def list_movies(): movies = get_sub_folders("static/movies") formatted_movies = [] for movie in movies: title = get_file(f"static/movies/{movie}/title.txt") f = f''' <h3><a style="color: gray;" href="/play/movie/{movie}/">{title}</a></h3> ''' formatted_movies.append(f) formatted_movies = " ".join(formatted_movies) html = get_file("views/movies.html").format(movies=formatted_movies) return html
def list_shows(): shows = get_sub_folders("static/shows") formatted_shows = [] for show in shows: show_name = get_file(f"static/shows/{show}/title.txt") if show_name == "File not found": show_name = string.capwords(show) f = f''' <h3><a style="color: gray;" href="/shows/{show}">{show_name}</a></h3> ''' formatted_shows.append(f) formatted_shows = " ".join(formatted_shows) html = get_file("views/shows.html").format(shows=formatted_shows) return html
def play_next_episode(): referrer = request.referrer if referrer is None: return "You did not go to this page from a previous episode so we cannot find the next episode." else: path = [ item for item in urlparse(referrer).path.split("/") if item != "" ] if len(path) == 5: show = path[2] season = path[3] episode = path[4] season_episodes = get_folder_files(f"static/shows/{show}/{season}") next_episode_num = int(episode[1:]) + 1 next_episode = f"e{next_episode_num}" if next_episode + ".mp4" in season_episodes: return redirect(f"/play/show/{show}/{season}/{next_episode}") else: seasons = get_sub_folders(f"static/shows/{show}") next_season_num = int(season[1:]) + 1 next_season = f"s{next_season_num}" if next_season in seasons: next_season_episodes = get_folder_files( f"static/shows/{show}/{next_season}") next_episode = os.path.splitext(next_season_episodes[0])[0] return redirect( f"/play/show/{show}/{next_season}/{next_episode}") else: show_name = get_file(f"static/shows/{show}/title.txt") if show_name == "File not found": show_name = string.capwords(show) return f"<h1 style=\"font-family: arial;\">You have finished watching all episodes for {show_name}. Sorry!</h1>" else: abort(404)
def main(): if len(sys.argv) != 2: usage() sys.exit(-1) startpoint = sys.argv[1] file_hashes = {} for path in misc.get_file(startpoint): if path.lower().endswith(misc.PATH_DISQUALIFIERS): continue with open(path, "r") as fin: sys.stderr.write(path + "\n") contents = fin.read(20 * 1024) hash = hashlib.sha512(contents).hexdigest() value = "%s : %d" % (path, os.stat(path).st_size) try: file_hashes[hash].append(value) except KeyError: file_hashes[hash] = [] file_hashes[hash].append(value) for hash in file_hashes: if len(file_hashes[hash]) > 1: print "found possible duplicates:" for f in file_hashes[hash]: print "\t%s" % f
def main(): if len(sys.argv) != 2: usage() sys.exit(-1) startpoint = sys.argv[1] file_hashes = {} for path in misc.get_file(startpoint): if path.lower().endswith(misc.PATH_DISQUALIFIERS): continue with open(path, "r") as fin: sys.stderr.write(path + "\n") contents = fin.read(20 * 1024) hash = hashlib.sha512(contents).hexdigest() value = "%s : %d" % (path, os.stat(path).st_size) try: file_hashes[hash].append(value) except KeyError: file_hashes[hash] = [] file_hashes[hash].append(value) for hash in file_hashes: if len(file_hashes[hash]) > 1: print "found possible duplicates:" for f in file_hashes[hash]: print "\t%s" % f
def main(): if len(sys.argv) != 2: usage() sys.exit(-1) startpoint = sys.argv[1] file_hashes = {} for path in misc.get_file(startpoint): with open(path, "r") as path: contents = path.read() hash = hashlib.sha512(contents).hexdigest() try: file_hashes[hash].append(path) except KeyError: file_hashes[hash] = [] file_hashes[hash].append(path) for hash in file_hashes: if len(file_hashes[hash]) > 1: print "found possible duplicates" for path in file_hashes[hash]: print "\t%s" % path
def main(): if len(sys.argv) != 2: usage() sys.exit(-1) startpoint = sys.argv[1] file_hashes = {} for path in misc.get_file(startpoint): with open(path, "r") as path: contents = path.read() hash = hashlib.sha512(contents).hexdigest() try: file_hashes[hash].append(path) except KeyError: file_hashes[hash] = [] file_hashes[hash].append(path) for hash in file_hashes: if len(file_hashes[hash]) > 1: print "found possible duplicates" for path in file_hashes[hash]: print "\t%s" % path
