SM-AU/autoupload.py

# Standard library packages
import re
import os
import sys
import shutil
import string
import argparse
import html
from urllib.parse import urlparse
import json
import ftplib

# Third-party packages
import requests
from bs4 import BeautifulSoup
from mutagen.flac import FLAC
from mutagen.mp3 import MP3
from torf import Torrent
from tqdm import tqdm
from langdetect import detect

# JPS-AU files
import smpy

def asciiart ():
    print("""
███████╗███╗   ███╗       █████╗ ██╗   ██╗
██╔════╝████╗ ████║      ██╔══██╗██║   ██║
███████╗██╔████╔██║█████╗███████║██║   ██║
╚════██║██║╚██╔╝██║╚════╝██╔══██║██║   ██║
███████║██║ ╚═╝ ██║      ██║  ██║╚██████╔╝
╚══════╝╚═╝     ╚═╝      ╚═╝  ╚═╝ ╚═════╝                                        
""")

# Get arguments using argparse
def getargs():
    parser = argparse.ArgumentParser()
    parser.add_argument('-dir', '--directory', help='Initiate upload on directory.', nargs='?', required=True)
    parser.add_argument("-f", "--freeleech", help="Enables freeleech.", action="store_true")
    parser.add_argument("-t", "--tags", help="Add additional tags to the upload.", nargs='?')
    parser.add_argument('-n', '--debug', help='Enable debug mode.', action='store_true')
    parser.add_argument("-d", "--dryrun", help="Dryrun will carry out all actions other than the actual upload to JPS.", action="store_true")
    parser.add_argument("-im", "--imageURL", help='Set the torrent cover URL.', nargs='?')
    parser.add_argument("-a", "--artists", help='Set the artists. (Romaji\English)', nargs='?')
    parser.add_argument("-ca", "--contributingartists", help='Set the contributing artists. (Romaji\English)', nargs='?')
    parser.add_argument("-rt", "--releasetype", help='Set the release type.', nargs='?')
    parser.add_argument("-ti", "--title", help='Set the title. (Romaji\English)', nargs='?')
    parser.add_argument("-eti", "--editiontitle", help='Set the edition title', nargs='?')
    parser.add_argument("-ey", "--editionyear", help='Set the torrent edition year (YYYYMMDD or YYYY).', nargs='?')
    parser.add_argument("-ms", "--mediasource", help='Set the media source.', nargs='?')
    return parser.parse_args()

# Acquire the authkey used for torrent files from upload.php
def getauthkey():
    """
    Get SM session authkey for use by uploadtorrent() data dict.
    Uses SM login data

    :return: authkey
    """
    smpage = sm.retrieveContent("https://sugoimusic.me/torrents.php?id=118")  # Arbitrary page on JPS that has authkey
    soup = BeautifulSoup(smpage.text, 'html5lib')
    rel2 = str(soup.select('#content .thin .main_column .torrent_table tbody'))
    authkey = re.findall('authkey=(.*)&torrent_pass=', rel2)
    return authkey
    
    
def copytree(src, dst, symlinks=False, ignore=None):
    for item in os.listdir(src):
        s = os.path.join(src, item)
        d = os.path.join(dst, item)
        if os.path.isdir(s):
            shutil.copytree(s, d, symlinks, ignore)
        else:
            shutil.copy2(s, d)

# Creates torrent file using torf module.
def createtorrent(authkey, directory, filename, releasedata):
    t = Torrent(path=directory,
                trackers=[authkey]) # Torf requires we store authkeys in a list object. This makes it easier to add multiple announce urls.
    # Set torrent to private as standard practice for private trackers
    t.private = True
    t.source = "SugoiMusic"
    t.generate()
    ## Format releasedata to bring a suitable torrent name.
    # The reason we don't just use the directory name is because of an error in POSTING.
    # POSTS do not seem to POST hangul/jp characters alongside files.
    # filename = f"{releasedata['idols[]']} - {releasedata['title']} [{releasedata['media']}-{releasedata['audioformat']}].torrent"
    filename = f"{releasedata['title']} [{releasedata['media']}-{releasedata['audioformat']}].torrent"
    filename = filename.replace("/","／")
    filename = filename.replace(":","：")
    filename = filename.replace("?","")
    try:
        t.write(filename)
        print("_" * 100)
        print("Torrent creation:\n")
        print(f"{filename} has been created.")
    except:
        print("_" * 100)
        print("Torrent creation:\n")
        os.remove(filename)
        print(f"{filename} already exists, existing torrent will be replaced.")
        t.write(filename)
        print(f"{filename} has been created.")

