# Path: operators/pylrc/tools/timecode.py
# def is_timecode(timecode):
#     """Checks if a string is a proper lrc timecode"""
# 
#     timecode = timecode.replace('<', '[').replace('>', ']')
#     try:
#         x = datetime.strptime(timecode, '[%M:%S.%f]')
#         return True
# 
#     except ValueError:
#         return False
# 
# def timecode_to_srt(timecode):
#     """convert timecode of format [MM:SS.ff] to an srt format timecode"""
#     secs = timecode_to_seconds(timecode)
# 
#     hours = "00"
#     minutes = "%02d" % int(secs / 60)
#     seconds = "%02d" % int(secs % 60)
#     millis = "%03d" % (round(secs - int(secs), 2) * 1000)
# 
#     return ''.join([hours, ':', minutes, ':', seconds, ',', millis])
# 
# Path: operators/pylrc/tools/find_even_split.py
# def find_even_split(line):
#     """
#     Given a string, splits it into two (almost) evenly spaced lines
#     """
#     word_list = line.split(' ')
#     differences = []
#     for i in range(len(word_list)):
#         group1 = ' '.join(word_list[0:i + 1])
#         group2 = ' '.join(word_list[i + 1::])
#         differences.append(abs(len(group1) - len(group2)))
#     index = differences.index(min(differences))
#     for i in range(len(word_list)):
#         if i == index:
#             group1 = ' '.join(word_list[0:i+1])
#             group2 = ' '.join(word_list[i+1::])
# 
#     return ''.join([group1, '\n', group2]).rstrip()


from .tools.timecode import is_timecode, timecode_to_srt
from .tools.find_even_split import find_even_split
                text = self[i].text
                base_text = self[i].text_without_tags

                if len(base_text) > 31:
                    base_text = find_even_split(base_text)

                if not is_timecode(text[0:10]):
                    time = self[i].lrc_time
                    time = time.replace('[', '<').replace(']', '>')
                    text = time + text

                if not is_timecode(text[-10::]):
                    time = self[i + 1].lrc_time
                    time = time.replace('[', '<').replace(']', '>')
                    text = text + time

                if not text[0:10].replace('<', '[').replace('>', ']') == self[i].lrc_time:
                    start = self[i].srt_time
                    end = timecode_to_srt(text[0:10])
                    body = base_text

                    segment = ''.join(
                        ['0\n', start, ' --> ', end, '\n', body, '\n'])
                    sub_list.append(segment)

                growing = ""
                while len(text) > 10:
                    start = timecode_to_srt(text[0:10])
                    for c in range(1, len(text)):
                        if text[c] == '<' and is_timecode(text[c:c + 10]):

# Path: operators/pylrc/tools/timecode.py
# def is_timecode(timecode):
#     """Checks if a string is a proper lrc timecode"""
# 
#     timecode = timecode.replace('<', '[').replace('>', ']')
#     try:
#         x = datetime.strptime(timecode, '[%M:%S.%f]')
#         return True
# 
#     except ValueError:
#         return False
# 
# def timecode_to_srt(timecode):
#     """convert timecode of format [MM:SS.ff] to an srt format timecode"""
#     secs = timecode_to_seconds(timecode)
# 
#     hours = "00"
#     minutes = "%02d" % int(secs / 60)
#     seconds = "%02d" % int(secs % 60)
#     millis = "%03d" % (round(secs - int(secs), 2) * 1000)
# 
#     return ''.join([hours, ':', minutes, ':', seconds, ',', millis])
# 
# Path: operators/pylrc/tools/find_even_split.py
# def find_even_split(line):
#     """
#     Given a string, splits it into two (almost) evenly spaced lines
#     """
#     word_list = line.split(' ')
#     differences = []
#     for i in range(len(word_list)):
#         group1 = ' '.join(word_list[0:i + 1])
#         group2 = ' '.join(word_list[i + 1::])
#         differences.append(abs(len(group1) - len(group2)))
#     index = differences.index(min(differences))
#     for i in range(len(word_list)):
#         if i == index:
#             group1 = ' '.join(word_list[0:i+1])
#             group2 = ' '.join(word_list[i+1::])
# 
#     return ''.join([group1, '\n', group2]).rstrip()


# Path: operators/pylrc/lyrics.py
from .tools.timecode import is_timecode, timecode_to_srt
from .tools.find_even_split import find_even_split

                text = self[i].text
                base_text = self[i].text_without_tags

                if len(base_text) > 31:
                    base_text = find_even_split(base_text)

                if not is_timecode(text[0:10]):
                    time = self[i].lrc_time
                    time = time.replace('[', '<').replace(']', '>')
                    text = time + text

                if not is_timecode(text[-10::]):
                    time = self[i + 1].lrc_time
                    time = time.replace('[', '<').replace(']', '>')
                    text = text + time

                if not text[0:10].replace('<', '[').replace('>', ']') == self[i].lrc_time:
                    start = self[i].srt_time
                    end = timecode_to_srt(text[0:10])
                    body = base_text

                    segment = ''.join(
                        ['0\n', start, ' --> ', end, '\n', body, '\n'])
                    sub_list.append(segment)

                growing = ""
                while len(text) > 10:
                    start = timecode_to_srt(text[0:10])
                    for c in range(1, len(text)):
                        if text[c] == '<' and is_timecode(text[c:c + 10]):

                            end = timecode_to_srt(text[c: c + 10])