Exemple #1
0
def process_torrent(input_directory, input_name, input_category, input_hash, input_id, client_agent):
    status = 1  # 1 = failed | 0 = success
    root = 0
    found_file = 0

    if client_agent != 'manual' and not core.DOWNLOADINFO:
        logger.debug('Adding TORRENT download info for directory {0} to database'.format(input_directory))

        my_db = main_db.DBConnection()

        input_directory1 = input_directory
        input_name1 = input_name

        try:
            encoded, input_directory1 = char_replace(input_directory)
            encoded, input_name1 = char_replace(input_name)
        except Exception:
            pass

        control_value_dict = {'input_directory': text_type(input_directory1)}
        new_value_dict = {
            'input_name': text_type(input_name1),
            'input_hash': text_type(input_hash),
            'input_id': text_type(input_id),
            'client_agent': text_type(client_agent),
            'status': 0,
            'last_update': datetime.date.today().toordinal(),
        }
        my_db.upsert('downloads', new_value_dict, control_value_dict)

    logger.debug('Received Directory: {0} | Name: {1} | Category: {2}'.format(input_directory, input_name, input_category))

    # Confirm the category by parsing directory structure
    input_directory, input_name, input_category, root = core.category_search(input_directory, input_name, input_category,
                                                                             root, core.CATEGORIES)
    if input_category == '':
        input_category = 'UNCAT'

    usercat = input_category
    try:
        input_name = input_name.encode(core.SYS_ENCODING)
    except UnicodeError:
        pass
    try:
        input_directory = input_directory.encode(core.SYS_ENCODING)
    except UnicodeError:
        pass

    logger.debug('Determined Directory: {0} | Name: {1} | Category: {2}'.format
                 (input_directory, input_name, input_category))

    # auto-detect section
    section = core.CFG.findsection(input_category).isenabled()
    if section is None:
        section = core.CFG.findsection('ALL').isenabled()
        if section is None:
            logger.error('Category:[{0}] is not defined or is not enabled. '
                         'Please rename it or ensure it is enabled for the appropriate section '
                         'in your autoProcessMedia.cfg and try again.'.format
                         (input_category))
            return [-1, '']
        else:
            usercat = 'ALL'

    if len(section) > 1:
        logger.error('Category:[{0}] is not unique, {1} are using it. '
                     'Please rename it or disable all other sections using the same category name '
                     'in your autoProcessMedia.cfg and try again.'.format
                     (usercat, section.keys()))
        return [-1, '']

    if section:
        section_name = section.keys()[0]
        logger.info('Auto-detected SECTION:{0}'.format(section_name))
    else:
        logger.error('Unable to locate a section with subsection:{0} '
                     'enabled in your autoProcessMedia.cfg, exiting!'.format
                     (input_category))
        return [-1, '']

    section = dict(section[section_name][usercat])  # Type cast to dict() to allow effective usage of .get()

    torrent_no_link = int(section.get('Torrent_NoLink', 0))
    keep_archive = int(section.get('keep_archive', 0))
    extract = int(section.get('extract', 0))
    extensions = section.get('user_script_mediaExtensions', '').lower().split(',')
    unique_path = int(section.get('unique_path', 1))

    if client_agent != 'manual':
        core.pause_torrent(client_agent, input_hash, input_id, input_name)

    # In case input is not directory, make sure to create one.
    # This way Processing is isolated.
    if not os.path.isdir(os.path.join(input_directory, input_name)):
        basename = os.path.basename(input_directory)
        basename = core.sanitize_name(input_name) \
            if input_name == basename else os.path.splitext(core.sanitize_name(input_name))[0]
        output_destination = os.path.join(core.OUTPUTDIRECTORY, input_category, basename)
    elif unique_path:
        output_destination = os.path.normpath(
            core.os.path.join(core.OUTPUTDIRECTORY, input_category, core.sanitize_name(input_name).replace(' ', '.')))
    else:
        output_destination = os.path.normpath(
            core.os.path.join(core.OUTPUTDIRECTORY, input_category))
    try:
        output_destination = output_destination.encode(core.SYS_ENCODING)
    except UnicodeError:
        pass

    if output_destination in input_directory:
        output_destination = input_directory

    logger.info('Output directory set to: {0}'.format(output_destination))

    if core.SAFE_MODE and output_destination == core.TORRENT_DEFAULTDIR:
        logger.error('The output directory:[{0}] is the Download Directory. '
                     'Edit outputDirectory in autoProcessMedia.cfg. Exiting'.format
                     (input_directory))
        return [-1, '']

    logger.debug('Scanning files in directory: {0}'.format(input_directory))

    if section_name in ['HeadPhones', 'Lidarr']:
        core.NOFLATTEN.extend(
            input_category)  # Make sure we preserve folder structure for HeadPhones.