    return filename

# Reads FLAC file and returns metadata.
def readflac(filename):
    read = FLAC(filename)
    # get some audio info
    audio_info={
        "SAMPLE_RATE": read.info.sample_rate,
        "BIT_DEPTH": read.info.bits_per_sample
    }
    # Create dict containing all meta fields we'll be using.
    tags={
        "ALBUM": read.get('album'),
        "ALBUMARTIST": read.get('albumartist'),
        "ARTIST": read.get('artist'),
        "DATE": read.get('date')[0],
        "GENRE": "",#read.get('genre'),
        "TITLE": read.get('title'),
        "COMMENT": read.get('comment'),
        "TRACKNUMBER": read.get('tracknumber')[0].zfill(2),
        "DISCNUMBER": read.get('discnumber')}

    # Not further looked into this but some FLACs hold a grouping key of contentgroup instead of grouping.
    tags['GROUPING'] = read.get('grouping')
    ## If grouping returns None we check contentgroup.
    # If it still returns none we will ignore it and handle on final checks
    if tags['GROUPING'] == None:
        tags['GROUPING'] = read.get('contentgroup')


    required_tags = ['ALBUM', 'ALBUMARTIST','DATE','TRACKNUMBER']
    for k,v in tags.items():
        if v == None:
            if k in required_tags:
                print(f"{k} has returned {v}, this is a required tag")
                sys.exit()

    return tags, audio_info

# Reads MP3 file and returns metadata.
def readmp3(filename):
    read = MP3(filename)

    # Create dict containing all meta fields we'll be using.
    tags={
        "ALBUM": read.get('TALB'), # Album Title
        "ALBUMARTIST": read.get('TPE2'), # Album Artist
        "ARTIST": read.get('TPE1'), # Track Artist
        "DATE": str(read.get('TDRC')), # Date YYYYMMDD (Will need to add a try/except for other possible identifiers)
        "GENRE": read.get('TCON').text, # Genre
        "TITLE": read.get('TIT2'), # Track Title
        "COMMENT": read.get('COMM::eng'), # Track Comment
        "GROUPING": read.get('TIT1'), # Grouping
        "TRACKNUMBER": re.sub(r"\/.*", "", str(read.get('TRCK'))).zfill(2), # Tracknumber (Format #/Total) Re.sub removes /#
        "DISCNUMBER": re.sub(r"\/.*", "", str(read.get('TPOS')))} # Discnumber (Format #/Total) Re.sub removes /#

    required_tags = ['ALBUM', 'ALBUMARTIST','DATE','TRACKNUMBER']
    for k,v in tags.items():
        if v == None:
            if k in required_tags:
                print(f"{k} has returned {v}, this is a required tag")
                sys.exit()

    return tags

# Generates new log file based on directory contents
def generatelog(track_titles, log_filename, log_directory):
    # Seperate each tracklist entry in the list with a newline
    track_titles = '\n'.join([str(x) for x in track_titles])

    # Format tracklist layout
    log_contents = f"""[size=5][b]Tracklist[/b][/size]\n{track_titles}
    """

    # If we have chosen to save the tracklist then we write log_contents to a .log file within the log directory specified
    if cfg['local_prefs']['save_tracklist']:
        # Write to {album_name}.log
        with open(f"{log_directory}/{log_filename}.log", "w+") as f:
            f.write(log_contents)
            # Reset position to first line and read
            f.seek(0)
            log_contents = f.read()
            f.close()

    # If debug mode is enabled we will print the log contents.
    if debug:
        print("_" * 100)
        print(f"Log Contents/Tracklisting: {log_contents}")

    return log_contents

def readlog(log_name, log_directory):
    with open(f"{log_directory}/{log_name}.log", "r+") as f:
        log_contents = f.read()
        f.close()

    return log_contents

def add_to_hangul_dict(hangul , english , category):
    hangul = str(hangul)
    english = str(english)

    categories = ['version','general','artist','genres', 'label', 'distr']
    file = f"json_data/dictionary.json"
    json_file = open(file, 'r', encoding='utf-8', errors='ignore')
    dictionary = json.load(json_file)
    json_file.close()

