It supports local files, removable drives and also network shares (this can later be changed from the configuration dialogue and more folders can be added). The first time it starts, DigiKam will pop-up a dialogue where you can choose the folders in which the photos are organized. What follows is an overview of the features which I found most interesting in the latest release of DigiKam, which is 4.4.0. This script is heavily derived from the script written by Marcin Sochacki and Ulrik Stervbo.It’s been a while since I had a look at DigiKam, and even though I’m not much into using a specialized application for organizing and keeping track of photos, I decided to have a look at the state of this popular and feature-complete photo manager for KDE.ĭigiKam is a free, open-source, full-fledged photo manager that blends well in KDE, and comes with very powerful tools for organizing and manipulating photographs.ĭigiKam 4.0 was a milestone release which shipped earlier in May this year with several new features, and since 4.0 every incremental version added some new features or brought improvements. If you want to change the default image size (1280x1024) you can change the width and height parameters in the script's source. If you want to upload images with different tag, just change the -t parameter. This command will upload all photos tagged with "web" in the digiKam. $ python digikam_picasa.py -u -p secret -a NewAlbum -t web -d /media/data/photos/digikam3.db It is located in the root of directory digiKam uses to store the images (Settings > Configure > Albums > Album Library Path): You need to specify the the digikam's database file - digikam3.db. Now, lets upload the photos tagged with "web" in the digikam. ![]() This command will upload the image IMG_0001.JPG from the current directory into a new album called NewAlbum. $ python digikam_picasa.py -u -p secret -a NewAlbum -f IMG_0001.JPG All you need to do is to specify the credentials for accessing the service (username, password), the album name and the files: Lets try to upload few images from file system first. Download and save digikam_picasa.py script.In Ubuntu all of them happen to be a part of standard python2.5 package, but in other distributions you might have to install additional packages. It has several dependencies: ElementTree, httplib, urllib modules. Download the gdata-python-client library tar ball.It is optional (but highly recommended) to install The last package (jhead) is required to copy metadata from original images to resized ones. $ sudo apt-get install python python-imaging python-pysqlite2 jhead If you are running Ubuntu Linux it is easy as: Make sure you have Python and required library packages.The script also supports uploading files from the file system It utilizes the gdata-python-client API from Google to upload the photos, Python Imaging Library (PIL) for resizing and pysqlite for accessing the digiKam database. The script also resizes the images to a resolution suitable for viewing on a screen (1280x1024) to save space and speed up the upload. "web") and then run a script that creates new album in your Picasa Web account and uploads the tagged photos automatically. ![]() The idea is pretty simple - tag the photos inside digiKam with specific tag (e.g. This simple python script allows batch uploading of photos from digiKam photo organizer to Picasa Web Albums service.
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