def get_each_imginfo_list(images_info, f_num):
std_shortcode = ''
# initialize info list
f_gps = f_gps_detail = ''
for info in images_info:
try:
# parsed 'info'
f_filename, f_shortcode, f_category, f_extension = file_util.parse_filename(info)
# only need a txt file
if (f_extension != '.txt') or ('old' in f_category):
# move to 'after' folder
file_util.move_file(f_filename, parameters.images_info_before_path, parameters.images_info_after_path)
continue
## [File Type1] {date}!{shortcode}.txt
if f_category == '':
# if this is the 1st iteration
if std_shortcode == '':
std_shortcode = f_shortcode
f_date, f_like, f_comment, f_hashtag = get_txt_info(info, f_filename)
elif (std_shortcode != '') and (std_shortcode == f_shortcode):
f_date, f_like, f_comment, f_hashtag = get_txt_info(info, f_filename)
##
## [File Type2] {date}!{shortcode}_location.txt
if f_category == '_location':
# if this is the 1st iteration
if std_shortcode == '':
std_shortcode = f_shortcode
f_gps, f_gps_detail = get_gps_info(info, f_filename)
elif (std_shortcode != '') and (std_shortcode == f_shortcode):
f_gps, f_gps_detail = get_gps_info(info, f_filename)
##
except:
print('ERROR:', info)
# combine a whole extracted information with 'imginfo_list'
# imginfo_list = [filenumber, shortcode, date, like, comment, hashtag, gps, gps detail]
imginfo_list = [f_num, std_shortcode, f_date, f_like, f_comment, f_hashtag, f_gps, f_gps_detail]
return imginfo_list
def get_gps_info(info, filename):
# read a file
with open(info, 'r') as f:
data = f.readlines()
f_gps = data[0].split('\n')[0]
f_gps_detail = data[1]
# move to 'after' folder
file_util.move_file(filename, parameters.images_info_before_path, parameters.images_info_after_path)
return f_gps, f_gps_detail
def check_data(img_dir, unqualified_dir):
"""
检查图片
:param img_dir:
:param unqualified_dir:
:return:
"""
if not os.path.exists(unqualified_dir):
os.makedirs(unqualified_dir)
total = 0
unqualified = 0
for root, dirs, files in os.walk(img_dir):
for img in files:
total += 1
print(img)
if not img_util.is_img(img):
file_util.move_file(os.path.join(root, img), unqualified_dir)
unqualified += 1
print("total={0}, unqualified={1}".format(total, unqualified))
def get_txt_info(info, filename):
# read a file
with open(info, 'r') as f:
data = f.read()
# data format : date_utc:{date_utc}\ncaption:{caption}\nlikes:{likes}\ncomments:{comments}
parsed_data = data.split('\\n')
f_date = parsed_data[0].split('date_utc')[1][1:]
f_like = parsed_data[2].split('likes')[1][1:]
f_comment = parsed_data[3].split('comments')[1][1:].split('\n')[0]
# count the number of '#' in caption
f_hashtag = parsed_data[1].count('#')
# move to 'after' folder
file_util.move_file(filename, parameters.images_info_before_path, parameters.images_info_after_path)
return f_date, f_like, f_comment, f_hashtag
def separate_img_imginfo(images_before):
for f in images_before:
try:
f_filename, _, f_category, f_extension = file_util.parse_filename(f)
if f_extension != '.jpg': continue
# if file is a image
if f_category == '':
file_util.move_file(f_filename, parameters.images_info_before_path, parameters.images_before_path)
continue
if f_category.split('_')[1].isdigit():
file_util.move_file(f_filename, parameters.images_info_before_path, parameters.images_before_path)
except:
print('ERROR:', f)
img_animal = 1
# check: person?
if ('person' in t) or ('people' in t):
img_person = 1
##
# combine all info
img_analysislist = [f_num, f_filename, f_shortcode, img_food, img_animal, img_person, img_color, img_tag]
###
# move this img to after-analysis folder
file_util.move_file(f_filename, parameters.images_before_path, parameters.images_after_path)
# write in a csv file
colname_names = ''
if f_num == 1:
colname_names = ['num', 'file name', 'shortcode', 'food[1] / non-food[0]', 'animal[1] / non-animal[0]',
'person[1] / non-person[0]', 'dominant color', 'all tags']
row_list = [img_analysislist]
file_util.write_list_to_csv(colname_names, row_list, parameters.f2_path, 1)
# increase filenumber
f_num += 1
except:
print('ERROR:', img)
patch['name'])
failed_patches[patch['name']] = failed_lines
continue
if options.restore:
# Restore from backup if a backup exists.
for patch_path in patch_paths:
patch_path_abs = os.path.abspath(os.path.join(patch_root_abs, \
patch_path))
backup_path_abs = patch_path_abs + backup_ext
if os.path.exists(backup_path_abs):
if read_file(patch_path_abs) == read_file(
backup_path_abs):
msg('Restoring backup of %s' % patch_path_abs)
remove_file(patch_path_abs)
move_file(backup_path_abs, patch_path_abs)
else:
msg('Discarding backup of %s' % patch_path_abs)
remove_file(backup_path_abs)
has_backup_changes = True
else:
msg('No backup of %s' % patch_path_abs)
if (not options.revert and not options.reapply) or has_backup_changes:
if len(options.add) > 0:
# Add additional requested files to the patch.
for patch_path in options.add:
patch_path_abs = os.path.abspath(os.path.join(patch_root_abs, \
patch_path))
if os.path.exists(patch_path_abs):
msg('Adding file %s' % patch_path_abs)
warn('Failed to apply %s, fix manually and run with --resave' % \
patch['name'])
failed_patches[patch['name']] = failed_lines
continue
if options.restore:
# Restore from backup if a backup exists.
for patch_path in patch_paths:
patch_path_abs = os.path.abspath(os.path.join(patch_root_abs, \
patch_path))
backup_path_abs = patch_path_abs + backup_ext
if os.path.exists(backup_path_abs):
if read_file(patch_path_abs) == read_file(backup_path_abs):
msg('Restoring backup of %s' % patch_path_abs)
remove_file(patch_path_abs)
move_file(backup_path_abs, patch_path_abs)
else:
msg('Discarding backup of %s' % patch_path_abs)
remove_file(backup_path_abs)
has_backup_changes = True
else:
msg('No backup of %s' % patch_path_abs)
if (not options.revert and not options.reapply) or has_backup_changes:
if len(options.add) > 0:
# Add additional requested files to the patch.
for patch_path in options.add:
patch_path_abs = os.path.abspath(os.path.join(patch_root_abs, \
patch_path))
if os.path.exists(patch_path_abs):
msg('Adding file %s' % patch_path_abs)