- #Recursive folder backup python how to
- #Recursive folder backup python zip file
- #Recursive folder backup python code
The advantage of this is that copy_files_to is easier to unit test. I don't really like global constants inside methods, so I would split copy_files like this: def copy_files_to(srcdir, dstdir):Ĭopy_files_to(GOOGLE_DRIVE_DIRECTORY, dstdir)
#Recursive folder backup python how to
If you wished to implement this yourself, see this article for an example of how to recursively walk directories in Python. If a variable contains a format, I would suffix it with _fmt or _format to clarify. You need to recursively walk the directories and create the directory structure based on the old one, and copy the files in each sub-directory to their proper directories at the destination.
Instead of converting a date to a string, which may be locale dependent too, and then replacing characters in it, better to use strftime to generate exactly the format that you want: def get_backup_directory(base_directory):ĭate = ().strftime('%Y-%m-%d_%H%M') MAIN_BACKUP_DIRECTORY = 'C:\\Users\\Jeff\\Desktop\\Manifest_Destiny_Backups\\md_backup_' GOOGLE_DRIVE_DIRECTORY = 'C:\\Users\\Jeff\\Google Drive\\Manifest_Destiny'
#Recursive folder backup python zip file
You can download this ZIP file from or just follow along using a ZIP file already on your computer. Say you have a ZIP file named example.zip that has the contents shown in Figure 9-2. Works perfectly, but I'm just wondering if there are any Python best-practices I'm missing or if there's any way I could've made it better! import datetime Your Python programs can both create and open (or extract) ZIP files using functions in the zipfile module. It creates a new subdirectory which has its name constructed with the current date and time.
#Recursive folder backup python code
It backs up the files to a local folder as well as to an external hard drive. To search recursively over all files in a folder, replace files os.listdir ('.') in the previous code with: files for (dirpath, dirnames, filenames) in os.walk('.'): for f in filenames: files.append(os.path.join(dirpath, f)) Comparing Directories with dircmp You can also compare directories with the dircmp class. To achieve the later scenario it uses rsync algorithm for which you can find the details here. This main feature of the package is its incremental backup which incrementally copies only the files that are added or the parts of the file which are changed. This project was solely inspired by rsync.I wrote this script to backup some important files. PyBackup is a recursive/incremental backup utility package written purely in Python. This project is licensed under the MIT License - see the LICENSE file for details. run () Versioningįor the versions available, see the tags on this repository. Or you can use its Python interface as follows: from backup import IncrementalBackup source_dir = "~/path/to/the/source/dir" destination_dir = "~/path/to/the/destination/dir" IncrementalBackup ( src = source_dir, dst = destination_dir ). This package also installs a script which you can run in the shell as follows: pybackup ~/path/to/the/source/dir ~/path/to/the/destination/dir
PyBackup is a recursive/incremental backup utility package written purely in Python.
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