    now = datetime.datetime.now()

    if extract == 1:
        input_files = core.list_media_files(input_directory, archives=False, other=True, otherext=extensions)
    else:
        input_files = core.list_media_files(input_directory, other=True, otherext=extensions)
    if len(input_files) == 0 and os.path.isfile(input_directory):
        input_files = [input_directory]
        logger.debug('Found 1 file to process: {0}'.format(input_directory))
    else:
        logger.debug('Found {0} files in {1}'.format(len(input_files), input_directory))
    for inputFile in input_files:
        file_path = os.path.dirname(inputFile)
        file_name, file_ext = os.path.splitext(os.path.basename(inputFile))
        full_file_name = os.path.basename(inputFile)

        target_file = core.os.path.join(output_destination, full_file_name)
        if input_category in core.NOFLATTEN:
            if not os.path.basename(file_path) in output_destination:
                target_file = core.os.path.join(
                    core.os.path.join(output_destination, os.path.basename(file_path)), full_file_name)
                logger.debug('Setting outputDestination to {0} to preserve folder structure'.format
                             (os.path.dirname(target_file)))
        try:
            target_file = target_file.encode(core.SYS_ENCODING)
        except UnicodeError:
            pass
        if root == 1:
            if not found_file:
                logger.debug('Looking for {0} in: {1}'.format(input_name, inputFile))
            if any([core.sanitize_name(input_name) in core.sanitize_name(inputFile),
                    core.sanitize_name(file_name) in core.sanitize_name(input_name)]):
                found_file = True
                logger.debug('Found file {0} that matches Torrent Name {1}'.format
                             (full_file_name, input_name))
            else:
                continue

        if root == 2:
            mtime_lapse = now - datetime.datetime.fromtimestamp(os.path.getmtime(inputFile))
            ctime_lapse = now - datetime.datetime.fromtimestamp(os.path.getctime(inputFile))

            if not found_file:
                logger.debug('Looking for files with modified/created dates less than 5 minutes old.')
            if (mtime_lapse < datetime.timedelta(minutes=5)) or (ctime_lapse < datetime.timedelta(minutes=5)):
                found_file = True
                logger.debug('Found file {0} with date modified/created less than 5 minutes ago.'.format
                             (full_file_name))
            else:
                continue  # This file has not been recently moved or created, skip it

        if torrent_no_link == 0:
            try:
                core.copy_link(inputFile, target_file, core.USELINK)
                core.remove_read_only(target_file)
            except Exception:
                logger.error('Failed to link: {0} to {1}'.format(inputFile, target_file))

    input_name, output_destination = convert_to_ascii(input_name, output_destination)

    if extract == 1:
        logger.debug('Checking for archives to extract in directory: {0}'.format(input_directory))
        core.extract_files(input_directory, output_destination, keep_archive)

    if input_category not in core.NOFLATTEN:
        # don't flatten hp in case multi cd albums, and we need to copy this back later.
        core.flatten(output_destination)

    # Now check if video files exist in destination:
    if section_name in ['SickBeard', 'NzbDrone', 'Sonarr', 'CouchPotato', 'Radarr']:
        num_videos = len(
            core.list_media_files(output_destination, media=True, audio=False, meta=False, archives=False))
        if num_videos > 0:
            logger.info('Found {0} media files in {1}'.format(num_videos, output_destination))
            status = 0
        elif extract != 1:
            logger.info('Found no media files in {0}. Sending to {1} to process'.format(output_destination, section_name))
            status = 0
        else:
            logger.warning('Found no media files in {0}'.format(output_destination))

