Rename image files according to exif tags
A python module to rename images according to their exif tags.
This package package is distributed in PyPI since version 0.1.0. It can be used by end users, but should be considered at beta quality because it still lacks extensive testing. Its full source is available from GitHUB.
Digital cameras name their pictures in a sequential manner. When you want to put pictures from several cameras in the same folder, they will be sorted by camera instead of by picture date and time.
Even if we can find here and there programs that allow for batch renaming of such pictures, I could not find a portable Python module for that. So the goals of this project are:
- few dependencies: a Python 3 (tested for >= 3.3)
- few additional module requirements: only piexif is required at installation time
- portability: this is a pure Python package and is tested with Travis-CI (linux) and AppVeyor (Windows) for versions 3.3 to 3.6 (3.7 for AppVeyor only).
As a Python module
The pyimgren package contains one single class
Renamer with two public methods:
rename to rename picture files according to their exif date, and
back to rename them back to their original names.
A Renamer is used to rename image names provided by a camera (commonly IMGxxxxx.JPG or DSCFyyyy.JPG into a name based on the time when the photography had been taken (as smartphones do). That time is extracted from the exif tag of the picture. No rename occurs if the picture contains no exif time..
A file named names.log is created in the folder to store the new names and the original ones, in order to be able to rename them back.
You create a Renamer with:
renamer = Renamer(folder, src_mask = "DSCF*.jpg", dst_mask = "%Y%m%d_%H%M%S", ext_mask = ".jpg", ref_file = "names.log", debug = False, dummy = False)
- folder: the default folder where pictures will be renamed
- src_mask: a pattern to select the files to be renamed (default "DSCF*.jpg")
- dst_mask: a format containing strftime formatting directives, that will be used for the new name of a picture (default "%Y%m%d_%H%M%S")
- ext_mask: the extension of the new name (default ".jpg")
- ref_file: the name of a file that will remember the old names (default "names.log")
- debug : a boolean flag that will cause a line to be printed for each rename when true (default False)
- dummy : a boolean flag that will cause a "dry run", meaning that the folder will be scanned, and debug info eventually printed but no file will be renamed (default False)
from pyimgren import Renamer ... conv = Renamer(path) conv.rename() # to convert to "date" names ... conv.back() # if you want to revert to original names
As a script
The pip installation install a
pyimgren script (
pyimgren.exe on Windows) in the Scripts directory. It can then be directly used (provided the Script directory be in the path) with the following syntax:
usage: pyimgren [-h] [-v] [-b] [-s SRC_MASK] [-d DST_MASK] [-e EXT_MASK] [-r REF_FILE] [-D] [-X] folder [files [files ...]] Rename pictures according to their exif timestamp positional arguments: folder folder containing files to rename files files of sub folders to process (optional) optional arguments: -h, --help show this help message and exit -v, --version show program's version number and exit -b, --back restore original names -s SRC_MASK, --src_mask SRC_MASK pattern to select the files to rename -d DST_MASK, --dst_mask DST_MASK format for the new file name -e EXT_MASK, --ext EXT_MASK extension for the new file name -r REF_FILE, --ref_file REF_FILE a file to remember the old names -D, --debug print a line per rename -X, --dry_run process normally except no rename occurs
As a module
It can be use as a Python module, which allows to use it in Windows even if the Scripts directory is not in the path thanks to the
py launcher with same syntax as the script:
usage: python -m pyimgren [-h] [-v] [-b] [-s SRC_MASK] [-d DST_MASK] [-e EXT_MASK] [-r REF_FILE] [-D] [-X] folder [files [files ...]]
or when using the Windows launcher
py -m pyimgren ...
End user installation
pip install pyimgren.
If you want to contribute or integrate pyimgren in your own code, you should get a copy of the full tree from GitHUB:
git clone https://github.com/s-ball/pyimgren [your_working_copy_folder]
Running the tests
As the project intends to be PyPI compatible, you can simply run tests from the main folder with:
python setup.py test
The integration tests depend on pyfakefs, which is automatically intalled from PyPI when you run
python setup.py test. But it is not require for running
pyimgren, nor installed by
pip install pyimgren.
As this project is developped on my free time, I cannot guarantee very fast feedbacks. Anyway, I shall be glad to receive issues or pull requests on GitHUB.
This project uses a standard Major.Minor.Patch versioning pattern. Inside a major version, public API stability is expected (at least after 1.0.0 version will be published).
This project is licensed under the MIT License - see the LICENSE.txt file for details
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