    new = dict()
    for cats in dictionary:
        #== Create the categories in the new temp file
        new[cats] = dict()

        for key,value in dictionary[cats].items():
            #== List all the old items into the new dict
            new[cats][key] = value

    if hangul in new[category].keys():

        if new[category].get(hangul) is None:

            if english != 'None':
                new[category][hangul] = english

        else:
            #== Only update if English word has been supplied ==#
            if english != 'None':
                new[category][hangul] = english
    else:

        if english == 'None':
            new[category][hangul] = None
        else:
            new[category][hangul] = english

    json_write = open(file, 'w+', encoding='utf-8')
    json_write.write(json.dumps(new, indent=4, ensure_ascii=False))
    json_write.close()

def translate(string, category, result=None, output=None):

    file = "json_data/dictionary.json"
    with open(file, encoding='utf-8', errors='ignore') as f:
        dictionary = json.load(f, strict=False)

    category = str(category)
    string = str(string)
    search = dictionary[category]
    string = string.strip()

    if string == 'Various Artists':
        output = ['Various Artists',None]
    else:
        #== NO NEED TO SEARCH - STRING HAS HANGUL+ENGLISH or HANGUL+HANGUL ==#
        if re.search("\((?P<inside>.*)\)", string):
        #== Complete translation, add to dictionary with both values ==#

            #== Contains parentheses, need to split
            parenthesis = string.split("(")
            pre_parenthesis = parenthesis[0].strip()
            in_parenthesis = parenthesis[1].replace(")","").strip()

            #== Check the order of the parentheses ==#

            if re.search("[^\u0000-\u007F]+",pre_parenthesis) and re.search("[^\u0000-\u007F]+",in_parenthesis):
                #== Both hangul
                first = 'kr'
                second = 'kr'
            else:
                if re.search("[^\u0000-\u007F]+",pre_parenthesis):
                    first = 'kr'
                    second = 'eng'
                else:
                    first = 'eng'
                    second = 'kr'

            if first == 'kr' and second == 'eng':
                #== Hangul first ==#
                hangul = pre_parenthesis
                english = in_parenthesis
                add_to_hangul_dict(hangul,english,category)

            elif first == 'eng' and second == 'kr':
                #== English first ==#
                hangul = in_parenthesis
                english = pre_parenthesis
                add_to_hangul_dict(hangul,english,category)
            elif first == 'kr' and second == 'kr':
                #== Both Hangul ==#
                hangul = pre_parenthesis
                english = None
                add_to_hangul_dict(pre_parenthesis,None,category)
                add_to_hangul_dict(hangul,None,category)
            else:
                #== Both English
                hangul = None
                english = pre_parenthesis

            output = [hangul,english]

        #== No parentheses - HANGUL
        else:

            #== If the input string is a full Hangul word - check dictionary and then add if necessary)
            if re.search("[^\u0000-\u007F]+", string):

                if string in search.keys():
                #== yes
                    if search.get(string) is None:
                        #== If the keyword does not have a translation, add it to the dictionary ==#
                        output = [string,None]
                    else:
                        #== Translation already exists, output the result in a list ==#
                        output = [string,search.get(string)]
                else:
                    output = [string,None]
                    add_to_hangul_dict(string, None, category)

            #== Full English name -- leave it
            else:
                for key,value in search.items():
                    if key == string:
                        output = [value,string]
                        break
                    else:
                        output = [string,string]

    return output

def determine_flac_bitdepth_and_samplerate(audio_info):
    if audio_info['BIT_DEPTH'] == 16:
        return "Lossless"
    elif audio_info['BIT_DEPTH'] == 24 and audio_info['SAMPLE_RATE'] == 96000:
        return "24bit Lossless 96kHz"
    elif audio_info['BIT_DEPTH'] == 24 and audio_info['SAMPLE_RATE'] == 48000:
        return "24bit Lossless 48kHz"
    else:
        return "24bit Lossless"

def gatherdata(directory):
    # Lists for storing some
    list_album_artists = []
    list_track_artists = []
    list_album = []
    list_genre = []
    translated_genre = []
    translated_album_artists = []
    tracklist_entries = []
    # Creation of releasedata dict, this will store formatted meta used for the POST.
    releasedata = {}

