def auto_decrease():
# total_size = 0
size_range = file_operation.get_file_size_ordered()
low_quality = int(len(size_range) * MAX_RATE)
# print(size_range[low_quality])
# for size in size_range[low_quality:]:
# total_size += file_operation.count_file_in_size(size)
high_quality = int(len(size_range) * 0.90)
# print(size_range[high_quality])
print("delete files less than {}".format(size_range[low_quality]))
delete_low_quality = threading.Thread(
target=file_operation.delete_file_less_than,
args=(size_range[low_quality], ))
delete_low_quality.start()
delete_low_quality.join()
# file_operation.delete_file_less_than(size_range[low_quality])
print("delete files larger than {}".format(size_range[high_quality]))
# file_operation.delete_file_larger_than(size_range[high_quality])
delete_high_quality = threading.Thread(
target=file_operation.delete_file_larger_than,
args=(size_range[high_quality], ))
delete_high_quality.start()
delete_high_quality.join()
print("current file count: {}, finished...".format(
file_operation.get_specific_file_count()))
import file_operation
l_kb = 1024
l_mb = l_kb * 1024 # 未使用
target_size = input("想要删除小于多少(kb)的文件？ ")
# 当前默认是jpg类型，后面有需要再改
before = file_operation.get_specific_file_count("JPG")
print("当前共有{}个目标文件，开始删除...".format(before))
file_operation.delete_file_less_than(eval(target_size) * l_kb)
after = file_operation.get_specific_file_count("JPG")
print("小于{}kb的文件已被删除，还剩余{}个文件".format(target_size, after))
def random_move():
if file_operation.get_specific_file_count() > TARGET_NUMBER:
file_operation.random_move_until2(TARGET_NUMBER)
import os
import threading
import time
import file_operation
'''some data
11 208/669 11/669
12 327/588 0/588
13 371/665 0/665
14 144/661 33/661
'''
TARGET_NUMBER = 100
TOTAL_NUMBER = file_operation.get_specific_file_count()
MAX_RATE = 0.618
os.system("show_folder_info.py")
def random_move():
if file_operation.get_specific_file_count() > TARGET_NUMBER:
file_operation.random_move_until2(TARGET_NUMBER)
def auto_decrease():
# total_size = 0
size_range = file_operation.get_file_size_ordered()
low_quality = int(len(size_range) * MAX_RATE)
# print(size_range[low_quality])
# for size in size_range[low_quality:]:
# total_size += file_operation.count_file_in_size(size)
import os
import random
import file_operation
target_number = input("输入要保留的照片数量：")
target_type = input("请输入图片扩展名：")
while(file_operation.get_specific_file_count(target_type.lower()) > eval(target_number)):
pictures = file_operation.get_specific_file(target_type)
os.remove(pictures[random.randint(0, len(pictures) - 1)])
print("当前目录下共有{}张图片".format(len(pictures) - 1))
import file_operation
count = file_operation.get_specific_file_count("JPG")
size_set = file_operation.get_file_size_ordered()
print("当前文件夹共有{}个文件".format(count))
print("其大小顺序为{}".format(size_set))
import os
import file_operation
target_num = 100
folder = "replace"
if file_operation.get_specific_file_count() < target_num:
if os.path.isdir(folder):
os.chdir(folder)
print(os.getcwd())
os.chdir("..")
print(os.getcwd())