def down(self):
PySFTP().sftp_down(self.server_file, self.compressed_files)
data = {
'local': READ_DB,
'source': self.compressed_files,
'destination': self.server_file,
'handle': 'download'
}
Mongodb_server(mongo_host, mongo_port).insert('log', now_time_s(), data)
archive.unzip(self.compressed_files, READ_DB)
showinfo('提示', '下载成功')
def _up_down(self):
# 上传和下载,视作同步
archive(self.zip_temp, READ_DB).seven_zip(self.folder_file)
sftp_up = PySFTP()
Mongodb_server(mongo_host, mongo_port).insert("log", "automation", {'time': now_time_s(), 'handle': '上传'})
sftp_up.sftp_up(self.compressed_files, self.server_file)
sftp_up.sftp_close()
sftp_down = PySFTP()
sftp_down.sftp_down(self.server_file, self.compressed_files)
sftp_down.sftp_close()
Mongodb_server(mongo_host, mongo_port).insert("log", "automation", {'time': now_time_s(), 'handle': '下载'})
archive.unzip(self.compressed_files, READ_DB)
Transmit().clean_temp()
def ok(self):
for root, dirs, file in os.walk(READ_DB):
[os.remove(os.path.join(root, f)) for f in file
if root and file] # 清空源文件夹的内容
t, d = recovery_win.handle(self)
archive.unzip(os.path.join(BACKUP_FILE,
get_file()[-2:][0]),
READ_DB) # 先还原完全备份然后再恢复指定日期还原
differ_archive = os.path.join(BACKUP_FILE,
f"{d}{'.7z'}").replace('/', '\\')
archive.unzip(differ_archive, READ_DB)
def ok(self):
# 清空源文件夹的内容
for root, dirs, file in os.walk(READ_DB):
[os.remove(os.path.join(root, f)) for f in file if root and file]
t, d = RecoveryIncremental.handle(self)
differ_archive = f"{d}{'.7z'}"
archive.unzip(os.path.join(BACKUP_FILE,
get_file()[-2:][0]),
READ_DB) # 恢复一次完全备份后，依次恢复每次增量备份
for archive_7z in get_file(
)[:-2][:get_file()[:-2].index(differ_archive) + 1]:
archive.unzip(
os.path.join(BACKUP_FILE, archive_7z).replace('/', '\\'),
READ_DB)
def upgrade(file):
archive.unzip(file, r"./")
def arg_down(server, clint, source):
# 传参下载
PySFTP().sftp_down(server, clint)
archive.unzip(clint, source)
def unzip_backup():
# 将底包解压到临时文件夹总，然后与现存文件夹的内容进行对比
archive.unzip(original_file()[0], TEMP_PATH)
def differential_backup():
# if original_file()[0] not in os.listdir(fr'.\backups\TimeBackup\{os.path.basename(READ_DB)}'):
# 如果完全备份文件不存在就拷贝过来
# copy_ready()
# unzip_backup()
time = str(type('now', (), {'__repr__': lambda s: now_time()})())
basename_folder = os.path.basename(READ_DB) # 不包含文件夹路径，只取文件夹名字
new_backup = r'.\backups\TimeBackup\{}\{}'.format(basename_folder,
time) # 生成以日期命名的文件夹
if os.path.exists(new_backup) is False:
os.makedirs(new_backup)
read_full_db = Create_db(db_table, db_mode, db_data, original_file()[3])
old_file_hash = [
list_to_str(i) for i in read_full_db.search_sql('file_hash')
] # 原始完整备份的文件哈希值
for root, dirs, filename in os.walk(TEMP_PATH):
for file in filename:
old_file_list.append(os.path.join(root, file))
for dir_name in dirs:
old_folder_list.append(os.path.join(root, dir_name))
# 这里，因为需要与现在的文件夹里的内容做对比，但是因为将完全备份的文件解压到临时文件的原因，导致路径不同，会被视为两个不同的文件所以无法准确地对比
# 因此，多做一步，将临时文件夹路径改成源文件的备份路径
old_file = [file.replace(r'.\Temp', READ_DB) for file in old_file_list]
old_folder = [
folder.replace(r'.\Temp', READ_DB) for folder in old_folder_list
]
for root, dirs, filename in os.walk(READ_DB):
for file in filename:
new_file_list.append(os.path.join(root, file))
for dir_name in dirs:
new_folder_list.append(os.path.join(root, dir_name))
for _old_file, _old_hash in zip(old_file_list, old_file_hash):
old_dict[_old_file] = _old_hash
for file in new_file_list:
if file in old_file and Hash(file).md5() not in old_file_hash:
# 判断文件是否备份修改，如果文件名相同，但哈希值不同可以判定为被修改
add_backup.append(file)
elif file not in old_file and Hash(file).md5() not in old_file_hash:
# 如果文件不在备份文件里，而且哈希值也不在旧备份文件的哈希值里，可以判断是新增的文件
# 记录一下问题，如果说原备份文件里存在空白文件，然后新增文件中也存在空白文件，就无法判定文件存在
add_backup.append(file)
elif file not in old_file and Hash(file).md5() in old_file_hash:
# 如果文件不在备份文件里，但哈希值存在于旧备份文件，可以判定是被重命名
add_backup.append(file)
for folder in new_folder_list:
if folder not in old_folder:
# 如果文件夹不在备份文件夹，在新数据里，表示文件夹是新增文件夹
add_backup.append(folder)
backup_sys_temp = os.path.join(SYSTEM_TEMP, "OpenBackup")
if not os.path.exists(backup_sys_temp):
os.mkdir(backup_sys_temp)
for data in add_backup:
if os.path.isdir(data):
shutil.copytree(
data, os.path.join(backup_sys_temp, os.path.basename(data)))
elif os.path.isfile(data):
shutil.copy(data,
os.path.join(backup_sys_temp, os.path.basename(data)))
time_backup = fr'.\backups\TimeBackup\{os.path.basename(READ_DB)}'
for archive_7z in os.listdir(time_backup)[0:-3]:
archive.unzip(os.path.join(time_backup, archive_7z), backup_sys_temp)
os.system(r'{} -mx5 -t7z a {} {}\* -mmt -sdel'.format(
'7z', '{}'.format(new_backup), backup_sys_temp))
os.system(f'rd {new_backup}')
showinfo('提示', '备份成功')