    ## Set no log as default value.
    # This will be set to True is a .log file is found, in turn this will allow us to determine if WEB or CD.
    log_available = False
    flac_present = False
    mp3_present = False
    # Read directory contents, grab metadata of .FLAC files.
    for file in os.listdir(directory):
        file_location = os.path.join(directory, file)
        if file.endswith(".flac"):
            # Read FLAC file to grab meta
            tags, audio_info = readflac(file_location)
            flac_present = True
            # If Discnumber isn't present then we omit it from the tracklist entry
            if tags['DISCNUMBER'] == None:
                tracklist_entry = f"[b]{tags['TRACKNUMBER']}[/b]. {tags['TITLE'][0]}"
            else:
                tracklist_entry = f"[b]{tags['DISCNUMBER'][0]}-{tags['TRACKNUMBER']}[/b]. {tags['TITLE'][0]}"

            tracklist_entries.append(tracklist_entry)

            if debug:
                print ("_" * 100)
                print(f"Tags for {file}:\n{tags}")

        if file.endswith(".mp3"):
            # Read MP3 file to grab meta
            tags = readmp3(file_location)
            mp3_present = True
            # If Discnumber isn't present then we omit it from the tracklist entry
            if tags['DISCNUMBER'] == "None":
                tracklist_entry = f"[b]{tags['TRACKNUMBER']}[/b]. {tags['TITLE'][0]}"
            else:
                tracklist_entry = f"[b]{tags['DISCNUMBER']}-{tags['TRACKNUMBER']}[/b]. {tags['TITLE'][0]}"

            tracklist_entries.append(tracklist_entry)

            if debug:
                print ("_" * 100)
                print(f"Tags for {file}:\n{tags}")

        # If only one genre in list attempt to split as there's likely more.
        if len(tags['GENRE']) == 1:
            tags['GENRE'] = tags['GENRE'][0].split(";")
        for aa in tags['ALBUMARTIST']:
            list_album_artists.append(aa)
        for a in tags['ARTIST']:
            list_track_artists.append(a)
        list_album.append(tags['ALBUM'][0])
        # for g in tags['GENRE']:
            # list_genre.append(g)


        # Check files to make sure there's no multi-format.
        if flac_present:
            format = 'FLAC'
            bitrate = determine_flac_bitdepth_and_samplerate(audio_info)
        if mp3_present:
            format = 'MP3'
            bitrate = '320'
        if flac_present and mp3_present:
            print("Mutt detected, exiting.")
            sys.exit()

        if file.endswith(".log"):
            log_available = True

        if log_available == True:
            media = 'CD'
        else:
            media = 'Web'

    # Load Dict.json for translations
    file = "json_data/dictionary.json"
    with open(file, encoding='utf-8', errors='ignore') as f:
        dictionary = json.load(f, strict=False)

    # Split additional genre's at comma and append to existing genre tags
    if additional_tags != None:
        split_tags = additional_tags.split(",")
        for s in split_tags:
            list_genre.append(s)

    # Translate genre's using dict and append to translated_genre
    for g in set(list_genre):
        translation = translate(g, "genres")[0]
        translated_genre.append(translation)

    # Translate artist's using dict and append to translated_album_artists
    for a in set(list_album_artists):
        if tags['ALBUMARTIST'][0] == 'Various Artists':
            translated_artist_name = 'V.A.'
            translated_album_artists.append("V.A.")
        else:
            translated_artist_name = translate(string=tags['ALBUMARTIST'][0], category="artist")
            translated_album_artists.append(translated_artist_name[0])

    ## Identify unique values using sets.
    unique_album_artists = ','.join(set(translated_album_artists))
    unique_track_artists = ','.join(set(list_track_artists))
    unique_genre = ','.join(set(translated_genre))
    unique_album = set(list_album)

    ## Acquire contents of our log file to be used for album description
    # Comments store the album id which matches our log names, so we can use the comment tag to find our album descriptions.
    log_directory = cfg['local_prefs']['log_directory']
    # Album description taken from log file.
    if cfg['local_prefs']['generate_tracklist']:
        log_filename = f"{unique_album_artists} - {tags['ALBUM'][0]}"
        album_description = generatelog(tracklist_entries, log_filename, log_directory)
    else:
        log_filename = tags['COMMENT'][0]
        album_description = readlog(log_filename, log_directory)

    ## If release description is enabled we apply comments to the bugs album url
    # Note that this is dependant on the album being sourced from bugs so should be changed per user.
    if cfg['local_prefs']['enable_release_description']:
        try:
            release_description = f"Sourced from [url=https://music.bugs.co.kr/album/{tags['COMMENT'][0]}]Bugs[/url]"
        # If any exceptions occur we will return to no release description
        except:
            release_description = ""
    # If release description is not enabled we will use no release description
    else:
        release_description = ""

