32dcd90b50
Removing prioritizations one-by-one can be tedious. This commit enables extended selection in the prioritizations list. Multiple items can be selected with conventional methods, such as holding down Ctrl or Shift key and clicking the items or holding down the left mouse button and hovering the cursor over the list. All items also can be selected with Ctrl+A. Multiple items drag-n-drop is also possible. To avoid confusion, the selection in the prioritizations list is cleared after the items are removed or drag-n-dropped. Signed-off-by: Sergey Zhuravlevich <sergey@zhur.xyz> |
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.github/ISSUE_TEMPLATE | ||
.tx | ||
core | ||
help | ||
hscommon | ||
images | ||
locale | ||
pkg | ||
qt | ||
qtlib | ||
.ctags | ||
.gitignore | ||
.travis.yml | ||
CREDITS | ||
LICENSE | ||
Makefile | ||
README.md | ||
Windows.md | ||
build.py | ||
macos.md | ||
package.py | ||
requirements-extra.txt | ||
requirements.txt | ||
run.py | ||
setup.nsi | ||
tox.ini | ||
win_version_info.temp |
README.md
dupeGuru
dupeGuru is a cross-platform (Linux, OS X, Windows) GUI tool to find duplicate files in a system. It is written mostly in Python 3 and has the peculiarity of using multiple GUI toolkits, all using the same core Python code. On OS X, the UI layer is written in Objective-C and uses Cocoa. On Linux, it is written in Python and uses Qt5.
The Cocoa UI of dupeGuru is hosted in a separate repo: https://github.com/arsenetar/dupeguru-cocoa
Current status
2020: various bug fixes and small UI improvements have been added. Packaging for MacOS is still a problem.
Still looking for additional help especially with regards to:
- OSX maintenance: reproducing bugs & cocoa version, building package with Cocoa UI.
- Linux maintenance: reproducing bugs, maintaining PPA repository, Debian package.
- Translations: updating missing strings.
- Documentation: keeping it up-to-date.
Contents of this folder
This folder contains the source for dupeGuru. Its documentation is in help
, but is also
available online in its built form. Here's how this source tree is organized:
- core: Contains the core logic code for dupeGuru. It's Python code.
- qt: UI code for the Qt toolkit. It's written in Python and uses PyQt.
- images: Images used by the different UI codebases.
- pkg: Skeleton files required to create different packages
- help: Help document, written for Sphinx.
- locale: .po files for localization.
- hscommon: A collection of helpers used across HS applications.
- qtlib: A collection of helpers used across Qt UI codebases of HS applications.
How to build dupeGuru from source
Windows & macOS specific additional instructions
For windows instructions see the Windows Instructions.
For macos instructions (qt version) see the macOS Instructions.
Prerequisites
- Python 3.6+
- PyQt5
System Setup
When running in a linux based environment the following system packages or equivalents are needed to build:
- python3-pyqt5
- python3-wheel (for hsaudiotag3k)
- python3-venv (only if using a virtual environment)
- python3-dev
- build-essential
To create packages the following are also needed:
- python3-setuptools
- debhelper
Building with Make
dupeGuru comes with a makefile that can be used to build and run:
$ make && make run
Building without Make
$ cd <dupeGuru directory>
$ python3 -m venv --system-site-packages ./env
$ source ./env/bin/activate
$ pip install -r requirements.txt
$ python build.py
$ python run.py
Generating Debian/Ubuntu package
To generate packages the extra requirements in requirements-extra.txt must be installed, the steps are as follows:
$ cd <dupeGuru directory>
$ python3 -m venv --system-site-packages ./env
$ source ./env/bin/activate
$ pip install -r requirements.txt -r requirements-extra.txt
$ python build.py --clean
$ python package.py
This can be made a one-liner (once in the directory) as:
$ bash -c "python3 -m venv --system-site-packages env && source env/bin/activate && pip install -r requirements.txt -r requirements-extra.txt && python build.py --clean && python package.py"
Running tests
The complete test suite is run with Tox 1.7+. If you have it installed system-wide, you
don't even need to set up a virtualenv. Just cd
into the root project folder and run tox
.
If you don't have Tox system-wide, install it in your virtualenv with pip install tox
and then
run tox
.
You can also run automated tests without Tox. Extra requirements for running tests are in
requirements-extra.txt
. So, you can do pip install -r requirements-extra.txt
inside your
virtualenv and then py.test core hscommon