ShutterStem is trying to make taking photos fun again. It is a CouchDB-based photo library that is extendable, syncable and scalable.
Digital cameras make it easy to take thousands of photos; ShutterStem wants to make it possible to organize and enjoy the best — on any devices that are available, desktop computer and travel netbook, online or off-grid, jailbroken or not. To accomplish this, your photo library needs to be more of a /platform/ than a /product/.
ShutterStem provides a simple web app for managing photos. Images can be imported, grouped into "baskets", and then exported. Metadata and thumbnails are stored in CouchDB, which means you can organize on any computer yet keep your changes synced easily. Other apps, web or native, can build cooler features on top of this traveling database of images, without having to reinvent the basics.
You can read more about the technical principles behind ShutterStem, or you just hop right in and start kicking the tires for yourself by following the way-too-complicated, two-chapters-with-foreword installation process outlined below.
While contributions to this core organizer are certainly welcome, focused apps that add their own metadata to, or rebuild an interface on top of the shared database are even more welcome! (e.g. a Mac or Android or iOS–native organizer, a web gallery/slideshow viewer, automatic face detection...)
0. You'll need Mac OS X Snow Leopard, Safari or Chrome*, and some basic nerd skills.
0b. You'll also need to be storing your photos in Finder-accessible folders on your hard drive.
1. Get CouchDB running on your local machine: http://www.couchone.com/get#mac
2. Create a database called "photos" using CouchDB's web interface: http://localhost:5984/_utils/
4. Launch ShutterStem: http://localhost:5984/photos/_design/shutterstem/index.html (bookmark this!)
If all has gone well, you will see an empty photo library, with an "Import more..." link beckoning your mouse cursor.
IMPORTANT: this part has not yet been actually implemented. Follow the "setup local helper" instructions in https://gist.github.com/849343 for now to get to step 4.
1. Click the "Import more..." link to pull up the ShutterStem dashboard: http://localhost:5984/photos/_design/shutterstem/dashboard.html
2. The dashboard will have you download some scripts that need to run on your local machine: http://localhost:5984/photos/_design/shutterstem/ShutterStem-Local.zip
3. Once you've downloaded the helper script package, unzip it and move the enclosed folder to "/Libary/Application Support/ShutterStem-Local"
4. Now if you hit Refresh, the ShutterStem dashboard should let you create a new "image source": http://localhost:5984/photos/_design/shutterstem/dashboard.html
ShutterStem is mostly a web app, but it needs to deal with files in folders on your hard drive. To simplify this interaction, ShutterStem has you save special HTML utility documents to folders you want to import from or export to.
An "image source" is a folder where you will often be importing photos from, and where ShutterStem can find original files via relative paths. You should not move or rename files within an image source, but do your organizing using the ShutterStem database instead. After you create an image source, you should save or download the utility document in the root of this image source folder.
For example, I copy photos straight off my memory card's into folders by camera:
- ~/Pictures/PowerShot A70
- ~/Pictures/PowerShot S60
- ~/Pictures/Rebel XT
- ~/Pictures/Rebel T1i (contains images grouped in the camera-created subfolders like 260CANON and 270CANON)
So I've created an image source and placed the corresponding import utility into each one of these folders.
When I want to import new images, I open this utility document and it connects to the ShutterStem helper scripts to manage the import into CouchDB.
Since the folder structure and image names on my hard drive are the same as on the memory cards, I can even save another utility to import directly off of them, e.g.:
- "/Volumes/T1I_MEMCARD/DCIM/ShutterStem - Import Rebel T1i.html"
Questions? I'm @natevw on Twitter.
* Most of ShutterStem should port well to Ubuntu or older Macs or Amiga or whatever, if you've got some spare time to write a "getphoto" executable for your native platform.
** Most of ShutterStem already works in Firefox 3.5, if you've got some spare time to add -moz- versions of all the -webkit- CSS stuff.
ShutterStem organizes photo metadata and thumbnails in a CouchDB database for reliable, replicable storage. An external plugin hosts import, export and access to originals. Import and export are controlled via folder utilities that communicate with the external plugin through CouchDB's HTTP interface.
These folder utilities use an iframe and cross-window messaging to communicate the local folder path and user instructions to the backend. There backend can be divided roughly into three primary components, besides CouchDB itself:
1. The webapp and related indexes
CouchDB can not only host JSON documents and file attachments, but also provides some basic infrastructure for writing dynamic, yet scalable, server-side code. Programs built to work within this built-in application layer are know as Couch apps, and the basic ShutterStem organizer is written to be hosted directly out of the same CouchDB design document that specifies the related document indexes.
2. The local helper script suite (local.py, which uses image.py, importer.py, exporter.py and couch.py)
This is essentially a web server written in Python, which takes requests for things like "import this folder" or "what's the original for this image?" and reads from the folders the image utilities are in to access files on the webapp's behalf. It gets hooked into a URL within your main database as an external process that CouchDB starts up and uses kind of like a plugin.
This is the completely platform-specific part, which uses (in this case) the image libraries built into OS X to read metadata and pixels from your JPEG and RAW images. It is designed to interact with the local helper script suite via a command line interface so that similar utilities could be written for other platforms or datasources.
Released under the MIT License:
Copyright 2010–2011 Nathan Vander Wilt.
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