    ## Assign all our unique values into releasedata{}. We'll use this later down the line for POSTING.
    # POST values can be found by inspecting JPS HTML
    releasedata['submit'] = 'true'

    # List of accepted upload types
    accepted_types = ['Album', 'Single', 'EP']
    # Get type from args if present
    if releasetype:
        releasedata['type'] = releasetype
    else:
        # If type errors then we ask for user input
        try:
            releasedata['type'] = translate(tags['GROUPING'][0], "release_types")[0]
        except TypeError:
            releasedata['type'] = input("\n" + "_" * 100 + "\nGrouping is empty or has received an error, please enter manually (Album/Single/EP)\n")


    # If type is still not in accepted_types we ask for user input again and do not break loop until correct
    if releasedata['type'] not in accepted_types:
        while True:
            releasedata['type'] = input("\n" + "_" * 100 + "\nGrouping tag or release type argument did not return an album type, please enter manually (Album/Single/EP)\n")

            if releasedata['type'] not in accepted_types:
                continue
            else:
                break
    # SM uses numbers for it's types
    if releasedata['type'] == "Album":
        releasedata['type'] = 0
    elif releasedata['type'] == "Single":
        releasedata['type'] = 2
    else: # EP type
         releasedata['type'] = 1

    releasedata['title'] = tags['ALBUM'][0]
    releasedata['idols[]'] = unique_album_artists
    # If the value of album artist and artist is the same, we don't need to POST original artist.
    if unique_album_artists != unique_track_artists:
        releasedata['artist_jp'] = unique_track_artists
    #re.sub removes any date separators, jps doesn't accept them
    releasedata['year'] = re.sub(r"[^0-9]", "", tags['DATE'])
    releasedata['audioformat'] = format
    releasedata['bitrate'] = bitrate
    releasedata['media'] = media
    releasedata['album_desc'] = album_description
    releasedata['release_desc'] = release_description
    releasedata['tags'] = unique_genre

    # Enable freeleech if arg is passed
    if freeleech:
        releasedata['freeleech'] = "true"

    ## Language Checks
    # This is a required check as we don't want to enter non-english/romaji characters into the title/artist field.
    en = detectlanguage(releasedata['title'])
    if debug:
        print("_" * 100)
        print("Title/Artist Language:\n")
        print(f"{releasedata['title']} < English = {en}")
    if en == False:
        if title:
            input_english_title = title
        else:
            input_english_title = input("\n" + "_" * 100 + "\nKorean/Japanese Detected. Please enter the romaji/english title:\n")
        # Create new key called title_jp and assign the old title to it
        releasedata['title_jp'] = releasedata['title']
        # Replace title with the user input.
        releasedata['title'] = input_english_title

    en = detectlanguage(releasedata['idols[]'])
    if debug:
        print(f"{releasedata['idols[]']} < English = {en}")
    if en == False:
        if artists:
            input_english_artist = artists
        else:
            input_english_artist = input("\n" + "_" * 100 + "\nKorean/Japanese Detected. Separate multiple main artists with \",\". Please enter the romaji/english artist name:\n")
        input_english_artist = [x.strip() for x in input_english_artist.split(',')]
        releasedata['idols[]'] = input_english_artist
        
    if contributingartists:
        input_english_contributing_artist = contributingartists
    else:
        input_english_contributing_artist = input("\n" + "_" * 100 + "\nSeparate multiple contributing artists with \",\". Press enter to skip. Please enter the romaji/english artist name:\n")
    if input_english_contributing_artist != "":
        input_english_contributing_artist = [x.strip() for x in input_english_contributing_artist.split(',')]
        releasedata['contrib_artists[]'] = input_english_contributing_artist

    if mediasource:
        releasedata['media'] = mediasource
    else:
        while(True):
            input_mediasource = input("\n" + "_" * 100 + "\nEnter a number to choose the media source. \n1=CD\n2=Web\n3=Vinyl\n")
            if input_mediasource == "1":
                releasedata["media"] = "CD"
                break
            elif input_mediasource == "2":
                releasedata["media"] = "Web"
                break
            elif input_mediasource == "3":
                releasedata["media"] = "Vinyl"
                break
            print("Invalid choice.")

