def t1(i):
if i > 0:
path = 'E:/multimedia/video'
all_files = list_files(path)
old_files = name_filter(all_files,
r'\[Kaicn&Kisssub\]\[To_Love_Ru\]' \
r'\d\d\[BIG5\]\[868×480\]（流畅）.f4v')
new_files = generate_new_names(old_files, r'(\d+)', 1, \
'出包王女01_', 2, 0, '.f4v')
print(old_files, new_files)
if i > 1:
old_path_names = join_path_basenames(path, old_files)
new_path_names = join_path_basenames(path, new_files)
print(old_path_names, new_path_names)
if i > 2:
rename_to(old_path_names, new_path_names)
def t4(n):
if n > 0:
path = 'E:/temp_output/video'
all_files = list_files(path)
old_files = name_filter(all_files, r'只有神知道的世界II.*\d+.*（清晰）\.f4v')
new_files = generate_new_names(old_files, r'(\d+)', 1, \
'只有神知道的世界02_', 2, 0, '（清晰）.f4v')
#print(old_files, new_files)
for idx, old, new in zip(range(len(old_files)), old_files, new_files):
print(idx, old, new)
if n > 1:
old_path_names = join_path_basenames(path, old_files)
new_path_names = join_path_basenames(path, new_files)
#print(old_path_names, new_path_names)
for idx, old, new in zip(range(len(old_files)), \
old_path_names, \
new_path_names):
print(idx, old, new)
if n > 2:
rename_to(old_path_names, new_path_names)
def t2(n):
if n > 0:
path = 'E:/multimedia/video'
all_files = list_files(path)
old_files = name_filter(all_files, r'出包王女.*\d\d\（流畅）\.f4v')
new_files = generate_new_names(old_files, r'(\d+)', 1, \
'出包王女02_', 2, 0, '.f4v')
#print(old_files, new_files)
for idx, old, new in zip(range(len(old_files)), old_files, new_files):
print(idx, old, new)
if n > 1:
old_path_names = join_path_basenames(path, old_files)
new_path_names = join_path_basenames(path, new_files)
#print(old_path_names, new_path_names)
for idx, old, new in zip(range(len(old_files)), \
old_path_names, \
new_path_names):
print(idx, old, new)
if n > 2:
rename_to(old_path_names, new_path_names)