolution = int(primary_video_track.width * (9 / 16))
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name += f" {resolution}p"
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# Service
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if show_service:
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name += f" {self.service.__name__}"
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# 'WEB-DL'
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name += " WEB-DL"
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# DUAL
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if unique_audio_languages == 2:
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name += " DUAL"
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# MULTi
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if unique_audio_languages > 2:
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name += " MULTi"
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# Audio Codec + Channels (+ feature)
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if primary_audio_track:
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codec = primary_audio_track.format
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channel_layout = primary_audio_track.channel_layout or primary_audio_track.channellayout_original
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if channel_layout:
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channels = float(
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sum({"LFE": 0.1}.get(position.upper(), 1) for position in channel_layout.split(" "))
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)
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else:
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channel_count = primary_audio_track.channel_s or primary_audio_track.channels or 0
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channels = float(channel_count)
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features = primary_audio_track.format_additionalfeatures or ""
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name += f" {AUDIO_CODEC_MAP.get(codec, codec)}{channels:.1f}"
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if "JOC" in features or primary_audio_track.joc:
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name += " Atmos"
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# Video (dynamic range + hfr +) Codec
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if primary_video_track:
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codec = primary_video_track.format
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hdr_format = primary_video_track.hdr_format_commercial
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trc = (
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primary_video_track.transfer_characteristics
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or primary_video_track.transfer_characteristics_original
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)
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frame_rate = float(primary_video_track.frame_rate)
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if hdr_format:
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if (primary_video_track.hdr_format or "").startswith("Dolby Vision"):
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if (primary_video_track.hdr_format_commercial) != "Dolby Vision":
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name += f" DV {DYNAMIC_RANGE_MAP.get(hdr_format)} "
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else:
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name += f" {DYNAMIC_RANGE_MAP.get(hdr_format)} "
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elif trc and "HLG" in trc:
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name += " HLG"
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if frame_rate > 30:
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name += " HFR"
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name += f" {VIDEO_CODEC_MAP.get(codec, codec)}"
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if config.tag:
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name += f"-{config.tag}"
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return sanitize_filename(name)
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else:
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# Simple naming style without technical details - use spaces instead of dots
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return sanitize_filename(name, " ")
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class Series(SortedKeyList, ABC):
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def __init__(self, iterable: Optional[Iterable] = None):
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super().__init__(iterable, key=lambda x: (x.season, x.number, x.year or 0))
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def __str__(self) -> str:
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if not self:
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return super().__str__()
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return self[0].title + (f" ({self[0].year})" if self[0].year else "")
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def tree(self, verbose: bool = False) -> Tree:
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seasons = Counter(x.season for x in self)
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num_seasons = len(seasons)
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sum(seasons.values())
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season_breakdown = ", ".join(f"S{season}({count})" for season, count in sorted(seasons.items()))
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tree = Tree(
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f"{num_seasons} seasons, {season_breakdown}",
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guide_style="bright_black",
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)
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if verbose:
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for season, episodes in seasons.items():
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season_tree = tree.add(
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f"[bold]Season {str(season).zfill(len(str(num_seasons)))}[/]: [bright_black]{episodes} episodes",
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guide_style="bright_black",
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)
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for episode in self:
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if episode.season == season:
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if episode.name:
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season_tree.add(
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f"[bold]{str(episode.number).zfill(len(str(episodes)))}.[/] "
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f"[bright_black]{episode.name}"
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)
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else:
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season_tree.add(f"[bright_black]Episode {str(episode.number).zfill(len(str(episodes)))}")
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return tree
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__all__ = ("Episode", "Series")
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