    if editiontitle:
        releasedata['remastertitle'] = editiontitle
    else: 
        input_editiontitle = input("\n" + "_" * 100 + "\nEnter the edition TITLE. Press enter to skip.\n")
        print(input_editiontitle)
        if input_editiontitle != "":
            if editionyear:
                releasedata["remasteryear"] = editionyear
            else:
                input_editionyear = input("\n" + "_" * 100 + "\nEnter the edition year as YYYYMMDD or YYYY.\n")
                releasedata["remasteryear"] = input_editionyear
        releasedata['remastertitle'] = input_editiontitle

    return releasedata

# Simple function to split a string up into characters
def split(word):
    return [char for char in word]

def detectlanguage(string):
    ## Language Detect
    # This is a required check as we don't want to enter non-english/romaji characters into the title field.
    characters = split(string)
    language_list = []
    for c in characters:
        try:
            language = detect(c)
            language_list.append(language)
        except:
            langauge = "error"

    if 'ko' or 'ja' in language_list:
        en = False
    else:
        en = True

    return en

def uploadtorrent(torrent, imageURL, releasedata):
    # POST url.
    uploadurl = "https://sugoimusic.me/upload.php"

    # Dataset containing all of the information obtained from our FLAC files.
    data = releasedata
    data['image'] = imageURL
    
    if not dryrun:
        data['auth'] = authkey
        

    if debug:
        print('_' * 100)
        print('Release Data:\n')
        print(releasedata)

    try:
        postDataFiles = {
            'file_input': open(torrent, 'rb')
            #'userfile': open(cover, 'rb')
        }
    except FileNotFoundError:
        print("_" * 100)
        print('File not found!\nPlease confirm file locations and names. Cover image or .torrent file could not be found')
        sys.exit()

    # If dryrun argument has not ben passed we will POST the results to JPopSuki.
    if dryrun != True:
        SMres = sm.retrieveContent(uploadurl, "post", data, postDataFiles)
        SMerrorTorrent = re.findall('red; text-align: center;">(.*)</p>', SMres.text)
        # SMerrorLogon = re.findall('<p>Invalid (.*)</p>', SMres.text)
        if len(SMerrorTorrent)!=0:
            print("Upload failed. Torrent error")
            print(SMerrorTorrent)
        # if len(SMerrorTorrent)!=0:
        #     print("Upload failed. Logon error")
        #     print(SMerrorLogon)
    
    if dryrun != True:
        print('\nUpload POSTED. It may take a moment for this upload to appear on SugoiMusic.')
    ## TODO Filter through JPSres.text and create error handling based on responses
    #print(JPSres.text)

# Function for transferring the contents of the torrent as well as the torrent.
def ftp_transfer(fileSource, fileDestination, directory, folder_name, watch_folder):

    # Create session
    session = ftplib.FTP(cfg['ftp_prefs']['ftp_server'],cfg['ftp_prefs']['ftp_username'],cfg['ftp_prefs']['ftp_password'])
    # Set session encoding to utf-8 so we can properly handle hangul/other special characters
    session.encoding='utf-8'

    # Successful FTP Login Print
    print("_" * 100)
    print("FTP Login Successful")
    print(f"Server Name: {cfg['ftp_prefs']['ftp_server']}  :  Username: {cfg['ftp_prefs']['ftp_username']}\n")

    if cfg['ftp_prefs']['add_to_downloads_folder']:

        # Create folder based on the directory name of the folder within the torrent.
        try:
            session.mkd(f"{fileDestination}/{folder_name}")
            print(f'Created directory {fileDestination}/{folder_name}')
        except ftplib.error_perm:
            pass

        # Notify user we are beginning the transfer.
        print(f"Beginning transfer...")
        # Set current folder to the users preferred destination
        session.cwd(f"{fileDestination}/{folder_name}")
        # Transfer each file in the chosen directory
        for file in os.listdir(directory):
            with open(f"{directory}/{file}",'rb') as f:
                filesize = os.path.getsize(f"{directory}/{file}")
                ## Transfer file
                # tqdm used for better user feedback.
                with tqdm(unit = 'blocks', unit_scale = True, leave = False, miniters = 1, desc = f'Uploading [{file}]', total = filesize) as tqdm_instance:
                    session.storbinary('STOR ' + file, f, 2048, callback = lambda sent: tqdm_instance.update(len(sent)))
                print(f"{file} | Complete!")
                f.close()