    # Only these sections can handling failed downloads
    # so make sure everything else gets through without the check for failed
    if section_name not in ['CouchPotato', 'Radarr', 'SickBeard', 'NzbDrone', 'Sonarr']:
        status = 0

    logger.info('Calling {0}:{1} to post-process:{2}'.format(section_name, usercat, input_name))

    if core.TORRENT_CHMOD_DIRECTORY:
        core.rchmod(output_destination, core.TORRENT_CHMOD_DIRECTORY)

    result = ProcessResult(
        message='',
        status_code=0,
    )
    if section_name == 'UserScript':
        result = external_script(output_destination, input_name, input_category, section)
    elif section_name in ['CouchPotato', 'Radarr']:
        result = movies.process(section_name, output_destination, input_name, status, client_agent, input_hash, input_category)
    elif section_name in ['SickBeard', 'NzbDrone', 'Sonarr']:
        if input_hash:
            input_hash = input_hash.upper()
        result = tv.process(section_name, output_destination, input_name, status, client_agent, input_hash, input_category)
    elif section_name in ['HeadPhones', 'Lidarr']:
        result = music.process(section_name, output_destination, input_name, status, client_agent, input_category)
    elif section_name == 'Mylar':
        result = comics.process(section_name, output_destination, input_name, status, client_agent, input_category)
    elif section_name == 'Gamez':
        result = games.process(section_name, output_destination, input_name, status, client_agent, input_category)

    plex_update(input_category)

    if result.status_code != 0:
        if not core.TORRENT_RESUME_ON_FAILURE:
            logger.error('A problem was reported in the autoProcess* script. '
                         'Torrent won\'t resume seeding (settings)')
        elif client_agent != 'manual':
            logger.error('A problem was reported in the autoProcess* script. '
                         'If torrent was paused we will resume seeding')
            core.resume_torrent(client_agent, input_hash, input_id, input_name)

    else:
        if client_agent != 'manual':
            # update download status in our DB
            core.update_download_info_status(input_name, 1)

            # remove torrent
            if core.USELINK == 'move-sym' and not core.DELETE_ORIGINAL == 1:
                logger.debug('Checking for sym-links to re-direct in: {0}'.format(input_directory))
                for dirpath, dirs, files in os.walk(input_directory):
                    for file in files:
                        logger.debug('Checking symlink: {0}'.format(os.path.join(dirpath, file)))
                        replace_links(os.path.join(dirpath, file))
            core.remove_torrent(client_agent, input_hash, input_id, input_name)

        if not section_name == 'UserScript':
            # for user script, we assume this is cleaned by the script or option USER_SCRIPT_CLEAN
            # cleanup our processing folders of any misc unwanted files and empty directories
            core.clean_dir(output_destination, section_name, input_category)

    return result
Exemple #2
0
def process_torrent(input_directory, input_name, input_category, input_hash, input_id, client_agent):
    status = 1  # 1 = failed | 0 = success
    root = 0
    found_file = 0

    if client_agent != 'manual' and not core.DOWNLOADINFO:
        logger.debug('Adding TORRENT download info for directory {0} to database'.format(input_directory))

        my_db = main_db.DBConnection()

        input_directory1 = input_directory
        input_name1 = input_name

        try:
            encoded, input_directory1 = char_replace(input_directory)
            encoded, input_name1 = char_replace(input_name)
        except Exception:
            pass

        control_value_dict = {'input_directory': text_type(input_directory1)}
        new_value_dict = {
            'input_name': text_type(input_name1),
            'input_hash': text_type(input_hash),
            'input_id': text_type(input_id),
            'client_agent': text_type(client_agent),
            'status': 0,
            'last_update': datetime.date.today().toordinal(),
        }
        my_db.upsert('downloads', new_value_dict, control_value_dict)

    logger.debug('Received Directory: {0} | Name: {1} | Category: {2}'.format(input_directory, input_name, input_category))

    # Confirm the category by parsing directory structure
    input_directory, input_name, input_category, root = core.category_search(input_directory, input_name, input_category,
                                                                             root, core.CATEGORIES)
    if input_category == '':
        input_category = 'UNCAT'

    usercat = input_category
    try:
        input_name = input_name.encode(core.SYS_ENCODING)
    except UnicodeError:
        pass
    try:
        input_directory = input_directory.encode(core.SYS_ENCODING)
    except UnicodeError:
        pass

    logger.debug('Determined Directory: {0} | Name: {1} | Category: {2}'.format
                 (input_directory, input_name, input_category))