def list_seasons(show): show_name = get_file(f"static/shows/{show}/title.txt") if show_name == "File not found": show_name = string.capwords(show) season_numbers = [ season[1:] for season in get_sub_folders(f"static/shows/{show}") ] formatted_seasons = [] for number in season_numbers: f = f''' <h3><a style="color: gray;" href="/shows/{show}/s{number}">Season {number}</a></h3> ''' formatted_seasons.append(f) formatted_seasons = " ".join(formatted_seasons) html = get_file("views/seasons.html").format(show_name=show_name, seasons=formatted_seasons) return html
def play_content(content_type, name, season=None, episode=None): if content_type == "show": show = name valid_shows = get_sub_folders("static/shows") show_name = get_file(f"static/shows/{show}/title.txt") if show_name == "File not found": show_name = string.capwords(show) season_num = season[1:] episode_num = episode[1:].split(".")[0] if show in valid_shows: valid_seasons = get_sub_folders(f"static/shows/{show}") if season in valid_seasons: valid_episodes = get_folder_files( f"static/shows/{show}/{season}") if episode + ".mp4" in valid_episodes: video_path = f"{show}/{season}/{episode}" season_path = f"{show}/{season}" return get_file("views/video.html").format( show_name=show_name, season_num=season_num, episode_num=episode_num, season_path=season_path, video_path=video_path, show=show) else: abort(404) else: abort(404) else: abort(404) if content_type == "movie": movie = name valid_movies = get_sub_folders("static/movies") if movie in valid_movies: movies = get_folder_files(f"static/movies/{movie}") for f in movies: if f == "movie.mp4": title = get_file(f"static/movies/{movie}/title.txt") return get_file("views/movie.html").format( movie_title=title, movie=movie) else: abort(404) else: abort(404) else: abort(404)
def list_episodes(show, season): show_name = get_file(f"static/shows/{show}/title.txt") if show_name == "File not found": show_name = string.capwords(show) episode_numbers = sorted([ int(num) for num in [ episode[1:].split(".")[0] for episode in get_folder_files(f"static/shows/{show}/{season}") ] if num.isdigit() ]) formatted_episodes = [] for number in episode_numbers: f = f''' <h3><a style="color: gray;" href="/play/show/{show}/{season}/e{number}">Episode {number}</a></h3> ''' formatted_episodes.append(f) formatted_episodes = " ".join(formatted_episodes) return get_file("views/episodes.html").format(show_name=show_name, season=season, season_num=season[1:], episodes=formatted_episodes, show=show)
def _selectInput(self): """ GUI for the selection of an in-file. """ (my_file, my_path) = misc.get_file(FilterSpec='*.wav', DialogTitle='Select sound-input:', DefaultName='') if my_path == 0: print('No file selected') return 0 else: full_in_file = os.path.join(my_path, my_file) print('Selection: ' + full_in_file) return full_in_file
def _selectInput(self): '''GUI for the selection of an in-file. ''' (my_file, my_path) = misc.get_file(FilterSpec='*.wav', DialogTitle='Select sound-input:', DefaultName='') full_in_file = os.path.join(my_path, my_file) # filetypes=['*.wav', '*.mp3']) if full_in_file is None: print('No file selected') return 0 else: print('Selection: ' + full_in_file) return full_in_file
def main(): if len(sys.argv) != 2: usage() sys.exit(-1) startpoint = sys.argv[1] file_hashes = {} deleted = 0 for path in misc.get_file(startpoint): if path.lower().endswith(misc.PATH_DISQUALIFIERS): continue with open(path, "r") as f: sys.stderr.write(path + "\n") contents = f.read() hash = hashlib.sha512(contents).hexdigest() if hash in file_hashes: sys.stderr.write("possible duplicate\n") alen = os.stat(file_hashes[hash]).st_size blen = os.stat(path).st_size # They're the same size. if alen == blen: f2 = open(file_hashes[hash]) contents2 = f2.read() f2.close() if contents == contents2: print "deleted: %s" % path #os.unlink(path) deleted += blen else: file_hashes[hash] = path print "Deleted: %d bytes" % deleted
def main(): if len(sys.argv) != 2: usage() sys.exit(-1) startpoint = sys.argv[1] file_hashes = {} deleted = 0 for path in misc.get_file(startpoint): if path.lower().endswith(misc.PATH_DISQUALIFIERS): continue with open(path, "r") as f: sys.stderr.write(path + "\n") contents = f.read() hash = hashlib.sha512(contents).hexdigest() if hash in file_hashes: sys.stderr.write("possible duplicate\n") alen = os.stat(file_hashes[hash]).st_size blen = os.stat(path).st_size # They're the same size. if alen == blen: f2 = open(file_hashes[hash]) contents2 = f2.read() f2.close() if contents == contents2: print "deleted: %s" % path #os.unlink(path) deleted += blen else: file_hashes[hash] = path print "Deleted: %d bytes" % deleted
def home(): return get_file("views/home.html")