    if cfg['ftp_prefs']['add_to_watch_folder']:
        with open(fileSource,'rb') as t:
            # Set current folder to watch directory
            session.cwd(watch_folder)
            ## Transfer file
            # We avoid tqdm here due to the filesize of torrent files.
            # Most connections will upload these within 1-3s, resulting in near useless progress bars.
            session.storbinary(f"STOR {torrentfile}", t)
            print(f"{torrentfile} | Sent to watch folder!")
            t.close()
    # Quit session when complete.
    session.quit()

def localfileorganization(torrent, directory, watch_folder, downloads_folder):
    # Move torrent directory to downloads_folder
    if cfg['local_prefs']['add_to_downloads_folder']:
        try:
            os.mkdir(os.path.join(downloads_folder, os.path.basename(directory)))
        except FileExistsError:
            pass
        copytree(directory, os.path.join(downloads_folder, os.path.basename(directory)))
        shutil.rmtree(directory)
    if cfg['local_prefs']['add_to_watch_folder']:
        os.rename(torrent, f"{watch_folder}/{torrent}")

if __name__ == "__main__":

    asciiart()
    args = getargs()
    with open(f'json_data/config.json') as f:
        cfg = json.load(f)

    # TODO consider calling args[] directly, we will then not need this line
    dryrun = freeleech = tags = directory = debug = imageURL = artists = contributingartists = releasetype = title = editiontitle = editionyear = mediasource = audio_info = None

    directory = args.directory
    additional_tags = args.tags
    
    if args.dryrun:
        dryrun = True

    if args.debug:
        debug = True

    if args.freeleech:
        freeleech = True

    if args.imageURL:
        imageURL = args.imageURL
        
    if args.releasetype:
        releasetype = args.releasetype 

    if args.title:
        title = args.title

    if args.artists:
        artists = args.artists
        
    if args.contributingartists:
        contributingartists = args.contributingartists

    if args.editiontitle:
        editiontitle = args.editiontitle
        
    if args.editionyear:
        editionyear = args.editionyear  

    if args.mediasource:
        mediatype = args.mediasource
        
    # Load login credentials from JSON and use them to create a login session.

    loginData = {'username': cfg['credentials']['username'], 'password': cfg['credentials']['password']}
    loginUrl = "https://sugoimusic.me/login.php"
    loginTestUrl = "https://sugoimusic.me"
    successStr = "Enabled users"
    passkey = cfg['credentials']['passkey']
    annouceurl = "https://tracker.sugoimusic.me:24601/"+passkey+"/announce"
    
    # j is an object which can be used to make requests with respect to the loginsession
    sm = smpy.MyLoginSession(loginUrl, loginData, loginTestUrl, successStr, debug=args.debug)
    # Acquire authkey
    authkey = getauthkey()
    # Gather data of FLAC file
    releasedata = gatherdata(directory)

    # Folder_name equals the last folder in the path, this is used to rename .torrent files to something relevant.
    folder_name = os.path.basename(os.path.normpath(directory))
    # Identifying cover.jpg path
    # cover_path = directory + "/" + cfg['local_prefs']['cover_name']

    # Create torrent file.
    #torrentfile = createtorrent(authkey, directory, folder_name, releasedata)
    torrentfile = createtorrent(annouceurl, directory, folder_name, releasedata)

    # Upload torrent to SugoiMusic
    uploadtorrent(torrentfile, imageURL, releasedata)

    # Setting variable for watch/download folders
    ftp_watch_folder = cfg['ftp_prefs']['ftp_watch_folder']
    ftp_downloads_folder = cfg['ftp_prefs']['ftp_downloads_folder']
    local_watch_folder = cfg['local_prefs']['local_watch_folder']
    local_downloads_folder = cfg['local_prefs']['local_downloads_folder']

    if not dryrun:
        if cfg['ftp_prefs']['enable_ftp']:
            ftp_transfer(fileSource=torrentfile, fileDestination=ftp_downloads_folder, directory=directory, folder_name=folder_name, watch_folder=ftp_watch_folder)
            
        if cfg['local_prefs']['add_to_watch_folder'] or cfg['local_prefs']['add_to_downloads_folder']:
            localfileorganization(torrent=torrentfile, directory=directory, watch_folder=local_watch_folder, downloads_folder=local_downloads_folder)