    # auto-detect section
    section = core.CFG.findsection(input_category).isenabled()
    if section is None:
        section = core.CFG.findsection('ALL').isenabled()
        if section is None:
            logger.error('Category:[{0}] is not defined or is not enabled. '
                         'Please rename it or ensure it is enabled for the appropriate section '
                         'in your autoProcessMedia.cfg and try again.'.format
                         (input_category))
            return [-1, '']
        else:
            usercat = 'ALL'

    if len(section) > 1:
        logger.error('Category:[{0}] is not unique, {1} are using it. '
                     'Please rename it or disable all other sections using the same category name '
                     'in your autoProcessMedia.cfg and try again.'.format
                     (usercat, section.keys()))
        return [-1, '']

    if section:
        section_name = section.keys()[0]
        logger.info('Auto-detected SECTION:{0}'.format(section_name))
    else:
        logger.error('Unable to locate a section with subsection:{0} '
                     'enabled in your autoProcessMedia.cfg, exiting!'.format
                     (input_category))
        return [-1, '']

    section = dict(section[section_name][usercat])  # Type cast to dict() to allow effective usage of .get()

    torrent_no_link = int(section.get('Torrent_NoLink', 0))
    keep_archive = int(section.get('keep_archive', 0))
    extract = int(section.get('extract', 0))
    extensions = section.get('user_script_mediaExtensions', '').lower().split(',')
    unique_path = int(section.get('unique_path', 1))

    if client_agent != 'manual':
        core.pause_torrent(client_agent, input_hash, input_id, input_name)

    # In case input is not directory, make sure to create one.
    # This way Processing is isolated.
    if not os.path.isdir(os.path.join(input_directory, input_name)):
        basename = os.path.basename(input_directory)
        basename = core.sanitize_name(input_name) \
            if input_name == basename else os.path.splitext(core.sanitize_name(input_name))[0]
        output_destination = os.path.join(core.OUTPUTDIRECTORY, input_category, basename)
    elif unique_path:
        output_destination = os.path.normpath(
            core.os.path.join(core.OUTPUTDIRECTORY, input_category, core.sanitize_name(input_name).replace(' ', '.')))
    else:
        output_destination = os.path.normpath(
            core.os.path.join(core.OUTPUTDIRECTORY, input_category))
    try:
        output_destination = output_destination.encode(core.SYS_ENCODING)
    except UnicodeError:
        pass

    if output_destination in input_directory:
        output_destination = input_directory

    logger.info('Output directory set to: {0}'.format(output_destination))

    if core.SAFE_MODE and output_destination == core.TORRENT_DEFAULTDIR:
        logger.error('The output directory:[{0}] is the Download Directory. '
                     'Edit outputDirectory in autoProcessMedia.cfg. Exiting'.format
                     (input_directory))
        return [-1, '']

    logger.debug('Scanning files in directory: {0}'.format(input_directory))

    if section_name in ['HeadPhones', 'Lidarr']:
        core.NOFLATTEN.extend(
            input_category)  # Make sure we preserve folder structure for HeadPhones.

    now = datetime.datetime.now()

    if extract == 1:
        input_files = core.list_media_files(input_directory, archives=False, other=True, otherext=extensions)
    else:
        input_files = core.list_media_files(input_directory, other=True, otherext=extensions)
    if len(input_files) == 0 and os.path.isfile(input_directory):
        input_files = [input_directory]
        logger.debug('Found 1 file to process: {0}'.format(input_directory))
    else:
        logger.debug('Found {0} files in {1}'.format(len(input_files), input_directory))
    for inputFile in input_files:
        file_path = os.path.dirname(inputFile)
        file_name, file_ext = os.path.splitext(os.path.basename(inputFile))
        full_file_name = os.path.basename(inputFile)

        target_file = core.os.path.join(output_destination, full_file_name)
        if input_category in core.NOFLATTEN:
            if not os.path.basename(file_path) in output_destination:
                target_file = core.os.path.join(
                    core.os.path.join(output_destination, os.path.basename(file_path)), full_file_name)
                logger.debug('Setting outputDestination to {0} to preserve folder structure'.format
                             (os.path.dirname(target_file)))
        try:
            target_file = target_file.encode(core.SYS_ENCODING)
        except UnicodeError:
            pass
        if root == 1:
            if not found_file:
                logger.debug('Looking for {0} in: {1}'.format(input_name, inputFile))
            if any([core.sanitize_name(input_name) in core.sanitize_name(inputFile),
                    core.sanitize_name(file_name) in core.sanitize_name(input_name)]):
                found_file = True
                logger.debug('Found file {0} that matches Torrent Name {1}'.format
                             (full_file_name, input_name))
            else:
                continue

        if root == 2:
            mtime_lapse = now - datetime.datetime.fromtimestamp(os.path.getmtime(inputFile))
            ctime_lapse = now - datetime.datetime.fromtimestamp(os.path.getctime(inputFile))

            if not found_file:
                logger.debug('Looking for files with modified/created dates less than 5 minutes old.')
            if (mtime_lapse < datetime.timedelta(minutes=5)) or (ctime_lapse < datetime.timedelta(minutes=5)):
                found_file = True
                logger.debug('Found file {0} with date modified/created less than 5 minutes ago.'.format
                             (full_file_name))
            else:
                continue  # This file has not been recently moved or created, skip it

        if torrent_no_link == 0:
            try:
                core.copy_link(inputFile, target_file, core.USELINK)
                core.remove_read_only(target_file)
            except Exception:
                logger.error('Failed to link: {0} to {1}'.format(inputFile, target_file))

    input_name, output_destination = convert_to_ascii(input_name, output_destination)

    if extract == 1:
        logger.debug('Checking for archives to extract in directory: {0}'.format(input_directory))
        core.extract_files(input_directory, output_destination, keep_archive)

    if input_category not in core.NOFLATTEN:
        # don't flatten hp in case multi cd albums, and we need to copy this back later.
        core.flatten(output_destination)

    # Now check if video files exist in destination:
    if section_name in ['SickBeard', 'NzbDrone', 'Sonarr', 'CouchPotato', 'Radarr']:
        num_videos = len(
            core.list_media_files(output_destination, media=True, audio=False, meta=False, archives=False))
        if num_videos > 0:
            logger.info('Found {0} media files in {1}'.format(num_videos, output_destination))
            status = 0
        elif extract != 1:
            logger.info('Found no media files in {0}. Sending to {1} to process'.format(output_destination, section_name))
            status = 0
        else:
            logger.warning('Found no media files in {0}'.format(output_destination))

    # Only these sections can handling failed downloads
    # so make sure everything else gets through without the check for failed
    if section_name not in ['CouchPotato', 'Radarr', 'SickBeard', 'NzbDrone', 'Sonarr']:
        status = 0

    logger.info('Calling {0}:{1} to post-process:{2}'.format(section_name, usercat, input_name))

    if core.TORRENT_CHMOD_DIRECTORY:
        core.rchmod(output_destination, core.TORRENT_CHMOD_DIRECTORY)

    result = ProcessResult(
        message='',
        status_code=0,
    )
    if section_name == 'UserScript':
        result = external_script(output_destination, input_name, input_category, section)
    elif section_name in ['CouchPotato', 'Radarr']:
        result = movies.process(section_name, output_destination, input_name, status, client_agent, input_hash, input_category)
    elif section_name in ['SickBeard', 'NzbDrone', 'Sonarr']:
        if input_hash:
            input_hash = input_hash.upper()
        result = tv.process(section_name, output_destination, input_name, status, client_agent, input_hash, input_category)
    elif section_name in ['HeadPhones', 'Lidarr']:
        result = music.process(section_name, output_destination, input_name, status, client_agent, input_category)
    elif section_name == 'Mylar':
        result = comics.process(section_name, output_destination, input_name, status, client_agent, input_category)
    elif section_name == 'Gamez':
        result = games.process(section_name, output_destination, input_name, status, client_agent, input_category)

    plex_update(input_category)

    if result.status_code != 0:
        if not core.TORRENT_RESUME_ON_FAILURE:
            logger.error('A problem was reported in the autoProcess* script. '
                         'Torrent won\'t resume seeding (settings)')
        elif client_agent != 'manual':
            logger.error('A problem was reported in the autoProcess* script. '
                         'If torrent was paused we will resume seeding')
            core.resume_torrent(client_agent, input_hash, input_id, input_name)

    else:
        if client_agent != 'manual':
            # update download status in our DB
            core.update_download_info_status(input_name, 1)

            # remove torrent
            if core.USELINK == 'move-sym' and not core.DELETE_ORIGINAL == 1:
                logger.debug('Checking for sym-links to re-direct in: {0}'.format(input_directory))
                for dirpath, dirs, files in os.walk(input_directory):
                    for file in files:
                        logger.debug('Checking symlink: {0}'.format(os.path.join(dirpath, file)))
                        replace_links(os.path.join(dirpath, file))
            core.remove_torrent(client_agent, input_hash, input_id, input_name)

        if not section_name == 'UserScript':
            # for user script, we assume this is cleaned by the script or option USER_SCRIPT_CLEAN
            # cleanup our processing folders of any misc unwanted files and empty directories
            core.clean_dir(output_destination, section_name, input_category)

    return result
Exemple #3
0
def plotasync(
        series=None, options=dict(), type='line',
        height=400, save="temp", stock=False, show='tab', display=False, purge=False, live=False):
    """
    :param type: Type of the chart. Can be line, area, spline, pie, bar, ...
    :param display: Set to true to display all, False to display none or an array of names for a specific selection
    :param purge: Set to true to clean the directory
    :param live: Set to true to keep the chart in sync with data in the directory. Currently only works for show='tab'
    :param series: The series object which contains the data. If this is not specified, the plot will look for json
                   files in the save directory.
    :param options: The chart display options
    :param height: Height of the chart
    :param save: Name of the directory to store the data
    :param stock: Set to true to use highstock
    :param show: Determines how the chart is shown. Can be one of the following options:
        - 'tab': Show the chart in a new tab of the default browser
        - 'window': Show the chart in a new window of the default browser
        - 'inline': Show the chart inline (only works in IPython notebook)
    :return: A chart object
    """

    try:
        if not options['chart']:
            options['chart'] = dict(type=type)
    except KeyError:
        options['chart'] = dict(type=type)

    if 'height' not in options:
        options['height'] = 400

    # Clean the directory
    if purge:
        clean_dir(save)
    else:
        make_dir(save)

    if series is not None:
        # Convert to a legitimate series object
        series = to_series(series)
        series = set_display(series, display)

        # Convert to json files
        to_json_files(series, save)

    if show == 'inline':
        live = False

    with open(os.path.join(package_directory, "index-async.html"), "r") as index:
        read = index.read()

        html = MyTemplate(read).substitute(
            path=json.dumps('/' + save),
            options=json.dumps(options),
            highstock=json.dumps(stock),
            height=str(height) + "px",
            live=json.dumps(live),
            url=json.dumps(address),
            save=json.dumps(False)
        )

        inline = MyTemplate(read).substitute(
            path=json.dumps(save),
            options=json.dumps(options),
            highstock=json.dumps(stock),
            height=str(height) + "px",
            live=json.dumps(live),
            url=json.dumps(address),
            save=json.dumps(False)
        )

    html_path = os.path.join(save, 'index.html')
    with open(html_path, "w") as html_file:
        html_file.write(html + TABDEPS)

    return Chart(inline, html_path, save, show)
Exemple #4
0
def plotasync(series=None,
              options=dict(),
              type='line',
              height=400,
              save="temp",
              stock=False,
              show='tab',
              display=False,
              purge=False,
              live=False):
    """
    :param type: Type of the chart. Can be line, area, spline, pie, bar, ...
    :param display: Set to true to display all, False to display none or an array of names for a specific selection
    :param purge: Set to true to clean the directory
    :param live: Set to true to keep the chart in sync with data in the directory. Currently only works for show='tab'
    :param series: The series object which contains the data. If this is not specified, the plot will look for json
                   files in the save directory.
    :param options: The chart display options
    :param height: Height of the chart
    :param save: Name of the directory to store the data
    :param stock: Set to true to use highstock
    :param show: Determines how the chart is shown. Can be one of the following options:
        - 'tab': Show the chart in a new tab of the default browser
        - 'window': Show the chart in a new window of the default browser
        - 'inline': Show the chart inline (only works in IPython notebook)
    :return: A chart object
    """

    try:
        if not options['chart']:
            options['chart'] = dict(type=type)
    except KeyError:
        options['chart'] = dict(type=type)

    if 'height' not in options:
        options['height'] = 400

    # Clean the directory
    if purge:
        clean_dir(save)
    else:
        make_dir(save)

    if series is not None:
        # Convert to a legitimate series object
        series = to_series(series)
        series = set_display(series, display)

        # Convert to json files
        to_json_files(series, save)

    if show == 'inline':
        live = False

    with open(os.path.join(package_directory, "index-async.html"),
              "r") as index:
        read = index.read()

        html = MyTemplate(read).substitute(path=json.dumps('/' + save),
                                           options=json.dumps(options),
                                           highstock=json.dumps(stock),
                                           height=str(height) + "px",
                                           live=json.dumps(live),
                                           url=json.dumps(address),
                                           save=json.dumps(False))

        inline = MyTemplate(read).substitute(path=json.dumps(save),
                                             options=json.dumps(options),
                                             highstock=json.dumps(stock),
                                             height=str(height) + "px",
                                             live=json.dumps(live),
                                             url=json.dumps(address),
                                             save=json.dumps(False))

    html_path = os.path.join(save, 'index.html')
    with open(html_path, "w") as html_file:
        html_file.write(html + TABDEPS)

    return Chart(inline, html_path, save, show)